MODULAR ELECTRONIC MODULAR ELECTRO ONIC ONIC DEVICES DEVICES VIC S ELKO EP Russia T EC ECHNIC HNIC A L C ATA L OGUE ELKO EP Poland ELKO EP Germany ELKO EP Austria ~ ELKO EP Espana MODULAR M O D LA E ELECTRONIC EC R N C D DEVICES V C S - TECHNICAL E HN A L CATALOGUE ATA L G U ELKO EP Ukraine ELKO EP Czech Republic ELKO EP Slovakia ELKO EP Hungary iNELS Asia (China) iNELS SmartHome LLC a company of ELKO EP Holding 3029 Bradbury Rd | Madison, WI 53719 | USA phone: +420 573 514 221 | fax: +420 573 514 227 | [email protected] | www.elkoepusa.com Published: 09/2015 / Modifications or amendments reserved / © Copyright ELKO EP, s.r.o. / 1st edition www.elkoep.com Introducing ELKO EP ELKO EP is enjoying its twenty-fourth year in the competitive and rapidly expanding electronics market. We maintain our position thanks to our own product development and precision manufacturing and distribution of devices. Our products make your day easier at home and, in industry, they make possible a reliable and fluid process of automation technology. A dynamic time requires fast-developing solutions. We can fortunately say that our work begins with our in-house development of devices that you our customers - are now demanding. To meet your needs, we are quickly modernizing our production environment, last year expanding automated production to include the latest fast SMD technology, which can handle production of up to 1,000,000 products per month. Our internal testing laboratory and two-phase final inspection ensure the highest quality of our manufactured products. For several years now, we have been working intensively to develop intelligent electrical installations - in both bus and wireless design. Intelligent electrical installation (iNELS), as we designed it, does not just mean control of ordinary electrical elements such as light bulbs or sockets, but includes control of all technologies in the home including multimedia. And that ranks iNELS among the top in its field thanks to the complex concept and control of applications. Our mission is to bring customers modern wiring solutions that make everyday life easier, facilitate work and save money. While others merely sell, we develop and produce. ELKO EP, always something more. ELKO EP in numbers Headquarters - production facility: Holešov, Czech Republic Year founded: 1993 Number of employees: 194 in Holešov, 254 in ELKO Holding Branches: Slovakia, Poland, Hungary, the Ukraine, Russia, Germany, Spain, Austria, Dubai. Consolidated revenue: > 20 mil. EUR Export countries: > 66 Important OEM customers: Schneider Electric, Eaton, Siemens, ETI, TYCO, GE Certification of processes: ISO 9001, ISO14001 Certification of products: CE (EU), UL (USA), GOST (RU), Ukrstandart (UA) a.j. Awards 2 AWARDS GOLDEN PRODUCT FOR THE SMR-T AWARDS JIŘÍ KONEČNÝ ENTREPRENEUR OF THE YEAR 2004 COMPANY OF THE YEAR 2012 VODAFONE THE HONORABLE MENTION “VISIONARIES” FOR “WIRELESS SYSTEM” AWARDS RF TOUCH BOHEMIAN-MORAVIAN ASSOCIATIONS Super-multifunction relay SMR-T won the GOLDEN PRODUCT Award at the electrical fair in Ostrava. In 2004 Jiří Konečný won the Entrepreneur of the Year award. In 2012, ELKO EP became Vodafone Company of the Year of the Zlín Region and placed second nationwide. In 2013 ELKO EP Ltd. received the honorary mention of the jury ChzechInfo. The company ELKO EP s.r.o. won the prestigious GOLDEN AMPERE Award for the product RF Touch. Product Lines ELKO EP www.elkoep.com RELAYS - Modular electronic devices A wide range of electronic modular devices, which bring new possibilities to home and office control, monitoring and security, as well as to industrial process control: time relays, installation contactors, staircase automatic switches, time switches clocks, dimmers, thermostats, power supplies units, control and signalling devices,GSM gates, etc. www.inels.com iNELS RF Control - Wireless control A unique wireless control system providing you perfect control over your home! The RF Control system enables you to control functions such as heating, lighting, electrical appliances and window shutters, all with a single touch. No wall cutting, fast and easy installation, exclusive design of wireless wall switch buttons and other components. Smart home kits www.inels.com/kits Smart kit is a starter kit for Smart Home or House with intelligent electro-installation. After Smartphones and Smart TV, Smart house is the next step in the development of modern technology and housing. www.inels.com iNELS BUS SYSTEM - Intelligent electro-installation system iNELS will transform your house into a timeless intelligent household. It will take charge of heating and air-conditioning, regulation, lighting control and home appliance switching, while also providing perfect security for your home. Enjoy controlling your entire house via a TV screen thanks to iNELS Multimedia (iMM) or use the App for your smartphone or tablet. www.elkoep.com AUDIO/VIDEO In this group you can find products, which brings you a new dimension of controlling music, video and home appliances. These are not just ordinary controllers but products which can be a pefrect part of your electro-installation. www.elkoep.com LOGUS90 – Home switches and sockets We offer you exclusive switches, sockets and accessories in a standard plastic or metallic design. However, there are also charming luxury frames from purely natural materials such as genuine wood, metal, granite or hardened glass. Be especial! ELKO Lighting s.r.o. www.elkoep.com We don‘t only supply LED light sources to the market, but also we bring a complex lighting solution. Our goal is to supply quality and affordable LED light sources and provide a high-level of service - always to satisfy our customers! Attained awards GOLDEN AMPER AWARDS FOR „RF T Touch“ AWARD OF CZECH AND MORAVIAN ELECTRICAL AND ELECTRONIC ASSOCIATION RF Touch – wireless touch control unit won the GOLDEN AMPER. The ELKO EP product “LARA” has gained the award – Innovative Product of the Year 2014. AWARD FOR THE SMART RF BOX „eLAN-RF-003“ In the competition Top Energie 2014, the product „Smart RF box eLANRF-003“ won third place. CZECH TOP 100 AWARD ELKO EP ranked among the best 100 Czech companies. FINALIST OF THE COMPETITION „MANAGER OF THE YEAR 2014“ Mr. Jiří Konečný was granted the title “Manager of the year 2014” by the National Commission. 3 Memberships Custom Electronic Design and Association Smart Housing Association Custom Electronic Design and Association is an international trade organization for residential automation technology with more than 3,500 members as companies from all over the world. It is built on a strong foundation and provides access to the best education, certification, research and raising aware-ness among consumers. It was founded in the U.S in 1989 and now CEDIA is leading world authority in the given industry. The Smart Homes Association brings together experts from the field of equipment manufacturers for smart homes. Members are basically manufacturers of smart wiring, audio / video, air conditioning, heat recovery, home appliances, cameras, security system, lighting and other technologies. The head of the association since 2013 is the managing director and the CEO of ELKO EP company, Mr. ‚‘ Jiri Konecny ‚‘. ElA association ElA association deals with the association of electro technical enterprises with long tradition in our republic. The Association‘s business and employer association, brings together legal and individual person from the electronic and electro technical industry, medical technology, information services and other services with similar product orientation or business interests. Our products under well-known brand names worldwide! Our company offers wide range of electronic modular devices, which bring new possibilities for home and office controlling, monitoring and security, as well as for industrial process control. Development and modern technology are the pillars of our work, which is highly appreciated by our customers, because all products and services can be customized according to individual requirements – you get not just a product, but a long-term solution. Our own development facilities, precision production and distribution give us the opportunity to use solutions which are both innovative and practical. Modern production facilities ensure an efficient manufacturing of high-quality innovative products. Our facilities have been extended to include the newest and cost-effective SMD line – guaranteeing complete customer satisfaction (higher quality and greater supply chain flexibility). We deeply appreciate our long-term business partners, successful cooperation and the confidence they placed in us! For many of them we launch new products under their brand name. We appreciate their support, feedback and a mutually enriching experience! 4 CRM-91H - our best seller! 10 REASON ….why the CRM-91H/UNI is our best seller? ! universal supply 12-240 AC/DC ! components are from high quality suppliers (relay from Tyco with switching cycles over 30 millions) ! contact current rating – 16A ! time range from 0,1 s till 10 days ! laser printing (even after 10 years, you will clearly see the parameters and options) ! certification which meets requirements of the World standards (UL, CE, PT,…) ! 20 years of experience what guarantees top quality ! 10 frequently-used functions - proved by satisfied customers as Schneider ! box from non-flammable material with UV Electric, Eaton, Dayton, Siemens etc. protection (box will never fade) ! double vendor inspection 5 Training Attend our lively and inspiring webinars – surely everyone could find something! At our training, we around like to familiarize you with our Smart Solutions and products. That usually includes, modular electronic devices, iNELS BUS System, iNELS RF Control and Relay. Finally, we are organizing three different types of training to meet all of your expectations and more! Please note that our capacity is limited so please register right away and come with us on a journey into the future of iNELS Smart Home & Building Automation. All you require is an internet connection and to download and install GoToWebinar app. When you start or join a webinar, the installation package will be downloaded onto your computer. We recommend starting this download process at least 10 minutes before the start of webinars so you are able to complete it and enter webinars on time. 6 You can find more information on our web site: http://www.elkoep.com/events/trainings/ Choose the right one! CLASSIC ELECTRO-INSTALLATION Controlling appliances Dimming lights Controlling blinds Heating regulation Thermovalve Detectors Control via smartphone Controlling household appliances Door communicator Weather station Video cameras Audio Zone PC /Laptop Tablet (outdoor/indoor) (music playback) Touch panel Video Zone (controlling via TV) WIRELESS ELECTRICAL INSTALLATIONS Controlling appliances Dimming lights Controlling blinds Heating regulation Group controller Detectors Control via smartphone Controlling household appliances Door communicator Weather station Video cameras Audio Zone PC /Laptop Tablet (outdoor/indoor) (music playback) Touch panel Video Zone (controlling via TV) BUS ELECTRICAL INSTALLATIONS Controlling appliances Dimming Stmívání lights osvětlení Controlling blinds Heating Regulace regulation vytápění Wireless switch Detectors Detektory Control via smartphone Controlling household appliances Door communicator Weather station Video cameras Audio Zone PC /Laptop Tablet (outdoor/indoor) (music playback) Touch Dotykový panel Video Zone (controlling via TV) 7 Catalogue content Modular electronic devices Time relays Time relays review PLUG-IN - PRM-91H/8, PRM-91H/11, PRM-92H, PRM-2H Single-function time relay CRM-81J, CRM-83J Delay OFF without supply voltage CRM-82TO Doublestage delay unit SJR-2 Delay ON star/delta CRM-2T Asymmetric cycler CRM-2H Multifunction time relays CRM-61 CRM-91HE, CRM-2HE - with external potentiometer Staircase switch CRM-4 CRM-91H, CRM-93H, CRM-9S Programmable digital relay PDR-2/A, PDR-2/B Super-multifunction relay SMR-T, SMR-B Digital time switch SHT-1, SHT-1/2, SHT-3, SHT-3/2 Power and auxiliary relays Power and auxiliary relays review Modular VS316/24, VS316/120, VS116U, VS308U Dimmers Overview of dimmers LIC-2 new! DIM-15, SMR-M Power supplies Power supplies review Line PS Other modular devices Review Twilight switch SOU-1 Twilight and light switch SOU-3 Memory relay MR-41, MR-42 Monitoring relays Monitoring relays review HRN-3x, HRN-6x Relay monitoring 3-phase mains HRN-43, HRN-43N HRN-41, HRN-42 Relay for monitoring phase sequence and failure HRN-56 (120, 208, 240) Monitoring relay Power factor monitoring relay COS-1 Monitoring current relays PRI-32 PRI-51 PRI-53 PRI-41, PRI-42 8 11 12 14 15 16 17 18 19 20 21 22 24 26 28 29 30 32 33 34 37 38 40 41 42 43 46 48 50 52 53 54 55 56 57 58 Modular electronic devices Level monitoring relay Level monitoring relays HRH-5 Level monitoring relays HRH-1 Level monitoring relays HRH-6 Level monitoring relays HRH-7 new! Level sensors to level switches SHR-1M, SHR-1N, SHR-2, SHR-3 (accessories) Thermostats Thermostats review Analog and digital thermostats Modular thermostat TER-3 (A, B, C, D, G, H) Modular thermostat TER-3 (E, F) Modular 2-stage thermostat TER-4 Modular multifunction digital thermostat TER-9 Modular thermostat for controlling temperature of motor winding TER-7 Energy-saving digital thermo-valve ATV-1 Humidistat RHT-1 Accessories Thermal sensors to thermostats TC, TZ, PT-100 Installation contactors Installation contactors review Installation contactors and installation contactors with manual control VS120, VS220, VS420, VS425, VS440, VS463 VSM220, VSM425 Loadability of installation contactors EAN codes Technical information Main instructions (for correct use of products) Product loadability Electromagnetic compatibility of products Products packing Dimensions Support of project design Examples of usage Examples of usage Production technology 59 60 62 64 66 68 69 70 71 72 74 75 76 77 79 80 82 83 84 86 87 89 90 91 95 96 102 106 9 Time relays Single-function CRM-81J CRM-83J CRM-82TO SJR-2 CRM-2T CRM-2H CRM-2HE 3 functions and 6 time ranges, multivoltage supply, output 16A changeover / SPDT. as CRM-81J but with 3x8A changeover output / SPDT. “true OFF” relay - delay off without supply, for backup circuits. two-state delay unit (2x delay on), gradual switching of high loads. delay start-up of motors star / delta. asymmetric cycler, independent time setting ON/OFF. as CRM-2H, but time setting by external potentiometers (for frequent setting). Multifunction Analog CRM-91H CRM-93H CRM-9S CRM-61 CRM-91HE 10 functions, 10 time ranges, 1x output 16A changeover / SPDT, multivoltage supply. as CRM-91 but output 3x8A chageover / SPDT. as CRM-91 but contactless output (triac 0.7A). cost effective version of CRM-91H, 6 functions, 6 time ranges. Output 8A changeover / SPDT, supply AC 24-240 V, DC 24V. as CRM-91H but with time setting by external potentiometer (for frequent setting). Digital PDR-2A PDR-2B 4 digit display, 16 functions, 2 independent times 0.01s-100 hrs, 2 outputs 16A changeover / SPDT START/STOP inputs. as PDR-2A but 10 functions for each output and time meaning two relays in one device. SHT-1, SHT-1/2 SHT-3, SHT-3/2 SHT1: time switch with daily, weekly programming. 1-channel, output 16 A changeover / SPDT. SHT1/2: as SHT-1, but 2-channel. as SHT-1 but with daily, weekly, monthly, and annual programming up to 2095. SHT3/2: as SHT-3, but 2-channel. PLUG-IN PRM-91H/11 PRM-91H/8 PRM-92H PRM-2H as CRM-91H but into 11-pin socket, multivoltage supply, output contact 16 A. as PRM-91H/11 but with 8-pin socket, output contact 16A. as PRM-91H but with 2x changeover / SPDT 8A contacts, into 11-pin socket. as CRM-2H but with 11-pin socket, 2x changeover, 8A contact. MINI SMR-T SMR-B super multifunction relay for installation into a wiring box, 3 wire connection (without neutral). output relay contact 16 A (possibility to switch also fluorescent lights). Staircase switch CRM-4 basic version, time 0.5-10 min, output contact 16 A, anti-blocking function. 10 socket to DIN rail ES-11 (11 pin), ES-8 (8 pin). Potentiometer potentiometer - external control unit for CRM-91HE and CRM-2HE, mounting into a switchboard, max connection length 10 m. Time relay review Functions SMR-B SMR-T a -delay off on entering edge b - delay off on downward edge c - delay off on downward edge d - cycler - flasher by impuls e - pulse shift f - delay on g- pulse relay h - impulse relay with delay i - cycler starting with gap j - delay on after switched off 0.1 - 1 s 1 - 10 s Time 0.1 - 1 min 1 - 10 min 0.1 - 1 h 1 - 10 h 0.1 - 1 day Supply voltage 1 - 10 days AC 120 V Number of contacts 1-MODULE 2-MODULE 3-MODULE PLUG-IN Rotary switch Button Sliding switch External potentiometer Delay OFF after switch off the Input supply Delay ON Delay OFF Symmetrical cycler starting with delay Delay OFF after impulse OFF Symmetrical cycler starting with impulse Staircase switch Impulse shift Memory (impulse) relay Impulse generator Delay ON at switch on controlling contact Asymmetric cycler starting with delay Asymmetric cycler starting with impulse Delay ON star / delta Switching in real time Impuls relay in delay ON 0.1 - 1 s 1 - 10 s 0.1 - 1 min 1 - 10 min 0.1 - 1 hrs 1 - 10 hrs 0.1 - 1 day 1 - 10 days 3 - 30 days 10 - 100 days 30 s - 10 min 99 h 59 min 59 s Day Week Month Year 12 - 240 V AC/DC 12 - 240 V AC 120 V AC 1x changeover/ SPDT 8 A 1x changeover/ SPDT 16 A 2x changeover 8 A 2x changeover 16 A 3x changeover/ 3PDT 8 A Static output (triac) 1x NO 16 A Type 1x triac 1x NO AgSnO2 ( ) ( ) OUTPUT SUPPLY VOLTAGE TIME FUNCTIONS ADJUSTING DESIGN Type Chart 2. Version - mounting into an installation box CRM-81J/ZR CRM-81J/ZN CRM-81J/BL CRM-83J/ZR CRM-83J/ZN CRM-83J/BL CRM-82TO CRM-91H CRM-93H CRM-91HE CRM-2HE CRM-9S CRM-2H CRM-4 CRM-61 SJR-2 PDR-2/A PDR-2/B SHT-1 (SHT-1/2) SHT-3 (3/2) PRM-91H PRM-92H PRM-2H Chart 1. Version - DIN rail mounting 11 Plug-in time relay PRM-91H, PRM-92H, PRM-2H ! ! EAN code PRM-91H-8 /UNI: PRM-91H-11 /UNI: PRM-92H /UNI: PRM-2H /UNI: 8595188135511 8595188111638 8595188111096 8595188111645 Technical Parameters Number of functions: Supply: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Control Control. voltage: Control power input: Load between 5-10: Control terminals: Max. capacity of cable control: Impulse length: Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Dimensions: Weight: Standards: ! Multifunction time relay PRM-91H 8 or 11 pin type 10 time functions, time scale from 0.1 s to 10 days is divided into 10 ranges output contact 1x 16 A / 4000VA, 250V AC1 ! Multifunction time relay PRM-92H 11 pin type 10 time functions, time scale from 0.1 s to 10 days is divided into 10 ranges output contact 2x 8 A / 2000 VA, 250V AC1 ! Asymmetric cycler PRM-2H 11 pin type 2 time functions, time scale from 0.1 s to 100 days is divided into 10 ranges output contact 2x 8 A / 2000 VA, 250 V AC1 ! Universal supply voltage AC/DC 12 - 240 V Output indication: multif. red LED, flashing at certain states PLUG-IN relays ! ! PRM-91H/8 PRM-91H/11 pins 2 and 7 PRM-92H Multifunction time relays are equivalents by module types of relay, designed to standardized plump 11 or 8pin socket Pin type enables easy changing, replacement older type of relays (pin-compatible) or easy changing auxiliary relay for time relays PRM-2H 10 2 pins 2 and 10 pins 2 and 10 pins 2 and 10 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 10 days 0.1 s - 100 days rotaty switch and potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °C) 1x changeover / SPDT (AgNi / Silver Alloy) 2x changeover / DPDT (AgNi / Silver Alloy) 16 A / AC1 8 A / AC1 4000 VA / AC1, 384 W / DC 2000 VA / AC1, 192 W / DC 30 A / < 3 s 10 A / < 3 s 250 V AC1 / 24 V DC 500 mW multifunction red LED 3x107 0.7x105 in the supply voltage range AC 0.025 - 0.2 VA / DC 0.1 - 0.7 W Yes 2-5 0.1μF min. 25 ms / max. unlimited max. 150 ms Symbol LEGEND TO DESCRIPTION polarity - outputs / number on module / on socket PRM-91H 11 pin 8 pin A1/2/+ 5 A2/10/- 4 3 A1/2/+ 1 5 4 A2/7/- 1 PRM-92H, PRM-2H A1/2/+ 5 A2/10/- 4 3 1 8 9 11 Description Supply indication Output indication d Rought time setting Fine time setting Function setting 2.01 oz. (57 g) -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 2.5 kV any DIN rail EN 60715 IP 40 from front panel III. 2 2˝ x 1.5˝ x 2.1˝ (50 x 38 x 53 mm) 2.01 oz. (57 g) 2.05 oz. (58 g) EN 61812-1, EN 61010-1 Supply indication Output indication 2.05 oz. (58 g) Rought time setting IMPULSe Fine time setting IMPULSe Rought time setting PAUSE Fine time setting PAUSE 12 3 Plug-in time relay PRM-91H, PRM-92H, PRM-2H Connection Functions PRM-2H Recommended socket for DIN rail PRM-92H/11 PRM-91H/8 ES-11 Choice Function in PRM-2H is done by connecting terminals 2 and 5 ES-8 Cycler beginning with pulse 5 6 5 7 U 2 4 5 R t1 t2 t1 t2 t1 t2 8 4 3 9 2 10 1 +A1 1 - A2 Cycler beginning with pause 7 2 11 Un 6 3 +A1 U 8 Un 2 -A2 11 pin 5 8 pin S R t2 t1 t2 t1 t2 t1 Functions of PRM-91H, PRM-92H On Delay (Power On) When the input voltage U is applied, timing delay t begins. Relay contacts R change state after time delay is complete. Contacts R return to their shelf state when input voltage U is removed. Trigger switch is not used in this function. a Off Delay When input voltage U is applied, relay contacts R change state immediately and timing cycle begins. When time delay is complete, contacts return to shelf state. When input voltage U is removed, contacts will also return to b their shelfstate. Trigger switch is not used in this function. Repeat Cycle (Starting Off ) When input voltage U is applied, time delay t begins. When time delay t is complete, relay contacts R change state for time delay t. This cycle will repeat until input voltage U is removed. Trigger switch is not used in this function. c Repeat Cycle (Starting On) When input voltage U is applied, relay contacts R change state immediately and time delay t begins. When time delay t is complete, contacts return to d their shelf state for time delay t. This cycle will repeat until input voltage U is removed. Trigger switch is not used in this function. Off Delay (S Break) Input voltage U must be applied continuously. When trigger switch S is closed, relay contacts R change state. When trigger switch S is opened, delay t begins. When delay t is complete, contacts R return to their shelf state. If trigger switch S is closed before time delay t is complete, then time is reset. When trigger switch S is opened, the delay begins again, and relay contacts R remain in their energized state. If input voltage U is removed, relay contacts R return to their shelf state. e Single Shot Upon application of input voltage U, the relay is ready to accept trigger signal S. Upon application of the trigger signal S, the relay contacts R transfer and the preset time t begins. During time-out, the trigger signal S is ignored. The relay resets by applying the trigger switch S when the relay is not energized. U t t Single Shot Trailing Edge (Non-Retriggerable) Upon application of input voltage U, the relay is ready to accept trigger signal S. Upon application of the trigger signal S, the relay contacts R transfer and the preset time t begins. At the end of the preset time t, the relay contacts R return to their normal condition unless the trigger switch S is opened and closed prior to time out t (before preset time elapses). Continuous cycling of the trigger switch S at a rate faster than the preset time will cause the relay contacts R to remain closed. If input voltage U is removed, relay contacts R return to their shelf state. U t t U t t t t t U t t t t t t S t t t t g S t h S Latching relay Input voltage U must be applied continuously. Output changes state with every trigger switch S closure. If input voltage U is removed, relay contacts R return to their shelf state. i S Pulse generator Upon application of input voltage U, a single output pulse of 0.5 seconds is delivered to relay after time delay t. Power must be removed and reapplied to repeat pulse. Trigger switch is not used in this function. j On/Off Delay Input voltage U must be applied continuously. When trigger switch S is closed, time delay t begins. When time delay t is complete, relay contacts R change state and remain transferred until trigger switch S is opened. If input voltage U is removed, relay contacts R return to their shelf state. t S f t t t t t U t pulse t pulse pulse = 0.5 s Time ranges PRM-91H, PRM-92H m 10 1 h 1 10 10 S1 m 10 1 ON OFF h 1 10 10 S1 m 1 d 10 10 1 0.1 - 1s ON OFF 10 S1 m 1 d 10 10 1 1 - 10 hrs h 1 10 ON OFF h 1 10 10 S1 m 1 d 10 10 1 1 - 10 s ON OFF 10 S1 m 1 d 10 10 1 0.1 - 1 day h 1 10 ON OFF h 1 10 10 S1 m 1 d 10 10 1 0.1 - 1 min ON OFF 10 S1 m 1 d 10 10 1 1 - 10 days h 1 10 ON OFF h 1 10 10 S1 m 1 d 10 10 1 1 - 10 min ON OFF 10 S1 m 1 d 10 10 1 only ON h 1 10 1 d 10 ON OFF h 1 10 10 S1 0.1 - 1 h 1 d 10 ON OFF only OFF Time ranges PRM-2H m 10 1 10 S1 m 10 1 10 S1 h 1 10 30 100 h 1 10 m 1 d 10 0.1 - 1s m 1 d 10 30 100 10 1 10 S1 1 - 10 hrs 10 1 10 S1 h 1 10 30 100 h 1 10 m 1 d 10 1 - 10 s m 1 d 10 30 100 10 1 10 S1 0.1 - 1 day 10 1 10 S1 h 1 10 30 100 h 1 10 m 1 d 10 0.1 - 1 min m 1 d 10 30 100 10 1 10 S1 1 - 10 days 10 1 10 S1 h 1 10 30 100 h 1 10 m 1 d 10 1 - 10 min m 1 d 10 30 100 10 1 10 S1 3 - 30 days 10 1 10 S1 h 1 10 1 d 10 30 100 h 1 10 0.1 - 1 h 1 d 10 30 100 10 - 100 days 13 Single-function time relay CRM-81J, CRM-83J ! Single-function EAN code CRM-81J according to type CRM-83J according to type Technical parameters Functions: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Control Consumption of input: Load between S-A2: Control terminals: Impulse length: Reset time: Other information Power of control input: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: R CRM-81J and single-time relay with fine time setting by a potentiometer (within the frames of a particular time range) ! Suitable for applications where function and time requirements are known ! Time switch, possible to be used for pump delay after switching heating off, switching of fans ! Choice of 3 functions: 1) ZR - Delay ON 2) ZN -Delay OFF 3) BL - Repeat Cycle ! Functions can be controlled by supply voltage or time scale control input: (0.1 s - 1 s / 1 s - 10 s / 6 s - 60 s / 1 min - 10 min / 6 min - 60 min / 1 h - 10 hrs) ! Universal voltage range AC/DC 12 - 240 V ! Output contact: CRM-81J: 1x changeover / SPDT 16 A CRM-83J: 3x changeover / SPDT 8 A ! Red LED output indicator ! 1-MODULE, DIN rail mounting CRM-83J Symbol ZR - delay ON / ZN - delay OFF / BL- cycler 1:1 A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 10 h (in 6 ranges) potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01% / °C, at =20 °C) CRM-81J 1x changeover/ SPDT (AgNi / Silver Alloy) 3x changeover/ SPDT (AgNi / Silver Alloy) 8 A / AC1 16 A / AC1 2000 VA / AC1, 192 W / DC 4000 VA / AC1, 384 W / DC 10 A / < 3 s 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 Un AC 0.025 - 0.2 VA / DC 0.1 - 0.7 W Yes A1-S min. 25 ms / max. unlimited max. 150 ms -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x2.5 or 2x1.5 / with sleeve max.1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.2 oz. (62 g) 3 oz. (86 g) UL E308660 (for CRM-81J); EN 61812-1, EN 61010-1 Connection 16 18 A1 Un Un - + A1 A1 A1 15 S A2 CRM-83J 16 18 26 28 36 38 - + S A2 S A2 35 36 38 25 26 28 S A2 15 25 35 15 16 18 16 + A1 S It is possible to connect the load between terminals S-A2 (e.g. contactor, pilot lamp or another device), without compromising the correct operation of the relay (the load is energized as long as the switch button is closed). A2 load 15 16 18 18 15 Example of an order CRM-81J/UNI, ZR10s 1x changeover contact, voltage AC/DC 12-240 V, function: delay ON, time 1 - 10 s. CRM-83J/UNI, BL1h 3x changeover contact, voltage AC/DC 12-240 V, function: cycler begin with impulse, time 6-60 min. Functions ZR - Delay ON ZN - Delay OFF BL - Cycler 1:1 U S U S U S t t t t t t t t t t t t Note: the function ZR and ZN is controlled by supply voltage and control input ie. Once phase failure is detected and supply voltage is re applied, The relay automatically makes one cycle. Time range 1s 10 s 1 min 10 min min 0.1 s 1s 6s 1 min 1 hr 6 min 10 hrs 1 hr max 1s 10 s 60 s 10 min 60 min 10 hrs Description Supply terminals A1 S A2 Control input “S” Supply indication Output indication Time setting 15 14 16 18 Output contact Delay OFF without supply voltage CRM-82TO ! „True OFF“ relay - relay timing without supply voltage ! Example of use: back-up source for Delay OFF in case of voltage failure (e.g. emergency lighting, emergency respirator, or protection of el. controlled doors - in case of fire) ! 2 time functions adjustable by rotary switch: a - Delayed return after disconnecting of supply e - Delayed start ! Time range (adjustable by rotary switch and fine setting by potentiometer): 0.1 s - 10 min ! Universal supply voltage AC/DC 12 - 240 V ! Interruptions in the power supply must take time steps (tens to hundreds of milliseconds) ! Output contact: 2x changeover / DPDT 8 A ! Output status indicated by red LED (only in case of supply voltage connection) ! Clamp terminals EAN code CRM-82TO /UNI: 8595188137614 Technical parameters Number of functions: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting / DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: ! 1-MODULE, DIN rail mounting R Symbol CRM-82TO a - On Delay (Power On) / e - Off Delay (S Break) A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 10 min potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.1 % / °F, at = 68 °F (0.1 % / °C, at = 20 °C) 2x changeover / DPDT (AgNi / Silver Alloy) 8 A / AC1 2000 VA / AC1, 192 W / DC 10 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C ) 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals III. 2 solid wire max. 2x2.5 or 1x4 (AWG 12) with sleeve max. 2x1.5 or 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 3.3 oz. (93 g) UL E 308660; EN 61812-1, EN 61010-1 Connection Un A1 A2 16 18 26 28 15 A1 A2 16 26 18 28 15 25 25 Description Supply terminals Output contact A1 A2 16 26 Output indication CRM- 82TO Supply indication Rough time setting Fine time setting FUNC e 28 18 15 Function setting a Output contact 25 Output contact Function a - Delay OFF (S break) the power supply is switched off (min. time is 0.5 s) U t U e - Off Delay (S break) t t 15 Doublestage delay unit SJR-2 ! For gradual switching of high power (e.g. el.heating), prevents current strokes in the main ! Function: 2x Delay ON (2 time relays in one) ! Time scale 0.1s - 10 days divided into 10 time ranges: 0.1s - 1s / 1s - 10s / 0.1min - 1min / 1min - 10min / 0.1h - 1h / 1h - 10hrs / 0.1 day - 1 day / 1 day - 10 days / ON / OFF ! Times t1 and t2 are independantly adjustable ! t1 and t2 are switched on after supply voltage connection ! Rough time setting via rotary switch ! Voltage range: AC/DC 12 - 240 V ! Output contact: 2 x changeover / DPDT 16 A ! Output indication: multifunction red LED, flashing at certain states ! 