TruPortal System Controller Quick Reference (for TP-SYS-BRD, TP-SYS-2D, TP-SYS-2D-E, TP-SYS-2D2R) en-US The TruPortal System Controller • The TruPortal System Controller provides a solution for access control. It consists of two boards; the I/O board and the system on module (SOM) board. The I/O board, the larger of the two, contains the power supply and all field wiring connections. The SOM, the smaller mounted board, contains the main CPU and memory. TP-SYS-2D: TruPortal 2-Door base kit. Consists of a TruPortal System Controller, installed in UL-listed enclosure with 4 amp power supply. • The event log buffer and the real time clock are stored in battery-backed memory. Each reader port can accommodate a reader that utilizes Wiegand Data1/Data0, LED control, and buzzer control. TP-SYS-2D2R: TruPortal 2-Door base kit with readers. Consists of a TruPortal System Controller, installed in UL-listed enclosure with 4 amp power supply. Includes T-100 Readers (quantity = 2) and Credentials (quantity = 5). • TP-SYS-2D-E: TruPortal 2-Door base kit for EMEA. Consists of a TruPortal System Controller, installed in CE-compliant enclosure with 4 amp power supply. • -E Part number suffix for panel with CE enclosure (CE 220 VAC internal transformer). Not evaluated by UL. Twelve supervised inputs (excluding tamper and power monitor) are provided for door sense, reader tamper, or request to exit as well as four auxiliary supervised inputs. Interfaces The TruPortal System Controller interfaces upstream with the browserbased TruPortal User Interface. There is no dedicated host software to install on operators’ workstations. The TruPortal System Controller provides two (2) Ethernet ports. Configuration data and event/status reports are exchanged with the user interface via the primary Ethernet ports. The secondary port is not used. Communication via modem is not supported. Packing List • TruPortal System Controller PCB assembly, which consists of the I/O board and the SOM (quantity = 1) • Two positional terminal plug-in block (quantity = 7) • Three positional terminal plug-in block (quantity = 10) • Four positional terminal plug-in block (quantity = 8) • End of line resistors 1k ohm, 1% (quantity = 24) • Push-fit terminal tab adapters (quantity = 2) • Battery cable (quantity =1) • Battery bracket (quantity = 1) • Screws for battery bracket (quantity = 2) • Strain relief for power cable (quantity = 1) • Terminal block cover (quantity = 1) • Lock (quantity = 1) • Machine screws for securing the cover (quantity =6) • Enclosure (depending on option ordered) • Transformer (depending on option ordered) • Credentials (depending on option ordered) • T-100 Proximity Readers (depending on option ordered) Model Numbers The panels are available in the following configurations: • TP-SYS-BRD: TruPortal System Controller. Board only. Capable of controlling two (2) doors. No enclosure or readers. TruPortal System Controller Quick Reference 1 P/N 460800001B 12JAN12 en-US System Capacities Attribute TP-SYS Cameras per DVR Attribute TP-SYS Number of persons 10,000 Number of unique credentials 10,000 Credentials per person 5 Access levels 64 Access levels per credential 8 Schedules 64 Anti-attack Bushing Cap Time intervals per schedule 6 Holiday groups per schedule 8 Holiday groups 8 An anti-attack bushing cap covers a rear tamper spring. It fits inside an O-ring bushing located in the cabinet’s rear wall anti-tamper spring knockout. Leave the O-ring bushing and cap in place if the rear tamper is not used. Holidays per holiday group 32 Holidays (total) 64 Reader groups 64 Operator roles 32 User-defined fields 10 Video layouts 64 Card formats 8 Number of retained events in event log 65,000 64 / 32 TP-ADD-2D-BRD Dual Door Control Modules (including built in) 32 Readers (total) 64 16 Cameras (maximum) 64 Ethernet ports (total/supported) 2/1 RS-485 SNAPP bus ports 4 1. Remove the cap and the O-ring with the edge of a flat screwdriver. 