1-MODULE, DIN rail mounting EAN code SJR-2 /UNI: 8595188117401 Technical parameters Number of functions: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: Symbol SJR-2 2x delay ON A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 10 days rotaty switch and potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °C) Connection Function Un A1 A1 16 18 26 28 A2 U 15-18 t1 t2 25-28 25 26 28 A2 15 25 15 16 18 2x changeover / DPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW multifunction red LED 3x107 0.7x105 max. 150 ms Description Supply voltage terminals A2 A1 Output indication Supply voltage indication U Rought time setting t1 Fine time setting t1 -4 °F to 131 °F (-20 °C to +55 °C) Rought time setting t2 -22 °F to 158 °F (-30 °C to +70 °C) Fine time setting t2 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5/ with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 3.1 oz. (88 g) EN 61812-1, EN 61010-1 15-18 t1 25-28 t2 LED 25 26 28 Output contact 15 16 18 Output contact Time ranges m 10 1 h 1 10 10 S1 m 10 1 10 S1 16 1 d 10 m 0.1 - 1 s 1 d 10 ON OFF h 1 10 10 S1 ON OFF h 1 10 10 1 m 1 - 10 hrs 10 1 10 S1 1 d 10 m 1 - 10 s 1 d 10 ON OFF h 1 10 10 S1 ON OFF h 1 10 10 1 m 0.1 - 1 day 10 1 10 S1 1 d 10 m 0.1 - 1 min 1 d 10 ON OFF h 1 10 10 S1 ON OFF h 1 10 10 1 m 1 - 10 days 10 1 10 S1 1 d 10 1 - 10 min 1 d 10 ON OFF 10 1 h 1 10 10 S1 ON OFF h 1 10 m m only ON 10 1 10 S1 1 d 10 0.1 - 1 h ON OFF h 1 10 1 d 10 ON OFF only OFF Delay ON star/delta CRM-2T ! It serves for delay ON of motors star / delta ! Time t1 (star) - time scale 0.1 s - 100 days devided into 10 time ranges - rough time setting by rotary switch ! Time t2 (delay) between / - time scale 0.1 s - 1 s - fine time setting by potentiometer EAN code CRM-2T /UNI: 8595188112437 ! Voltage range: AC/DC 12 - 240 V ! Output contact: 2x changeover / DPDT 16A ! Output indication: multifunction red LED ! 1-MODULE, DIN rail mounting R Technical parameters CRM-2T Number of functions: Supply terminals: Voltage range: Burden: Operating range: Supply indication: Time scale: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (resistive): Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting / DIN rail: Protection degree: Overvoltage category: Pollution degree: Terminal wire capacity: 1 A1 - A2 AC/DC 12 - 240 V/AC 50 - 60 Hz AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED t1: 0.1 s - 100 days, t2: 0.1 s-1 s potentiometer 5% - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °) 2x changeover / DPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW multifunction red LED 3x107 0.7x105 max. 150 ms -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 max.1x 2.5, 2x1.5 (AWG 12) with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 3 oz. (84 g) UL E308660; EN 61812-1, EN 61010-1 Dimensions: Weight: Standards: Symbol 16 18 26 28 A1 A2 15 25 Connection Start up of motor ( - ) (motor) start of a motor ( ) S1 auxiliary voltage ( ) S2 S3 A1 A2 L1 CRM-2T L2 25 26 28 15 16 18 ( ) ( ) S1 L3 S2 (motor) S3 Description Supply terminals A1 A2 Output indication multifunction red Supply indication U 15-18 25-28 Rought time setting t1 Fine time setting t1 LED t1 t2 24-480V Fine time setting t2 25 26 28 Output contact 15 16 18 Output contact Time ranges t1 Function m Delay ON star / delta U 15-18 25-28 10 1 10 S1 h 1 10 1 d 10 30 100 m 10 1 10 S1 0.1 - 1 s t1 m t2 10 1 10 S1 h 1 10 h 1 10 1 d 10 30 100 m 10 1 10 S1 1 - 10 s 1 d 10 30 100 1 - 10 hrs m 10 1 10 S1 h 1 10 h 1 10 1 d 10 30 100 m 10 1 10 S1 0.1 - 1 min 1 d 10 30 100 0.1 - 1 day m 10 1 10 S1 h 1 10 1 d 10 30 100 1 - 10 days h 1 10 1 d 10 30 100 m 10 1 10 S1 1 - 10 min m 10 1 10 S1 h 1 10 1 d 10 30 100 3 - 30 days h 1 10 1 d 10 30 100 0.1 - 1 h m 10 1 10 S1 h 1 10 1 d 10 30 100 10 - 100 days 17 Asymmetric cycler CRM-2H Cycler with independent adjustable switch ON/OFF Used for regular room ventilation, cyclic dehumidification, light control, circulating pumps, illuminated advertising, etc. ! 2 time functions: 1) Cycler beginning with pulse 2) Cycler beginning with pause ! Function choice is done by an external jumper of terminals S-A1 ! Time scale 0.1 s - 100 days devided into 10 time ranges: (0.1 s - 1 s / 1 s - 10 s / 0.1 min - 1 min / 1 min - 10 min / 0.1 hrs - 1 h / 1 hrs - 10 hrs / 0.1 day - 1 day / 1 day - 10 days / 3 days - 30 days / 10 days - 100 days) ! Rough time setting via rotary switch ! Voltage range: AC/DC 12 - 240 V ! Output contact: 1x changeover / SPDT 16 A ! Output indication: multifunction red LED ! 1-MODULE, DIN rail mounting ! ! EAN code CRM-2H /UNI: 8595188113007 R Technical parameters Symbol CRM-2H 2 (function is chosen by connecting S-A1) A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 100 days rotary switch and potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °C) Number of functions: Supply terminals: Voltage range: Burden: Operating range: Supply indication: Time scale: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (resistive): Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Terminal wire capacity: Dimensions: Weight Standards: Connection Cycler beginning with pulse Cycler beginning with pause (jumper S-A1) Un Un 16 18 A1 - + S 1x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW multifunction red LED 3x107 0.7x105 max. 150 ms - + A1 S A2 A1 S A2 15 16 18 15 16 18 15 A2 Function Cycler beginning with pulse Cycler beginning with pause U 15-18 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5/ with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.3 oz. (65 g) UL E308660; EN 61812-1, EN 61010-1 t1 t2 t1 U S 15-18 t2 t1 t2 t1 t2 t1 t2 Description Supply terminals A1 S A2 Terminal for function selection Supply indication Output indication multifunction LED Rought time setting -IMPULSE U 15-18 t1 LED Fine time setting-IMPULSE Rough time setting -PAUSE t2 t1 Fine time setting -PAUSE Time ranges m 10 1 10 S1 h 1 10 1 d 10 30 100 m 10 1 10 S1 0.1 - 1 s h 1 10 1 d 10 30 100 m 10 1 10 S1 1 - 10 s h 1 10 1 d 10 30 100 m 10 1 10 S1 0.1 - 1 min h 1 10 1 d 10 30 100 h 1 10 m 10 1 10 S1 1 - 10 min 1 d 10 30 100 0.1 - 1 h 15 m 10 1 10 S1 h 1 10 1 d 10 1 - 10 hrs 18 30 100 m 10 1 10 S1 h 1 10 1 d 10 30 100 0.1 - 1 day m 10 1 10 S1 h 1 10 1 d 10 30 100 1 - 10 days m 10 1 10 S1 h 1 10 1 d 10 30 100 3 - 30 days m 10 1 10 S1 h 1 10 1 d 10 30 100 10 - 100 days 16 18 Output contact Multifunction time relay CRM-61 ! Multifunction time relay (6 functions and 6 time ranges), economic version of CRM-91H ! To be used for electrical appliances, control of lights, heating, motors, pumps, fans, etc. ! 6 functions: - 3 time functions controlled by supply voltage ! Easy to use function and time-range setting by rotary switches ! Time scale 0.1 s - 10 hrs divided into 6 range: - 3 time functions controlled by control input (0.1 s - 1 s / 1 s - 10 s / 0.1 min - 1 min / 1 min - 10 min / 0.1 hrs - 1 h rs / 1 hrs - 10 hrs) EAN code CRM-61 /UNI: 8595188120210 ! Universal voltage range: AC 24-240 V, DC 24 V ! Output contact: 1x changeover 8 A / SPDT ! Multifunction red LED output indicator flashes or shines depending on the status of output ! 1-MODULE, DIN rail mounting R Technical parameters CRM-61 Number of functions: Supply terminals: Supply voltage: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Output indication: Mechanical life: Electrical life (AC1): Controlling Control. voltage: Control power input: Load between S-A2: Control. terminals: Max. capacity of cable control: Impulse length: Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): 6 A1 - A2 AC 24 - 240 V (AC 50 - 60 Hz) a DC 24 V AC 0.7 - 3 VA / DC 0.5 - 1.7 W 15 %; +10 % green LED 0.1 s - 10 h rotary switch and potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20°C) Dimensions: Weight: Standards: Symbol Connection Un A1 16 18 A2 A1 S S 15 A2 16 15 18 Function 1x changeover / SPDT (AgNi / Silver Alloy) 8 A/ AC1 2500 VA / AC1, 240 W / DC multifunction red LED 1x107 1x105 a b UNI AC 0.025 - 0.2 VA / DC 0.1 - 0.7 W Yes A1-S 0.1μF min. 25 ms / max. unlimited max. 120 ms d -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals III. 2 max. 2x 2.5, max. 1x4 (AWG 12) with sleeve max. 1x2.5, 2x1.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.4 oz. (69 g) UL E308660; EN 61812-1, EN 61010-1 i e k U Delay ON after energization t t U Delay OFF after energization t t U Cycler beginning with impulse after energization t t t t t t Delay OFF after de-energization, instant make of output S t S t Impulse relay with delay, press its delay ON and next press its delay OFF output if it happens before expiration time <t t S Delay ON after make of the switch till break t t Description Supply terminals Control input „S“ A2 A1 S Supply indication Output indication CRM-61 Rought time setting Fine time setting Function setting 16 15 18 Output contact 19 Time relay with external potentiometer CRM-91HE, CRM-2HE ! Control by external control unit - potentiometer (can be placed / mounted for example on switch board doors or in panel) ! CRM-91HE: multifunction time relays 10 functions - 5 time functions controlled by supply voltage - 4 time functions controlled by control input - 1 function of latching relay time scale 0.1 s - 10 days divided into 10 ranges (0.1 s - 1 s / 1 s - 10 s / 0.1 min - 1 min / 1 min - 10 min / 0.1 hrs - 1 hrs / 1 hrs - 10 hrs / 0.1 day - 1 day / 1 day 10 days / only ON / only OFF) ! CRM-2HE: asymmetric cycler 2 time functions - cycler beginning with pulse - cycler beginning with gap function selected via external wired link on control input S-A1 ! CRM-91HE, CRM-2HE: ! Universal supply voltage AC/DC 12 - 240 V ! Output contact: 1x changeover 16 A / SPDT ! 1-MODULE, DIN rail mounting ! Possible to connect external potentiometer - max. distance 32.8 ft. (10 m) from relay EAN code CRM-91HE /UNI + potentiometr: 8595188142052 CRM-2HE /UNI + potetiometr: 8595188142069 Potentiometr for CRM-91HE, CRM-2HE : 8595188125215 Technical parameters Number of functions: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Controlling Control. voltage: Consumption of input: Load between S-A2: Control. terminals: Impulse length: Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: CRM-91HE 10 2 A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 10 days 0.1 s - 100 days rotary switch, external potentiometer 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °C) Symbol Potentiometer to CRM-91HE, CRM-2HE CRM-91HE, CRM-2HE A1 16 B1 18 B1 B2 B3 B4* external control unit A2 B2 B3 (B4)* 15 *B4 only for CRM-2HE Connection 1x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW multifunction red LED 3x107 0.7x105 Description CRM-91HE Un A1 S A2 Control input “S” Supply voltage indication A1 S Supply terminals Intup for external time control Output indication -multifunction LED A2 B1 B2 B3 Example of signaling Rought time setting Function: a U h 15-18 LED Function setting S 15-18 LED Functions of CRM-91HE are identical with CRM-91H. Functions of CRM-2HE are identical with CRM-2H. t Free position 16 15 18 Output contact 15 16 18 Supply terminals Input for external time contol - IMPULSE CRM-2HE -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max. 1x 2.5 or 2x1.5 / with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.7 oz. (77 g) 2.8 oz. (78 g) EN 61812-1, EN 61010-1 t Function: e U B1 B3 B2 UNI AC 0.025-0.2VA / DC 0.1-0.7W Yes A1-S min. 25 ms / max. unlimited max. 150 ms Function 20 CRM-2HE A1 Un Setting of IMPULSE A1 S A2 B1 B3 B2 Control input “S” Supply voltage indication S A2 B1 B2 B3 Rought time setting-IMPULSE Rought time setting-PAUSE B1 B4 B2 Setting of PAUSE 15 16 18 Output indication-multifunction LED CRM-2HE B1 15 16 B4 B2 Input for external control time-PAUSE 18 Output contact Potentiometer Potentiometer: Protection degree: Max. cable size (mm2): Weight: Dimensions: 47 kΩ, linear IP 65 from front side / IP 20 from back side 1.5 mm2 with sleeve / without sleeve max.2.5 (AWG 12) 0.5 oz. (15 g) see page Accessories Staircase switch CRM-4 ! Used for delayed switching of lights in the corridors, entrances, stairways, halls or for delayed finish of fans (WC, bathroom, etc.) ! It is controlled by a button or by several buttons from more places (connected in parallel) ! Output relay contact 16 A/AC1 with surge current up to 80 A enables switching of el. bulbs and fluorescent lamps ! Operating system switch: AUTO - normal function according to set time OFF - permanently OFF (e.g. when changing bulbs) ON - permanently ON (e.g. while cleaning, servicing) EAN code CRM-4 /120V: 8595188155595 Technical parameters Function: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Control Control voltage: Power on input: Load between S-A2: Control terminals: Impulse length: Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting / DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: ! Time range: 0.5 - 10 min ! Time setting by potentiometer ! Supply voltage: AC 120 V ! Protection against button blocking (e.g. a match inserted in a button) ! 1- MODULE, DIN rail mounting CRM-4 delay off reacting to control contact switching A1 - A2 AC 120 V / 50-60 Hz AC max. 12 VA / 1.8 W -15 %; +10 % green LED 0.5 - 10 min potentiometer 10 % - mechanical setting 5 % - set value stability 0.05 % / °F, at = 68 °F (0.05 % / °C, at = 20 °C) 1x changeover / SPDT (AgSnO2) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 AC 120 V AC 0.53 VA Yes A1-S min. 25 ms / max. unlimited max. 150 ms Symbol Connection It is possible to connect load between S-A2 (e.g. contactor, control of light or any other device), without disturbing a correct function of relay (load is energized while the switch is ON). 16 18 A1 16 18 A1 S 15 A2 Un A2 15 Circuit connection 3-wire connection 4- wire connection L L N N A1 S A2 A1 S A2 250V / AC1 16A/4000VA 250V / AC1 16A/4000VA 15 16 18 15 16 18 Function U AUTO OFF position switches -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5/ with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.2 oz. (62 g) EN 60669-2-3, EN 61010-1 S load ON S t t t Description Supply terminals A1 S A2 Controlling contact Output indication Supply indication Operating system swich Time setting 15 16 18 Output contact 21 Multifunction time relay CRM-91H, CRM-93H, CRM-9S Multifunction time relay can be used for electrical appliances, control of lights, heating, motors, pumps and fans (10 functions, 10 time ranges, multi-voltage, 16 A or 3x 8 A contacts) ! Fulfills all requirements for time relays ! 10 functions: - 5 time functions controlled by supply voltage - 4 time functions controlled by control input - 1 function of latching relay ! Comfortable and well-arranged function and time-range setting by rotary switches ! Time scale 0.1 s - 10 days divided into 10 ranges: (0.1 s - 1 s / 1 s - 10 s / 0.1 min - 1 min / 1 min - 10 min / 0.1 hrs - 1 hrs / 1 hrs - 10 hrs / 0.1 day - 1 day / 1 day - 10 days / only ON / only OFF) ! CRM-91H, CRM-93H: - universal supply voltage AC/DC 12 - 240 V, - output contact: CRM-91H: 1x changeover / SPDT 16 A; CRM-93H: 3 x changeover / SPDT 8 A ! CRM-9S: Universal supply voltage AC 12 - 240 V, absolutely noise-less switching 1x static contactless output (triac) 01.7 A (60A / < 10 ms), switches potential A1 ! Multifunction red LED output indicator flashes or shines depending on the status of output ! 1-MODULE, DIN rail mounting ! EAN code CRM-91 /UNI: CRM-93H /UNI: CRM-9S /UNI: 8595188112420 8595188112468 8595188116008 CCA Technical parameters Number of functions: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Voltage drop on switch: Load on B1 terminal: Output indication: Mechanical life: Electrical life (AC1): Controlling Power on control input: Load between S-A2: Control. terminals: Impulse length: Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: R CRM-91H CRM-93H CRM-9S 10 A1 - A2 AC/DC 12 - 240 V (AC 50-60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0.1 s - 10 days rotary switch and potentiometer 5 % - mechanical setting 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °C) Yes A1-S min. 25 ms / max. unlimited max. 150 ms Connection Un CRM-91H AC 12-240V (50-60Hz) AC max. 0.35VA - + S A1 16 18 A2 15 A1 S A2 15 16 18 1x changeover/SPDT (AgNi / Silver Alloy) 3x changeover/SPDT (AgNi / Silver Alloy) 1x static contactless output (triac) 0.7A 8A / AC1 16A / AC1 x 2000VA / AC1, 192W / DC 4000VA / AC1, 384W / DC 60A / < 10ms 10A / < 3s 30A / < 3s x 250V AC1 / 24V DC x 500mA max. 0.9 V at I max. x Yes / I max. 0.7 A x multifunction red LED > 108 3x107 >108 0.7x105 AC 0.025 - 0.2 VA / DC 0.1 - 0.7 W Symbol AC 0.025 - 0.2 VA Un CRM-93H A1 A1 S A2 16 18 26 28 36 38 35 36 38 25 26 28 S A2 15 25 35 15 16 18 Possibility to connect load onto controlling input It is possible to connect the load (e.g.: contactor) between terminals S-A2, without any interruption of correct relay function. max. 250 ms 16 18 A1 + -4 °F to 131 °F (-20 °C to +55 °C ) -22 °F to 158 °F (-30 °C to +70 °C) x 4kV (supply-output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x 1.5 / with sleeve max. 1x 2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.26 oz. (64 g) 3.1 oz. (89 g) 1.8 oz. (51 g) UL E308660 (for CRM-91H and CRM-93H); EN 61812-1, EN 61010-1 - + Un S A2 load 15 Un CRM-9S A1 /B1 S 18 18 A1 S A2 A2 B1 18 18 22 Multifunction time relay CRM-91H, CRM-93H, CRM-9S Function On Delay (Power On) When the input voltage U is applied, timing delay t begins. Relay contacts R change state after time delay is complete. Contacts R return to their shelf state when input voltage U is removed. Trigger switch is not used in this function. a Off Delay When input voltage U is applied, relay contacts R change state immediately and timing cycle begins. When time delay is complete, contacts return to shelf state. When input voltage U is removed, contacts will also return to b their shelfstate. Trigger switch is not used in this function. Repeat Cycle (Starting Off ) When input voltage U is applied, time delay t begins. When time delay t is complete, relay contacts R change state for time delay t. This cycle will repeat until input voltage U is removed. Trigger switch is not used in this function. c Repeat Cycle (Starting On) When input voltage U is applied, relay contacts R change state immediately and time delay t begins. When time delay t is complete, contacts return to d their shelf state for time delay t. This cycle will repeat until input voltage U is removed. Trigger switch is not used in this function. Off Delay (S Break) Input voltage U must be applied continuously. When trigger switch S is closed, relay contacts R change state. When trigger switch S is opened, delay t begins. When delay t is complete, contacts R return to their shelf state. If trigger switch S is closed before time delay t is complete, then time is reset. When trigger switch S is opened, the delay begins again, and relay contacts R remain in their energized state. If input voltage U is removed, relay contacts R return to their shelf state. e Single Shot Upon application of input voltage U, the relay is ready to accept trigger signal S. Upon application of the trigger signal S, the relay contacts R transfer and the preset time t begins. During time-out, the trigger signal S is ignored. The relay resets by applying the trigger switch S when the relay is not energized. U t t Single Shot Trailing Edge (Non-Retriggerable) Upon application of input voltage U, the relay is ready to accept trigger signal S. Upon application of the trigger signal S, the relay contacts R transfer and the preset time t begins. At the end of the preset time t, the relay contacts R return to their normal condition unless the trigger switch S is opened and closed prior to time out t (before preset time elapses). Continuous cycling of the trigger switch S at a rate faster than the preset time will cause the relay contacts R to remain closed. If input voltage U is removed, relay contacts R return to their shelf state. U t t U t t t t t U t t t t t t S t t t t g S t h S Latching relay Input voltage U must be applied continuously. Output changes state with every trigger switch S closure. If input voltage U is removed, relay contacts R return to their shelf state. i S Pulse generator Upon application of input voltage U, a single output pulse of 0.5 seconds is delivered to relay after time delay t. Power must be removed and reapplied to repeat pulse. Trigger switch is not used in this function. j On/Off Delay Input voltage U must be applied continuously. When trigger switch S is closed, time delay t begins. When time delay t is complete, relay contacts R change state and remain transferred until trigger switch S is opened. If input voltage U is removed, relay contacts R return to their shelf state. t S f t t t t t U t pulse t pulse pulse = 0.5 s Time ranges m 10 1 h 1 10 10 S1 m 10 1 ON OFF h 1 10 10 S1 m 1 d 10 10 1 0.1 - 1s ON OFF 10 S1 m 1 d 10 10 1 1 - 10 hrs h 1 10 ON OFF h 1 10 10 S1 m 1 d 10 10 1 1 - 10 s ON OFF 10 1 0.1 - 1 min ON OFF 10 1 0.1 - 1 day m 1 d 10 10 S1 m 1 d 10 h 1 10 h 1 10 10 S1 10 1 1 - 10 days ON OFF m 1 d 10 10 S1 m 1 d 10 h 1 10 ON OFF h 1 10 10 1 1 - 10 min 10 S1 ON OFF 10 S1 m 1 d 10 10 1 only ON h 1 10 10 S1 1 d 10 ON OFF h 1 10 0.1 - 1 h 1 d 10 ON OFF only OFF Description Supply terminals A1 S A2 Control input “S” Supply indication Output indication-multifunction LED Examples of signaling Rought time setting Function: a U 15-18 LED Fine time setting Function setting t Function:e U S 15-18 LED 15 16 t 18 Output contact Notes 1) Output contacts of CRM-93H do not allow switching of different phases or 3-phase voltages (voltage > 250 V). 2) When mounting into steal-plated switchboards, it is necessary to keep a safety distance of min. 3 mm from terminal’s screws 35-36-38 and 25-26-28 towards the shutter of a switchboard. 23 Programmable digital relay PDR-2/A, PDR-2/B ! Multifunction programmable digital relay with 4 digit red LED display ! Control and setting are done by 3 buttons, user-friendly menu, absolute accuracy in timer setting, time countdown on a display, galvanically separated START and STOP control inputs with UNI supply EAN code PDR-2A /UNI: PDR-2B /UNI: 8594030333044 8594030333068 Technical parameters Function: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Time ranges: Repeat accuracy: Temperature coefficient: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical strength (AC1): Control Control input Burden: Control. impulse length: Reset time: Display - colour: Number and height of digits: Luminace: Light wavelength: Brightness setting: Memory - memory locations: Data stored for: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: 24 PDR-2/A ! Thanks to its complexity, it is possible to program also more demanding time functions by using 2 independent times ! 2 independent times, with combination of 2 inputs and 2 outputs ! PDR-2/A: 16 functions, choice of functions of the other relay, 30 memory places for most frequently used times ! PDR-2/B: 10 functions, 1 output of 10 functions can be assigned to each relay = 2 relays in one device ! 2 independent times in range: 0.01 s - 100 hrs ! Supply voltage AC/DC 12 - 240 V ! 3-MODULE, DIN rail mounting PDR-2/B Symbol 16 10 A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.5 - 2.5 VA / DC 0.4 - 2.5 W -15 %; +10 % 0.01 s - 100 h 0.2 % - set value stability 0.01 % / °F, at = 68 °F (0.01 % / °C, at = 20 °C) 2x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 AC 0.01 - 0.25 VA min. 1 ms / max. unlimited max. 200 ms red 4 positions with separating colon, height 0.39˝ (10 mm) 2200 - 3800 ucd 635 nm range 20 - 100 % in 10 steps adjustable 30 (PDR-2/A) / 20 (PDR-2/B) for times ranges + service function min. 10 years -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x 1.5/ with sleeve max. 1x 1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 5 oz. (143 g) EN 61812-1, EN 61010-1 A1 PDR-2 16 18 26 28 IN1 IN1 IN2 IN2 A2 15 25 Description Control inputs Supply terminals Indication of time (h, m, s) Indication of output status Indication of operating times (t1, t2) Controlling buttons 26 25 28 18 15 16 Output 1 Output 2 Time data Time range: Minimal time step: Time deviation: Setting error: Setting, reset accuracy: Digital places: 0.01 s - 99 h 59 min 59 sec 99 ss 0.01 s 0.01 % of set value 0% 100 % selected via program Programmable digital relay PDR-2/A, PDR-2/B Connection PDR-2/A PDR-2/B START input Un START input for output (relay) 1 (t1) Un STOP input A1 A2 IN1 IN1 IN2 IN2 A1 A2 IN1 IN1 IN2 IN2 PDR-2 t1 PDR-2 h t2 m s t1 out 1 mode START input for output (relay) 2 (t2) stop h t2 m s out 1 out 2 start mode 16 15 18 28 25 26 stop start out 2 16 15 18 28 25 26 output 1 output 2 16A AC1/250V 16A AC1/250V output 1 output 2 16A AC1/250V 16A AC1/250V Function Functions for PDR-2/A and PDR-2/B 1. Delay ON 2. Delay OFF 3. Delay ON after switching off control contact 4. Delay ON by closing control contact 5. Delay OFF after switching off control contact 6. Delay OFF by closing control output 7. Delay OFF by opening control contact with instant output 8. Delay OFF by closing control contact with delayed output 9. Cycler beginning with impulse 10. Cycler beginning with pause Functions for PDR-2/A A1-A2 15-18 11. Cycler beginning with impulse with A1-A2 variable interval t1 A1-A2 15-18 15-18 12. Cycler beginning with pause with A1-A2 variable interval t1 15-18 A1-A2 START 15-18 13. Generator of impulse t1 14. Changeover star/delta A1-A2 START 15-18 t1 15A. Shift of pulse by 2 times A1-A2 START 15-18 t1 15B. Shift of impulse by 2 times A1-A2 START 15-18 t1 16A. Extended impulse by 2 times A1-A2 START 15-18 t1 16B. Extended impulse by 2 times A1-A2 START 15-18 t1 A1-A2 15-18 t1 t1 t1 t1 t1 t1 A1-A2 15-18 t1 t1 t1 t1 t1 t1 t1 t2 t1 t2 t1 t2 t1 t1 t2 t1 t2 t1 t2 t1 A1-A2 START 15-18 t1 A1-A2 START 15-18 t2 t1 t2 t1 t2 A1-A2 START 15-18 t1 t2 A1-A2 START 15-18 t1 t2 A1-A2 START 15-18 t1 t2 A1-A2 START 15-18 t1 t2 Recommendation: PDR-2/B is replacing by 2 simple time relays = 2 in one. 25 Super-multifunction relay SMR-T, SMR-B ! Multifunction relay designed for installation into a wiring box or under wall-switch in an existing electrical installation SMR-B ! Advantageous and fast solution for exchanging standard wall-switch for a switch controlled by time or for an impulse relay controlled by a button SMR-T ! More information about type and size of load for these products can be found on page 87 - 88 ! SMR-T - 3-wire connection, works without the connection of a neutral conductor - power output: 10 - 160 VA - between input S and neutral wire is possible connect any load R, L, or C - that is not necessary ! SMR-B - 4-wire connection - 10 functions - output contact 1x16A / 4000 VA, 250V AC1 - enables switching of fluorescent lights and also energy saving lights - suitable for switching loads greater than SMR-T, for example pulse relay, stair automatic switch, switching of ladder radiators in bathrooms - independent galvanically separated input AC/DC 5-250V, for example for control from a security system Technical parameters Dimensions: Weight: Standards: Description SMR-B 9 10 3-wire, without neutral 4-wire, with neutral AC 120V / 50-60Hz 0.8 / 3VA max 1 / 1VA -15%; +10% 0.1 s - 10 days via rotaty switch 10 % - mechanical setting 2 % - set value stability 0.1 % / °F, at = 68 °F (0.1 % / °C, at = 20 °C) 1 x triac 10 - 160 VA 10 - 100 VA SMR-T Exchangeable fuse Output indication Rought time setting Fine time setting 02x5 E S UF Number of functions: Connection: Voltage range: Power input (no operation / make): Supply voltage tolerance: Time ranges: Time setting: Time deviation: Repeat accuracy: Temperature coefficient: Output Number of contacts: Resistive load: Inductive load: Control Control voltage: Control current: Impulse length: Other information Operating temperature: Operating position: Mounting: Protection degree*: Overvoltage category: Pollution degree: Fuse: Connection: SMR-T 02x5 ESUF EAN code SMR-T/120V: 8595188155588 SMR-B/120V: 8595188155571 Function setting 1x NO-SPST (AgSnO2) 16A 125/250 V AC1 8A 250 V AC (cos φ > 0.4) V Output to appliance Switch (button) AC 120 V Phase conductor AC 120 V, UNI-5-250 V AC/DC 3 mA min. 50ms / max. unlimited SMR-B +32.. +122 °F (0..+50°C) any free at connecting wires IP30 in standard conditions III. 2 Galvanically separated control input 5-250 V AC/DC Rought time setting F 1A / 250V x 4x sol. wir., 0.75 mm2 (AWG 18) 2 x CY, 0.75mm2 (AWG 18) 3.5˝ (lenght 90 mm) 2 x CY, 2.5 mm2 (AWG 10) 1.9˝x 1.9˝x 0.8˝ (49 x 49 x 13 mm) 1.9˝x 1.9˝x 0.8˝ (49 x 49 x 21 mm) 0.92 oz. (26 g) 1.9 oz. (53 g) EN 61812-1, EN 61010-1 * for more information see page 32 Function setting Fine time setting Output indication Neutral conductor Switch (button) Output to appliance Phase conductor Time ranges m 10 1 h 1 10 10 S1 m 10 1 10 S1 26 ON OFF h 1 10 m 1 d 10 10 1 0.1 - 1 s ON OFF 10 S1 m 1 d 10 10 1 1 - 10 hrs h 1 10 10 S1 ON OFF h 1 10 m 1 d 10 10 1 1 - 10 s ON OFF 10 S1 m 1 d 10 0.1 - 1 day h 1 10 10 1 10 S1 ON OFF h 1 10 m 1 d 10 1 d 10 ON OFF 10 1 0.1 - 1 min 10 S1 m 10 1 1 - 10 days h 1 10 10 S1 ON OFF h 1 10 m 1 d 10 10 1 1 - 10 min ON OFF 10 S1 m 1 d 10 10 1 only ON h 1 10 10 S1 1 d 10 ON OFF h 1 10 0.1 - 1 hrs 1 d 10 ON OFF only OFF Super-multifunction relay SMR-T, SMR-B Function Function a - delay OFF on entrering edge output times when it is switched. Each following pressing (max. 5x) increases time. Long pressing swithes output off. S V Function b - delay OFF on downward edge output times after button is swithed off, switches immediately S V Function c - delay OFF on downward edge after switching off output switches on and times S V Function d - cycler - flasher impulsem output cycles in regular interval, cycler starts with an impulse S V Function e - puls shift delay on after the switch is switched on and delay on after it is switched off >2s t 2xt Function f - delay ON delay on after switch is switched on until it is switched off t S V t t Function g - impulse relay switches on by a press, another pressing switches the output off. The length of pressing doesn’t matter, it is possible to set reaction delay by a potentiometer and thus eliminate rebound of a button t Function h - impulse relay with delay one press switches on, another one switches the output off in case it is done before the end of timing S V Function i - cycler starting with pause output cycles in regular intervals, cycler starts with a pause S V t t t t t t Function j* - cycler starting with gap delay ON until switched off until it is de-energized or a switch is pressed again Note: * Function j is valid only for SMR-B S V t t t t t t S V S V t t t t t Connection SMR-T, SMR-B N L Note: SMR-T is not intended for switching capacity load (energy saving bulbs and LED lights with capacity power etc.), these products are only intended for switching resistive and inductive loads (incandescent bulbs, fans, etc.). SMR-B with relay output is intended to other types of load. Using this output it is possible to switch the load of R, L or C-values listed in the load table. Between inputs S and neutral wire is possible to connect any load of R, L or C, however this is not condition. V L N S S L V SMR- SMR-T SMR-T: Fan controlling depending on the lighting Input for external control voltage AC/DC 5-250 V Example of connection SMR-T Control of an appliance by button neutral wire L incoming phase wire AC 120 V N Output to an appliance AC 120 V Original connection Button (switch) N neutral wire L incoming phase wire Button N neutral wire L incoming phase wire Switch Output to an appliance AC 120 V After the light bulb switch is switched off, fan starts operating and after set time switches off. 27 Digital time switch clock SHT Output Time programm This time switch clock SHT is used to control various appliances in week 1 channel 2 channel day real time; daily, weekly, monthly and yearly mode SHT-1 ! Switching: according the program (AUTO) / constantly manually, SHT-1/2 SHT-3 manually to next program change / random (CUBE) SHT-3/2 „Holiday program” option to choose an interval when the device ! doesn´t switch according to the standard program, but will be block during that time ! Automatic conversion summer / winter time ! Sealable cover of front panel, easy controlling via 4 buttons ! 100 memory places, clear LCD display, min. interval 1 s ! Voltage range: AC/DC 12-240 V ! Cyclic output ! Pulse output ! SHT-1, SHT-3: one channel version, 2-MODULE, DIN rail mounting, clamp terminals ! SHT-1/2, SHT-3/2: two channel version, 2-MODULE, an individual program can be run on each channel ! EAN code SHT-1 /UNI: SHT-1/2 /UNI: SHT-3 /UNI: SHT-3/2 /UNI: 8595188130431 8595188130417 8595188136754 8595188129046 Technical parameters Supply terminals: Voltage range: Burden: Supply voltage tolerance: Back-up supply: Summer/winter time: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Mechanical life: Electrical life (AC1): Time circuit Power back-up: Accuracy: Minimum interval: Data stored for: Cyclic output: Pulse output: Program circuit Number of memory places: Program (SHT-1; SHT-1/2): Program (SHT-3; SHT-3/2): Data readout: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Polution degree: Max. cable size (mm2): Dimensions: Weight: Standards: SHT-1, SHT-3 SHT-1/2, SHT-3/2 A1 - A2 AC/DC 12 - 240 V (AC 50 - 60 Hz) AC 0.5 - 2 VA / DC 0.4 - 2 W -15 %; +10 % yes automatic 1x changeover/SPDT (AgSnO2) 2x changeover/SPDT (AgSnO2) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW > 3x107 > 0.7x105 up to 3 years max. ±1s / day at 73.4 °F (23 °C) 1 min min. 10 years 1-99s 1-99s 100 daily, weekly daily, weekly, monthly, yearly (up to year 2095) LCD display, with back light year Symbol SHT-1 SHT-3 A1 16 18 A2 15 SHT-1/2 SHT-3/2 A1 A2 16 18 26 28 15 25 Connection SHT-1 SHT-3 SHT-1/2 SHT-3/2 A1 16 15 18 A1 16 15 18 Un Un A2 A2 26 25 28 Description of displayed elements on the screen the choice of switching mode indication (1st channel) 1 2 3 4 5 6 Auto Prog Man shows the day in the week indication of the pulse / cyclic output indication (2nd channel) AM / PM shows summer / winter mode indication of switching hour of the day channel 2 (bargraph) 7 output ON/OFF random switching mode 0 6 12 18 24 manual switching mode channel 1 (bargraph) Description -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 10 clips, IP 40 from front panel III. 2 solid wire max. 2x2.5 or 1x4 (AWG 12) with sleeve max. 1x2.5 or 2x1.5 (AWG 12) 3.5˝ x1.4˝ x 2.5˝ (90 x 35.6 x 64 mm) 4.6 oz. (130 g) 5 oz. (143 g) EN 61812-1, EN 61010-1 Supply terminals (A1) Output - channel 1 (16-15-18) A1 18 15 16 7 Auto Transparent cover Display 12 6 0 SHT-3 MAN2 MAN 1 Reset PRG + RESET OK ESC Controlling buttons - Sealing spot A2 Supply terminals (A2) 28 month 26 25 28 Output - channel 2 (26-25-28) only for SHT-1/2, SHT-3/2 Auxiliary and Power relays VS VS116U VS308U Supply voltage: AC/DC 12-240 V Output contact: 1x changeover / SPDT 16 A. Supply voltage: AC/DC 12-240 V Output contacts: 3x changeover / TPDT 8 A. VS316/24 VS316/120 Supply voltage: AC/DC 24 V Output contacts: 3x changeover / TPDT 16 A, possibility to be connected into 3-phase circuit. Supply voltage: AC 120 V Output contacts: 3x changeover / TPDT 16 A, possibility to be connected into 3-phase circuit. Overview table AC/DC 12..240 V VS316/24 1M-DIN AC/DC 24 V VS316/120 1M-DIN AC 230 V Page of catalogue 1M-DIN Designation VS308U 1x16 A changeover/ SPDT 3x8 A changeover/ TPDT 3x16 A changeover/ TPDT 3x10 A changeover/ TPDT Paralel diode AC/DC 12..240 V RC unit Coil voltage 1M-DIN LED signal light Design VS116U Output contact Type Other features as a separation relay (4kV), direct switching of appliances up to 4000VA (e.g. heaters), well visible signalization, noiseless 30 a “multiplication” of contacts, 3x changeover contact/ 3PDT only in 1-MODULE, well visible signalization, noiseless 30 3x changeover contact in 1-MODULE, possibility of “multiplication” of contacts and in the same time possibility of switching high output, possibility of 3 phase switching 30 as VS316/24, but AC 230V 30 More about contact loadability on page 87-88. 29 Power relays modular type VS ! Power relay used for switching larger load output, strengthen or „multiplying“ contacts of the existing device Type VS116U VS308U VS316/24 VS316/120 Current rating 16 A 8A 16 A 16 A Number of contacts Design DIN (1M) 1 DIN (1M) 3 DIN (1M) 3 DIN (1M) 3 Supply terminals A1 - A2 12- 240V AC/DC A1 - A2 12-240V AC/DC A1 - A2 24V AC/DC A1 - A2 120V AC ! Relays VS316/24, VS316/120 enable connection to a 3-phase circuit ! In the design 1-MODULE , DIN rail mounting, output status indicated by high intensity LED with choice of LED color (red, green, yellow, blue or white LED*) R Technical parameters Supply terminals: Voltage range: Burden: Supply voltage tolerance: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Time between switching: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: VS116U VS308U VS316/24 VS316/120 VS116U A1 - A2 AC/DC 24 V/ 50-60 Hz AC/DC 12-240 V/ 50-60 Hz 1.6 VA/ 1.2 W AC 0.7 - 3 VA/ DC 0.5 - 1.7 W -15%; +10% AC/DC 12-240 V/ 50-60 Hz AC 0.7 - 3 VA/ DC 0.5 - 1.7 W 1x changeover / SPDT (AgSnO2) 3x changeover/TPDT (AgNi /Silver Alloy) 16 A / AC1 8 A / AC1 4000VA / AC1, 384W/ DC 2000VA/ AC1, 192W/ DC 30 A / < 3s 10 A / < 3s Symbol A1 AC 120 V/ 50-60 Hz 2.5 VA 3x changeover / TPDT (AgSnO2) 16A / AC1 4000VA / AC1, 384W/ DC 30 A / < 3s 12 A2 14 11 VS308U A1 12 14 22 24 32 34 250 V AC1 / 24 V DC 500 mW high intensity of LED 3x107 0.7x105 min. 2s 2.05 oz. (58 g) 50 ms 20 ms -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C ) 4 kV (supply-output) any DIN rail EN 60715 IP 40 from front panel III. 2 max.1x 2.5 or 2x1.5, max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.9 oz. (83g) 3.17 oz. (90 g) UL E308660 (for VS116U and VS308U); EN 61810-1, EN 61010-1 11 A2 1x107 1x105 21 31 VS316/24 A1 12 14 22 11 A2 24 32 34 21 31 VS316/120 A1 3.3 oz. (92g) 12 A2 14 22 11 24 32 34 21 31 EAN codes VS116U /red VS116U /green VS116U /yellow VS116U /white VS116U /blue 8595188124607 8595188136433 8595188138499 8595188138482 8595188138475 VS308U /red VS308U /green VS308U /yellow VS308U /white VS308U / blue 8595188130103 8595188136440 8595188138529 8595188138512 8595188138505 VS316 /24 red VS316 /24 green VS316 /24 yellow VS316 /24 white VS316 /24 blue 8595188135771 8595188136105 8595188136129 8595188136099 8595188136112 Notes Max. time of changeover of contact is 10ms. VS316/24 or VS316/120 enables switching of different phases or 3 phase voltage. * Possibility to choose blue, white and yellow color of LED for power relays line VS in case of minimal order quantity 100 pcs. 30 VS316 /120 red VS316 /120 green VS316 /120 yellow VS316 /120 white VS316 /120 blue 8595188155656 8595188155670 8595188155687 8595188155649 8595188155663 Power relays modular type VS Description VS116U VS308U Supply terminals A2 A1 A1 Supply terminals 2nd output changeover contact A2 21 22 24 Indication LED Indication LED Red/Červená Red/Červená 11 12 11 14 Output changeover contact 31 32 12 14 1st output changeover contact 34 3rd output changeover contact VS316/24, VS316/120 21 22 2nd output changeover contact Supply terminals 24 A1 A2 Indication LED 11 12 14 Output changeover contact 31 32 34 3rd output changeover contact 31 Dimmers R, L, C MODULAR MINI AC 120V / 60Hz DIM-15 LIC-2 SMR-M Designated for dimming of: dimmable energy saving fluorescent lamps, LED lamps. R,L,C, - resistive, inductive and capacitive loads. Serves to dim monochrome LED strips and RGB LED strips with power supply 24 V DC which are current-controlled. For mounting under a wallswitch into an installation box KU-68 (or similar). Dimmable energy saving fluorescent lamps, LED lamps. R,L,C, - resistive, inductive and capacitive loads. Overview table AC 100-240V x x x 300 W 300 W 300 W 160 W 160 W 160 W DIM-15 1M-DIN AC 120V 2x MOSFET SMR-M BOX AC 120V 2x MOSFET x x 010V / 110V C DALI, CIB, DMX L OFFDIMMER Output unit R 2x MOSFET ONDIMMER LED LED lamps capacitive (electronic transformers) energy saving inductive (wound transformers) C uorescent ESL fllamps resistive (el. bulbs, halogen lights) L Rated load Catalogue page 1M-DIN R Method of phase Control principal regulation Output Designation LIC-2 Supply voltage Type Design Type of dimmed load control unit for dimmers or electronic ballasts with analog control 0-10 V / 1-10 V 33 x x designated for dimming of: R, L, C, ESL, LED x x designated for dimming of: R, L, C, ESL, LED 34 34 Key to symbols type of load bulbs, halogen lamps low-voltage el.bulbs 12/24V low-voltage el.bulbs 12/24V wound transformers electronic transformers ESL dimmable compact fluorescent lamps LED lamps ESL LED (symbols) R L C Demonstrated symbols are informative. Expandatory: R, L, C Dimmer with designated load: R - RESISTIVE L - INDUCTIVE C - CAPACITIVE ESL - energy saving lamps LED - LED bulbs IPxx protection - under normal conditions: normal conditions are understood as such conditions of operating an electrical device, installation and power supply network for which the entire device is designed, produced and installed. Upon these normal conditions of use and upon normal maintenance, all protective devices must be effective throughout the entire expected service life of the product. Recommendation for mounting: Recommendation for mounting modular dimmers: leave a gap of min. 0.5 module (approx. 0.4” / 9 mm) on side of the device to ensure better cooling of the device. 32 Lighting intensity controller LIC-2 Mounting of SKS photosensor on the wall ! serves as control unit for dimmers or electronic ballasts with analog control 0-10 V / 1-10 V ! one control unit LIC-2 can control up to 50 electronic ballasts ! keeps a preset lighting intensity (automatic regulation) NEW! ! control operating modes using existing button Technical parameters Supply terminals: Supply voltage: Consumption apparent / loss: Power supply indication: Control Button - control terminals: Control voltage: Impulse length: Button - control terminals: Duration of control pulse: Output 1 Analog: Terminals: Galvanically separated: Output 2 Number of contacts: Current rating: Switching capacity: Peak current: Switching voltage: Min. switching capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Operating position: Mounting: Ingress protection: Overvoltage category: Contamination degree: Connecting cond.cross-section (mm2): Dimensions: Weight: Standards: Mounting of SKS photosensor into the panel LIC-2 Connection Symbol L-N AC 120 V / 60 Hz max. 2.7 VA / 1.4 W green LED lighting sensor + L-T AC 100-240 V min. 80 ms / max. unlimited A1 - B min. 80 ms / max. unlimited 0 - 10V / 10mA max. or 1 - 10 / 10mA max. OUT-1, OUT-2 Yes IN1 IN2 OUT+ OUT- controlled dimmer or ballast B L OUT1 – L IN1 N V IN2 T N OUT2 V L N B T blocking EAN code LIC-2/120V: 8595188155700 SKS photosensor: 8594030337288 switch OFF automatic regulation cleaning (maximum illumination level) ! setting the basic parameters of lighting is performed by potentiometers min. brightness of illumination maximum illumination level speed of dimming / illumination ! blocking the automatic control using external signal ! power supply AC 120 V L N 1x switching (AgSnO2) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 Device description Inputs for illumination sensor Analog output OUT1 (+) IN1 IN2 Analog output OUT2 (-) - + Output mode indication Supply voltage indication P1 -operating mode settings P2 - brightness settings -4 °F to 131 °F (-20 °C to +55 °C) -4 °F to 140 °F (-20 to +60 °C) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 max. 1x2.5, max. 2x1.5, with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.8 oz. (78g) EN 60669-2-1, EN 61010-1, EN 60929 Operating mode settings MIN - setting of min. brightness level (so energy-saving lamps do not go out during regulation). RUN - automatic regulation of lighting (brightness is maintained at the set value and regulated using an illumination sensor). SET - setting of the required level of illumination for automatic regulation. In position SET and MIN, the brightness level is set by potentiometer P2 (green LED also flashes). If the required brightness level is attained, the trimmer P1 is set to the RUN position. The brightness level is thereby set (green LED lights up permanently). Period of brightness increase / decrease Selection 0 - 10V / 1 - 10V Relay output Supply voltage L V L Supply voltage N Control input T N B T Blocking input B Funkce Control button functions - short press (< 0.5s) - always switches off output (relay and output voltage) - longer press (0.5...3s) - runs automatic regulation of brightness level (according to sensor) - long press (> 3s) - sets the max. brightness level (CLEANING mode). Blocking input function - switches off lighting - only in automatic regulation mode (has no influence in CLEANING mode), e.g. for central switching off of lighting Output relay - switches on always upon switching on the lighting using the button if the DC output voltage is greater than 0.1V (for the mode 0-10V) or 1V (for the mode 1-10V) - upon switching off the light, the relay opens if the output voltage drops below the stated limits Red LED - illuminates upon active ouput (at any brightness level) - flashes upon activation of blocking 33 Controlled dimmer DIM-15, SMR-M Designed for dimming of: a) R - bulbs, halogen lamps b) L - low-voltage el.bulbs 12/24V wound transformers c) C - low-voltage el.bulbs 12/24V electronic transformers d) ESL - dimmable compact fluorescent lamps e) LED - LED lamps ! Enables gradual setting of luminance by push-button (non-detent) or parallel buttons ! Returns to last state upon re-energization ! Type of light source is set by switch-over on the front panel of device ! Minimal luminance, set by potentiometer on the front panel, eliminates flashing of some types of saving fluorescent lamps ! Supply voltage 120V AC DIM-15 ! Output status is indicated by red LED: - shines when output is active -flashes while heating overload, at the same time output is disconnected ! 1-MODULE version, DIN rail mounting, saddle terminals SMR-M ! Button-controlled dimmer intended to be installed in an installation box into the existing electrical wiring ! Protection against excessive temperature inside the device - switches off the output ! AC 120V / 60Hz EAN code DIM-15/120V: 8595188155601 SMR-M/120V: 8595188155618 DIM-15 SMR-M Technical parameters DIM-15 SMR-M Supply terminals: Voltage range: Operating range: Apparent power: Loss power: Dissipated power: Supply indication: Control Control terminals: Control wire: Control voltage: Control input power: Control impulse lenght: Output Contactless: Load: Output status indication: Other information Operating temperature: Storing temperature: Operating position: Mounting: Protection degree: A1 - A2 x x 4-wire, with neutral Overvoltage category: Pollution level: Terminal wire capacity (mm2): Connection: Dimensions: Weight: Standards: Symbol A1 (L) DIM-15 (SMR-M) AC 120 V / 60 Hz -15 %; +10 % max. 1.5VA max. 0.7W green LED V T(S) A2(N) A1 - T x x L-S Light source type setting AC 230 V AC 0.3-0.6 VA min. 80 ms / unlimited 2 x MOSFET 300 W (at cos φ =1)* red LED 160 W (at cos φ =1)* x Connection -4 °F to 95 °F (-20 °C to +35 °C) -4 °F to 140 °F (-20 °C to +60 °C) any DIN rail EN 60715 free at connecting wires IP 40 from front panel / IP30 in standard IP 10 clips conditions** III. 2 max. 2x2.5, with sleeve max. 1x2.5, max. 2x1.5 (AWG 12) x solid w. CY, 0.75 mm2 (AWG 18), x lenght 90 mm (3.5˝) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 1.9˝x 1.9˝x 0.8˝ (49 x 49 x 21 mm) 1.98 oz. (57 g) 1.3 oz. (38 g) EN 60669-2-1, EN 61010-1 * Due to a large number of light source types, the maximum load depends on the internal construction of dimmable light sources and their power factor cos φ. The power factor of dimmable LEDs and ESL bulbs ranges from cos φ = 0.95 to 0.4. An approximate value of maximum load may be obtained by multiplying the load capacity of the dimmer by the power factor of the connected light source. DIM-15 L A1 V T 2.5.A recommended back-up fuse A2 T N SMR-M L N ** for more information see page 32 T 1.6 A recomended fuse V 34 L N S Controlled dimmer DIM-15, SMR-M Device describtion Output Supply voltage L V A1 Supply voltage indication Output indication Light source type selection Light source type selection Minimal luminance setting Minimal luminance setting Supply voltage indication Switch (button) A2 Output to an appliance Phase T Neutral Controlling input Supply voltage N Functions and controlling ! short button press (< 0.5s) turns the light off or on ! long press (> 0.5s) enables slight regulation of light intensity Supplying Un > 0.5s < 0.5s < 0.5s > 0.5s < 0.5s T ! setting of minimal luminance is possible only during decreasing of luminance by long button press ! setting of minimal luminance by saving fluorescent lamps serves for harmonizing of lowest light intensity prior its unprompted switching off V min max max V min Luminance setting: „LED, R, L, C“: ! if the light is turned off, short press (< 0.5s) switches the light onto last set luminance level „Energy saving lamp“: ! when light is off, short impulse turns lamp on and then luminance is decreased to set level Connection example N L SM R - M SNLV Additional information ! it is not possible to dim energy-saving lamps without marking: dimmable !an incorrect setting of light source has effect only on dimming range, it means neither dimmer or load get damaged ! max. number of dimmable light sources depends on their internal structure 35 Notes 36 Power supplies Voltage Stabilized DC- switching 12V PSB-10-12 PS-30-12 PS-100-12 IN: AC 100-250 V OUT: DC 12V stabil LOAD: 0.84 A / 10 W - galvanically separated - electronic fuse - thermo protection -MINI, into an installation box (such as KU-68) IN: AC 100-250 V OUT: DC 12 V stabil LOAD: 2.5 A / 30 W - galvanically separated - electronic fuse - thermo protection 3 MODULE IN: AC 100-253 V OUT: DC 12 V stabil LOAD: 8,4 A / 100 W - galvanically separated - fusion safety - electronic fuse - thermo protection 6 MODULE Regulated 24V PSB-10-24 PS-30-24 PS-100-24 IN: AC 100-250 V OUT: DC 24 V stabil LOAD: 0.42 A / 10W - galvanically separated - electronic fuse - thermo protection MINI, into an installation box IN: AC 100-250 V OUT: DC 24 V stabil LOAD: 1.25 A / 30W - galvanically separated - electronic fuse - thermo protection 3 MODULE IN: AC 100-253 V OUT: DC 12 V stabil LOAD: 4,2 A / 100 W - fusion safety - electronic fuse - thermo protection 6 MODULE PS-30-R IN: AC 100-253 V OUT: DC 12-24 V regul., stab. LOAD: 2.5-1.25 A / 30W - galvanically separated - electronic fuse - thermo protection 3 MODULE Overview table # DC 12 V 0.84 A S x # stabilized switching power supply with fixed output voltage 12 V / 10 W, box 38 38 Electronic fuse Short-circuitproof # Safety fuse x Switching (S) / Linear (L) Stabilized Output current DC Output voltage AC Input voltage MINI-BOX AC 100-250V Page in catalogue PSB-10-24 Design Type PSB-10-12 Designation Protection against overload Output # MINI-BOX AC 100-250V x # # DC 24V 0.42 A S x # # stabilized switching power supply with fixed output voltage 24 V / 10 W, box PS-30-12 3M-DIN AC 100-250V x # # DC 12 V 2.5 A S # # # stabilized switching power supply with fixed output voltage 12 V / 30 W, 3 module 38 PS-30-24 3M-DIN AC 100-250V x # # DC 24V 1.25 A S # # # stabilized switching power supply with fixed output voltage 24 V / 30 W, 3 module 38 PS-30-R 3M-DIN AC 100-250V x # # DC 12-24V 2.5 A1.25A S # # # stabilized switching power supply with fixed output voltage 12-24 V / 30 W, 3 module 38 PS-100-12 6M-DIN AC 100-253V x # # DC 12 V 8.4 A S # # # stabilized switching power supply with fixed output voltage 12 V / 100 W, 6 module 38 PS-100-24 6M-DIN AC 100-253V x # # DC 24V S # # # stabilized switching power supply with fixed output voltage 24V / 100W, 6 module 38 4.2 A 37 Power supplies PS range ! PSB-10: switching stabilized power supplies with fixed output voltage, for mounting into an installation box PSB-10-12 - stabilized power supply 12V/10W PSB-10-24 - stabilized power supply 24V/10W ! PS-30: switching stabilized power supplies, version 3-module PS-30-12 - stabilized power supply with fixed output voltage 12 V/30 W PS-30-24 - stabilized power supply with fixed output voltage 24 V/30 W PS-30-R – stabilized regulated power supply 12-24 V/30 W ! PS-100: stabilized power supply with fixed output voltage, version 6-module PS-100-12 - stabilized power supply 12 V/100 W PS-100-24 - stabilized power supply 24 V/100 W PSB-10-24 ! EAN code shot time interval it again switches on. PS-30-12V: 8595188137966 PS-30-24V: 8595188139045 PS-30-R: 8595188136655 PSB-10-12: 8595188145022 PSB-10-24: 8595188143783 PS-100-12V: 8595188137195 PS-100-24V: 8595188139021 Technical parameters PSB-10-12 Input Voltage range: Burden without load (max.): Burden with full load (max.): Protection: Output Output voltage DC / max. current: Output current is limited by electronic fuse, in case maximal current is exceeded, the device switches off and after a ! Indication of output voltage by green LED on front panel (except PSB-10) ! Temperature protection – if temperature is exceeded, the device switches off and after cooled down, it switches on again PSB-10-24 PS-30-12 AC 110 - 250V / 50-60Hz 3VA / 0.5W 26VA / 13W x 12V / 0.84A Tolerance of output voltage: Output indication: Wave of off-load output voltage: Wave of output voltage with max load: Time delay after connection: Time delay after over-load: Efficiency: Electronic fuse: Other information Working humidity: Operating temperature: Storage temperature: Electrical strength input- output: Protection degree: Overvoltage category: Polutioon degree: Max. cable size (mm2): Outlets: Dimensions: Weight: Standards: 9VA / 1W 24V / 0.42A PS-30-24 PS-30-R AC 100-250V / 50-60Hz 10VA /1.5W 70VA / 37W fuse T2A 12.2V / 2.5A PS-100-12 10VA / 1.7W 12.2V / 2.5A 24.2V / 1.25A ± 3% green LED 24.2V / 1.25A PS-100-24 AC 100-253V / 50-60Hz 12VA / 2W 195VA / 121W fuse T 3.15A 12.2V / 8.4A 24.2V / 4.2A ± 2% ± 2% x ± 2% 40mV 30mV 40mV 1V 380mV max. 1s max. 1s > 75% 80mV max. 5s 500mV max. 1s 40mV max. 3s max. 0.5s > 82% max. 1s > 82% > 81% electronic protections short-circuit, over load, over voltage (from 120% of rated output) 20 .. 90% RH -4 °F to 104°F (-20 °C to +40 °C) -40 °F to 185 °F (-40 °C to +85 °C ) -13 °F to 158 °F (-25 °C to +70 °C) 4 kV IP40 device / IP20 in-built in distribution board II. 2 solid wire max.1x2.5 or 2x1.5 / with sleeve max.1x1.5 (AWG 12) x 3.5˝x 2.1˝x 2.6˝ (90 x 52 x 65 mm) 3.5˝x 4.1˝x 2.6˝ (90 x 105 x 65 mm) 12.9 oz. (367 g) 5.6 oz. (158 g) EN 61204-1, EN 61204-3, EN 61204-7 -40 °F to 185 °F (-40 °C to +85 °C ) IP30 x solid wire CY, 4x0.75mm2, 3.5˝ (90mm) (AWG 18) 1.9˝x 1.9˝x 0.8˝ (48 x 48 x 21 mm) 2.5 oz. (70 g) Connection PSB-10-12 (PSB-10-24) AC 110-250 V 50 Hz / 60 Hz N L AC PS-30-12 (PS-30-24) PS-30-R AC 100 - 250 V 50 Hz / 60 Hz N L AC DC + - DC 12 V / 0.84A (DC 24 V / 0.42A) 38 AC 100 - 250 V 50 Hz / 60 Hz N L + - DC 12 V / 2.5A (DC 24 V / 1.25A) AC 184-253 V 50 Hz / 60 Hz N L AC AC DC PS-100-12 (PS-100-24) DC DC + - DC 12 V - 24 V / 2.5 -1.25A + - DC 12 V / 8.4A (DC 24 V / 4.2A) Power supplies PS range Connection PSB-10-12 Neutral Output voltage Phase Output voltage PSB-10-12 / PSB-10-24 designated for installation into an installation box. Suitable for controlling of lighting sources, thermo valves, shutter engines, etc. PS-30-12 PS-30-R Supply terminals Supply terminals N L N Output voltage indication L Output voltage indication Setting output voltage + + + \ - - - + Output voltage terminals Output voltage terminals + + \ - Output voltage terminals - - Output voltage terminals PS-100-12 Output voltage terminals Supply terminals N - - - - L Output voltage indication + Output voltage terminals + + + + + - - - - - - Output voltage terminals 39 Twilight switches SOU 96x62x34 IP65 SOU-1 SOU-3 Twilight switch. Voltage range: AC/DC 12-240 V Output contact: 1x changeover / SPDT 16 A. Twilight and light switch Voltage range: AC 120 V / 50-60 Hz Output conatct: 1x NO / SPST 16 A. Accessories of twilight switches: Photosensor SKS Protection degree: IP56. It is suitable for mounting on the wall or in panel. Memory relays MR MR-41 MR-42 Voltage range: AC/DC 12 -240 V Output contact: 1x changeover / SPDT 16 A. Voltage range: AC/DC 12 -240 V Output contact: 2x changeover / DPDT 16 A. x x Designation x External sensor x Is used to control lights on the basis of ambient light intensity 41 Is used to control lights on the basis of ambient light intensity 42 40 1 2 Designation Function 1M-DIN 1x16 A changeover 2x16 A changeover Control output MR-42 AC/DC 12-240V (AC 50-60 Hz) AC/DC 12-240V (AC 50-60 Hz) LED indication 1M-DIN Output contact Design MR-41 Power supply Type Other Latching relays, controlled by buttons from several locations can replace three way switches or cross bar switches thanks to control by buttons (unlimited number, connected in parallel by 2 wires), installation gets more transparent and faster for mounting. Page of catalogue x Internal sensor IP65 1x16 A changeover 1x16 A NO-SPST Display SOU-3 AC/DC 12-240V (AC 50-60 Hz) AC 120 V (AC 50-60 Hz) LED indication 1M-DIN Output contact Design SOU-1 Power supply Type Other Page of catalogue Overview table 43 43 Twilight switch SOU-1 Mounting of photosensor SKS on the wall Mounting of photosensor SKS into the panel EAN codes: ! Is used to control lights on the basis of ambient light intensity ! Used for switching street illumination and garden lights, illumination of advertisements, shop windows, etc. ! Level of ambient intensity is monitored by an external sensor and output is switched according to set level on the device ! Control input for additional control, e.g. time switch, preswitch etc. ! Level of illumination adjustable in two ranges: 1 - 100 lx and 100 - 50000 lx ! Adjustable time delay to eliminate short term fluctuation in illumination ! External sensor IP56 suitable for mounting on the wall (cover and holder of a sensor are a part of the package) ! Supply voltage AC/DC 12 - 240 V ! Output contact: 1x changeover / SPDT 16 A ! Red LED output indication ! 1-MODULE, DIN rail mounting SOU-1/UNI + photosensor SKS: 8595188121019 Photosensor SKS: 8594030337288 Technical parameters SOU-1 Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Time delay: Time delay setting: Illumination rang 1): Illumination rang 2): Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Control Power the control input: Load between S-A2: Control. terminals: Impulse length: Reset time: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Sensor cable length: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions of the sensor SKS: Weight of sensor SKS: Dimensions: Weight: Standards: A1 - A2 AC/DC 12 - 240 V (AC 50-60 Hz) AC 0.7 - 3 VA / DC 0.5 - 1.7 W -15 %; +10 % green LED 0 - 2 min potentiometer 1 - 100 lx 100 - 50000 lx 1x changeover / SPDT (AgSnO2) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 0.8 - 530 mVA Yes A1-S min. 25 ms / max. unlimited 150 ms Symbol Connection L A1 16 N 18 A1 S A2 IN IN IN S A2 15 15 16 18 Function Description of DIP switch DIP 1 - LUX ON ambient light intensity 100 - 50000 lx 1 - 100 lx LEVEL lx Hysteresis A1-A2 DIP 2 - TEST ТЕSТ S 15-18 ON ТЕSТ ON NORMAL t t Description Supply voltage terminals Terminals for sensor A1 S A2 IN -4 °F to 131 °F (-20 °C to +55 °C ) -22 °F to 158 °F (-30 °C to +70 °C ) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals max. 50 m (standard wire) III. 2 solid wire max.1x 2.5 or 2x1.5 / with sleeve max. 1x2.5 (AWG 12) see page 93 0.7 oz. (20 g) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.6 oz. (75 g) EN 60255-6, EN 61010-1 IN IN Terminal of blocking input Output indication Supply voltage indication Switch of test function TEST Setting of level of illumination Fine setting of level of illumination Setting time delay 15 16 18 Output contact 41 Twilight light switch SOU-3 ! ! 96x62x34 IP65 ! ! ! ! EAN code SOU-3/120V: 8595188155625 ! SOU-3 Technical parameters Supply Supply terminals: Voltage range: Tolerance of voltage range: Input (apparent / loss): Setting the scale level of lighting Function (twilight switch) - range 1: - range 2: - range 3: Function (light switch) - range 1: - range 2: - range 3: Setting function Level of light-slight: Slight setting of light level: Time delay t: Delay setting t: Output Output contact: Current rating: Switching output: Peak current: Switched voltage: Min.switching output: Mechanical life: Electrical life: Other information Operation temperature: Storing temperature: Electrical strengh: Operation position: Protection degree: Overvoltage category: Pollution level: Max. cable size (mm2): Suggested power-supply cable: Dimensions: Weight: Standards: ! Is used as control of the device on the basis of ambient light intensity External version in IP65, box for mounting on the wall, front cover removable without screws Built in high resolution light sensor Two devices in one, function is set by jumper: - twilight switch – contact closes by decreasing of ambient light intensity, and opens by its increasing - light switch – contact closes by increasing ambient light intensity, and opens by decreasing light intensity. Used for switching of devices by reaching of pre-set ambient light level, usually sun shine (pulling down the shutters or blinds, activation of solar panels) 3 adjustable (by jumper) ranges of light level 3 adjustable levels of time delay (for elimination of short-term fluctuations of light intensity – for short increases in light intensity) Supply voltage 120 V AC Potential-free output contact 12A/AC1 switching Description (proportion is accordant to real size) L-N AC 120V / 50-60Hz - 15% .. +10% max 6VA / 0.7W by jumper J2 Cable gommet M16x1.5 for cable max. Ø 0.4” (10 mm) Hole for mounting on the wall Ø 0.2” (4.3 mm) 1 ... 