2. Discard the O-ring. 3. Align the cap for the tamper spring and knockout hole on the cabinet back. 4. Screw the cap into the mounting surface. 5. Place the control cabinet over it, allowing the rear tamper spring to fit inside the cap. The cap will fit into the cabinet’s tamper spring knockout hole. 6. Secure the cabinet to the mounting surface. On dry wall, use 1/8 in. (3.175 mm) hollow wall, expansion anchors. Unscrew the screws from the anchors. Mark the mounting holes. Force a starter hole in each mark with a sharp tool. Hammer the anchors into each hole. Align the box mounting holes over the anchor holes and screw in the anchors until tight. On a concrete surface, hold the control box on the mounting surface. Mark the mounting holes. Use a hammer drill with a 3/16 in. (4.76 mm) carballoy drill bit and make 1in. (25.4 mm) deep holes in each marking. Insert a # 6-8 plastic anchor in each hole and hammer them in. Use # 8 X 1 in.(25.4 mm), Phillips, wood screws to screw into the plastic anchors and mount the box. See Figure 1 on page 9. Communication Wiring Inputs/Outputs The controller communicates to the user interface via Ethernet. Total number of system inputs (including TruPortal System Controller) 132 Total number of system outputs (including TruPortal System Controller) 66 Total number of TP-ADD-IO or TPADD-IO-BRD Input/Output Expansion Add-Ons 8 The downstream communication ports are 2-wire RS-485 interfaces which can be used to connect additional I/O panels. The interface allows multidrop communication on a single bus of up to 4000 feet (1200 m). Use twisted pairs (minimum 22 AWG / 0.644 mm / 0.326 mm2) with an overall shield for communication. See Figure 2 on page 10. Reader Wiring Each reader port supports Wiegand Data1/Data0. Voltage at the reader port is passed through from the input voltage of the controller and is limited to 250 mA. DVR/Cameras DVRs TVR30 (US Only) Mounting the Module Doors/Readers Number of doors (base board and dual door controllers) with readers in / Number of doors with readers in and out 4 If the rear tamper is used: 255 Areas TVR10 (EMEA & US) The reader supply voltage is 14 VDC. Readers that require different voltage should be powered separately. These readers may be connected and 4 TruPortal System Controller Quick Reference 2 P/N 460800001B 26JAN12 en-US powered through the dual door interface module. Refer to the reader manufacturer specifications for cabling requirements. Callout Reader wiring Callout 14 Buzzer 3 Green LED 15 Data0 4 Red LED 16 Data1 5 D1 17 Data1 6 D0 18 Data0 7 0V 19 Buzzer 4 7 +14 V 3 6 2 8 D1 20 LED 9 D0 21 Power Description 10 Reader (Out) 22 Ground 23 Reader (In) CN10/CN17 CN11/CN18 2 5 LED 1 4 13 3 3 Description Callout 1 Buzzer 5 Data1 11 Ground 2 +14 V 6 Data0 12 Power 3 Green LED 7 Ground 4 Red LED Input Circuit Wiring Typically, these inputs are used to monitor door position, request to exit, or alarm contacts. Input circuits are supervised. The input circuit is able to report a condition of “Fault” for the status of the circuit, which appears as a “Tamper” event for supervised conditions. Wiring In and Out readers CN10/CN17 1 2 3 CN11/CN18 CN12/CN19 1 2 3 4 BZ 14 GR RD D1 D0 0 2 1 Description Buzzer 2 2 Callout 1 1 BZ + GR RD D1 D0 0 1 Description 4 3 6 5 1 A supervised input circuit requires a resistor be added to the circuit to facilitate proper reporting. The standard supervised circuit requires 1K ohm, 1% resistors and should be located as close to the sensor as possible. 2 A B 8 7 9 Relay Circuit Wiring 23 22 All relays are dry contact. 