10 lx 10 ... 100 lx 100 ... 1.000 lx 100 ... 1 000 lx 1 000 ... 10 000 lx 10 000 ... 100 000 lx by jumper J3 0.1 ... 1 x range potenciometer 0 / 1 min. / 2 min. by jumper J1 SOU-3 L N L 15 18 J1 Delay (min) 1 x NO- SPST (AgSnO2) 12 A / AC1 3000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC / 24 V DC 500 mW 3 x 107 0.7 x 105 J2 Adjustable range setting (lx) 10 100 1.000 0 1 2 J3 Function light switch twilight switch 1.000 10.000 100.000 Fine adjustment within the range -22 °F to 140 °F (-30 °C to +60 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4kV (supply-output) sensor-side down or on the sides IP65 III. 2 max.1x2.5, max. 2x1.5 / with sleeve max.1x2.5 (AWG 12) CYKY 3x2.5 (CYKY 4x1.5) 3.8˝ x 2.4˝ x 1.3˝ (96 x 62 x 34 mm) 4.3 oz. (122 g) EN 60255-6, 61010-1 Hole for mounting on the wall Ø 0.2” (4.3 mm) Sensor of ambient light Connection Function L N L N potentialless NO contacts jumper for L potential L 15 18 L N L 15 18 Actual illumination level Setup illumination level 3- wiring connection 4- wiring connection Solid hysteresis 12% L-N Function twilight switch 15 - 18 Function light switch 15 - 18 42 t t t t t Device is standardly supplied with jumper L-15 (3-wire connection). For the correct function of device is neccesary sensor-side down device mounting. L N Memory & latching relays MR-41, MR-42 ! Latching relays, controlled by buttons from several locations can replace three way switches or cross bar switches thanks to control by buttons (unlimited number, connected in parallel by 2 wires), installation gets more transparent and faster for mounting ! Relays MR-41/UNI, MR-42/UNI memorize its last state even after supply failure. During the failure relay will turn off and after re-energizing will automatically turns on ! MR-41 - output contact: 1x changeover / SPDT 16 A ! MR-42 - options - 2x parallel contacts or the other relay is latching - function selected via external jumper between B1 - B2 - output contact: 2x changeover / DPDT 16 A EAN code MR-41 /UNI: 8595188115896 MR-42 /UNI: 8595188115919 Technical parameters Number of functions: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Supply indication: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Controlling Consumption of input: Load between A2-ON/OFF: Control. terminals: Impulse length: Other data Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting/DIN rail: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: ! Supply voltage AC/DC 12-240 V ! 1-MODULE version, DIN rail mounting, controlling by buttons MR-41 MR-42 1 2 A1 - A2 AC/DC 12 - 240 V (AC 50-60 Hz) AC 0.17 - 3 VA / DC 0.1 - 1.2 W AC 0.17 - 12 VA / DC 0.11 - 1.9 W -15 %; +10 % green LED 1x changeover / SPDT (AgSnO2) Symbol 12 A1 14 11 ON/OFF A2 2x changeover / DPDT (AgSnO2) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red LED 3x10 7 0.7x10 5 MR-42 MR-41 14 11 ON/OFF A2 22 24 21 Connection MR-41 MR-42 L N L N + A1 + A1 ON OFF A2 AC 0.025 - 0.2 VA / DC 0.1 - 0.7 W Yes A1 - ON/OFF min. 25 ms / max. unlimited -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5 / with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.2 oz. (62 g) 3.1 oz. (89 g) EN 61810-1, EN 61010-1 12 A1 B1 ON OFF A2 B2 21 22 24 11 12 14 11 12 14 Function MR-41 A1 - A2 ON/OFF 11 - 14 MR-42 A1 - A2 ON/OFF 11 - 14 B1 B2 B1 B2 21 - 24 11 - 14 21 - 24 43 Monitoring relays V Voltage 1 phase AC/DC HRN-41 HRN-42 HRN-34 HRN-64 (Hysteresis) monitoring DC and AC voltage 10-500 V, divided into 3 inputs and 3 ranges, 2 independent outputs 16 A, 2x time delay. (Window) as HRN-41 but function WINDOW. Other functions (applicable for HRN-41): faulty state memory, hysteresis. As HRN-33 but in voltage range DC 6-30 V for monitoring battery circuits (6,12,24 V). As HRN-63 but in voltage range DC 6-30 V for monitoring battery circuits (6,12,24 V). AC HRN-33 HRN-35 HRN-37 HRN-63 HRN-67 Supply and monitored voltage in range AC 48-276 V, 1x output for Umax and Umin adjustable level. As HRN-33 but individual output for each level (Umax/ Umin). Adjustable time delay to eliminate voltage peaks. As HRN-33, but in voltage range AC 24-150 V. Supply and monitored voltage in range AC 48-276 V, 1x output for Umax and Umin adjustable level. As HRN-63, but in voltage range AC 24-150 V. 3 phase cos-φ HRN-56/120 HRN-56/208 HRN-56/240 Adjustable level Umin. Adjustable level Umin. Adjustable level Umin. HRN-43 HRN-43N Galvanically separated supply, memory, adjustable hysteresis and delay, 2 x independent output. Galvanically separated supply, memory, adjustable hysteresis and delay, 2 x independent output. Power factor COS-1 Monitors and scores power factor (phase shift between current and voltage cos φ) in 3phase / 1phase circuits (motors, pumps etc.). 44 Monitoring relays A Current AC/DC PRI-41 PRI-42 (Hysteresis) 3 inputs (0.4-1.6, 1.25-5, 4-16A) divided into 3 ranges (selectable by a switch). (Window) as PRI-41 but function “WINDOW”. AC 6M PRI-32 PRI-51 PRI-53 Monitoring by current transformer (wire through an opening, galv. separated, without heat loss), adjust. current 1-20A, multivoltage AC 24-240 and DC 24V, output 8A changeover. Monitoring of current by in-built transformer, 5 ranges (in versions 1/2/5/8/16A), range 5A is suitable for current transformer (X/5), supply and output as PRI-32, difference from PRI-32: direct monitoring and finer ranges (higher sensitivity) = higher accuracy in measuring. For monitoring the current in threephase devices. Power supply: 24-240 V AC/DC, galvanically separated from the circuit of the monitored current 2 types depending on the strength of rated current In (1A, 5A). Level 110X135 IP65 HRH-1 HRH-5 4 functions, advanced setting for various combinations, 2 output contacts / 2PDT 16A. Simple version, 2 functions, galvanically separated supply voltage UNI 24.. 240 V AC/DC 110X135 IP65 HRH-6 Device monitors 5 levels by using six probes. Supply voltage: 12-24 V DC. 114X114 IP65 HRH-6/S HRH-7 Additional signalization to HRH-6 with 6 control lights on the front panel of device. Suitable to operate in harsh conditions due to the high degree of protection IP65. Switch monitors the level changes in wells, reservoirs, tanks, tankers etc. Accessories SHR Level sensors SHR-1(M, N) - for monitoring flooding SHR-2- for level detection SHR-3 - for demanding and industrial environment 45 Overview table Relays monitor voltage <U Failure Phase sequence Asymmetry Delay Hysteresis Memory Errors from monitored 1 AC 48 - 276 V z z x x x z x x 48 HRN-34 1-M from monitored 1 DC 6 - 30 V z z x x x z x x 48 HRN-35 1-M from monitored 1 AC 48 - 276 V z z x x x z x x Description Page >U 1-M Range HRN-33 Type Design Phases Setting Voltage Secure variables 48 For all types, the delay is adjustable from 0 - 10 seconds (to eliminate short-term outages or peaks) The lower voltage level (Umin) is set in % of the upper level (Umax) HRN-37 1-M from monitored 1 AC 24 - 150 V z z x x x z x x HRN-63 1-M from monitored 1 AC 48 - 276 V z z x x x z x x 48 HRN-64 1-M from monitored 1 DC 6 - 30 V z z x x x z x x 48 HRN-67 1-M from monitored 1 AC 24 - 150 V z z x x x z x x 48 HRN-43/120V 3-M AC 120V 3 AC 3 x 84 - 480 V z z z z z z z z 3 AC 3 x 48 - 276 V z z z z z z z z 1 AC/DC 10 - 50 V 32 - 160 V 100 - 500 V z z x x x z z z AC/DC 10 - 50 V 32 - 160 V 100 - 500 V z z x x x z z z x z z z x z x x HRN-43N/120V 3-M AC-120V HRN-41/120V HRN-41/24V 3-M AC 120V AC/DC 24V HRN-42/120V HRN-42/24V 3-M HRN-56/120 HRN-56/208 HRN-56/240 1-M AC 120V AC/DC 24V from monitored 1 3 AC 3 x 72 - 160 V AC 3 x 125 - 276 V AC 3 x 144 - 276 V 2 output relays, functions of the second relay may be selected (independent / parallel) Galvanically separated power supply 48 50 50 52 Second relay function (independent / parallel) Galvanically separated power supply from measuring inputs 52 Thanks to the power supply from all three phases, the relay is operational even if one phase fails 53 Range >I <I Delay Hysteresis Memory Errors >I <I Description AC 24-240 V DC 24 V 1 AC 1-20 A z x x x x z x Exceeding the current value - the current flowing through the monitored conductor must not exceed 100 A even on a short-term basis 55 1 AC 0.05 - 0.5 A AC 0.1 - 1 A AC 0.2 - 2 A AC 0.5 - 5 A AC 0.8 - 8 A AC 1.6 - 16 A z x z x x z x May be used for scanning the current from the current transformer - up to 600A Power supply is galvanically separated from the measured current 56 3 AC 3 x 0.4 - 1.2 A AC 3 x 2 - 6 A z z z x x z z Monitors the drop in the strength of current below the preset value Monitors exceeding the preset value 57 Secure variables Setting Page 1-M Phases PRI-32 Supply voltage Type Design Relay for current monitor PRI-51/0.5 PRI-51/1 PRI-51/2 PRI-51/5 PRI-51/8 PRI-51/16 1-M PRI-53/1 PRI-53/5 6-M AC/DC 24-240 V PRI-41/110V PRI-41/24V 3-M AC 120 V AC/DC 24 V 1 AC/DC 0.12 - 1.6 A AC/DC 0.375 - 5 A AC/DC 1.2 - 16 A z z z z z z z The adjustable delay for elimination of short-term outages and peaks for every level Galvanically separated power supply 58 PRI-42/110V PRI-42/24V 3-M AC 120 V AC/DC 24 V 1 AC/DC 0.12 - 1.6 A AC/DC 0.375 - 5 A AC/DC 1.2 - 16 A z z z z z z z The adjustable delay for elimination of short-term outages and peaks for every level Galvanically separated power supply 58 46 AC 24-240 V DC 24 V Relay for factor cos-φ monitoring Secure variables Phases cos φ range > cos φ < cos φ Delay Hysteresis Memory Errors 3-M AC 110V 3 0.1 - 0.99 z z z z z Page Supply voltage COS-1/120V Description Two output relays, one independent relay for each level Galvanically separated power supply 54 Page Type Design Setting Secure variables Leve min. Sensitivity Probe Function Description AC/DC 24-240 V z z z z z Measuring the frequency of 10 Hz will protect liquid from polarisation and measuring probes from increased oxidation.Galv. separated power supply 59 Delay Leve max. Setting Supply voltage Type Design Level switches HRH-5 1-M HRH-1/120V HRH-1/24V 3-M AC 110 V AC/DC 24 V z z z z z Sensitivity adjustable by potentiometer Galvanically separated power supply 60 HRH-6/DC box IP 65 AC/DC 12-24V z z* z z z * devices mainly designated for monitoring water level in fire-engine tanks 62 HRH-7 box IP65 AC/DC 24-240 V z z z z z suitable to work in harsh conditions due to the high degree of protection IP65 64 47 Monitoring voltage relay range HRN-3x and HRN-6x It serves to control supply voltage for appliances sensitive to supply tolerance, protection of the device against under/over voltage HRN-3x is band voltage relay, HRN-6x is over/under voltage relay. For difference - see graph of function HRN-33, HRN-63 - monitors voltage in range AC 48 - 276 V - U max and U min can be monitored independently HRN-34, HRN-64 - like HRN-33, but voltage range is DC 6 - 30 V - monitoring of battery circuits (12, 24 V) HRN-35 - like HRN-33, but independent output relays for each voltage level - switching of other loads possible HRN-37, HRN-67 - like HRN-33, monitors voltage in range AC 24 -150 V - it is possible to monitor level of overvoltage and undervoltage independently ! Adjustable time delay for all types is 0 - 10 s (to eliminate short voltage drops or peaks) ! Voltage Umin adjusted as % of Umax ! 3-state indication - LEDs indicating normal state and 2 fault states ! Supply from monitored voltage (monitors level of its own supply) ! 1-MODULE, DIN rail mounting ! ! EAN code HRN-33: 8595188115636 HRN-34: 8595188115643 HRN-35: 8595188115650 HRN-37: 8595188130615 HRN-63: 8595188130622 HRN-64: 8595188130639 HRN-67: 8595188130646 R Technical parameters Supply and measuring Terminals: Voltage range: Burden: Upper level (Umax): Bottom level (Umin): Max. permanent: Peak overload < 1ms: Time delay: Accuracy Setting accuracy (mechanical): Repeat accuracy: Dependance on temperature: Tolerance of limit values: Hysteresis (from fault to normal): Output - Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage cathegory: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: HRN-33 / HRN-63 HRN-34 / HRN-64 HRN-35 HRN-37 / HRN-67 A1 - A2 AC 48 - 276 V / 50-60Hz AC max. 1.2 VA AC 160 - 276 V 30 - 95 % Umax AC 276 V AC 290 V A1 - A2 DC 6 - 30 V DC max. 1.2 VA DC 18 - 30 V 35 - 95 % Umax DC 36 V DC 50 V A1 - A2 AC 48 - 276 V / 50-60Hz AC max. 1.2 VA AC 160 - 276 V 30 - 95 % Umax AC 276 V AC 290 V A1 - A2 AC 24-150 V / 50-60Hz AC max. 1.2 VA AC 80-150 V 30 - 95 % Umax AC 276 V AC 290 V adjustable 0 - 10 s 1x changeover / SPDT (AgNi / Silver Alloy) 5% <1% < 0.1 % / °F (°C) 5% 2 - 6 % of adjusted value (only HRN-33, HRN-34, HRN-35, HRN-37) 1x changeove r / SPDT (AgNi / Silver Alloy) 2x chang. for each level of voltage,(AgNi) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW red / green LED 3x107 0.7x105 1x changeover / SPDT (AgNi / Silver Alloy) -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel III. 2 solid wire max.1x 2.5 or 2x1.5, with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.6 oz. (73 g) 3 oz. (85 g) UL E308660; EN 60255-6, EN 61010-1 2.2 oz. (61 g) Symbol 2.2 oz. (61 g) Connection Un Un Un - + HRN-33, HRN-37 HRN-63, HRN-67 A1 HRN-34, HRN-64 16 18 A1 HRN-33, HRN-37 HRN-63, HRN-67 HRN-35 16 18 A1 16 18 26 A1 A2 HRN-34, HRN-64 A1 A2 HRN-35 A1 A2 28 25 26 28 15 16 18 A2 48 15 A2 15 A2 15 25 15 16 18 15 16 18 Monitoring voltage relay range HRN-3x and HRN-6x Indication LED HRN-34 HRN-33, HRN-37 Normal state Umin<Un<Umax Green LED = ON Red LED = OFF Normal state Umin<Un<Umax Green LED = ON Red LED = OFF Exceeded Umax (overvoltage) Drop below Umin (undervoltage) Un>Umax or Un<Umax Green LED = ON Red LED = ON Normal state Umin<Un<Umax Green LED = ON Red LED = OFF HRN-64 HRN-63, HRN-67 Exceeded Umax (overvoltage) Un>Umax Green LED = ON Red LED = ON Exceeded Umax (overvoltage) Un>Umax Green LED = OFF Red LED = ON Exceeded Umax (overvoltage) Drop below Umin (undervoltage) Un>Umax or Un<Umax Green LED = OFF Red LED = ON Drop below Umin (undervoltage) Un<Umin Green LED = ON Red LED = OFF Drop below Umin (undervoltage) Un<Umin Green LED = ON Red LED = OFF Exceeded Umax (overvoltage) Un>Umax Green LED = ON Red LED = ON Drop below Umin (undervoltage) Un<Umin Green LED = OFF Red LED = ON HRN-35 Description HRN-33, HRN-37 HRN-63, HRN-67 Supply / monitoring voltage A1 Supply / monitoring voltage HRN-35 A1 A2 A2 Indication Indication Adjusting of upper value Umax Adjusting of upper value Umax Adjusting of delay Adjusting of delay Adjusting of bottom value Umin Adjusting of bottom value Umin 25 26 28 Output contact for Umin 15 15 18 16 Output contact 16 18 Output contact for Umax Function HRN-33, 34, 35, 37 (band voltage relay) Hysteresis Hysteresis > HRN-35 Hysteresis Hysteresis > Monitoring relay series HRN-3x monitors level of voltage in single - phase circuits. Monitored voltage serves also as supply voltage. It is possible to set two indipendent (all occurrences) levels of voltage, Hysteresis when exceeded the output is activated. HRN-33 and HRN-34 - in normal state the output relay is Hysteresis permanently switched. It switches off when there is a limit settings. This combination of linkage of the output relay is advantageous when the full failure of supply (monitored) voltage is considered to be a faulty state in the same way as a decrease of voltage within the set level. Output relay is in both situations always switched off. Differently HRN-35 version uses indipendent relay for each level, in normal state it is switched off. If the upper level is exceeded (for example overvoltage) 1 relay switches on, when the bottom level (e.g. Legend: undervoltage) is exceeded 2 relay switches. It is thus possible to see the particular faulty state. To eliminate short peaks in the main the time delay, which is possible to be set in range 0 - 10 s, is Umax - upper adjustable level of voltage used. It functions when changing from normal to faulty state and prevents unavailing pulsation of Un - measured voltage the output relay caused by parasitive peaks. Time delay doesn´t apply when changing from faulty Umin - bottom adjustable level of voltage 15-18 - switching contact of output relay No.1 to normal state, but hysteresis (1-6% depends on the voltage setting) apply. Thanks to changeover 25-28 - switching contact of output relay No. 2 contacts it is possible to get other configurations and functions according to actual requirements of the application. LED ≥ Un - green indicator light HRN-34 HRN-33,HRN-37 LED U - red indicator light Function HRN-63, 64, 67 (over / under voltage relay) HRN-63, 64, 67 Monitoring relay line HRN-6x serves to monitor levels of voltage in single-phase or DC circuits. Monitored voltage is in the same time also supply voltage. It is possible to set two indipendent levels of voltage. When Umax is exceeded, output is activated. In case voltage level falls below Umin, output Umax - upper adjustable level of voltage is deactivated. This combination is advantageous when full absence of supply voltage is understood Un - measured voltage as faulty state, as well as voltage drop within the set level. To eliminate short voltage peaks in the Umin - bottom adjustable level of voltage main there is time delay which can be set in a range of 0-10 sec. Such delay applies in case of going 15-18 - switching contact of output relay from overvoltage to undervoltage. In case of returning from undervoltage to overvoltage this delay LED U> - red indicator light doesn’t apply. Thanks to changeover output contacts it is possible to reach various configurations and functions according to requirements or an application. Legend: 49 Relay for complete monitoring 3-phase mains HRN-43, HRN-43N ! Monitoring 3-phase mains: - voltage in 2 levels (undervoltage and overvoltage) in range 138-276 V or 280-480 V (3x400 V) - phase asymmetry - phase sequence - phase failure ! Function “MEMORY” - for return from the faulty into normal state press button „RESET“ located on the front panel ! HRN-43 - for circuits 3x400 V (without neutral) ! HRN-43N - for circuits 3x400 / 120 V (with neutral) ! 2 output relays, selectable function of 2nd relay (independent / parallel) ! Fixed (t1) and adjustable (t2) delay to eliminate short voltage drops and peaks ! Galvanically ! Output contact: 2x changeover / SPDT EAN code HRN-43 /120V: 8595188130387 HRN-43N /120V: 8595188121323 Technical parameters Supply Supply terminals: Voltage range: Burden: Supply voltage tolerance: Measuring circuit Nominal voltage: Terminals: Upper level Umax: Bottom level Umin: Max. permanent overload: Hysteresis: Asymmetry: Peak overload < 1ms: Time delay t1: Time delay t2: Accuracy Set. accuracy (mechanical): Repeat accuracy: Temperature dependance: Limit values tolerance: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: separated supply voltage AC 120 V 16 A / 250 V AC1 ! 3-MODULE, DIN rail mounting HRN-43 HRN-43N Description Selection of function MEMORY A1 - A2 AC 120 V (AC 50-60Hz) max. 4.5 VA -15 %; +10 % Function of 2nd relay (1st-paralel, 2nd-independent) Supply voltage 3x400 V / 50Hz L1, L2, L3 240–480 V 3x400 V / 230 V / 50Hz L1, L2, L3, N 138–276 V 35 - 99 % Umax 3x480 V adjustable 5 % or 10 % of set value 5 - 20 % 600 < 1ms 350V < 1ms fixed, max. 200 ms adjustable 0-10 s Hysteresis from faulty to normal state Indication overvoltage/ undervoltage, failure Time pause t2 Umax adjusting Sequence indication Asymmetry indication Asymmetry 5-20 % setting Umin adjusting Symbol 5% <1% < 0.1 % / °F (°C) 5% 2x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW 3x107 0.7x105 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5/ with sleeve max. 1x1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 8.4 oz. (239 g) EN 60255-6, EN 61010-1 HRN-43 HRN-43N A1 L1 L2 L3 3~ 16 18 26 A2 A1 L1 L2 L3 N U 15 3~ A2 25 HRN-43N HRN-43 L1 L2 L3 N Un Un A1 A2 N L1 L2 L3 A1 A2 16 18 26 28 U Connection 16 15 18 28 25 26 50 28 L1 L2 L3 16 15 18 28 25 26 15 25 Relay for complete monitoring 3-phase mains HRN-43, HRN-43N Function Overvoltage - undervoltage Hysteresis Legend: L1, L2, L3 - 3-phase voltage RESET - press of the button on frontal panel t1 - time delay, fixed t2 - time delay, adjustable 0-10 sec 15-18 output relay 1 25-28 output relay 2 LED U - indication overvoltage / undervoltage Hysteresis Umax Umin L1 x L2 Uma Umin x L3 Uma Umin RESET t1 t2 t1 t1 t2 Selection of 2nd the relay function: In order to monitor 2 levels of voltage, it is possible to select if output relay will respond to each level individually (see the diagram) or both relays will switch in parallel way (see diagram “phase sequence”). Selection via DIP switch. 15-18 t1 t2 t1 25-28 LED MEMORY - ON (DIP-2) Phase sequence Legend: L1, L2, L3 - 3-phase voltage RESET - press of the button on frontal panel t1 - time delay, fixed t2 - time delay, adjustable 0-10 sec 15-18 output relay 1 25-28 output relay 2 LED indication of phase sequence L1 L2 L3 L3 L2 L3 L2 L2 L3 L2 L3 RESET t1 t1 Selection of 2nd relay function: The function is not implied in the monitoring phase sequence, the relays are switched in parallel way. DIP switch no. 3 is ignored. t1 15-18 (25-28) t1 t1 LED MEMORY - ON (DIP-2) Asymmetry - phase failure L1 L2 L3 Legend: L1, L2, L3 - 3-phase voltage RESET - press of the button on frontal panel t1 - time pause, fixed t2 - time pause, adjustable 0-10 sec - adjustable asymmetry 5-20% 15-18 output contact of relay 1 25-28 output contact of relay 2 LED - asymmetry indicator 100% 0% 100% 0% 100% 0% 100% 0% RESET Hysteresis t1 t2 t1 t2 t1 t2 t1 t2 t1 t2 15-18 (25-28) t1 Selection of 2nd relay function: The function is not implied in the monitoring phase sequence, the relays are switched in parallel way. DIP switch no. 3 is ignored. LED MEMORY - ON (DIP-2) Function description Relay is designated to monitor 3-phase circuits. Type HRN-43N controls voltage towards neutral wire, type HRN-43 controls interphase voltage. Relay can monitor voltage in two levels (overvoltage/ undervoltage), phase assymetry, sequence and failure. Each faulty state is indicated by individual LED. By DIP switch (No.3) it is possible to define function of the other relay – independent function (1x for overvoltage, 1x for undervoltage) or in parallel. Time delays t1(fixed) – when changing from faulty to normal state or when de-energized and t2 (adjustable) when changing from normal to faulty state. These delays prevent incorrect conduct and oscillation of output device during short voltage peaks in the main or during gradual voltage decline into normal. Voltage control Set upper level Umax in range 138-276 V (or 240 - 480 V for HRN-43) and lower level Umin in range 35-99% Umax. In case any phase passes this range, after a delay which eliminated short voltage peaks, contact opens. Output contact again switches after returning back into monitored voltage range and exceeding fixed hysteresis (which is adjustable in two values by DIP switch). Phase sequence Monitors correctness of phase sequence. In case of unwanted change output contact breaks. In case of energization of a device with incorrect phase sequence, contact stays opened. Asymmetry Rate of assymetry between individual phases is set in a range of 5-20%. In case set asymmetry is exceeded, output relay breaks and LED indicating asymmetry shines. Delays t1, t2 and hysteretic are applicable when returning to normal state. 51 Monitoring voltage relay HRN-41, HRN-42 ! Monitoring DC / AC 1-phase in 3 ranges ! Monitoring voltage with 2 independent levels (overvoltage / undervoltage) ! Two versions, HRN-41: Function “HYSTERESIS” a HRN-42: Function “WINDOW” ! “MEMORY” function - manual reset key on frontal panel ! Function of second relay (independent / parallel) ! Adjustable delay for short peaks ! Galvanically separated supply voltage from measuring inputs ! Output contact: 2x changeover / SDPT 16 A / 250 V AC1 for all monitored levels EAN code HRN-41 /120V: 8595188140430 HRN-41 /24V: 8595188140416 ! 3-MODULE, DIN rail mounting HRN-42 /120V: 8595188140478 HRN-42 /24V: 8595188140454 Technical parameters Supply Supply terminals: Voltage range: Burden: Supply voltage tolerance: Measuring Ranges: Terminals: Input resistance: Max. permanent overload: Peak overload < 1ms: Time delay for Umax: Time delay for Umin: Accuracy Setting accuracy (mechanical): Repeat accuracy: Dependance on temperature: Tolerance of limit values: Hysteresis (from fault to normal): Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: HRN-41 HRN-42 A1 - A2 AC 120 V or AC/DC 24 V (AC 50-60Hz) max. 4.5 VA -15 %; +10 % Description Measured voltage AC or DC MEMORY function Function of 2nd relay (1st-paralel, 2nd-independent) Hysteresis from faulty to OK normal state Supply indication Adjusting upper level - Umax Indication Umax t1 - time delay for Umax 10 - 50 V (AC 50Hz) 32 - 160 V (AC 50Hz) 100 - 500 V (AC 50Hz) Output indication C - B3 C - B2 C - B1 Indication Umin 1.1 MΩ 360 kΩ 110 kΩ 600 V 300 V 100 V 1 kV 700 V 250 V Symbol adjustable, 0 -10 s adjustable, 0 -10 s t2 - time delay for Umin Adjusting bottom level - Umin Connection Uin100-500 32-160 5% <1% < 0.1 % / °C 5% selectable 5 % / 10 % 2x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW yellow LED 3x107 0.7x105 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5/ with sleeve max. 1x1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 8.4 oz. (239 g) EN 60255-6, EN 61010-1 Un 10-50 A1 C B1 B2 B3 16 18 26 28 A1 A2 C ~ ~ A2 15 B1 B2 B3 25 16 15 18 28 25 26 Function Un Umax Uin Umin Hysteresis Hysteresis Hysteresis 15-18 25-28 15-18 25-28 RESET LED > U LED < U LED MEMORY-ON (DIP2) Relay is delivered in two versions – according to the way of setting and monitoring voltage levels. HRN-41 has function Hysteresiss, which means that only upper level is set (Umax) and lower level (Umin) is set in % from upper level. Therefore lower level automatically changes when changing upper level. HRN-42 has function “WINDOW”, which means that upper level (Umax) and lower level (Umin) are set independently in % from rated monitores range. Both types have choice of function MEMORY, in case the relay gets into a faulty state it keeps output in this state until it is reset by button RESET. DIP switch No.3 can be used to choose if relays should switch individually for each level or in parallel in case any level of voltage is overrun. DIP switch No.4 serves to set hysteresis which applies when going from normal state to a faulty one. Relay has protection against polarity reversing for DC voltage or incorrectly chosen AC-DC voltage (this fault is indicated by flashing of both LEDs (LED < U a LED > U). 52 Relay for monitoring phase sequence and failure HRN-56 ! Relay monitors phase sequence and failure (e.g. control of correct motor winding etc.) ! Relay is designated for monitoring of 3-phase networks ! Supply from all phases which means that relay is functional also in case of one phase failure ! Supply and monitored supply Un: 1-MODULE HRN-56/120 - 3x120V HRN-56/208 - 3x208 V HRN-56/240 - 3x240 V ! Fixed time delay T1 (500ms) and adjustable time delay T2 (0 -10s) ! Faulty state is indicated by LED and by opening of output relay contact EAN code HRN-56 /120V: 8595188130745 HRN-56 /208V: 8595188130134 HRN-56 /240V: 8595188137119 ! Output contact 1x changeover / SPDT R Technical parameters 120 Monitoring terminals: Supply terminals: Supply/measured voltage: Level Umin: Level Uoff : Burden: Hysteresis: Max. permanent overload: Peak overload < 1s: Time delay T1: Time delay T2: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Indication of state: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: 3 x 120V / 50-60 Hz AC 3 x 160V AC 3 x 180V ! 1-MODULE, 3-MODULE, HRN-56 208 8 A / 250V AC1 DIN rail mounting Description Supply terminal 240 L1, L2, L3 L1, L2, L3 3 x 208V / 50-60 Hz 3 x 240V / 50-60 Hz adjustable 70 - 95 % Un 60 % Un max. 2 VA 2% AC 3 x 276V AC 3 x 300V max. 500 ms adjustable 0 -10 s L1 L2 L3 Indication Adjusting value Umin Adjusting of time delay 16 15 18 Output contacts 1x changeover / SPDT (AgNi / Silver Alloy) 8 A / AC1 2500 VA / AC1, 240 W / DC 10 A 250 V AC1 / 24 V DC red LED 1x107 1x105 Symbol L1 3~ L3 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals III. 2 solid wire max. 2x2.5 or 1x4,with sleeve max. 1x2.5 or 2x1.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.3 oz. (66 g) UL E308660; EN 60255-6, EN 61010-1 16 18 U L2 15 Connection L1 L2 L3 16 15 18 Function Hysteresis Umin UOFF L1 UOFF L2 UOFF L3 t1 t2 Relay in 3-phase main monitors correct phase sequence and phase failure. Green LED illuminates permanently and indicates energization. In case of phase failure red LED flashes and relay turns off. When changing to faulty state, time delay applies – delay setting is done by potentiometer on the front panel of the device. In case of incorrect phase sequence, red LED shines permanently and relay is open. In case supply voltage falls below 60% Un (Uoff lower level) relay immediately opens with no delay and faulty state is indicate by red LED. HRN-56: Thanks to supply from all phases, relay is functional also in case of one phase failure. 15-18 green LED red LED 53 Power factor monitoring relay COS-1 ! Relay monitors phase shift between current and voltage - cos-φ in 3-phase and also 1-phase main for monitoring overload / unloading of motors ! Supply set 3x400 V ! Function “MEMORY” - manual reset - button on front panel ! It is possible to connect current transformer in front of the device. This enables increase of current range ! 2 output relays, independent for each level ! Adjustable delay to eliminate short peak overloading ! Adjustable range and bottom level cos-φ, of power factor between 0.1- 0.99 ! Adjustable delay to eliminate starting of motor ! Selectable hysteresis 5 or 10% ! Galvanically separated supply voltage AC 120 V ! Output contact: 2x changeover / SPDT 16 A / 250 V AC1 EAN code COS-1/120V: 8595188147163 Symbol Description A1 A1 - A2 AC 120V (AC 50-60Hz) max. 4.5 VA -15 %; +10 % 16 φ 2x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 20 A / < 3 s 250 V AC1 / 24 V DC 500 mW yellow LED 3x107 0.7x105 15 2nd relay function (1 -parallel, 2nd- independent) st 25 Supply voltage Hysteresis from faulty to normal state Time delay t1 for motor starting Upper level - max exceeding Output indication Upper level - MAX Bottom level- min exceeding Time delay t2 for peak elimination Adjusting bottom level - Cos φ MIN Connection P Un Un Un S A1 A2 B1 L1 L2 L3 inner shunt 16 15 18 28 25 26 A1 A2 B1 L1 L2 L3 1-phase connection 5% <1% < 0.1 % / °F (°C) 5% 28 Sellection of function MEMORY B1 L1 L2 L3 A2 3x400 V / 50 Hz L1, L2, L3, B1 adjustable 0.1 - 0.99 adjustable 0.1 - 0.99 (input L1, L2, L3) AC 3x460 V 0.1 - 16 A 20 A (< 3 sec.) adjustable 5% or 10% adjustable 0.5 - 30 s adjustable 0 - 10 s 18 26 3-phase connection Supply Supply terminals: Voltage range: Burden: Operating range: Measuring Voltage set: Terminals: Upper level cos-φ: Bottom level cos-φ: Max. permanent voltage: Current range: Current overloading: Hysteresis: Time delay t1: Time delay t2: Accuracy Accuracy setting (mechanical): Accuracy of repetition: Temperature dependance: Limit values tolerance: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: COS-1 Connection with current transformer Technical parameters ! 