21 20 19 18 17 10 11 Output 30 VDC rating Siren relay 1A Strobe relay 1A Strike relay 5A Aux relay 1A 12 13 14 15 16 The relays for siren and door strike have a Common pole (C), a Normally Closed pole (NC), and a Normally Open pole (NO). When you are controlling the delivery of power to the door strike, the Normally Open and Common poles are used. When you are momentarily removing power to unlock the door, as with a mag lock, the Normally Closed and Common poles are used. Check with local building codes for proper egress door installation. Power The TruPortal System Controller requires 18 VAC or 24 VDC for input power at CN2, or 12 VDC at CN1 (24 VDC and 12 VDC input power were not evaluated by UL). When powering the board from 12 VDC, the onboard battery charger will not be used and the lead-acid backup battery TruPortal System Controller Quick Reference 3 P/N 460800001B 12JAN12 en-US wires. The earth ground connection at CN2 Pin 2 is not required if the controller board is grounded through the mounting screws. should not be connected to the TP-SYS. The power supply providing the 12 VDC must have its own backup source. Maximum lengths for wiring TP-SYS 110/220 VAC Power wiring diagram 1 I/O Description Connection Maximum length of 22 AWG wire (in feet) Maximum line resistance (in Ohms) 13.2 V supply output CN3-1 CN3-3 CN10-2 CN17-2 CN21-1 CN23-1 CN24-1 CN25-1 CN26-1 300 approximately 4.8 Supervised inputs CN8-1 CN8-3 CN9-1 CN9-3 CN15-1 CN15-3 CN16-1 CN16-3 CN21-2 CN21-4 CN22-1 CN22-3 500 approximately 8 5 A @ 24 VDC relay output (assume 15% voltage drop) CN7-1 (NO) CN7-2 (C) CN7-3 (NC) CN14-1 (NO) CN14-2 (C) CN14-3 (NC) 45 approximately 0.72 1 A @ 24 VDC relay output (assume 15% voltage drop) CN4-1 (C) CN4-2 (NC) CN4-3 (NO) CN5-1(C) CN5-2 (NC) CN13-1 (NO) CN13-2 (C) CN20-1 (NO) CN20-2 (C) 220 approximately 3.6 2 3 4 Callout Description Callout Description 1 Ground stud 3 Connections for AC wiring 2 Red transformer wires 4 Wiring indication Power connectors +12V 0V DC+ 2 1 12 VDC input 2 24 VAC Input 2 CN1 1 2 3 AC 1 2 AC Description 1 0V 3 Callout 12 0V 1 CN2 CN2 3 Callout 3 Description 18 VDC Input The maximum input current is 2.7 A. The gauge is dependent on the length of the wire. The TruPortal System Controller can be powered by an internal Note: 18 VAC transformer that uses 20 AWG (0.812 mm / 0.518 mm2) secondary These specified ranges have been verified by UL. Note that if you run a longer wire, it is not verified by UL. This equipment must be permanently connected to a mains fused spur (3 A or 5 A) using 3-core cable with each core being no less than 18 AWG (1.024 mm / 0.823 mm2). The mains cable should be clamped securely with the cable clamps provided within the equipment/installation kit. Knockouts are provided on the top, bottom and sides of this equipment and these are intended for conduit or cable glands. As a mains switch is not provided on the equipment, a readily accessible disconnect device shall be incorporated in the building installation wiring. Where there is doubt as to the phase of this wiring, the device, when operated, will disconnect both poles simultaneously. TruPortal System Controller Quick Reference 4 P/N 460800001B 26JAN12 en-US Power Setup Power management parameters for the TruPortal System Controller are preconfigured as follows. These parameters can not be changed: Mains Supply Item North America product European product Australian/ New Zealand product Internal transformer 120 VAC +10% -15%, 60Hz 230 VAC +10% -15%, 50Hz 240 VAC ±10%, 50Hz Input current rating (AC) 600 mA 250 mA 250 mA • Brownout mode: Alarm and report • Brownout voltage (V): 10.00 • Battery size (Ah): 18 • Select Check for battery. • Clear the Enable battery tests check box. • Test time: 10 sec • Low load test period: 3 min • High load test period: 20 hr • Low voltage (V): 11.70 Warning: For continued protection against risk of fire, replace the mains fuse only with the same type and rating of fuse. • Warning voltage (V): 11.40 • Cutoff voltage (V): 10.20 The Aux. DC supply output is a Class 2 Power Limited circuit. • Very low voltage (V): 9.00 • Excess charge voltage (V): 16.00 • Cutoff time: 10 sec No current (mA): 17 • Excess power state discharge current (A): 1.200 Mains fuse T630 mA 250 V, UL Listed T400 mA 250 V T400 mA 250 V Aux DC Supply Mains powered unit +24 VDC input* +12 VDC input* • Output voltage (DC) 14 V ±5% 14 V ±5% 12 V ±5% Configuration Standby battery 7 Ah or 18 Ah 7 Ah or 18 Ah — Maximum recharge time 24 hours 24 hours — DC power supply rating** 2.4 A 2.4 A 1.2 A Battery charge limit 1.2 A 1.2 A — Quiescent current 140 mA 140 mA 200 mA Item Use the TruPortal Installation Wizard to discover the controller and connected peripherals, and to change basic configuration parameters. 