3-MODULE, DIN rail mounting inner shunt 16 15 18 28 25 26 A1 A2 B1 L1 L2 L3 inner shunt 16 15 18 28 25 26 Function L1-L2-L3 MAX Hysteresis -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 max.1x 2.5, max.2x1.5/ with sleeve max. 1x1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 8 oz. (240 g) EN 60255-6, EN 61010-1 COS φ Hysteresis MIN RESET t1 t2 t2 t1 t1 15-18 t2 t1 25-28 LED φ LED φ LED MEMORY ON (DIP-2) After the device is switched on, the yellow LED flashes for time t1 and both relays are switched (state OK). This delay serves to eliminate a faulty state e.g. motor start-up. If the upper limit is exceeded (cosφ - max) red LED shines > cosφ . After a time delay t2 the output relay opens (15-18). Equally, if it falls under bottom limit (cosφ - min) red LED shines < cosφ and after a time delay t2 the output relay opens (25-28). In case the load is disconnected (no current), red LED shines > cosφ (cosφ = 1). 54 Current monitoring relay PRI-32 ! Current transformer is a part of the product. Inside this transformer there is a wire which senses the volume of flowing current ! This construction reduces thermal stress of product when compared with conventional solutions with inbuilt shunt, and increases current range up to 20 Amps, and galvanically separates monitored circuit ! For heating bars in sliding rails, heating cables, indication of current flow, controlling of 1-phase motor consumption... ! Universal supply AC 24 - 240 V and DC 24 V ! Supply is galvanically separated from measuring current ! Current exceeding – current flowing through monitored wire must not exceed 100 A ! Output contact: 1x changeover / SPDT 8 A ! Clamp terminals ! 1-phase, 1-MODULE, DIN rail mounting EAN code PRI-32: 8595188121965 R Technical parameters Description PRI-32 Supply circuit Supply terminals: Voltage range: Burden: Operating range: Measuring circuit Current range: Current adjustment: Accuracy Setting accuracy (mechanical): Repeat accuracy: Temperature dependancy: Limit values tolerance: Overload capacity: Output Number of contacts: Current rating: Breaking capacity: Output indication: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Supply terminals A1 - A2 AC 24 - 240 V, DC 24 V (AC 50-60 Hz) max. 1.5 VA -15 %; +10 % A1 A2 Output indication Supply indication 1 - 20 A (AC 50 Hz) potentiometer Controlling cable outlet (max. diameter 6 mm) 5% <1% < 0.1 % / °C 5% max.100 A / 10 s Adjustment of access current 16 1x changeover / SPDT (AgNi / Silver Alloy) 8 A / AC1 2500 VA / AC1, 240 W / DC red LED -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals III. 2 solid wire max. 2x2.5 or 1x4, with sleeve max. 1x2.5 or 2x1.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.4 oz. (68 g) UL E308660; EN 60255-6, EN 61010-1 Dimensions: Weight: Standards: 15 18 Output contact Symbol Connection Un A1 16 18 A1 A2 A2 15 16 15 18 Function Imax I Hysteresis Monitoring relay PRI-32 serves to monitor current level in single phase AC circuits. Due to its fluent adjustment of release current, it is predestined for applications with necessity of current flow indication, and can be used as precedence relay. Output relay is off in normal state. In case the set current level is exceeded, it switches. Multivoltage supply is an advantage. 15-18 LED Un 55 Current monitoring relay PRI-51 ! It serves for monitoring of heating in rail-switches, heating cables, consumption of one-phase motors, indicates current flow ! Flexible adjustment by potentiometer, choice of 6 ranges: AC 0.05-0.5A; AC 0.1-1A; AC 0.2-2A; AC 0.5-5A; AC 0.8-8A; AC 1.6-16A ! Adjustable delay 0.5 - 10 s to eliminate short current peaks ! It is possible to use for current scanning from current transformer - up to 600 A! ! Universal supply AC 24 - 240 V and DC 24 V EAN code PRI-51 /0.5A: PRI-51 /1A: PRI-51 /2A: PRI-51 /5A: PRI-51 /8A: PRI-51 /16A: ! Supply is galvanically separated from measured current, it must be in the same phase 8595188142885 8595188124904 8595188124911 8595188124928 8595188124935 8595188124942 ! Output contact: 1x changeover / SPDT 8 A ! 1-phase, 1-MODULE, DIN rail mounting R Technical parameters Supply circuit Supply terminals: Voltage range: Burden: Supply voltage tolerance: Measuring circuit Load: Current range: Max. permanent current: Inrush overload <1ms: Current adjustment: Time delay: Accuracy Setting accuracy (mechanical): Repeat accuracy: Temperature dependancy: Limit values tolerance: Hysteresis (fault to OK): Output Number of contacts: Current rating: Breaking capacity: Output indication: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage cathegory: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: Description PRI-51 Supply terminals A1 - A2 AC 24 - 240 V a DC 24 V (AC 50-60 Hz) max. 1.5 VA -15 %; +10 % A1 Measuring input (only AC) A2 B1 B2 Output Indication Adjusting current in % In Adjusting time pause between B1 - B2 PRI-51/0.5 PRI-51/1 PRI-51/2 PRI-51/5 PRI-51/8 PRI-51/16 AC0.05-0.5A AC0.1-1A AC0.2-2A AC0.5-5A AC0.8-8A AC1.6-16A (AC50Hz) (AC 50Hz) (AC 50Hz) (AC 50Hz) (AC 50Hz) (AC 50Hz) 0.5A applicable also for current transformer 1A 2A 5A 8A 100 A potentiometer adjustable 0.5-10 s 5% <1% < 0.1 % / °C 5 % (10% for 0.05-0.5A range) 5% 1x changeover / SPDT (AgNi / Silver Alloy) 8 A / AC1 2500 VA / AC1, 240 W / DC green / red LED 16 A 16 15 18 Output contact Symbol Connection Example Connection: PRI-51 with current transformer for current range increase A1 A2 16 18 L N Un Ip Load Un Is -4 °F to 131 °F (-20 °C to +55 °C) Current transformer A1 A2 A1 A2 -22 °F to 158 °F (-30 °C to +70 °C) B1 B2 15 B1 B2 B1 B2 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals 16 16 III. 2 15 18 15 18 solid wire max.2x2.5 or 1x4,with sleeve max.1x2.5 or 2x1.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) Example of an order 2.54 oz. (72 g) UL E308660; EN 60255-6, EN 61010-1 Always specify all reference name of current relay according to required range, for example PRI-51/5. Function Hysteresis 56 Monitoring relay PRI-51 serves to monitor current level in one-phase AC circuits. Gradual setting of actuating current of monitoring relay enables many different applications. Output relay is in normal state opened. After the set current level is reached, relay closes after the set delay (0.5-10s). When returning from faulty to normal state there is a hystersis (5%). Multi-voltage of this relay is an advantage. It is possible to monitor load which doesn´t have the same supply as monitoring relay PRI-51.Range of PRI-51 can be increased by an external current transformer. Three-phase current monitoring relay PRI-53 ! It is intended for monitoring the current in three-phase devices (e.g. cranes, motors, etc.) ! 24-240 V AC/DC power supply galvanically separated from the circuit of the monitored current 6 ! Adjustable current level in % of In ! Fixed difference level ! Adjustable delay level (when exceeding the preset limit) ! Adjustable function: - UNDER - monitors the drop in the strength of current below the preset value I - OVER - exceeding the preset value I ! 2 types depending on the strength of rated current In (1A, 5A) ! 6-MODULE, DIN rail mounting ! Output relay with 2 changeover contacts ! Option of connecting via the current transformers to increase the value of the monitored current by up to 600 A Connection EAN code PRI-53/1: 8595188142137 PRI-53/5: 8595188142144 Technical parameters Supply terminals: Current monitoring terminals 1st phase: 2nd phase: 3rd phase: Supply voltage: Tolerance of voltage range: Operating AC frequency: Burden: (max): Rated current In: Current level - I: Overload capacity - continuous: - max.3s: Difference: Delay (until failure): Output relay - contact: AC contact capacity: DC contact capacity: Mechanical life: Other information Operating temperature: Storing temperature: Electrical strengh (power supply – relay contact): Overvoltage category: Pollution level: Protection degree: Max. cable size (mm2): Dimensions: Weight: Standards: N L1 L2 L3 PRI-53/1 PRI-53/5 Un A1, A2 I1, I2 I3, I4 I5, I6 24 - 240V AC/DC (AC 50-60 Hz) ± 10% 45 - 65 Hz 3VA / 1.2W AC 1A AC 5A adjustable 40 - 120% In 2A 20A LOAD I1 I2 A1 A2 I3 I4 I5 I6 16 15 18 28 25 26 Example of connection: PRI - 53 with a current conversion transformer for increasing the current range. 10A 50A Device describtion fix 1 % In adjustable 0.5 - 10s 2x schangeover / SPDT (AgNi) gilded 250V / 8 A, max. 2000VA 30V / 8A 3x106 at rated load Current monitoring terminals Supply voltage terminals Supply voltage indication A1 I1 A2 I2 I3 I4 PRI-53/1 Indication of exceeding the preset limit -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) Delay setting Current level setting 4 kV / 1 min. III. 2 IP 40 from font panel / IP 20 terminal max 2 x 1.5 / 1 x 2.5 (AWG 12) 3.5˝ x 4.1˝ x 2.5˝ (90 x 105 x 64 mm) 7.3 oz. (208 g) 7.3 oz. (208 g) EN 60255-6, EN 60255-27, EN 61000-6-2, EN 61000-6-4 UNDER / OVER function setting 16 15 18 Output contacts 28 25 26 I5 I6 Current monitoring terminals Functions After the supply voltage is connected the green LED is on. UNDER function: If the strength of the monitored current in all phases exceeds the preset level I, the relay is triggered and the red LED is off. If the strength of the monitored current drops in any phase below the level I, the relay is disconnected after the preset delay timing elapses and the red LED goes on. The red LED flashes during the delay. If the strength of the monitored current returns above the level I + difference, the relay is triggered without delay and the red LED goes off. OVER function: If the strength of the monitored current is lower in all phases than the preset level I, the relay is disconnected and the red LED is off. If the strength of the monitored current exceeds in any phase the level I, the relay is triggered after the preset delay timing elapses and the red LED goes on. The red LED flashes during the delay. If the strength of the monitored current again drops below the level I - difference, the relay is disconnected without delay and the red LED goes off. 57 Current monitoring relay PRI-41, PRI-42 ! To monitor overloading / discharge (machine, motor...), load sensing, diagnostics of remote device (interruption, short circuit, current cunsumption increase...) ! Monitors AC/DC 1-phase current in 3 ranges ! Monitoring adjusted current in 2 independent levels ! PRI-41: “HYSTERESIS” function and PRI-42: “WINDOW” function ! Function of 2nd relay (independent / parallel): “MEMORY” function - manual reset “RESET” button on the frontal panel EAN code PRI-41/120V: PRI-41/24V: PRI-42/120V: PRI-42/24V: 8595188140508 8595188140492 8595188140539 8595188140522 Technical parameters Supply circuit Supply terminals: Voltage range: Burden: Operating range: Measuring circuit Ranges: Terminals: Input resistance: Max. permanent current: Inrush overload <1ms: Time delay for Imax: Time delay for Imin: Accuracy Measuring accuracy: Repeat accuracy: Temperature dependancy: Limit values tolerance: Hysteresis (fault to OK): Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: PRI-41 ! Adjustable time delay for each level ! Galvanically separated supply ! Output contact: 2x changeover / SPDT 16 A / 250 V AC1 for each current level ! 3-MODULE, DIN rail mounting PRI-42 Description Meassured AC or DC A1 - A2 AC 120 V or AC / DC 24 V (AC 50-60 Hz) max. 4.5 VA -15 %; +10 % 4 - 16 A (AC50Hz) 1.25 - 5 A (AC50Hz) 0.4 - 1.6 A (AC50Hz) C - B3 C - B2 C - B1 50 mΩ 11 mΩ 5 mΩ 1.6 A 5A 16 A 2A 6.3 A 20 A adjustable 0-10 sec adjustable 0-10 sec 5% <1% < 0.1 % / °F (°C) 5% selectable 5 % / 10 % MEMORY function Function of 2nd relay (1st-paralel, 2nd-independent) Supply indication Hysteresis from faulty to OK normal state Indication Imax t1 - time delay for Imax Adjusting upper level - Imax Output indication Indication Imin t2 - time delay for Imin Adjusting bottom level - Imin Symbol Connection I 0.4-1.6 1.25-5 Un 4-16 A1 2x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW yellow LED 3x107 0.7x105 16 18 26 28 A1 A2 C B1 B2 B3 C B1 B2 B3 A2 15 25 16 15 18 28 25 26 Function Un -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5 / with sleeve max. 1x1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 8.4 oz. (239 g) EN 60255-6, EN 61010-1 Imax I Imin Hysteresis Hysteresis Hysteresis 15-18 25-28 15-18 25-28 RESET LED > I LED < I LED MEMORY-ON (DIP2) Relay is delivered in two versions - according to setting and level monitoring. PRI-41 has function hysteresis, which means that you set only upper level (Imax) and lower level is set in % from upper level. Therefore when upper level is changed, lower level changes automatically. PRI-42 has function “WINDOW”, which means that you set upper level (Imax) and lower level (Imin) individually in % of rated monitored range. Both types have selectable function MEMORY. In case the relay gets to faulty state, this function leaves relay in this state until it is reseted by RESET button. DIP switch No. 3 can be used to choose if output relay should switch for each level separatelly, or in parallel in case any current level is exceeded. DIP switch No. 4 serves to set hysteresis which applies when changing from faulty to normal state. Relay is protected against re-poling of DC current, or wrong AC/DC current (this fault is indicated by LED < I a LED > I common flashing). 58 Level switch HRH-5 ! Relay is designed for monitoring levels in wells, basins, reservoirs, tanks... ! In one device you can choose the following configurations: - one-level switch of conductive liquids (by connecting H and D) - two-level switch of conductive liquids ! One-state device monitors one level, two-state device monitors two levels (switches on one level and switches off on another level) ! Choice of function PUMP UP, PUMP DOWN ! Adjustable time delay on the output (0.5 - 10s) ! Sensitivity adjustable by a potentiometer (5-100kΩ) ! Measuring frequency 10Hz prevents polarization of liquid and raising oxidation of measuring probes ! Galvanically separated supply voltage UNI 24.. 240 VAC/DC ! Output contact 1x changeover / SPDT EAN code HRH-5: 8595188136396 ! 1-MODULE, mounting onto a Technical parameters HRH-5 Functions: Supply terminals: Voltage range: Input: Toleration of voltage range: Measuring circuit Sensitivity ( input resistance): Voltage n electrodes: Current in probes: Time response: Max. capacity of probe cable: Time delay (t): Time delay after switching on (t1): Accuracy Accuracy in setting (mechanical): Output Number of contacts: Current rating: Switching voltage: Switched voltage: Min. switched output DC: Mechanical life (AC1): Electrical life: Other information Operational temperature: Storing temperature: Electrical strenght: Operational position: Mounting: Protection degree: Overvltage category: Pollution degree: Profile of connecting wires (mm2): Dimensions: Weight: Standards: Recommended measuring probes: 2 A1 - A2 24... 240 V AC/ DC (AC 50-60 Hz) max. 2 VA -15 %; +10 % adjustable in range 5 kΩ -100 kΩ max. AC 3.5 V AC < 0.1 mA max. 400 ms 800 nF (sensitivity 5kΩ), 100 nF (sensitivity 100 kΩ) adjustable, 0.5 -10 sec 1.5 sec ±5% 1x changeover / SPDT (AgNi / Silver Alloy ) 8 A / AC1 2500 VA, 240 W 250 V AC1 / 24 V DC 500 mW 1x107 1x105 8A/250V AC1 DIN rail Device description Supply voltage terminals Terminals for conection of probes H, D Indication of supply voltage Choice of function Output indication Sensitivity setting of probe Choice of function Adjustment of delay on output Terminal for connection of probe C Output contacts Connection Monitoring of two levels Monioring of one level Un A1 A2 A1 A2 H D H D 16 C 15 18 max max -4 °F to 131 °F (-20 °C to +55 °C ) -22 °F to 158 °F (-30 °C to +70 °C) 3.75 kV (supply - sensors) any DIN rail EN 60715 IP 40 from font panel / IP 10 terminals III. 2 AWG 10 (2.5 mm2) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.5 oz. (72 g) EN 60255-6, EN 61010-1 see pg. 66 Symbol A1 16 18 C D H A2 15 Un min Tank with monitored level 16 C 15 18 Tank with monitored level Function Function PUMP UP Function PUMP DOWN Un max level min 15-18 red LED Un max level min t t 15-18 t t red LED Relay is designated for monitoring of levels of conductive liquids with possibility of functions: PUMP UP or PUMP DOWN. To prevent polarization and liquid electrolysis of liquid, and undesirable oxidation of measuring probes, alternating current is used. For measuring use three measuring probes: H- upper level, D- lower level, C - common probe. In case you use a tank made of a conductive material, you can use it as probe C. In case you require monitoring of one level only, it is neccessary to connect inputs H and D and connect them to one probe - in this case sensitivity is lowered by half (2.5... 50kΩ). Probe C can be connected with a protective wire of supply system (PE). To prevent undesirable switching out output contacts by various influences (sediment on probes, humidity...) it is possible to set sensitivity of the device according to conductivity of monitored liguid (corresponding to “resistance” of liquid) range 5 up to 100kΩ. To reduce infuences of undesirable switching of output contacts by liquid gorgle in tanks, it is possible to set delay of output reaction 0.5 - 10s. 59 Level switch HRH-1 Used to control the level in wells, reservoirs, tanks, pools, tankers, containers, etc. Within the framework of a single device, the following configurations can be selected (see functions graph): - two separate level switches - two probes in one tank - filling tank from well ! Single-state monitors one level (full or empty tank), double-state monitors two levels (switches on upon one level and switches off upon the second) ! DIP switch on front panel is used to choose function (see functions graph): - pumping in - pumping out - over-pumping ! Option of setting time delay for reacting to the output upon a change in level, any type of delay by DIP switch ! Sensitivity adjustable by potentiometer (probe resistance based on fluid) ! The measuring frequency 500 Hz prevents fluid polarization and oxidation increase of measured probes ! Galvanically separated supply AC 120 V or AC/DC 24 V ! Output contact 2x switches 16 A / 250 V AC1 ! 3-MODULE design, mounting onto DIN rail ! ! EAN code HRH-1/120V: 8595188117180 HRH-1/24V: 8594030338209 Technical parameters HRH-1 Function: Supply terminals: Voltage range: Burden: Operating range: Supply voltage tolerance: Measuring circuit Hysteresis (input - opening): Voltage on electrode: Current in probes: Time reaction: Max. cable capacity: Time delay tD: Time delay tH: Accuracy Setting accuracy (mech.): Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: Measuring sensors: 3 A1 - A2 AC 120 V or AC/DC 24V galvanicaly separated (AC 50-60Hz) max. 4.5 VA -15 %; +10 % in an adjustable range 5 kΩ- 100 kΩ max. AC 5 V AC < 1 mA max. 400 ms 4 nF adjustable 0.5 -10 sec adjustable 0.5 -10 sec ±5% 2x changeover / SPDT (AgNi / Silver Alloy) 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mW 3x107 0.7x105 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5 / with cavern max. 1x1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 8 oz. (240 g) EN 60255-6, EN 61010-1 see pg. 66 Symbol Connection Un 16 A1 18 28 26 C D H S A1 A2 C 15 A2 D H S 25 16 15 18 28 25 26 Description Terminal for connection of conductor common for both probes Supply voltage terminals Terminals for connecting probe Terminals for connecting shield A1 A2 C S H D DIP Supply voltage indication Delay setting relay H H relay indication (OUT2) Delay setting relay D D relay indication (OUT1) 16 Output contact of D relay - OUT1 15 18 28 25 26 Sensitivity setting of probe according to resistance of measured fluid Output contact of H relay - OUT2 Description and importance of DIP switches Measuring probes There can be any measuring probe (any conductive contact, it is recommended to use brass or stainless steel). The probe wire does not need to be shielded, but it is recommended. When using a shielded wire, the shielding is connected to terminal S. 60 single / double relay Function 2x 1x Input inverse OFF ON Delay type D ta tb relay D - delayed close Delay type H ta tb relay H - delayed close change of function of relay D Level switch HRH-1 Functions Two separate level switches Un Un sonda D probe D LED D LED D OUT1- relay D OUT1- relay D tD tD probe H probe H LED H LED H OUT2 - relay H tH OUT2 - relay H tH When the tank is empty relay D open, relay H is closed tD tD tH tH When the tank is empty both relays are switched Two probes in single tank Un Un probe D probe D probe H probe H LED D LED D OUT1- relay D OUT1- relay D tD tD LED H LED H OUT2 - relay H OUT2 - relay H tH tH tD tD tH tH The relay, which is used to control the level liquids conductive (water, chemical solutions, food, etc.). In this principle, it goes on about the measurement of liquids by measuring probes. As the measuring used signal is 5V AC/ 500Hz. Using an AC signal prevents the the increasing oxidation of probes and unwanted polarization and electrolysis liquid. During depending on the DIP settings configurations, switches can control two independent levels or use a combined function for one level (see diagram of functions). The relay is equipped with regulation of the sensitivity to to liquid resistance. It‘s also possible to eliminate some of the unwanted switching in the sensitivity settings according to specific conditions (for example, pollution probe sediments, humidity, etc.). It‘s also possible for each probe to set the delay in the range of 0.5-10s, and using the DIP switch type delay (when you turn the relay on and off, depending on application). Example of usage For controlling two independent tanks For controlling the level combination of upper and bottom probe container with the monitored level H S container with the monitored level container with the monitored level 16 15 18 28 25 26 16 15 18 28 25 26 Pump control or other output device D probe H A1 A2 C probe D H S common probe C D probe H A1 A2 C Un common probe C common probe C probe D Un Pump control or other output device Output relays for pump control or other output devices, Selecting contacts is depending on the selected function Note: As a common probe, it could be used with an advantage such as metal pipes, tanks, etc. Due to the isolation of probes from a supply voltage, and the measured voltage which is up to 5V, it is possible to connect probes using standard communication cables. 61 Level switch HRH-6 ! ! ! ! ! ! ! ! ! ! ! ! ! EAN code HRH-6 /DC: HRH-6S: ! 8595188137409 8595188137416 ! Technical parameters Function 1 monitors minimal and maximal level depth, for example in fire engine cars, tanks etc. Function 2 monitors level depth in water collectors, basins, pools etc. Selection of particular function is made by jumper on the front panel Level depth is indicated on the panel of device by LED Device monitors 5 levels by using six probes (one probe is common) Common probe can be replaced by a metal (conductive) tank Level indicationby six LED‘s on the front panel of the device It is possible to connect another indication module (e.g. in fire-engine cabin) Adjustable sensitivity according to liquid conductvity Adjustable time delay - elimination of level movement, e.g. while a tank is being filled up Measuring frequency 10 Hz to prevent polarization of liquid Supply voltage 12... 24 V DC (to be used in fire-engines) Contact relay 10A for signalization of full / empty tank (according to a chosen function) Choice of functions PUMP UP/OFF/PUMP DOWN by a switch located on the front panel of the device Protection degree IP65 HRH-6/DC Function: Voltage range: Burden: Supply tolerance: Measuring circuit Sensitivity adjustable in the range*: Voltage on probes: Probe cable maximum capacity: Time delay: Output Number of contacts: Current rating: Switching voltage: Peak current: Switching voltage: Min. switching capacity DC: Mechanical life (AC1): Electrical life: Other information Operating temperature: Storage temperature: Operating position: Protection degree: Pollution degree: Dimensions: Weight: Standards: Recommended measuring probe: 2 12.. 24V DC max. 1.8 W +/- 20% min. 10... 20kΩ max. 100... 150kΩ max. 3V AC 500nF (for min. sensitivity), 50nF (for maximum sensitivity) adjustable 1... 10s 6 x LED (1x red, 1x yellow, 4x green) 1x NO-SPST (AgNi / Silver Alloy ) 10A / AC1 2500 VA / AC1, 200 W / DC 16 A / < 3s 250V AC1 / 24V DC 500 mW 3x107 0.7x105 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) any IP 65 2 4.3˝ x 5.3˝ x 2.8˝ (110 x 135 x 72 mm) 13.6 oz. (384 g) EN 60255-6, EN 61010-1 see pg. 66 * Note: sensitivity is higher at both ends of a range of values. Description of function Connection of HRH-6 in a block SENS. J1 - jumper - function selection + - Sensitivity setup + Delay setup HRH-6/DC Basic unit Function switch LED6 - level L5 indication Cable for connecting probes LED5 - level L4 indication LED4 - level L3 indication LED3 - level L2 indication LED2 - level L1 indication LED1 - supply voltage indication Cable for connecting auxiliary signalling Supply cable / relay contact HRH-6/DC HRH-6/S Auxiliary signalling LED6 - level L5 indication Connection HRH-6/DC Connection of basic unit +Un L5 L4 L3 L2 L1 C 18 HRH-6/S 15 - Un 62 DELAY LED5 - level L4 indication LED4 - level L3 indication LED3 - level L2 indication LED2 - level L1 indication LED1 - supply voltage indication Level switch HRH-6 HRH-6 block connecting L1 L2 L3 L4 L5 C PU SW PD PD SW PU 15 18 12-24V DC + HRH-6/AC C L1 L2 L3 L4 L5 LED4 LED5 LED6 + 6V LED1 LED2 LED3 - Un + Un 15 18 HRH-6/S LED4 LED5 LED6 + 6V LED1 LED2 LED3 Functions Un L5 L4 L3 L2 L1 LED6 LED5 LED4 LED3 LED2 LED1 FUNCTION J1 15-18 15-18 FUNCTION 15-18 J1 15-18 This device monitors level of a conuctive liquid in a tank by using six single probes or one 6-fold probe. In case you use a tank made of a conductive material, it is possible to use it as a common probe C. This common probe is connected to a pole of supply (for fire-engines it means its body) in case of supply voltage 12... 24VDC. The device is controlled by a three-position switch PUMP UP/OFF/ PUMP DOWN. After switching into a position PUMP UP or PUMP DOWN, red LED1 shines and then also LED2... LED6 according to liquid level. Output relay has 2 selectable functions. Funtion setting is done by a jumper on basic board of HRH-6. Function 1: (for use in fire-engines) - jumper is applied. In case of function PUMP UP and level reaching L5, the relay controlling e.g. acustic signalization, permanently closes and indicated full tank. In case of PUMP DOWN function and level dropunder level L3, relay priodically switches and under L2 it switches permanently (indicates almost empty tank). Function 2: (for keeping liquid level) - jumper is not applied. In case of PUMP UP, sensor is switched until liquid reaches level L5. Then relay opens and switches again in case the lliguid level falls under level L1. In case of PUMP DOWN - relay is switched until liquid falls under level L1. Then relay opens and switches again on level L5. To eliminate LED flashing while level gurgle it is possible to delay reaction of probes (set delay 1... 10s). According to conductivity of liquid it is possible to set sensitivity of probes (corresponding to “resistance” of liquid). 63 Level switch HRH-7 NEW! 114x114 ! Suitable to operate / work in harsh conditions due to the high degree of protection IP65 ! Swich monitors the level changes in wells, reservoirs, tanks, tankers etc. ! It is possible to select the following configurations: - one-level switch of conductive liquids monitors one level (by connecting H and D) - two-level switch of conductive liquids monitors two levels (switches on at one level and switched off at another level) ! Choice of function PUMP-UP or PUMP-DOWN ! Adjustable time delay of output (0.5–10 s) ! Adjustable sensitivity using potentiometer (5–100 kΩ) ! Measuring frequency 10 Hz prevents liquid polarization and increased oxidation of measuring probes ! Measuring circuits are galvanically separated from the power source of the product and circuits of the relay contact by enhanced insulation according to EN 60664-1 for overvoltage category III. ! Output contact: 1x changeover 16 A / 250 V AC1 EAN code HRH-7: 8595188149471 Technical parameters HRH-7 2 A1 - A2 24... 240 V AC/ DC (AC 50-60 Hz) max. 2 VA -15 %; +10 % adjustable from 5 kΩ -100 kΩ max. AC 3.5 V AC < 0.1 mA max. 400 ms 800 nF (sensitivity 5kΩ), 100 nF (sensitivity 100 kΩ adjustable, 0.5 -10 sec 1.5 sec H Output indication C Supply voltage indication D Terminals for connecting the probes Output contacts PE A1 A2 16 15 18 Open connecting terminal PE Supply voltage terminals ±5% PG13.5 PG13.5 Sensitivity setting of probe 1x changeover / DPDT (AgSnO2 ) 16 A / AC1 15-18: 6A / AC3 15-16: 3A / AC3 4000 VA / AC1, 384 W /DC 250 V AC / 24 V DC 500 mW 3x107 0.7x105 Switching capacity: Switching voltage: Minimum switching capacity DC: Mechanical life: Electrical life (AC1): Other information Operating temperature: -4 °F to 131 °F (-20 °C to +55 °C) Storage temperature: -22 °F to 158 °F (-30 °C to +70 °C) Electrical strength: 3.75 kV (supply - sensor) Operating position: any Protection: IP65 Overvoltage category: III. Contamination degree: 2 Cable size (mm2): max.1x 4, max.2x2.5 / with sleeve max. 1x2.5, 2x1.5 (AWG 12) 4.5˝ x 4.5˝ x 2.2˝ (114 x 114 x 56 mm) Dimension: 7.8 oz. (220 g) Weight: EN 60255-6, EN 61010-1 Related standards: see pg. 66 Recommended measuring probes: Symbol A1 16 18 C D H A1 64 Adjustment elements PG13.5 Function: Supply terminals: Supply voltage: Burden: Supply voltage tolerance: Measuring circuit Sensitivity (input resistance): Voltage on electrodes: Current on probes: Time response: Max. capacity of probe cable: Time delay (t): Time delay (t1): Accuracy Setting accuracy (mechanical): Output Number of contacts: Current rating: Device description 15 Adjustment elements (inside device) Adjustment of delay Choice of function Connection connection for power supply 24... 240V AC/DC H C D max Tank with monitored level PE A1 A2 16 15 18 min M Un 24... 240V AC/DC L N PE Level switch HRH-7 Function Function PUMP-UP Function PUMP-DOWN Un max level min Un max level min t t 15-18 t 15-18 t red LED red LED An AC current is used for measuring to prevent polarization and electrolysis of fluid and unwanted oxidation of measuring probes. Three probes are used for measuring: H - upper level, D - lower level and C - common probe. If using a tank made from conductive material, it is possible to use the tank itself as probe C. If it is necessary to monitor only one level, there are two connection options: 1. Inputs H and D are connected to a single probe - in this case the sensitivity is decreased to half (2.5... 50kΩ). 2. Inputs H and C are connected and the probe is connected to input D - in this case, the original sensitivity remains (5... 100kΩ). It is also possible to connect probe C with a protective conductor of the power system (PE). Example of connecting the level switch to a 1-phase pump at a well, borehole wiring for supply 120 V AC (for monitoring two levels) H C D max PE A1 A2 16 15 18 well M min L N PE Monitoring TWO LEVELS of the FLUID LEVEL minimum / maximum– DRAINING function – (PUMP DOWN) Monitoring TWO LEVELS minimum / maximum– REPLENISHING function – (PUMP UP) Description of draining function: This function is used in a well or borehole where the difference between the upper and lower probes determines how much water the pump can pump out and protect against running dry. After detecting the maximum level, the set reaction delay begins running. After this period, the output contact immediately switches on the pump until the minimum level is reached, when the set delay begins running once again. The pump then switches off. Description of replenishing function: This function is used when you need to regularly pump in water to a well or borehole, which is leaking. After detecting the minimum level, the set reaction delay begins running. After this period, the output contact immediately switches on the pump for the period until it reaches the maximum level, where the set delay begins running once again. The pump then switches off. Example of connecting the level switch to a 3-phase pump at the well, borehole wiring for supply 120 V AC (for monitoring two levels) Monitoring TWO LEVELS minimum / maximum– DRAINING function – (PUMP DOWN) Description of draining function: The function is used to protect against overflows and flooding of areas. After detecting the maximum level, the set reaction delay begins running. After this period, the output contact immediately switches on the 3-phase pump until the minimum level is reached, when the set delay begins running once again. The pump then switches off. H C D VS425-4 120 V AC/DC max PE A1 A2 16 15 18 min well L1 L2 L3 N PE M protection element 65 Level switches accessories - Level sensors SHR SHR-1-M: brass sensor SHR-1-N: stainless steel sensor ! Sensor to control flooding ! Electrode with diametr 0.2” (4 mm) is placed in plastic cover ! Panel or to holder mounting ! Conductor is connected to terminal board, shrink bushing for feeder place insulation is a part of device ! Max. wire profile: 2.5 mm2 (AWG10) ! Installation: after connecting a wire to the sensor, run the shrink bushing over the wire onto the sensor. ! Heat the sensor and by shrinking the connection of sensor and wire will be hermetical ! Weight: 0.3 oz. (9.7 g) SHR-1-M ! Operating temperature: -13 °F to 140 °F (-25 °C to +60 °C) SHR-1-N ! Total sensor lenght: 2.58 ” (65.5mm) EAN code SHR-1-M: 8595188110105 SHR-1-N: 8595188111379 Level probe SHR-2 Detection sensor is electrode, which in connection with switchable device is used for level detection for example in wells, tanks... ! To be ued in electric conductive fluids and mechanically polluted fluids with temperature: 33.8 °F to 176°F (+1 °C to +80 °C) ! Stainless steel one-pole electrode reside in PVC cover, intended for tank wall mounting or mounting by socket ! To ensure corret function of the sensor, it is necessary to have the electrode without dirt which could disable the connection of the electrode and fluid and thus lead to malfunction 2 ! Max. wire profile: 2.5 mm (AWG10) ! Recomended wire D05V-K0.75/3.2 ! Installation: - conductor wire is connected by feazing of two brass screws to stainless steel electrode - conductor is caulked by bushing Pg7 with protection degree IP68 ! Weight: 1.7 oz. (48.6 g) ! Dimensions: max. diameter 0.8” (21 mm), lenght 3.8” (96 mm) ! EAN code SHR-2: 8595188111263 SHR-2 in open state Level probe SHR-3 ! Stainless probe to be used into demanding industrial environments, designated for screwing into tank wall or cover ! The probe is installed in horisontal, vertical or in sidelong position on tank side or in tank cover. Installation is done by EAN code SHR-3: 8595188111270 66 soldering or by fixing nut. It is necessary to use 1” (24 mm) screw. It is necessary to use an adequate torque with regards to a seal and operational overpressure in a tank. ! Sensor has connecting wire - lenght 39.4” (3 m), which is connected to sensor to scan electrode and sensor bushing connecting wire is double-wire PVC AWG 18 (0.75 mm2), connection of wires: brown - scan electrode, blue - sensor bushing. ! Connection M18x1.5 screw ! Protection degree IP 67 ! Sensor weight without cable: 3.3 oz. (100 g) ! Operating surroundings: place without the danger of detonation, temperature on screw: max. 203 °F (95°C) ! Pressure immunity: on 77 °F (25 °C) 4 MPa, on 203 °F (95°C) 1.5 MPa ! Weight: 8.4 oz. (239 g) ! Material: bushing and sean electrode: stainless steel W.Nr. 1.4301, insulation insert of electrode: PTFE ! Internal material: self - extinguishing epoxide resin ! Operating temperature: -13 °F to 140 °F (-25 °C to +60 °C) ! Total sensor lenght: 2.58 ” (65.5mm) ! Dimensions: see pg 93 Thermostats and hygrostats Analog TER TER-3A TER-3B TER-3C TER-3D TER-3E TER-3F TER-3G TER-3H -22 °F to 50 °F (-30 to +10 °C) external NTC 32 °F to 104 °F (0 °C to +40 °C) external NTC 86 °F to 158 °F (+30 °C to +70 °C) external NTC 32 °F to 140 °F (0 °C to +60 °C) external NTC 32 °F to 140 °F (0 °C to +60 °C) external NTC 32 °F to 140 °F (0 °C to +60 °C) in-built NTC 32 °F to 140 °F (0 °C to +60 °C) external PT100 5 °F to 113 °F (-15 °C to +45 °C) external NTC TER-4 TER-7 Wide and accurate range of setting -40 °F to 230 °F (-40 to +110 °C) in ten ranges in one device, fine temperature setting. 2 inputs for NTC senzor, 2 outputs 16 A changeover / SPDT, additional function (memory, hysteresis, indication of faulty sensor). Supply: AC/DC 24 V (galv. separated). Monitoring heating of motor winding in range given by resistance of in-built PTC thermistor (1.8-3.3 kΩ), additional function (memory, reset), output contact 2x 8A changeover / DPDT, supply: AC/ DC 24-240 V. Digital TER TER-9 Digital 2 temperature inputs, 2 outputs 8A changeover / SPDT, 6 functions, in-built time switch clock, LCD with back light, galvanically sep. supply voltage AC 120 V or AC/DC 24V, 2 MODULE. Temperature range: -40 to 230 °F (-40 °C to +110 °C). Thermovalve ATV-1 Accessories to thermostats Hygrothermostat Energy-saving digital thermostat for radiators, with temperature range +46.. +82°F (+8..+28°C). RHT-1 Hygro-thermostat for temperature monitoring and regulation in range +32 to +140 °F (0 to + 60 °C) and relative humidity monitoring and regulation in range 50...90%. TC, TZ , PT-100 External temperature sensors for thermostats in lengths 9.8´ (3m), 19.7´ (6m), 29.5´(12m) -TC/TZ: thermistor NTC 12 kΩ / 77 °F (25 °C) PT: element PT-100 (only TER-3G). 67 Overview table Supply In-built External Type AC 230V AC 24V AC/DC 24 ..240V Galv. separated Temperature range Hysteresis # x x # NTC x x # x -22 °F to 50 °F (-30 to +10 °C) 32.9 to 41 °F (0.5 -5 °C) x single thermostat into a switchboard with external sensor for temperature in cooling and against freezing 69 TER-3B 1M-DIN # x x # NTC x x # x 32 °F to 104 °F (0 to 40 °C) 32.9 to 41 °F (0.5 -5 °C) x single thermostat into a switchboards with external sensor for sensing room and operational temperature 69 TER-3C 1M-DIN # x x # NTC x x # x 86 °F to 158 °F (+30 to +70 °C) 32.9 to 41 °F (0.5 -5 °C) x single thermostat into a switchboards with external sensor for sensing temperature in devices (overheating...) 69 TER-3D 1M-DIN # x x # NTC x x # x 32 °F to 140 °F (0 to + 60 °C) 32.9 to 41 °F (0.5 -5 °C) x single thermostat into a switchboard with external sensor for sensing operational temperature of machines and devices 69 TER-3E 1M-DIN # x x # NTC x x # x 32 °F to 140 °F (0 to + 60 °C)) 34 °F (1 °C) x as TER-3D but with fixed hysteresis 70 TER-3F 1M-DIN # x # x NTC x x # x 32 °F to 140 °F (0 to + 60 °C) 34 °F (1 °C) x single thermostat into a switchboard with in-built sensor, monitors operational temperature in a switchboard 70 TER-3G 1M-DIN # x x # PT100 x x # x 32 °F to 140 °F (0 to + 60 °C) 32.9 to 41 °F (0.5 -5 °C) x as TER-3D but with input for sensor PT100 69 TER-3H 1M-DIN # x x # x x # x 5 °F to 113 °F (-15 to +45 °C) 32.9 to 41 °F (0.5 -5 °C) x as TER-3A but with a different temperature range - for cooling and heating 69 TER-4 3M-DIN # x x # -40 °F to 230 °F 32.9 to 37 °F (0.5 - 2.5 °C) x two-state thermostat (2 inputs, 2 outputs), two independent or dependent thermostats, accurate setting, wide temperature range 71 TER-9 2M-DIN x # x # -40 °F to 230 °F x multifunction (6 thermo functions) digital thermostat with in-built time switch clock, 2 inputs / 2 outputs 72 TER-7 1M-DIN # x x 32.9 to 41 °F (0.5 - 5 °C) Resistance 1.8-3.3 kΩ x thermistor relay for protection of motor overheating, input designated for sensor PTC in-built in motor winding 74 ATV-1 valve x x x thermostatic direction valves, temperature regulation 46.4°F to 82.4°F (+8..+28°C) 75 RHT-1 1M-DIN # HH36.5 -- 44 % %°F T-T-(2.5 2.5°C)°C 50.. 90% hygro-thermostat for temperature monitoring and regulation in range 32 to 140 °F (0 °C to +60 °C) and relative humidity in range 50.. 90% 76 68 # (2x) # (2x) # NTC NTC # # x NTC # # x PTC (-40.. +110 °C) (-40.. +110 °C) x x # x x # # x built -in x x x x 46.4°F to 82.4°F (+8.. +28 °C) # x built -in x x # x 32 °F to 140 °F (0.. +60 °C) x Page of catalogue Digital 1M-DIN Designation Analog TER-3A Relative humidity Design Sensor Type Type Thermostats range TER-3 (A, B, C, D, G, H) ! Single thermostat for temperature monitoring and regulation ! It in range -22 °F to 158 °F (-30 °C to +70 °C) in six ranges can be used for monitoring temperature e.g. in switchboards, heating systems, cooling systems, liquids, radiators, motors, devices, open spaces, etc. ! Function of short-circuit or sensor disconnection monitoring ! Possibility to set function “heating” / ”cooling” (setting is done by DIP switch) ! Adjustable hysteresis (sensitivity), switching by potentiometer in range 32.9 to 41 °F (0.5 to 5°C) ! Choice of external temperature sensors with double insulation in standard lengths 9.8´,19.7´ and 29.5´ (3, 6 and 12 m) ! It is possible to place sensor directly on terminal block – for temperature monitoring in a switchboard or in its surroundings EAN code TER-3A: 8595188138390 TER-3B: 8595188138406 TER-3C: 8595188138413 TER-3D: 8595188138420 TER-3G: 8595188138451 TER-3H: 8595188138468 Technical parameters Function: Supply terminals: Voltage range: Burden: Operating range: Measuring circuit Measuring terminals: Temperature range: (according to product type sensitivity) Hysteresis: Sensor: Sensor fault indication (short circuit/disconnect): Accuracy Setting accuracy (mech.): Switching difference: Temperature dependance: Output Number of contacts: Current rating: Breaking capacity: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: ! Multivoltage supply AC/DC 24 -240 V, not galvanically separated ! Output contact 1x NO - SPST 16 A /250 V AC1 ! Red LED indicates status of output, green LED indicates energization of the device ! 1-MODULE, DIN rail mounting TER-3 Symbol Connection single level A1-A2 AC/DC 24 - 240V (galvanically unseparated) (AC 50-60Hz) 2 VA - 15 %; + 10 % T1 - T1 TER-3A TER - 3A: -30.. +10 °C TER-3D TER - 3D: 0.. +60 °C -22 °F to 50 °F (-30 °C to +10 °C) 32 °F to 140 °F (0 °C to +60 °C) TER-3B TER - 3B: 0.. +40 °C TER-3G 3G:°F to 140 0.. °F+60 32 °F to 104 °F (0 °C to +40 °C) TER - 32 (0 °C°Cto +60 °C) TER-3C TER-3H 3C:°F +30.. °C°C) TER -53H: -15..°F +45 86 TER °F to -158 (+30 °C+70 to +70 °F to 113 (-15 °C°C to +45 °C) ajustable in range 32.9 to 41 °F (0.5 to 5°C) external, thermistor NTC, except for TER-3G (PT100) sensor T1 T1 Un A2 1x NO-SPST (AgSnO2) 16A / AC1, 10A / 24V DC 4000 VA / AC1, 300 W / DC 250 V AC1 / 24 V DC 500 mW red LED 3x107 0.7x105 15 Function A1 A2 T1 T1 15 18 Un Temperature Hysteresis Heating 15-18 LED Cooling 15-18 LED Test 15-18 LED flashing red LED 5% 32.9 °F (0.5 °C) < 0.1 % / °F (°C) 18 A1 ] ] ] ] 15-18 LED COOL RUN HEAT TEST COOL RUN HEAT TEST COOL RUN HEAT TEST short-circuit or sensor disconnection It is a single but practical thermostat with separated sensor for monitoring temperature. Device is placed in a switchboard and external sensor senses temperature of required space, object, or liquid. Supply is not galvanically separated from sensor. Sensor is double insulated. Maximal length of delivered sensor is 29.5´ (12m). Device has in-built indication of sensor damage, which means that in case of short-circuit or disconnection red LED flashes. Thanks to adjustable hysteresis, it is advantageous to regulate width of the range and thus define sensitivity of load switching. Sensed temperature is decreased by set hysteresis. When installing it is necessary to keep in mind that hysteresis is increased by temperature gradient between sensor’s jacket and thermistor. Description -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 2.5 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals III. 2 solid wire max. 2x 2.5 or 1x4 (AWG 12) with sleeve max. 1x2.5 or 2x 1.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.6 oz. (73 g) EN 60730-2-9, EN 61010-1 Supply terminals A1 Sensor terminals A2 T1 T1 Output indication Supply voltage indication Heating / cooling selection Function TEST Temperature adjusting Hysteresis adjusting Example of an order Please specify a type of thermostat in your order (TER-3A, TER-3B .. or TER-3H) types differ in temperature range and supply voltage. 15 18 Output contact 69 Thermostats range TER-3 (E, F) ! Single thermostat ! It for temperature monitoring and regulation in range 32 °F to 140 °F (0 to +60 °C) can be used for temperature monitoring e.g. in switchboards, heating systems, liquids, radiators, motors, devices, open spaces, etc. ! Fixed hysteresis at 32 °F (1 °C) ! TER-3E - choice of external temperature sensors with double insulation in standard lengths 9.8´, 19.7´ and 29.5´ (3, 6 and 12 m) ! TER-3F - sensor is a part of device, serves for monitoring temperature in a switchboard ! Supply voltage AC /DC ! Output contact 1x 24 - 240 V NO- SPST 16 A / 250 V AC1 ! Output status is indicated by red LED EAN code TER-3E: TER-3F: ! 1-MODULE, DIN rail mounting 8595188138437 8595188138444 Technical parameters Function: Supply terminals: Voltage range: Burden: Operating range: Measuring circuit Measuring terminals: Temperature range: Hysteresis: Sensor: Sensor fault indic. (short-circuit / disconnection): Accuracy Setting accuracy (mech.): Switching difference: Temperature dependance: Output Number of contacts: Current rating: Breaking capacity: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: TER-3E TER-3F Connection external sensor single level A1-A2 AC /DC 24 - 240 V (AC 50-60Hz) 2 VA - 15 %; +10 % Un 18 A1 T1 T1 - T1 x 32 °F to 140 °F (0 to +60 °C) fixed 34 °F (1 °C) thermistor NTC in-built Un A1 A2 T1 T1 A1 A2 T1 A2 TER-3E 15 15 TER-3F 18 15 18 flashing red LED Description 5% 32.9 °F (0.5 °C) < 0.1 % / °F (°C) A1 A2 T1 1x NO- SPST (AgSnO2) 16A / AC1,10 A / 24 V DC 4000 VA / AC1, 300 W / DC 250 V AC1 / 24 V DC 500mW red LED 3x107 0.7x105 T1 Supply voltage terminals External sensor terminal Supply voltage indication Output indication Temperature adjusting Supply voltage terminals A1 A2 Output indication Supply voltage indication Temperature adjusting Sensor -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 2.5 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 10 terminals III. 2 solid wire max. 2x 2.5 or 1x4 with sleeve max. 1x2.5 or 2x 1.5 AWG 12 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.58 oz. (73 g) 2.61 oz. (74 g) EN 60730-2-9, EN 61010-1 Example of an order Please specify a type of thermostat in your order (TER-3E , TER-3F). 70 Symbol 15 18 Output contacts 15 18 Output contacts Function TER-3E, TER-3F TEMPERATURE HYSTERESIS=1K It is a single thermostat for temperature monitoring with separated sensor (except for TER-3F). Device is located in a switchboard and external sensor senses temperature of required space, object or liquid. Supply is not galvanically separated from sensor but sensor is double insulated. Maximal length of sensor cable is 29.5´ (12 m). Temperature sensing is decreased by set hysteresis. When installing it is necessary to keep in mind that hysteresis is increased by temperature gradient between sensor’s jacket and thermistor. 2-stage thermostat TER-4 ! Two-state thermostat for temperature monitoring and regulation in a wide range -40 °F to 230 °F (-40 °C to +110 °C) with a switch for temperature ranges shift and fine temperature setting (high accuracy of setting) ! It can be used for temperature monitoring in e.g. switchboards, heating systems, cooling systems, open spaces, objects, liquids, radiators, etc. ! 2 thermo inputs for sensor NTC 12 kΩ / 77 °F (25 °C) ! Possibility to choose if both thermostats should work independently or dependently (by DIP switch) ! Function of short-circuit or sensor disconnection monitoring ! Possibility to set functions “heating ” / “cooling ” (setting is done by DIP switch) °F (0.5 or 2.5 °C) (DIP switch) ! Choice of external thermo sensors with double insulation in standard lengths 9.8´,19.7´ and 29.5´ (3, 6 and 12 m) ! It is possible to place the sensor directly on terminal block – to monitor temperature in a switchboard or in its surroundings ! Galvanically separated supply AC/DC 24 V ! 2 independent output with changeover contacts / SPDT 16 A /250 V AC1 ! Output status indicated by red LED, faulty status of sensor by yellow LED ! 3-MODULE, DIN rail mounting ! Adjustable hysteresis (sensitivity) of switching 32.9 or 37 EAN code TER-4 /24V: 8594030338148 Technical parameters Function: Supply terminals: Voltage range: Burden: Supply voltage tolerance: Measuring circuit Measuring terminals: Temperatue ranges (set via switch individually for each level): Fine temperature setting: Hysteresis for T1: Hysteresis for T2: Sensor: Sensor failure indication: Accuracy Setting accuracy (mech.): Repeat accuracy: Temperature dependance: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Output indication: Mechanical life: Electrical life (AC1): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: TER-4 double thermostat A1-A2 AC/DC 24V galvanically separated max. 4.5 VA - 15 %; + 10 % Connection Symbol Un A1 A2 95 to 122+35.. °F (+35+50 to +50 °C°C) °F (+50+65 to +65 122 to 149+50.. °C °C) °F (+65+80 to +80 149 to 176+65.. °C °C) °F (+80+95 to +95 176 to 203+80.. °C °C) 203 to 230°F (+95+110 to +110 +95.. °C °C ) 32-59 °F (0-15 °C), in selected range adjustable, 32.9 or 37°F (0.5 or 2.5 °C ) (DIP switch) adjustable, 32.9 or 37°F (0.5 or 2.5 °C) (DIP switch) thermistor NTC 12 kΩ / 77 °F (25 °C) yellow LED 18 26 28 A1 A2 T1 T1 T2 T2 T1 T1 T2 T2 T1-T1 a T2-T2 -40 to-40 77 °F.. (-40 -25to°C-25 °C) 77 to -25 50 °F.. (-25 -10to°C-10 °C) 50 to -10 41 °F.. (-10 +5to°C+5 °C) 41 to+705°F.. (+5 +20to+20 °C °C) 70 to+20 95 °F..(+20 +35to+35 °C °C ) 16 1. sensor 2. sensor 15 25 16 15 18 28 25 26 Description Function: dependent / independent Function of thermostat: HEATING / COOLING (inverts output) Supply voltage indication Adjusting hysteresis for T1 Adjusting hysteresis for T2 5% 32.9 °F (0.5 °C) < 0.1 % / °F (°C) Output contact-relay 1 Temperature adjusting T1 Sensor failure Temperature adjusting T2 Output contact-relay 2 2x changeover / SPDT (AgNI / Silver Alloy) 16A / AC1 4000 VA / AC1, 384 W / DC 30 A /< 3 s 250 V AC1 / 24 V DC 500mW red LED 3x107 0.7x105 -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5 / with sleeve max. 1x1.5 (AWG 12) 3.5˝ x 2˝ x 2.6˝ (90 x 52 x 65 mm) 8.4 oz. (238 g) EN 60730-2-9, EN 61010-1 Temperature adjusting fine Adjusting temperature range Function Independent function Dependent function Un Un T1 H1 T2 H1 15-18 heating 15-18 cooling Chart information: Un –supply voltage T1 –set temperature of thermostat 1 T2 –set temperature of thermostat 2 H1 –set hysteresis of thermostat 1 H2 –set hysteresis of thermostat 2 15-18 output contact of thermostat 1 25-28 output contact of thermostat 2 25-28 T1 15-18 no blocking 15-18 blocking H2 H2 H1 H1 Blocking function: When DIP switch 4 is in position ON, condition for thermostat switching is switching output 15-18 at both individual thermostats (series function). Thus it is possible to use e.g. first thermostat as operational and the other as an emergency one. Output 25-28 operates normally, according to T2. This device includes 2 thermostats in one. Thermostat has 2 thermo inputs, 2 outputs and individual temperature setting. It offers two possibilities of use. Firstly it can be used as two individual thermostats (e.g. for monitoring two temperature levels of one device or as a control of individual devices), secondly it is possible to set depending function of both thermostats, when thermostat 2 blocks thermostat No.1 Advantage of this thermostats is a wide temperature range -40.. 230 °F (- 40.. +110 °C) (in one device) with very good mechanical accuracy of setting. It is due to 10-state switch for thermo ranges and its scale by 59 °F (15 °C). VIt is possible to use fine tuning by potentiometer by 32-59 °F (0-15 °C) with accuracy ± 34 °F (1 °C). Device has in-built control of sensor fault (yellow LED). It is possible to set hysteresis 32.9 or 37 °F (0.5 or 2.5 °C). It is possible to operate the thermostat only with one sensor. In that case it is necessary to connect a resistor 10 kΩ to the other input. This is included in the package. 71 Multifunction digital thermostat TER-9 ! Digital thermostat with 6 functions and built-in time switch clock with day, week and year program. A1 A2 T1 T1 T2 You can also limit temperature functions and courses this way in real time. T2 ! Complex control of home and water heating, solar heating, etc. ! Two thermostats in one, two temperature inputs, two outputs with dry contact ! Maximum universal and variable thermostat including all ordinary thermostat functions ! Functions: two independent thermostats, dependent thermostat, differential thermostat, two level thermostat, zone-based thermostat, dead zone thermostat ! Program setting of output functions, calibration of sensors according to reference temperature (offset) ! The thermostat is subject to the digital clock programs 28 15 16 18 25 26 ! Wide operating range of temperature settings, the possibility of measuring in °F and °C ! Clear display of set and measured data on a backlit LCD ! Power supply: AC 120 V or 24V AC/DC (based on type of device) ! The time switch clock has a battery backup, which retains data in case of a power outage (reserve backup time - up to 3 years) ! Easy replacement of the backup battery through the plug-in module, no disassembling is required ! Output contact 2x changeover / SPDT EAN code TER-9 /120V: 8595188155632 TER-9 /24V: 8595188129190 Technical parameters Supply Number of function: Supply terminals: Voltage range: Burden: Operating range: Type backup battery: Measuring circuit Measuring terminals: Temperature range: Hysteresis (sensitivity): Diference temperature: Sensor: Sensor failure indication: Accuracy Measuring accuracy: Repeat accuracy: Temperature dependance: Output Number of contacts: Current rating: Max. breaking capacity: Switching voltage: Output indication: Mechanical life: Electrical life (AC1): Time circuit Power back-up: Accuracy: Min. switching interval: Data stored for: Program circuit Number of memory places: Program: Data readout: Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: 72 8 A / 250 V AC1 for each output ! 2-MODULE, DIN rail mounting TER-9 Symbol Connection Sensor 1 Sensor 2 Un 6 A1 - A2 AC 120 V or AC/DC 24V (AC 50-60Hz) galvanically unseparated max. 4 VA -15 %; +10 % CR 2032 (3V) T1-T1 and T2-T2 -40.. +230 °F (-40.. +110 °C) in an adjustable range 32.9.. 41 °F (0.5.. 5 °C) adjustable 34..122 °F (1.. 50 °C) thermistor NTC 12 kΩ at 77 °F (25 °C) displayed on the LCD 5% < 32 °F (0.5 °C) < 0.1 % / °F (°C) 2x changeover for each output / SPDT, (AgNi) 8 A / AC1 2000 VA / AC1, 240 W / DC 250 V AC1 / 30 V DC symbol ON/OFF 1x107 1x105 A1 T1 T1 T2 T2 18 16 26 28 A1 A2 T1 T1 T2 T2 °F (°C) A2 15 25 15 16 18 25 26 28 Description of visual elements on the display Displaying the day Status indication (1st channel) Status indication (2nd channel) Auto + t Prog Operation mode indication Displays 12/24 hour mode Indication of the switching program Man Display of date / temperature 1 and 2 of setting menu Time display Control button PRG+ Reset Control button MAN2 / ESC TER-9 Control button OK Control button MAN1 / - up to 3 year max. ±1 s per day, at 73,4 °F (23°C) 1 min min. 10 years Device description Sensor-Terminal 1 Sensor-Terminal 2 Supply voltage terminal (A1)(A2) 100 daily, weekly, yearly LCD display, with back light A1 A2 T1 T1 T2 T2 Auto Backlight display +14 °F to 131 °F (-10 °C to +55 °C) -22 °F to 158 °F (-30 °C to +70 °C) 4 kV (power supply - output) any DIN rail EN 60715 IP 20 terminals, IP 40 from front panel III. 2 solid wire max.1x 2.5 or 2x1.5 / with sleeve max. 1x2.5 (AWG 12) 3.5˝ x 1.4˝ x 2.5˝ (90 x 35.6 x 64 mm) 4.2 oz. (120 g) EN 61812-1; EN 61010-1; EN 60730-2-9; EN 60730-1; EN 60730-2-7 TER-9 MAN 2 OK MAN RESET Control buttons ESC PRG + _ Lead-sealing point 28 15 16 18 25 26 Plug-in module for replacement of the backup battery Output - Channel 1 (15-16-18) Output - Channel 2 (26-25-28) Multifunction digital thermostat TER-9 2 independent single-stage thermostats Heating functions T1 H1 H1 Ts1 dy1 dy2 dy2 dy1 15-18 Heating functions T2 H2 H2 Ts2 dy2 dy1 dy2 dy1 25-28 Legend: Ts1 - real (measured) temperature 1 Ts2 - real (measured) temperature 2 T1 - adjusted temperature T1 T2 - adjusted temperature T2 H1 - adjusted hysteresis for T1 H2 - adjusted hysteresis for T2 dy1 - set switching delay of the output dy2 - set delay on output breaking 15-18 output contact (for T1) 25-28 output contact (for T2) Classic function of thermostat, output contact switched until adjusted temperature is reached. Hysteresis eliminates frequent switching - output oscillation. Legend: Ts1 - real (measured) temperature 1 Ts2 - real (measured) temperature 2 T1 - adjusted temperature T1 T2 - adjusted temperature T2 H1 - adjusted hysteresis for T1 H2 - adjusted hysteresis for T2 dy1- set switching delay of the output dy2 - set delay on output breaking 25-28 output contact (for T2) 15-18 output contact (intersection T1 and T2) Output 15-18 is closed, if temperature of both thermostats is bellow an adjusted level. When any thermostat reaches adjusted level, the contact 15-18 opens. Serial inner connection of thermostats (logic function AND). Legend: Ts1 - real (measured) temperature T1 Ts2 - real (measured) temperature T2 D - adjusted difference dy1- set switching delay of the output dy2 - set delay on output breaking 15-18 output contact (for T1) 25-28 output contact (for T2) Switching of output corresponds with input, which has lower temperatures when diff ference is exceeded. Differencial thermostat is used for keeping two identical temperature e.g. in heating systems (boiler and reservoir), solar systems (collector - reservoir, exchanger), water heating (water heater, water distribution)etc. Legend: Ts - real (measured) temperature T1 - adjusted temperature D - adjusted difference H1 - adjusted hysteresis for T1 H2 - T=T1-D dy1- set switching delay of the output dy2 - set delay on output breaking 15-18 output contact 25-28 output contact Typical example of use for two-stage thermostat is e.g in boiler-room, where there are two biolers from which one is main and the other one is auxiliary. The main boiler is managed according to set temperature and auxiliary boiler is switched in case temperature falls under set difference. Thus it helps to the main boiler in case outside temperature dramatically falls. In the range of set difference (D) output 15-18 functions as normal thermostat to input 1 (type 1). In case temperature falls under set difference, second output switches too. Legend: Ts - real (measured) temperature T1 - adjusted temperature T2 - adjusted temperature T=T1-D H1 - adjusted hysteresis for T1 H2 - adjusted hysteresis for T2 dy1- set switching delay of the output dy2 - set delay on output breaking 15-18 output contact 25-28 output contact Output is closed (heating) only if temperature is within adjusted range. If temperature is out of range, the contact opens. T is set as T1-D. The function is used for protection of gutters against freezing. Legend: Ts - real (measured) temperature T1 - adjusted temperature T2- T=T1-D H1 - adjusted hysteresis for T1 H2 - adjusted hysteresis for T2 dy1- set switching delay of the output dy2 - set delay on output breaking 15-18 output contact (heating) 25-28 output contact (cooling) In case of thermostat with a „dead zone“, it is possible to set temperature T1 and a difference (respectively a width of dead zone D). If temperature is higher than T1, output contact of cooling switches ON; if the temperature gets bellow T1, the contact switches OFF. If the temperature gets bellow temperature T, the contact of heating switches ON and it switches OFF when temperature T is exceeded. This function can be used for example for automatic air warming and cooling in ventilation so the sit is always within the range T1 and T. Depending functions of 2 thermostats H2 Ts2 T2 dy2 dy1 H2 H2 dy2 dy1 25-28 H1 Ts1 T1 dy1 dy2 dy2 dy1 H1 H1 dy1 15-18 dy1 dy2 dy1 dy2 15-18 Differential thermostat Ts1 D-H1 D D-H2 D Ts2 D dy2 dy1 15-18 dy1 dy2 dy1 25-18 2-stage thermostat H1 T1 D T H1 H1 Ts H2 H2 H2 dy1 dy2 dy2 dy1 dy1 dy2 15-18 dy1dy2 dy1 25-28 Thermostat with “WINDOW” T1 H1 Ts H1 H1 D H2 H2 H2 T T2 dy1 dy2 dy1 dy2 dy1 dy2 dy1 dy2 dy1 dy2 dy1 dy2 15-18 25-28 Thermostat with dead zone H1 T1 Ts D H2 H2 H2 T T2 dy1 dy2 15-18 dy1 25-28 H1 H1 dy2 dy1 73 Thermostat for monitoring temperature of motor winding TER-7 ! It monitors motor coil temperature ! Fixed levels of switching ! PTC sensor is used for sensing, it is in-built in motor winding by its manufacturer or there is used an external PTC sensor ! MEMORY function - relay is blocked in an error state until until operator intervention (press RESET button) ! RESET of faulty state: a) button on the front panel b) by external contact (remote by two wires) ! Function of short-circuit or sensor disconnection monitoring, red LED flashing indicates faulty sensor ! Output contact: 2x changeover / DPDT 8 A /250 V AC1 ! Red LED shines and indicates exceeded temperature ! Terminals of sensor are galvanically separated, they can be shorted out by terminal PE without damaging the device ! Multivoltage supply AC/DC 24-240 V EAN code TER-7: 8595188137164 Technical parameters Function: Supply terminals: Voltage range: Burden: Operating range: Measuring circuit Measuring terminals: Cold sensor resistance: Upper level: Botton level: Sensor: Sensor failure indication: Accuracy Accuracy in repetition: Switching difference: Temperature dependance: Output Number of contacts: Current rating: Breaking capacity: Inrush current: Switching voltage: Min. breaking capacity DC: Mechanical life: Electrical life (resistive): Other information Operating temperature: Storage temperature: Electrical strength: Operating position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): Dimensions: Weight: Standards: ! 1-MODULE, DIN rail mounting TER-7 Symbol monitoring temperature of motor winding A1-A2 AC/DC 24 - 240 V (AC 50-60Hz) max. 2 VA -15 %; +10 % A1 16 18 26 A1 28 25 26 28 PTC Tb R A2 15 25 15 16 18 Ta -4 °F to 131 °F (-20 °C to +55 °C) -22 °F to +158 °F (-30 °C to +70 °C) 4 kV (supply - output) any DIN rail EN 60715 IP 40 from front panel / IP 20 terminals III. 2 solid wire max.1x 2.5 or 2x1.5 with sleeve max. 1x2.5 AWG (12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.9 oz. (83 g) EN 60730-2-9, EN 61010-1 R Tb PTC Description Supply terminals Output contacts A2 A1 25 2x changeover / DPDT (AgNi / Silver Alloy) 8 A / AC1 2000 VA / AC1, 192 W / DC 10 A /< 3 s 250 V AC1 / 24 V DC 500mW 3x107 0.7x105 A2 Ta Ta-Tb 50 Ω - 1.5 kΩ 3.3 kΩ 1.8 kΩ PTC temperature of motor winding blinking red LED < 5% ±5% < 0.1 % / °F (°C) Connection 28 26 Faulty states indication Supply voltage indication MEMORY function Function TEST RESET button 15 16 18 Output contacts Ta R Tb Terminals for sensor and reset Note Sensors could be in series in abide with conditions in technical specification - switching limits. Warning!: In case of supply from the main, neutral wire must be connected to terminal A2. Function ∞Ω Ω 3.3 Ω 1.8 Ω Ω Ω red LED memory PTC / TK 74 The device controls temperature of motor winding with PTC thermistor which is mostly placed in motor winding or very close to it. Resistance of PTC thermistor run to max 1.5 kΩ in cold stage. By temperature increase the resistance goes strongly up and by overrun the limit of 3.3 kΩ the contact of output relay switch off - mostly contactor controlling a motor. By temperature decrease and thereby decrease of thermistor resistance under 1.8 kΩ the output contact of relay again switches on. The relay has function “Control of sensor fault“. This controls interruption or disconnection of sensor.When switch is in position “TK” monitoring of faulty sensor is not functional - it is possibel to connect bimetal sensor with only 2 states: ON or OFF. The device can work with bi-metal sensor in this position. Other safety unit is function “Memory”. By temperature overrun (and output switches off ) the output is hold in faulty stage until service hit. This bring the relay to normal stage (with RESET button) on front panel or by external contact (remote). Energy-saving digital thermo-valve ATV-1 ! This energy-saving digital thermo-valve is a programmable regulation device for various heaters, but mainly radiators ! It can be used to regulate temperature in closed rooms, thus helping to lower heat energy consumption ! Functions: Manual mode - measuring and checking a manually set temperature Automatic mode - control between two temperatures based on a set time program: - comfort temperature (factory settings 70°F / 21°C) - energy-saving temperature (factory settings 61 °F / 16°C) ! Intervals of heating and energy-saving operation can be set using a freely adjustable time program ! 8 individually programmable switching times per day: - 4 heating intervals - 4 energy-saving intervals EAN code ATV-1: 8595188160889 USB programming adapter: 8595188160995 ! The device features very quiet operation and long battery life (up 5 years) ! Quick and easy installation Technical parameters Other functions ATV-1 Operating voltage: Temperature range: Color: Dimensions (L x W x H): Design: 3 V / DC (2 AA batteries 1.5 V / DC AA) +46.. +82 °F (+ 8.. +28 °C) white 3˝ x 2.1˝ x 2.4˝ (76.5 x 53.5 x 63 mm) thermostatic direction valves, electronic Examples of daily heating program 1. Time function - the desired temperature can be set for a certain adjustable time interval 2. Vacation function - while you‘re gone, you can set and maintain the desired temperature 3. Open window function - when the temperature drops, the heating valve automatically closes in order to save energy 4. Child safety block - blocking against undesired interference with the thermostat 5. Freeze protection - if the temperature drops below 43 °F (6 °C), the valve opens until the temperature again exceeds 46 °F (8 °C). This keeps heaters from freezing. Description of device 73 °F (23 °C) 72 °F (22 °C) 72 °F (22 °C) 73 °F (23 °C) heating heating heating heating BATHROOM 02 Mo saving saving saving saving saving 64 °F (18 °C) 64 °F (18 °C) 64 °F (18 °C) 64 °F (18 °C) 64 °F (18 °C) 16:00 - 17:00 20:00 - 21:30 21 Mi Do 8 Fr 4 Sa So : Display 8:00 - 9:00 10:30 - 12:00 61 Di AUTO MANU Increase temperature MENU OK Button - timer function Decrease temperature + LIVING ROOM saving 64 °F (18 °C) 9:00 - 10:00 OK button - settings confirmation Button MENU 73 °F (23 °C) heating heating 70 °F (21 °C) saving saving 64 °F (18 °C) 64 °F (18 °C) 17:00 - 20:30 Adjustment ATV-1 - manual - via USB programming adapter PROG matic Using the programming port, in seconds your settings will be transferred into the thermostat. Adapters Type of valve Heimeier, Junkers Landys+Gyr, MNG, Honeywell, Braukmann thread size M 30x1.5 Danfoss RAV (the valve plunger must be fitted with the enclosed pin) Danfoss RA Package content Type of adapter No adapter necessary + enclosed pin; only for RAV Thermo-valve 2x battery AA1.5V Adaptors Manual Danfoss RAVL 75 Hygro-thermostat RHT-1 ! Hygro-thermostat for temperature monitoring and regulation in range 32 °F to 140 °F (0 °C to +60 °C) and relative humidity monitoring and regulation in range 50...90% ! Possibility of setting of up to 8 conditions for contact switching and function permanently ON/OFF ! Sensor is a part of the device - designated for measuring in switchboards ! Function of sensor control (damage, disturbances...) ! Fixed setting of temperature hysteresis at 36.5 °F (2.5 °C) and humidity at 4% ! Output state is indicated by red LED ! Supply voltage AC/DC 24-240 V ! Output contact 1x NO-SPST ! 1-MODULE, DIN rail mounting EAN code RHT-1: 8595188137263 Device description: Technical parameters RHT-1 Function: Supply terminals: Input: Voltage range: Tolerance of voltage range: Measuring circuit Temperature range: Humidity range: Temperature hysterisis: Humidity hysterisis: Sensor: Indication of sensor´s fault: Accuracy Setting accuracy (mechanical): Long-term stability of humidity: Output Number of contacts: Current rating: Switched output: Switched voltage: Output indication: Mechanical life: Electrical life: Other information Operational temperature: Storing temperature: Electrical strengh: Operational position: Mounting: Protection degree: Overvoltage category: Pollution degree: Max. cable size (mm2): hygro-thermostat A1 - A2 1VA 24-240V AC / DC (AC 50 - 60 Hz) -15%; +10% 32 °F to 140 °F (0 °C to +60 °C) 50.. 90% 36.5 °F (2.5 °C) 4% internal red LED flashing Output contacts Ventilative upper oppenings 18 15 TOP Output indication Indication of supply voltage Function setting Temperature setting Humidity setting 5% typical < 0.8% / year Ventilative lower opennings 1x NO-SPST (AgSnO2) 16A / AC1, 10A / 24V DC 4000 VA / AC1, 300W / DC 250V AC1 / 24V DC red LED shines 3x107 0.7x105 -4 °F to 140 °F (-20 °C to +60 °C) -22 °F to +158 °F (-30 °C to +70 °C) 2.5 kV (supply-output) vertical, with correct orientation DIN rail EN 60715 IP40 from front panel, IP10 on terminals III. 2 max. 2x2:5, max. 1x4 with sleeve max. 1x2.5, max. 2x1.5 (AWG 12) 3.5˝ x 0.7˝ x 2.5˝ (90 x 17.6 x 64 mm) 2.4 oz. (69 g) EN 60730-2-9, EN 61010-1 Dimensions: Weight: Standards: Symbol A1 15 A2 18 15 18 A2 A1 T - + Un A2 A1 Supply voltage terminals Funcions Choice of function A B C D E F G H ON OFF Relay switched under the following conditions T > Tset T < Tset T > Tset T < Tset T < Tset T > Tset T < Tset T > Tset or or or or and and and and relay permanently ON relay permanently OFF RH > RHset RH > RHset RH < RHset RH < RHset RH < RHset RH < RHset RH > RHset RH > RHset This device is designated for monitoring of parameters of environment (meaning temperature and relative humidity) in switchboards. It enables setting of eight conditions of constact closing and therefore it is usable for various types of load (e.g. fans, heating, air-conditioning, dehydrating units...). While installing it is neccessary to take into account the fact that hysterisis rises by persistence of measured values between sensor and ambient environment. The device is equipped by sensor fault detection. In case of sensor fault, exceeding allowed limits (for temperature -22 °F / -30°C and 176 °F / +80°C; for humidity 5% and 95%) or in case of faulty internal communcation higher than 50% (due to e.g. high ambient disturbances) contact opens and sensor fault is indicated. Sensor fault doesn´t have influence on function permanently ON or pemanently OFF. Note: In case the conditions for switching are not applied, relay is open. Connection RH 76 16A/250 V AC1 Accessories to Thermostats - Temperature sensors TC, TZ, PT100 ! Thermister temperature sensors are made of Negative Temperature Co-efficient (NTC) embedded in a PVC or metal sleeve with a thermally-conductive sealer ! Sensor TC - lead-in cable to sensor TC is made of wire CYSY 2Dx 0.02” (0.5 mm) ! Sensor TZ - cable VO3SS-F 2Dx 0.02” (0.5mm) with silicone insulation for use in high temperature applications - silicone insulation for use in high temperature applications ! TC TZ TC Technical parameters - length: - weight: - length: - weight: - length: - weight: 8595188110075 8595188110617 8595188110082 8595188110099 TZ-0: TZ-3: TZ-6: TZ-12: 8595188140591 8595188110600 8595188110594 8595188110587 Pt100-3: 8595188136136 Pt100-6: 8595188136143 Pt100-12: 8595188136150 Resistive values of sensors in dependance on temperature Pt100 32 °F to 158 °F (0 °C to +70 °C) -40°F to 257°F (-40°C to +125°C) -22°F to 392°F (-30°C to +200°C) NTC 12K 5 % (τ65) 92 s / 23 s (τ95) 306 s / 56 s High temperature PVC High temperature PVC IP 67 - NTC 12K 5 % (τ65) 62 s / 8 s (τ95) 216 s / 23 s Silicone Nickel plated copper IP 67 - PT 100 (τ0.5) -/7s (τ0.9) - / 19 s Silicone Copper IP 67 Double insulation by silicone TC-0 3.9˝ (100 mm) 0.2 oz. (5 g) TC-3 9.8´ (3 m) 3.8 oz. (108 g) TC-6 19.7´ (6 m) 7.5 oz. (213 g) TC-12 29.5´ (12 m) 16.4 oz. (466 g) TZ-0 3.9˝ (110 mm) 0.2 oz. (4.5 g) TZ-3 9.8´ (3 m) 3.7 oz. (106 g) TZ-6 19.7´ (6 m) 7.6 oz. (216 g) TZ1-2 29.5´ (12 m) 14.8 oz. (418 g) Pt100-3 9.8´ (3 m) 2.4 oz. (68 g) Pt100-6 19.7´ (6 m) 5.3 oz. (149 g) Pt100-12 29.5´ (12 m) 8.8 oz. (249 g) Temperature (°C / °F) 20 / 68 30 / 86 40 / 104 50 / 122 60 / 140 70 / 158 Sensor NTC (kΩ) 14.7 9.8 6.6 4.6 3.2 2.3 Sensor PT100 (Ω) 107.8 111.7 115.5 119.4 123.2 127.1 Tolerance of sensor NTC 12 kΩ is ± 5% by 77°F (25 °C). Long-term resistence stability by sensor PT100 is 0.05% (10 000 hours). Diagramm of sensor warm up via air 70 PVC Silikon 60 50 o - length: - weight: TZ EAN code TC-0: TC-3: TC-6: TC-12: a [ C] Range: Scanning element: In air / in water: In air / in water: Cable material: Terminal material: Protection degree: Insulation: Types of temperature sensors: Pt100 Sensor PT100 - shielded silicon 2x 0.22 mm 2 (AWG 21), shielding connected with a case 40 30 20 10 0 00:00 τ65 (95): time, which sensor needs to heat up on 65 (95) % of ambient temperature of environment, in which is located 02:53 05:46 08:38 11:31 14:24 17:17 s [min] PVC -reaction to water temperature from 72.5 °F to 136.4 °F (from 22.5 1 °C to 58 °C). Silicone - reaction to water temperature from 72.5 °F to 144.5 °F (from 22.5 °C to 63.5 °C). Sensor photo TC TZ Pt100 77 Notes 78 Installation contactors Installation contactors VS VS120 VS220 VS420 VS425 VS440 VS463 Number of contacts: 1x20 A Configuration of switching and breaking contacts: 10, 01. Number of contacts: 2x20 A Configuration of switching and breaking contacts: 20, 11, 02. Number of contacts: 4x20 A Configuration of switching and breaking contacts: 40, 31. Number of contacts: 4x25 A Configuration of switching and breaking contacts: 40, 31, 22, 04. Number of contacts: 4x40 A Configuration of switching and breaking contacts: 40, 31, 22, 04. Number of contacts: 4x63 A Configuration of switching and breaking contacts: 40, 31, 22. Installation contactors with manual control VSM VSM220 VSM425 Number of contacts: 2x20 A Configuration of switching and breaking contacts: 20, 11, 02. Number of contacts: 4x25 A Configuration of switching and breaking contacts: 40, 31, 22, 04 Accessories VSK-11 VSK-20 Auxiliary contacts: 1x switching, 1x breaking. Auxiliary contacts: 2x switching. 79 Installation contactors VS120, VS220, VS420, VS425, VS440, VS463 ! For switching electric circuits, especially for resistave loads and three-phase induction motors number of contacts VS120: 1 number of contacts VS220: 2 number of contacts VS420, VS425, VS440, VS463: 4 ! It is produced in configuration of switching and breaking contacts: VS120: 10, 01 VS220: 20, 11, 02 VS420: 40, 31 VS425: 40, 31, 22, 04 VS440: 40, 31, 22, 04 VS463: 40, 31, 22 ! Protection IP 20 - on request we deliver covers that ensure protection IP 40 for all terminals ! DIN rail or panel mounting EAN code see page 84 Technical parameters Rated insulation voltage (Ui): Rated thermo-current lth (in AC): Switched operation AC-1 for 400 V, 3 phase: AC-1 for 230 V: AC-3 for 400 V, 3 phase: AC-3 for 230 V: AC-7a for 400 V, 3 phase: AC-7a for 230 V: AC-7b for 400 V, 3 phase: AC-7b for 230 V: AC-15 for 400 V, 1 phase: AC-15 for 230 V, 1 phase: DC1 Ue = 24 V: DC1 Ue = 110 V: DC1 Ue = 220 V: Loadability of modular contactors see page 83 The max. number of switching for max. load: Electrical life in 230 / 400 V AC-1- resistive load : AC-3-power load: AC-5a - high-intensity discharge lamp: AC-5b - incandescent lamps : AC-7a - resistive household devices: AC-7b - inductive household devices: Minimal load: Short circuit protection with the fuse char. aM: Coordination Type according EN 60 947-4-1: Electrical strenght: Contacts - max. cable size: Solid conductor: Stranded conductor: Maximal torque: Coil - max. cable size: Solid conductor: Stranded conductor: Max. torque: Operating Coil control voltage: Coil permanent supply +/- 10 %: Coil gear supply +/- 10 %: Mounting side-by-side: Operational temperature: Storing temperature: Weight: Dimensions: Standards: VS120 VS220 VS420 VS425 VS440 VS463 230 V 20 A 230 V 20 A 415 V 20 A 440 V 25 A 440 V 40 A 440 V 63 A x 4 kW, 1 phase x 1.3 kW only NO, 1 phase x 4 kW, 1 phase x 1.3 kW only NO, 1 phase 4A 6A 20 A 6A 0.6 A x 4 kW, 1 phase x 1.3 kW only NO, 1 phase x 4 kW, 1 phase x 1.3 kW only NO, 1 phase 4A 6A 20 A 6A 0.6 A 13 kW 7.5 kW, 3 phase 2,2 kW 1.1 kW, 3 phase 13 kW 7.5 kW, 3 phase 2,2 kW 1.1 kW, 3 phase 4A 6A 20 A 2A 0.5 A 16 kW 9 kW, 3 phase 4 kW 2.2 kW, 3 phase 16 kW 9 kW, 3 phase 4 kW 2.2 kW, 3 phase 4A 6A 25 A 6A 0.6 A 26 kW 16 kW, 3 phase 11 kW 5.5 kW, 3 phase 26 kW 16 kW, 3 phase 11 kW 5.5 kW, 3 phase 4A 6A 40 A 4A 1.2 A 40 kW 24 kW, 3 phase 15 kW 8.5 kW, 3 phase 40 kW 24 kW, 3 phase 15 kW 8.5 kW, 3 phase 4A 6A 63 A 4A 1.2 A 600 switch/hr. 600 switch/hr. 600 switch/hr. 600 switch/hr. 600 switch/hr. 0.2x106 0.3x106 0.1x106 by 30 μF 0.1x106 by 2 kW 0.2x106 0.3x106 ≥ 17 V, ≥ 50 mA 20 A 2 4 kV 0.2x106 0.3x106 0.1x106 by 30 μF 0.1x106 by 2 kW 0.2x106 0.3x106 ≥ 17 V, ≥ 50 mA 20 A 2 4 kV 0.2x106 0.3x106 0.3x106 by 36 μF 0.1x106 by 2 kW 0.2x106 0.3x106 ≥ 17 V, ≥ 50 mA 20 A 2 4 kV 0.2x106 0.5x106 0.1x106 by 36 μF 0.1x106 by 2 kW 0.2x106 0.3x106 ≥ 17 V, ≥ 50 mA 25 A 2 4 kV 0.1x106 0.15x106 0.1x106 by 220 μF 0.1x106 by 4 kW 0.1x106 0.15x106 ≥ 17 V, ≥ 50 mA 63 A 2 4 kV 0.1x106 0.15x106 0.1x106 by 330 μF 0.1x106 by 5 kW 0.1x106 0.15x106 ≥ 24 V, ≥ 100 mA 80 A 2 4 kV AWG 7 (10 mm2) 6 mm2 1.2 Nm AWG 7 (10 mm2) 6 mm2 1.2 Nm AWG 10 (2.5 mm²) 2.5 mm2 1.2 Nm AWG 7 (10 mm2) 6 mm2 1.2 Nm AWG 3 (25 mm2) 16 mm2 3.5 Nm AWG 3 (25 mm2) 16 mm2 3.5 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AC/DC 24 V, 48 V, 110 V, 230 V 2.1 VA/2.1 W 2.1 VA/2.1 W max. 2 contactors** AC/DC 24 V, 48 V, 110 V, 230 V 2.1 VA/2.1 W 2.1 VA/2.1 W max. 2 contactors** AC 24 V, 48 V 110 V, 230 V 5 VA/1.5 W 30 VA/25 W max. 2 contactors** AC/DC 24 V, 48 V, 110 V, 230 V 2.6 VA/2.6 W * 2.6 VA/2.6 W * max. 2 contactors** AC/DC 24 V, 48 V, 110 V, 230 V 5 VA/5 W 5 VA/5 W max. 2 contactors** AC/DC 24 V, 48 V, 110 V, 230 V 5 VA/5 W 5 VA/5 W max. 2 contactors** 4.6 oz. (130 g) 0.7˝x 3.35˝x 2.4˝ (17.5 x 85 x 60 mm) 23.. 131 °F (-5.. +55 °C) -22.. 176 °F (-30.. +80 °C) 6 oz. (170 g) 7.5 oz. (213 g) 1.4˝x 2.7˝x 2.24˝ 1.4˝x 3.35˝x 2.4˝ (35 x 62.5 x 57 mm) (35 x 85 x 60 mm) 14 oz. (400 g) 2.1˝x 3.31˝x 2.4˝ (53.3 x 84 x 60 mm) 14 oz. (400 g) 2.1˝x 3.31˝x 2.4˝ (53.3 x 84 x 60 mm) 4.2 oz. (120 g) 0.7˝x 3.35˝x 2.4˝ (17.5 x 85 x 60 mm) 600 switch/hr. IEC 60947-4-1, IEC 60947-5-1, IEC 61095, EN 60947-4-1, EN 60947-5-1, EN 61095, VDE 0660 * 3.8 VA/3,8 W for -04 version of contacts ** Note: In case several contactors are mounted close to each other, you need to use a installation spacer between every other contactor. We offer installation spacer of type IKV. 80 Connection VS120 VS120-10 VS120-01 1 A1 + R1 A1 + 2 A2 - R2 A2 VS220-11 VS220-20 VS220 VS220-02 1 3 A1 + 1 R3 A1 + R1 R3 A1 + 2 4 A2 - 2 R4 A2 - R2 R4 A2 - VS420-40 VS420 VS420-31 1 3 5 7 13 A1 1 3 5 21 A1 2 4 6 8 14 A2 2 4 6 22 A2 VS425-40 VS425 VS425-31 1 13 3 23 5 33 7 43 A1 + 1 13 3 23 5 33 R7 41 A1 + 2 14 4 24 6 34 8 44 A2 - 2 14 4 24 6 34 R8 42 A2 - VS425-22 VS440 VS425-04 1 13 R3 21 R5 31 7 43 + A1 2 14 R4 22 R6 32 8 44 A2 - VS440-40 R1 11 R3 21 R5 31 R7 41 A1 + R2 12 R4 22 R6 32 R8 42 A2 - VS440-31 1 3 5 7 13 A1 + 1 3 5 R3 A1 + 2 4 6 8 14 A2 - 2 4 6 R4 A2 - R1 R3 R5 R7 A1 + R2 R4 R6 R8 A2 - VS440-22 VS463 - VS440-04 1 R3 R5 7 A1 + 2 R4 R6 8 A2 - VS463-40 VS463-31 VS463-22 1 3 5 7 (13) A1 + 1 3 5 R3 A1 + 1 R3 R5 7 A1 + 2 4 6 8 (14) A2 - 2 4 6 R4 A2 - 2 R4 R6 8 A2- Auxiliary contacts for VS425, VS440, VS463 and VSM220, VSM425 Datas of auxiliary contacts for VSK-11 and VSK-20 Ambient temperature: Rated insulation voltage (Ui): Electrical strength: Rated current 230 V (AC 15): Rated current 400 V (AC 15): Max. switching frequence: The max. number of switching for max. load: Minimal load: Short circuit protection with the fuse char. aM: Solid/ Stranded conductor (max): Maximal torque: Weight: Dimensions: 23 °F to 131 °F (-5 °C to +55 °C) 500 V 4 kV 6A 4A 6A 600 sep./hod. ≥ 12 V, ≥ 10 mA 6A 2.5 mm² (AWG 10) / 2.5 mm² (AWG 10) 0.8 Nm 0.35 oz. (10 g) 0.4˝x 3.35˝x 2.4˝ (10 x 85 x 60 mm) Connection of auxiliary contact VSK-11 and VSK-20 EAN code see page 84 VSK-11 31 43 32 44 VSK-20 23 33 24 34 81 Installation contactors with manual control VSM220, VSM425 ! Special version of installation contactors with not only basic functions but also with manual control ! For switching accumulative appliances for heating and service water warming ! Description of individual positions of manual control AUTO: common function as with installation contactors without manualcontrol 1: shifting from AUTO to 1: operational contacts are closed and back contacts are open until there is another impulse to a contactor coil 0: contacts are open (operational contact) or closed (stand-by contact) regardless voltage ! Optical indicator: ON-OFF ! It is produced in configuration of making and breaking contacts: VSM220: 20, 11, 02 VSM425: 40, 31, 22, 04 ! It is possible to connect auxiliary contacts VSK to contactors VSM220, VSM425 EAN code see page 84 Technical parameters Rated insulation voltage (Ui): Rated thermo-current lth (in AC): Switched operation AC-1 for 400 V: AC-1 for 230 V: AC-3 for 400 V: AC-3 for 230 V: AC-7a for 400 V: AC-7a for 230 V: AC-7b for 400 V: AC-7b for 230 V: AC-15 for 400 V: AC-15 for 230 V: DC1 Ue = 24 V: DC1 Ue = 110 V: DC1 Ue = 220 V: Loadability of modular contactors see page 83 The max. number of switching for max. load: Electrical life in 230 / 400 V AC-1- resistive load : AC-3-power load: AC-5a - high-intensity discharge lamp: AC-5b - incandescent lamps : AC-7a - resistive household devices: AC-7b - inductive household devices: Minimal load: Short circuit protection with the fuse char. aM: Coordination Type according EN 60 947-4-1: Electrical strenght: Contacts - max. cable size Solid conductor: Stranded conductor: Maximal torque: Coil - max. cable size: Solid conductor: Stranded conductor: Max. torque: Operating Coil control voltage: Coil permanent supply +/- 10 %: Coil gear supply +/- 10 %: Mounting side-by-side: Operational temperature: Storing temperature: Weight: Dimensions: Standards: VSM220 VSM425 VSM220 - only AC supply voltage Connection VSM220 VSM220-20 230 V 20 A 440 V 25 A x 4 kW, 1 phase x 1.3 kW only NO, 1 phase x 4 kW, 1 phase x 1.3 kW only NO, 1 phase 4A 6A 20 A 6A 0.6 A 16 kW, 3 phase 9 kW, 3 phase 4 kW, 3 phase 2.2 kW, 3 phase 16 kW, 3 phase 9 kW, 3 phase 4 kW, 3 phase 2.2 kW, 3 phase 4A 6A 25 A 6A 0.6 A 600 switch/hr. 600 switch/hr. VSM220-11 1 3 A1 1 R3 A1 2 4 A2 2 R4 A2 VSM220-02 R1 R3 A1 R2 R4 A2 VSM425 - only AC supply voltage Connection VSM425 VSM425-40 6 1 13 3 23 5 33 7 43 A1 2 14 4 24 6 34 8 44 A2 6 0.2x10 0.3x106 0.1x106 by 30 μF 0.1 106 by 1.5 kW 0.2x106 0.3x106 ≥ 17 V, ≥ 50 mA 20 A 2 4 kV 0.2x10 0.5x106 0.1x106 by 36 μF 0.1x106 by1.5 kW 0.2x106 0.5x106 ≥ 17 V, ≥ 50 mA 25 A 2 4 kV AWG 7 (10 mm2) 6 mm2 1.2 Nm AWG 7 (10 mm2) 6 mm2 1.2 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AWG 10 (2.5 mm²) 2.5 mm2 0.6 Nm AC 12 V, 24 V, 42 V, 48 V, 110 V, 127 V, 230 V 2.8 VA/1.2 W 12 VA /10 W max. 2 contactors* AC 12 V, 24 V, 42 V, 48 V, 110 V, 127 V, 230 V 5.5 VA/1.6 W 33 VA/25 W max. 2 contactors* 23.. 131 °F (-5.. +55 °C) -22.. 176 °F (-30.. +80 °C) 4.9 oz. (140 g) 260 g (9.17 oz.) 0.7˝x 3.35˝x 2.4˝ 1.4˝x 3.35˝x 2.4˝ (17.5 x 85 x 60 mm) (35 x 85 x 60 mm) VS425-31 1 13 3 23 5 33 R7 41 A1 2 14 4 24 6 34 R8 42 A2 VSM425-22 1 13 R3 21 R5 31 7 43 A1 2 14 R4 22 R6 32 8 44 A2 VSM425-04 R1 11 R3 21 R5 31 R7 41 A1 R2 12 R4 22 R6 32 R8 42 A2 Auxiliary contacts VSK-11 and VSK-20 Datas of auxiliary contacts for VSK-11 and VSK-20 see page 81 IEC 60947-4-1, IEC 60947-5-1, IEC 61095, EN 60947-4-1, EN 61095, VDE 0660 *Note: In case several contactors are mounted close to each other, you need to use a installation spacer between every other contactor. We offer installation spacer of type IKV. 82 Loadability of installation contactors TYPE OF LIGHT Incandescent lamps Flourescent lamps Flourescent lamps lead-lag circuit Flourescent lamps parallel correction Flourescent lamps with electronic ballast units (EVG) High-pressure mercury-vapour lamps uncorrected High-pressure mercuryvapour lamps parallel correction Halogen metal vapour lamps uncorrected Halogen metal-vapour lamps parallel correction High-pressure sodiumvapour lamps uncorrected High-pressure sodiumvapour lamps parallel correction Low-pressure sodiumvapour lamps uncorrected Low-pressure sodiumvapour lamps parallel correction OPERATION (W) 60 100 200 500 1000 18 24 36 58 18 24 36 58 18 24 36 58 1 x 18 1 x 36 1 x 58 2 x 18 2 x 36 2 x 58 50 80 125 250 400 700 1000 50 80 125 250 400 700 1000 35 70 150 250 400 1000 2000 35 70 150 250 400 1000 2000 150 250 400 1000 150 250 400 1000 18 35 55 90 135 180 18 35 55 90 135 180 I (A) 0.26 0.43 0.87 2.17 4.35 0.37 0.35 0.43 0.67 0.11 0.14 0.22 0.35 0.12 0.15 0.2 0.32 0.09 0.16 0.25 0.17 0.32 0.49 0.61 0.8 1.15 2.15 3.25 5.4 7.5 0.28 0.41 0.65 1.22 1.95 3.45 4.8 0.53 1 1.8 3 3.5 9.5 16.5 0.25 0.45 0.75 1.5 2.5 5.8 11.5 1.8 3 4.7 10.3 0.83 1.5 2.4 6.3 0.35 1.5 1.5 2.4 3.5 3.3 0.35 0.31 0.42 0.63 0.94 1.16 VS120 VS220 VS420 33 20 10 3 1 22 22 17 14 2 x 30 2 x 24 2 x 17 2 x 10 7 7 7 4 25 15 14 12 7 7 14 10 7 4 2 1 1 4 4 3 1 1 18 10 5 3 3 1 5 2 1 5 3 2 1 22 7 7 4 3 3 6 1 1 1 - 33 20 10 3 1 22 22 17 14 2 x 30 2 x 24 2 x 17 2 x 10 7 7 7 4 25 15 14 12 7 7 14 10 7 4 2 1 1 4 4 3 1 1 18 10 5 3 3 1 5 2 1 5 3 2 1 22 7 7 4 3 3 6 1 1 1 - 33 20 10 3 1 22 22 17 14 2 x 30 2 x 24 2 x 17 2 x 10 7 7 7 4 25 15 14 12 7 7 14 10 7 4 2 1 1 4 4 3 1 1 18 10 5 3 3 1 5 2 1 5 3 2 1 22 7 7 4 3 3 6 1 1 1 - Number of lights on one contactor’s contact VS425 VS440 VS463 VSM220 33 20 10 3 1 24 24 20 17 2 x 40 2 x 31 2 x 24 2 x 14 8 8 8 5 35 20 19 17 10 9 18 13 9 5 3 2 1 5 5 4 2 1 22 12 7 4 3 1 6 3 1 1 1 6 4 2 1 1 1 27 9 9 5 4 4 7 1 1 1 - 65 40 20 8 4 90 90 65 45 2 x 100 2 x 78 2 x 65 2 x 40 48 48 48 31 100 52 50 50 26 25 38 29 20 10 7 4 3 31 27 22 12 9 5 4 43 23 12 7 6 2 1 36 18 11 6 6 2 1 17 10 6 3 11 6 4 2 71 23 23 14 10 10 44 11 11 8 4 5 85 50 25 10 5 140 140 95 70 2 x 150 2 x 118 2 x 95 2 x 60 73 73 73 47 140 75 72 70 38 36 55 42 29 15 10 6 4 47 41 33 18 13 7 5 60 32 18 10 9 3 1 50 25 15 9 8 3 2 22 13 8 3 16 10 6 3 90 30 30 19 13 13 66 16 16 12 7 8 33 20 10 3 1 22 22 17 14 2 x 30 2 x 24 2 x 17 2 x 10 7 7 7 4 25 15 14 12 7 7 14 10 7 4 2 1 1 4 4 3 1 1 18 10 5 3 3 1 5 2 1 5 3 2 1 22 7 7 4 3 3 6 1 1 1 - VSM425 33 20 10 3 1 24 24 20 17 2 x 40 2 x 31 2 x 24 2 x 14 8 8 8 5 35 20 19 17 10 9 18 13 9 5 3 2 1 5 5 4 2 1 22 12 7 4 3 1 6 3 1 1 1 6 4 2 1 1 1 27 9 9 5 4 4 7 1 1 1 - 83 EAN codes EAN codes for VS VS120 VS220 VS420 VS120-01 24V AC/DC: 8595188129848 VS120-01 230V AC/DC: 8595188123105 VS220-02 24V AC/DC: 8595188129381 VS220-02 110V AC/DC: 8595188138628 VS220-02 230V AC/DC: 8595188121422 VS420-31 24V AC: VS420-31 110V AC: VS420-31 230V AC: 8595188129442 8595188129466 8595188121446 VS220-11 24V AC/DC: VS220-11 48V AC/DC: VS220-11 110V AC/DC: VS220-11 230V AC/DC: 8595188129374 8595188129398 8595188130790 8595188121408 VS420-40 12V AC: VS420-40 24V AC: VS420-40 48V AC. VS420-40 230V AC: 8595188129459 8595188129435 8595188138581 8595188121439 VS220-20 24V AC/DC: VS220-20 48V AC/DC: VS220-20 110V AC/DC: VS220-20 230V AC/DC: 8595188125253 8595188129411 8595188129428 8595188121392 VS120-10 24V AC/DC: 8595188129367 VS120-10 230V AC/DC: 8595188123112 VS425 VS425-04 24V AC/DC: VS425-04 48V AC/DC: VS425-04 110V AC/DC: VS425-04 230V AC/DC: 8595188129527 8595188129558 8595188160032 8595188121682 VS440 VS463 VS440-04 24V AC/DC: 8595188129299 VS440-04 110V AC/DC: 8595188129305 VS463-22 24V AC/DC: 8595188129794 VS463-22 230V AC/DC: 8595188121514 VS440-22 24V AC/DC: 8595188129787 VS440-22 230V AC/DC: 8595188121477 VS463-31 24V AC/DC: 8595188129596 VS463-31 110V AC/DC: 8595188137904 VS463-31 230V AC/DC: 8595188121507 VS425-13 230V AC/DC: 8595188129473 VS425-22 24V AC/DC: 8595188129541 VS425-22 230V AC/DC: 8595188121675 VS425-31 24V AC/DC: VS425-31 48V AC/DC: VS425-31 110V AC/DC: VS425-31 230V AC/DC: 8595188129497 8595188137898 8595188129534 8595188121668 VS440-31 24V AC/DC: 8595188129572 VS440-31 230V AC/DC: 8595188121460 VS440-40 24V AC/DC: 8595188129565 VS440-40 110V AC/DC: 8595188138567 VS440-40 230V AC/DC: 8595188121453 VS425-40 24V AC/DC: 8595188129480 VS425-40 48V AC/DC: 8595188136174 VS425-40 230V AC/DC: 8595188121651 EAN codes for VSM VSM220 VSM425 VSM220-02 24V AC: VSM220-02 230V AC: 8595188129817 8595188128100 VSM425-04 24V AC: VSM425-04 230V AC: 8595188129831 8595188128155 VSM220-11 24V AC: VSM220-11 230V AC: 8595188129800 8595188128094 VSM425-22 24V AC: VSM425-22 230V AC: 8595188129336 8595188128148 VSM220-20 12V AC: VSM220-20 24V AC: VSM220-20 230V AC: 8595188138369 8595188128117 8595188128087 VSM425-31 24V AC: VSM425-31 42V AC: VSM425-31 230V AC: 8595188129824 8595188160247 8595188128131 VSM425-40 12V AC: VSM425-40 24V AC: VSM425-40 230V AC: 8595188160049 8595188128162 8595188128124 EAN codes for VSK 84 VSK-11: 8595188121613 VSK-20: 8595188121606 VS463-40 24V AC/DC: 8595188129589 VS463-40 110V AC/DC: 8595188140652 VS463-40 230V AC/DC: 8595188121491 TECHNICAL INFORMATION Main regulations for correct use of products Product loadability Electro-magnectic compatibility of products EMC chart Overview of tested types of light sources and the loads Products packing Dimensions Examples of usage Support of project designing Production technology 85 Main instructions for correct use of ELKO EP products To ensure correct and perfect function of a device and its safe operation, it is necessary to ensure and observe several main regulations: 1.) Device supply - it is necessary to ensure continuous supply of the device without drops and voltage peaks. It is mainly important for device (e.g. dimmers) where there is synchronization managed by sine wave of the main and fault in the main ca cause unreliable function of the device - it is necessary to observe correct connection of terminals, and in case of DC supply voltage also polarity - it is necessary to observe allowed tolerance of the size of supply voltage which is given by technical parameters of individual devices 2.) Protection of the device - it is necessary to ensure protection of the device by adequate elements of overvoltage protection – by fuses, by surge arrestors 3.) Elimination of disturbances on input circuits - it is recommended to eliminate disturbances on control inputs of devices by suitable elements (R-C elements) and thus minimize creation of inductive voltage on incoming wires - pay attention when connecting control inputs and keep in mind max. current and min. voltage at rest, which can cause spontaneous switching of device 4.) Opereting conditions - to assure the granted life and correct functions of device, there is not recommended to leave the device in extreme conditions that could negative way influence the correct device functions - permanent temperature influence over 70°C, aggressive exhalations, chemicals, high relative humadity over 95%, high electromagnetic field or microwave radiation - for error-free function it is necessary to avoid device placement close to electromagnetic interference source - all mentioned products fulfill the EMC requirements in accordance with EU Directive 89/336/EEC. Notwithstanding it is necessary to pay attention when devices are connected to circuit with electrical appliances that produce electromagnetic interference (contactors, motors), and pay attention to close power cables. It is recommended that device connecting cables (supply and control inputs) are possibly short and go separately from power cables. In case the device is connected to circuit with contactors or motors, it is necessary to protect the device with appropriate extern protection components - RC members, varistors or surge voltage protector. - when you use AL wires, it is necessary to follow requirements of ČSN standard 370606: 1959 and ČSN 370606 amendment 2: 1992 5.) Device handling and using - input terminals do not fill-in with high power (for serial terminals max 0.5 N/m), do not give excessive pressure to carrier terminal parts to avoid demage of inner device construction - protect the device before falls and excessive vibrations that could demage relays contacts - do not overload input relay´s contacts, especially when using loads with other category then AC1 - when at switching of big loads the relay contacts get sealed it is necessary to use inserted contactor or power relay tuned to required load for given application Description of used protection elements in device All time and monitoring relays from our assortment are equipped with protective elements (varistors) against possible overvoltage in supply main. Limit voltage of used varistors is 275 V. At short-time overvoltage in supply main varistor decrease its leak resistor and accumulate arosen overvoltage. When this overvoltage behave as short-time peak, varistor is able to react and protect the device against negative influences. As other protection elements there are used transils and zener diodes that eliminate overvoltage impulses in supply and input circuits of device (e.g. when switching inductive loads). In case of switching inductive loads it is recommended to separate a supply of power element (motors, contactors etc.) from supply of measuring and control device inputs. On the charts bellow you can see oscilographic running of disconnecting of loads (contactors) and reaction of protective elements to arosen voltage pikes. Process of disconnection of contactor with coil on 230V/AC without R-C member Osciloscope configuration U=200 V/d t=5ms/d 86 Process of disconnection of contactor with coil on 230V/AC and R-C member 390 Ohm-330 nF Osciloscope configuration U=200 V/d t=10ms/d Process of disconnection of contactor with coil and limited varistor on 230V/AC Osciloscope configuration U=200 V/d t=5ms/d Product loadability SOU-3 CRM-4; HRH-7; MR-41; MR-42; SHT-1; SHT-1/2; SHT-3; SHT-3/2; SMR-B; SOU-1; RHT-1; TER-3A; TER-3B; TER-3C; TER-3D; TER-3E; TER-3F; TER-3G; TER-3H ; VS116U; VS316/24V; VS316/120 CRM-82TO; CRM-83J; CRM-93H; PRM-2H; PRM-92H; TER-7; VS308U; CRM-61; HRH-5; HRN-56; PRI-32; PRI-51; PRI-52; PRI-53; TER-9 HRH-6 COS-1; CRM-2H; CRM-2HE; CRM-2T; CRM-81J; CRM-91H; CRM-91HE; HRH-1; HRN-33; HRN-34; HRN-35; HRN-37; HRN41; HRN-42;HRN-43; HRN-43N; HRN-63; HRN-64; HRN-67; PDR2; PRI-41; PRI-42; PRM-91H; SJR-2; TER-4 Material of contact AgSnO2 contact 12A Material of contact AgSnO2 contact 16A Material of contact AgNi contact 8A Material of contact AgNi contact 10A Material of contact AgNi contact 16A 250V / 12A 250V / 16A 250V / 8A 250V / 10A 250V / 16A M 250V / 3.7A 250V / 5A 250V / 3A 250V / 3A 250V / 5A M 250V /2.2A 250V / 3A 250V /2A 250V /2A 250V / 3A 230V / 2.2A (510VA) 230V / 3A (690VA) 230V / 1.5A (345VA) 230V / 2A (460VA) 230V / 3A (690VA) 230V / 2.2A (510VA) till max output C=14UF 230V / 3A (690VA) till max output C=14UF x x x 1 120W 1000W 300W 500W 800W x x x x x 250V / 2.2A 250V / 3A 250V /1A 250V / 2A 250V / 3A 250V / 7.5A x 250V /1A 250V / 6A 250V / 10A 250V / 4.5A x x 250V / 3.8A 250V / 6A 250V / 4.5A 250V / 6A 250V /3A 250V / 3.8A 250V / 6A 250V / 4.5A 250V / 6A 250V /3A 250V / 3.8A 250V / 6A 24V / 12A 24V / 10A 30V / 8A 24V / 10A 24V / 16A M 24V / 4.5A 24V / 3A 30V / 3A 24V / 3.8A 24V / 6A M 24V / 3A 24V / 2A 30V / 2A 24V / 2.5A 24V / 4A 24V / 12A 24V / 6A 30V / 8A 24V / 10A 24V / 16A 24V / 1.5A 24V / 2A 30V / 2A 24V / 1.3A 24V / 2A 24V / 1.5A x x 24V / 1.3A 24V / 2A PRODUCT CONTACT TYPE OF LOAD cos φ ≥ 0.95 AC1 AC2 AC3 AC5a uncompensated AC5a compensated HAL.230V AC5b AC6a AC7b AC12 AC13 AC14 K AC15 DC1 DC3 DC5 DC12 DC13 DC14 87 Product loadability Problematic choice of suitable relay contact for a particular load switched with a product is described below. Mostly we experience problems with incorrect choice of load (meaning incorrect relay for a particular load) which results in permanent switching of contact (sealing) or damage on relay contact – which then results in malfunction. What load can you use? Detailed types of load according to standard EN 60947 are described in charts below – categories of use. Category of use Typical use EN AC current, cosφ = P/S (-) AC-1 Non-inductive or slightly inductive load, resistance furnace Includes all appliances supplied by AC current with power factor (cos φ) ≥ 0.95 Examples of usage: resistance furnace, industrial loads AC-2 Motors with slip-ring armature, switching off AC-3 Motors with short-circuit armature, motor switching when in operation This category applies to switching off motors with short-circuit armature while in operation. While switching, contactor switches current which is 5 up to 7 times rated current of motor. 60947-4 60947 60947-4 AC-4 Electro-motors with short-circuit armature: start up, braking by backset, changeover AC-5a Switching of electrical gas-filled lights, fluorescent lights 60947-4 AC-5b El. bulb switching Enables low contact loading due to resistance of cold fiber is many times smaller that the one of hot fiber. 60947-4 AC-6a Switching of transformers 60947-4 AC-6b Switching of capacitors 60947-4 AC-7a Switching low inductive loads of home appliances and similar applications 60947 AC-7b Load of motors for home appliances 60947 AC-8a Switching of hermetically sealed motors of cooling compressors with manual reset switches against overload Hermetically sealed cooling compressors have to be placed in one box without external shaft or shaft padding and motor must operate with cooling liquid 60947 AC-8b Switching of hermetically sealed motors of cooling compressors with manual reset switches against overload Hermetically sealed cooling compressors have to be placed in one box without external shaft or shaft padding and motor must operate with cooling liquid 60947 60947 AC-12 Switching of semiconductor loads with separation transformers 60947-5 AC-13 Switching of semiconductor loads with separation transformers 60947-5-1 AC-14 Switching of low electro-magnetic loads (max.72 VA) 60947-5-1 AC-15 Management of alternating electro-magnetic loads This category applies to switching inductive loads with input for closed electro-magnetic circuit higher than 72 VA Use: switching coils of contactors 60947-5 AC-20 Connecting and disconnecting in unloaded states 60947-3 AC-21 Switching resistive loads, including low loading 60947-3 AC-22 Switching of mixed resistive and inductive loads, including low overloading 60947-3 AC-23 Switching of motor loads or other high inductive loads 60947-3 AC-53a Switching of motors with short-circuit armature with semiconductor contactors 60947 Note: Category AC 15 replaces formerly used category AC 11 DC current, t = L/R (s) DC-1 Non-inductive or low inductive load, resistive furnaces DC-3 Shunt motors: start-up, braking by backset, reversion, resistive braking 60947-4-1 DC-5 Series motor: start-up, braking by backset, reversion, resistive braking 60947-4-1 DC-6 Non-inductive or low inductive loads, resistive furnaces – el. bulbs 60947-4-1 DC-12 Management of resistive loads and fixed loads with insulation by opto-electric element 60947-5-1 DC-13 Switching of electromagnets 60947-5-1 DC-14 Switching of electromagnetic loads in circuits with limiting resistor 60947-5-1 60947-4 DC-20a(b) Switching and breaking without load(a: frequent switching ,b: occasional switching) 60947-3 DC-21a(b) Switching ohmic loads including limiting overloading (a: frequent switching ,b: occasional switching) 60947-3 DC-22a(b) Switching of compound ohmic and inductive loads including limited overloads ( e.g. shunt motors) (a: frequent switching, b: random switching) 60947-3 Switching of highly inductive loads (e.g. series motors) 60947-3 DC-23 How can you distinguish for which load is our product (relay) designated? Our company record this information on a products and also in our catalogue, instruction manual and other promotional and technical material (website etc.). It is important to realize that it is not always possible to point out load because of lack of information about the device (user cannot measure cos) or it is not possible because of inconstancy of parameters of switched device. Manufacturer of relays records always guaranteed parameters in ideal conditions which are done by a norm (temperature, pressure, humidity, etc.) and reality can be in a lot of cases different. Category of use (classification) of a particular relay is done by material of output contacts. Basic types of materials which are used for production of contacts for high-performance relay are: a)AgCd – suitable for switching ohmic loads. Before of harmfulness of Cd, this type of contact is remitted b)AgNi –designated for switching resistive loads , good quality switching and conducting (contact doesn’t oxidate) small currents/voltages ,it is not designated for surge currents and loads with inductive component c) AgSn or AgSnO2 –suitable for switching loads with inductive component , not suitable for switching small currents/voltages, it is more resistive to surge currents, suitable for DC voltage switching, less suitable for switching loads of ohmic type d)Wf (wolfram)-special contact designated for switching surge currents with inductive component e)with gold (AgNi/Au)- Used for “improving” contacts for low currents/ voltages , prevents oxidation 88 Electromagnetic compatibility of ELKO EP, s.r.o. products Electromagnetic compatability (EMC) is a new scientific field which was founded in the 60s last century. It had been known only to a small number of specialists working in a military and cosmic research. Electromagnetic compatability EMC is defined as an ability of a device, system or a machine to show the correct operation even in an environment in which there are other sources of electromagnetic signals (natural or artificial), and also an ability not to influence negatively the environment by its own “electromagnetic action” and not to radiate signals that would disturb other devices. It is an indicator of good quality and reliability. Breach of such EMC requirements may cause several damages with catastrophical consequences. When testing EMC of a device or system (technical and biological), it is based on so called “ fundamental chain of EMC” shown in the picture. This chain shows a system problematic of EMC and we inspect all three components. SOURCE OF ELECTROMAGNETIC DISTURBANCES motors, switches, relays, power distributions, semi-conducting alternators, fluorescent tubes, arc furnances, welding machines, oscillators, PC, digital systems, electrostatic discharge... ENVIRONMENT OF DISTRIBUTION, ELECTROMAGNETIC STRUCTURE DISTURBED OBJECT, DISTURBING RECEIVER air space, energy cables, supply convection, convection, grounding, screening, signaling conductors, data condutors... digital devices, PC, measuring devices, automatization device, telecommunication system, data transmission system, wireless set, television receivers... Test SURGE For guarantee the immunity of our devices against to electromagnetic disturbance we are doing EMC tests and according results we are still innovating our product to be accoding the EMC norms with reserve. The most important test is immunity against gust of high-energy voltage and current impulse (SURGE), what is made according the norm IEC 61000-4-5. By this our products are controlled in case of short time pulse, what is apllicated as to input as to output circuits of divices, to switching inputs, sensing inputs, etc. Our produts pass all criterias and are fully competitive to foreign products. Test SURGE is used in practice mainly for 1-phase devices with take-off current to 16 A. It makes use of voltage impulse 1,2/50 ms no load and current impulse 8/20 ms for short time. Size of used voltage impulse is 0.5 kV, 1 kV, 2 kV and 4 kV, size of used current impulse is 2kA on 4kV with choise of changing polarity. For testing by impulses is as coup mode specify capacitive coupling. Test BURST Other very important test is test immunity against quick short-lived effect (couple of impulses- BURST), which dissimulated influence if industry disturbance. Test is made according to the norm IEC 61000-4-4. Disturbance signal is injected to supply circuits and communication cabling. Coupling is made by 1-phase capacitive circuit or coupling capacitive ribband to supply, signalling or data convection of tested device. Size of testing impulses is 0.5 kV, 1 kV, 2 kV and 4 kV in possitive and negative polarity. Repeat frequence is 2.5 kHz, or 5 kHz. Period of testing 0 - 6 minut by steps for 0.1s. Test POWERFAIL For right function of products in industry is important POWERFAIL test - simulation of decreasing and failure of supply voltage. It is made according to the IEC 61000-4-11. Short-time supply decreasing are random decreasing of supply voltage, which are more than 10 - 15 % of its nominal size and have short time existing 0.5 - 50 periodes of basic frequency 50 Hz. Short breaks of voltage are short time decreasing over 100 %. Mentioned changes of supply circuit voltage are made in practise by disturbance in mains (high voltage, low voltage ) and breaks on load of the main. Test of EMC emissions Electronic devices must be designed not to be a source of oversize electric or electromagnetic disturbances in its surroundings. Test is executed according to standard EN 55022. Emissions are measured by wires or by air. Test of electromagnetic high-frequency field and HF signal coming from the main The purpose of this test is to verify immunity of the device against electromagnetic fields that are created by radio transmitters or by any other device which transmits electromagnetic energy by uninterrupted waves (walkietalkies, radio and TV transmitters.) Test is carried out against disturbances in the main and emissions. We apply testing level 3 which for HF field means intensity of field 10 V/m and for HF signal it is voltage level 10 V. Test of electrostatic discharge It is a test of resistance against discharges of electrostatic energy caused by servicing or by surrounding objects. Such discharge can damage a device or its components. Test is carried out by direct or indirect application of discharges to a tested device. Test is carried out according to a standard EN 61000-4-2. Direct influence of discharges is targeted into such places and surfaces that are accessible to servicing during common use. Indirect influence of discharge is done by horizontal and vertical coupling board. The device is treated by at least ten individual discharges for positive and negative polarity. Testing levels are 2kV, 4kV, 6kV, 8kV, 15kV. Company ELKO EP has its own test laboratory in which it carries out pre-certification for conditions that must be met by each of our products. Thus customers gets not only a product of a high quality, which is ensured by many years of experience in the field of switching relays, but also a product which can operate in demanding conditions of industrial environment. Product, tested this way, guarantees reliability and functionality to customer’s full satisfaction. 89 Products packing Products 90 Packing COS-1, HRH-1, HRN-41, HRN-42, HRN-43, PDR-2, PRI-41, PRI-42, PS-30-12, PS-30-24, PS-30-R Packing of 3-MODULE relay - 1 pc SHT-1, SHT-3, SHT-1/2, SHT-3/2 Packing of 2-MODULE relay - 1 pc PRM-91H, PRM-92H, PRM-2H Packing of plug - in relay - 2 pc SOU-1, LIC-2, CRM-91HE, CRM-2HE Packing of 1-MODULE relay with accessories CRM-81J, CRM-83J, CRM-82TO, CRM-61, CRM-9S, CRM-2H, CRM-2T, CRM-4, SOU-1, HRH-5, HRN-33, HRN-34, HRN-35, HRN-55, HRN-55N, HRN-54, MR-41, MR-42, PRI-51, SJR-2, TER-3, TER-7, HRN-56, HRN-63, HRN-64, HRN-67, VS116U, VS316/24 Packing of 1-MODULE relay - 10pc Design Dimensions 1-MODULE DESIGN 17.6 PRI-32 59 5 18.2 25.8 80.5 4 21.5 59 8.4 5 11.3 11.3 13.8 11 25 90 44.8 35.6 Ø3 11.4 Ø 6.5 11.3 11.3 Ø6 front panels 1-MODULE, examples of use: CRM-81J CRM-82TO SJR-2 CRM-2HE CRM-91H HRN-56 CRM-4 2-MODULE DESIGN MR-42 PRI-51 SOU-1 HRH-5 TER-7 Temperature sensor 65 35 16.5 19 29.5 TC 20 mm /0.8˝ 5 11.2 11.2 30 8.2 mm 0.3˝ 22.65 mm /0.9˝ 90 45 35.6 TZ 11.3 6.2 mm 0.2˝ PT100 11.3 24 mm / 0.9˝ 4.6 mm 0.2˝ SMR-M SMR-T PSB 15.4 49 21 SMR-B 15.4 49 21 15.4 49 13.3 49 21 91 Dimensions 3-MODULE DESIGN 65 11.2 11.2 45 19 HRH-1 29.5 HRN-56 11.2 11.2 5 44.4 42.3 48 16.5 90 52 35.6 52 front panels 3-MODULE, examples of use: HRN-41 PS-30-R PS-30-12 6-MODULE DESIGN 5 11.2 11.2 45 19 front panels 6-MODULE, examples of use: 29.5 PRI-53 90 16.5 48 42.3 48 65 35.6 105 11.2 11.2 PS-100-12 21 2 70 96 26 SOU-3 92 62 34 Dimensions HRH-6 110 20 6x 66 4 14 50 27 M16x1.5 27 M16x1.5 15 15 15 110 20 15 15 30 M16x1.5 28 HRH-6/S 28 110 20 6x 66 4 M16x1.5 15 15 15 110 15 15 50 28 PRM-91H/11, PRM-91H/8, PRM-92H, PRM-2H 38 13 M18x1.5 60 50 45 38 Level sensor SHR-3 9.5 51 Socket for PRM-91H/11, PRM-92H, PRM-2H Socket for PRM-91/8 11.5 6HR 24 21 photosensor SKS external potentiometer for CRM-2HE, CRM-91HE 21.8 ES-8 ES-11 27 38 30 22 M 22x1 27 30 28 ø 4.2 21 ø 4.2 23 13 ø 3.2 89 ø 3.2 65 65 5.6 5.6 17 13 38 27 B1 B3 B2 20.8 15 93 Dimensions VS120 VS220 VS425 VS440 VS463 65.4 45 85 53.3 45 85 35 45 85 17.5 47.5 VS420 45 35.5 62.5 55 49.4 4.4 4.7 35.5 63 HRH-7 ATV-1 25 114 53.5 02 Mo 21 Mi Do 8 Fr 4 Sa So : AUTO MANU 76.5 PG13.5 61 Di 114 MENU OK + 25 63 PG13.5 40 56 PG13.5 40 94 Support of project design Our aim is to give a complete care to all electro project designers. Our activities: Our products are a part of the following programs: Project programs Award programs VeroX Obis DTB ELKO EP XLS XLS elektrotechnika MARKS AND SYMBOLS DWG TRAINING In case our products attracted your interest, do not hesitate to contact us at [email protected] or see our websites www.elkoep.com for more information. TECHNICAL SUPPORT In case of any questions regarding use of our products for a particular project, contact us at [email protected] Note.: logos, names, software, hardware are protected by owner’s rights. 95 Examples of usage Multifunction time relay CRM-91H,CRM-93H - for electric appliances, where is necessary to change the exact timing - controlling of the illumination, heating, motors, machines, ventilators, contactors... N N L L A1 S A1 A2 S A2 here s lway yw ever and ity a al tion func i Mult 15 16 15 18 Multifunction time relay with contactless output CRM-9S - using for warning illuminatin on the road, flashers, cyclers, often switched systems ... 12 V AC 16 18 Multifunction time relay with external potentiometer CRM-91HE - time adjusting via external operating unit, operating on panel, switchboard doors N L A1 A1 S S A2 A2 B1 B2 B3 external operating unit CR -9S B1 18 18 Time relay plug-in type PRM-91H, PRM-92H - serves to control light signallization, heating, motor and fan control etc. 15 18 16 Delay OFF without supply voltage CRM-82TO - delayed back-up switch off at current failure (emergency illumination, emergency respirator) N L A1 A2 16 26 CRM-82TO FUNC e 28 18 L N 96 15 a 25 Examples of usage Digital time switch SHT-1/2 - for controlling of all appliances that depend on real time, appliances could be controlled in regular cycles, or according to adjusted program (blocking of main door out of working hours or night) - in combination with other devices, controlling could be combinated (rooms ventilation, irrigation controlling, bell at school or in church...) N ur n yo y i g n eati rida ch h .g. on F t i w s e... e d to nee ou arriv u o n y re y Whe ge befo .m. p a cott at 1:13 h 13t L 18 15 16 A1 7 Auto 0 12 6 SHT-1/2 PRG RESET A2 26 MAN 2 + MAN _ OK ESC 28 25 Doublestage delay unit SJR-2 - for sequential load switching, electric furnaces, heaters.... Asymmetric cycler CRM-2H - regular rooms ventilation, cyclic humidity exhaustion, illumination controlling, circulation pump, flash, warning appliances, regular pump down, regular irrigation via electromagnetic valve N N L A1 A2 L S A1 it ircu he c e d t n rn o a u s to tu surge c ivide t n a r d ´t w owe So don fter a p loads? turn on u o Y er a arge nd l a k brea itching circuits l w a by s sever to it in y one. b e on A2 1 2 25 15 16 26 28 18 3 15 Staircase switch CRM-4 - staircase automatic systems, ventilators switching, for multiplace operating illumination on the staircases and halls... 16 18 y in tedl pea rent. e r ff e nd o diff on a time is g n i h ng witc losi g“ s g and c n i h in et som pen ed „ le the o e n i u n yo e, wh Whe of tim s term Singlefunction time relay CRM-81J - time switch, using for run down the pump after switch off the heating, switching of ventilators ... N N L L A1 S A1 A2 you en h W the urn t o t get for S A2 .. off. s t ligh 15 16 18 15 16 18 97 Examples of usage Digital time switch SHT-1, SHT-1/2 - for controlling of all appliances that depend on real time, in daily or weekly mode N Monitoring current relay PRI-41 (PRI-42) - monitoring over-/-underload (machine, motor ...) - monitoring consumption, diagnostics of distant appliance (short circuit, increased consump. ...) N L L 18 15 16 A1 7 Auto 12 6 0 SHT-1/2 PRG MAN 2 + OK MAN reset ESC _ 28 25 26 A2 d t un rren ss u c se gla -pha ing One agnify m er Programmable digital relay PDR-2 - illumination, ventilators, contactors controlling, controlling of interlocking plans, system of time abate and blocking (billiards, pin-balls....), away control via external buttons N L tion rma 26 25 28 18 15 .... time fo e in urat cc nd a a um axim y.... m d nee ispla you ed a d n e Wh you ne then ut abo 16 Twilight switch SOU-1 - outdoor illumination switching (garden illumination), flash, shop-window, hall and office illumination (switch off in desired light level, controlling of intensity) N N L L A1 S A2 IN IN 15 98 i g, if htin g i l off ey. on / ur mon s n r o u y lly t ve tica sary. Sa a m s Auto nece 16 18 t is A1 S VS425 A2 IN IN 15 16 18 VS425 Examples of usage Memory relay MR-41, MR-42 - because of 2-wire parallel buttons connection save money, place and time during the installation - light switching, hall, staircase, big rooms, controlling systems, automation Power relays VS - switching of higher load than is capacity of switched unit = repeater - assistant light controlling, signalling, boilers, ... will hey t , u lp yo d...“ ill he d exten w y „The nsify an inte N L N L A1 ON/OFF A2 B2 B1 A1 MR-42 A3 A2 1 Un 2 LED 14 12 11 ore . No m e l b a t r omfo and c es.“ y s a e l of cab h OFF / Pus nd bunch N O a „Push switches cross 24 22 21 11 Switching power supply PS-30-R - power supply of any devices and appliances via safe voltage with full galvanically separated from mains - power supply of driving systems, interlocking plants and use in measurement and control 12 14 Multifunction time relay CRM-61 - for electronic appliances, light control, heating, motors, fans..... L N A2 A1 S N L CRM-61 21 22 24 A1 A3 A2 PS-30-R -30-R LED 16 11 12 14 15 31 32 Thermostat for thermal protection of motors TER-7 - protection of motors against thermal overload Multifunction digital thermostat TER-9 - complex control of heating and water heating in a house N L A1 A2 25 26 28 Sim ate. l oo l contro t s i r re it oto Befo basic m and ple N L sensor 1 A1 T1 18 15 16 T1 7 T1 Auto 0 6 0 16 15 Ta R 18 in ilt- sor bu C sen PT Tb VS425 18 34 A2 T2 C sensor 2 12 T2 26 25 28 ill ch w he i h w t stat for rmo ice and e h t lar dev simi in one n one? a w s ctio no on ou k 6 functi gle-fun y o D you sin e of rs offe pric 99 Examples of usage øíkladpoit Monitoring voltage relay HRN-33 (35) - monitoring of mains voltage for appliances inclinable to supply tolerance A1 Monitoring voltage relay HRN-33 (35) - protection of appliances against under-/overvoltage A2 A2 A1 15 ys it pa n u g orin r onit r highe m c si be fa o ba t int e could n e ag stm Inve Dam 16 18 Monitoring voltage relay HRN-35 - start of back-up supply in case of failure 25 off. 15 16 26 28 18 Monitoring voltage relay HRN-34 - load disconnected when voltage declines or battery is discharged N N L A1 A2 L + A1 A2 4 transformer DC AC 25 26 28 15 15 16 18 16 18 Monitoring current relay PRI-51, PRI-32 - current-limiting relay (on one branch two appliances, which never work together), controlling systems, motors, heating, current indication, controlling of 1-phase motor run down, during the installation of main housing switchboard could be controlled via eye, if the cooker is not switched - in connection with current transformers, it is possible to extend current ranges up to 600A, which makes more things possible N L A1 B1 B2 16 15 100 r. elpe h eful y us ey.“ l l a re on m but reet ves you c s i „D It sa A2 18 Examples of usage Level switch HRH-1 - monitoring level in wells, tanks, pools, etc. Level switch HRH-5 - monitoring level in well, sump, tanks, pool, silo... N L N L HRH-1 ? own g verfl le havin o r e k? r ev whi rvoi ything pty tan itch. e s e n m w rr you rnt e ith e vel s Has ever bu erate w used le p t u e yo to o e no Hav r pump aly hav you u prob s, yo If ye Thermostat TER-3 with external sensor - control of temperature of floor heating 2 stage thermostat TER-4 with 2 external sensors - control of temperature of e.g. gas/electric boiler N L A1 ion ulat Reg A2 T1 T1 fort com d n sa ving = sa have and ne y e mon s in o Save device two N L sensor 1 sensor 2 sensor 18 15 Modular contactor VS120, VS220, VS420, VS425 - to switch circuits for supply and control of heating, lights, air-conditioning and other el. devices. Switches loads AC-1, AC-3, AC-7a, AC-7b, AC-15. Modular contactors VS440, VS463 - to switch supply and control circuits for heating, air-conditioning and other el. devices, switching 3-phase motors Switches loads A-1, AC-3, AC-7a, AC-7b, and AC-15 L N VS220-20 L N VS440-40 I th = 20A Control. Voltage A1-A2 AC 230V 50/60Hz A1-A2 DC 220V ( ) A1 1 3 ( ) A2 2 4 20A / 1 230V 4kW / 1 230V AC3 1.3kW / 1 230V I th = 40A 3 5 7 ( ) A1 1 A1-A2 AC 220-230V 50/60Hz A1-A2 DC 220-230V ( ) A2 2 4 6 8 AC1 40A / 3 400V 26kW / 3 400V AC3 11kW / 3 400V AC1 101 Examples of usage ENJOY THE COMPLETE HOUSEHOLD EQUIPMENT BY ELKO EP CRM CR M - 91 M91H H DIM DI M - 15 M- Multifunctional relay featuring 10 most frequently used functions Dimming of energy saving lights and LED lamps SM RSMR SM R-B Ventilation of the room after turning off the button TER TE R-9 SMR SM R -T Water temperature control ccording to 2 temperatures. Delayed switch-off of room lighting, steam extraction from bathroom COS CO S -1 SMonitoring the motor overloading and balancing HRN HR N -33 MR -4 42 Monitoring the voltage at the devices “susceptible” to power supply tolerance. TER TE R -3A Thermostat for temperature monitoring and regulation (for thawing the black ice). PS -3 3 00-12 Power source ESS, sensor, alarm 102 1 Control of lighting from multiple locations, stepping relay. SOU SO U-3 UFunction of light switch for pulling down the shutters at a high luminous intensity PRII - 32 PR Central monitoring of the current “is there a lamp on without any reason?” SMR SM R-M RVentilation of the room after turning off the PS S B -10 0 -1 12 Ideal for supplying drives, motors, light sources CRM CR M-4 MStaircase automatic switch controlling the light at the SHT SH T-1 Real-time-based switching of electrical equipment and appliances CRM CR M -2H MH Ensures circulation of water at regular intervals , 1x per 1 hour for 5 minutes HRH HR H-5 Level switch - pumping water from the tank 145 103 Examples of usage INDUSTRIAL USE OF ELKO EP PRODUCTS CRM-81J Periodic ventilation PRI-41/42 Monitoring the maximum permissible weight CRM-2T Starting the motor, wye-delta HRN-41 Monitoring the voltage level TER-3 Monitoring temperature in a tank. VS425 PRI-51 Checking for conveyor jamming = increase in CRM-91H Dosing material at preset intervals 104 3-phase contactor for triggering the motor PS-30-R Power supply at stabilised voltage MR-42 Group control of lighting from more locations PRI-53 Intended to monitor the current in 3 phases SOU-1 Automatic switching-on of the outdoor lighting at dusk PRI-51 Indication of machine failure / operation , depending on the flowing current CRM-91H Pulse shift HRN-37 Voltage / low voltage monitoring HRN-64 CRM-2H Observing the standby power unit battery Lubricant dispensing COS-1 TER-9 Liquid temperature control of two independent circuits Power factor monitoring = overall protection of motors HRN-43 Assuring of continuous energy supply. Back-up supply switching. HRH-5 Observing the liquid level SHT-1/2 Pre-heating the devices at preset times 105 Production technology The base of the production is a modern line disposing of SMD technology. SMD components compose of more than 80 % of all components. In the year 2004 the production line was modernized distinctly and it was completed by some new machines. Herewith the accurancy improved considerably and the capacity enhanced. 106 1) Printed circuit boards are placed into a cartridge and then automatically delivered to SMD production line. 2) Fully automatic adhesive and flux printer distributes adhesive or flux through profile form to the place where the SMD components are then mounted. Part of this process is also 3D optic inspection of the executed operation. 3) SMD components are mounted by pick-up machines. Three heads with laser alignment can place up to 15,000 components an hour. This machine replaces approximately 100 workers. 4) PCBs with mounted SMD components are inspected and forwarded to reflow. 5) Hot-air furnace ERSA serves for glue hardening or to activation of soldering flux by re-melting. The furnace has 3 zones. temperature after curing on 3rd ) output) zone approx. 1400C. For flux re-melting , the starting temperature is 130 0C, middle 180 0C and output is 280 0C. 6) Fully automatic line is ended by a cartridge which distributes picked and cured PCBs into holders. Production technology 7) After the classic components are manually mounted by experienced workers. 8) Manual placing of classical components is followed by soldering in soldering unit SEHO 8135-PCS which already supports “lead free” soldering technology. Thanks to IR pre-heating, this soldering unit allows operations on PCB together with temperature sensitive components on the upper side of PCB. Soldering unit is equipped by LW soldering jet and Delta jet. These jets allow a good quality. 9) After necessary semi-product testing on pin-testers final assembling into enclosures is executed. 10) The actual state of completion is monitored by bar codes during the whole production process. 11) Semi-finished PCBs are tested by this tester. It replaces visual control. By using weight board, particular pins on bottom part are in contact. Functionality of SMD components and classical components is checked. Testing one PCB set takes about 20 s. 12) In the end the products are fully printed by laser technology. Laser can burn from upper part) side of the product) and side part (front panel and terminals) printing one piece takes about 30 s. 107 ELKO EP Russia ELKO EP Poland ELKO EP Ukraine ELKO EP Czech Republic ELKO EP Germany ELKO EP Austria ~ ELKO EP Espana ELKO EP Slovakia ELKO EP Hungary iNELS Asia (China) iNELS SmartHome LLC a company of ELKO EP Holding 3029 Bradbury Rd | Madison, WI 53719 | USA phone: +420 573 514 221 | fax: +420 573 514 227 | [email protected] | www.elkoepusa.com Published: 08/2015 / Modifications or amendments reserved / © Copyright ELKO EP, s.r.o. / 1st edition
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