1. Insert the TruPortal disc in your computer’s CD/DVD drive (Windows only). 2. Install Microsoft .NET 4.0 Framework. The TruPortal Utilities software will detect automatically if the .NET software is installed and display the word “Installed” next to the link if it is found. 3. Install Bonjour Print Services. The TruPortal Utilities software will detect automatically if the Bonjour software is installed and display the word “Installed” next to the link if it is found. 4. Click Discovery and Installation Wizard. 5. Select a Language and click [Next]. The wizard will search the network for all TP controllers. * 24 VDC and 12 VDC input were not evaluated by UL. 6. Select the controller to configure from the list and click [Next]. ** This DC Power Supply Rating is for all the current requirements, including recharging the battery. 7. Type the Administrator’s current Password. The default administrator User Name is admin The default administrator Password is demo Board protection is provided by resettable fuses which are not replaceable. All wiring in this enclosure is required to be UL compliant. All installation wiring within this equipment cabinet should utilize plastic cable ties to bundle cables and attach to designated cabinet cable mounting locations to provide strain relief for the cable harness. 8. The Administrator account has access to all aspects of the TP controller configuration. Leaving default user names and passwords in place is dangerous. Anyone familiar with the product will know the defaults. Disposal of batteries should be according to the local laws and regulations of your region. Contact your local waste management office for information on battery recycling or disposal. 9. If you are not able to identify the applicable rules in your area, check the instructions which will be available from the battery manufacturer. Type the password in the New Password and Confirm Password fields and click [Next]. 10. Change the settings on the Network Configuration tab as directed by the site’s network administrator. Ground all enclosures in accordance with NFPA 70 and Canadian Electrical Code, Part I. TruPortal System Controller Quick Reference Choose a new password for the administrator. 5 P/N 460800001B 12JAN12 en-US 11. Click [Next]. Status LEDs The wizard will discover controllers and I/O expansion modules connected to the TP controller. The following chart describes the purpose of each LED on the I/O board. 12. Click [Sync with PC] to set the correct time on the controller. 13. Select the appropriate Global Input EOL Terminations to indicate how the tamper circuits and sensors on the doors and readers are wired. 14. For each general purpose auxiliary input that is connected: 15. Description LEDs 1 and 2 During normal operation, the heartbeat is indicated by a one second blink rate on LED 2. a. Select a Mode. During firmware upgrade: b. Observe the inputs to determine they are working and communicating with the controller. • When LED 1 and LED 2 are both ON, the board is in monitor program mode (bootloader mode). • When LED 1 is ON and LED 2 is off, programming (flash) firmware is in progress. For each general purpose auxiliary output that is connected: a. Click the icon next to the State to change state. b. Observe the outputs to determine they are working and being activated by the controller. 16. For each door controller, select the Number of Doors controlled. 17. For each door: 18. I/O board LED LED 3 Orange LED indicates communication occurring on SNAPP port 1. a. Select the appropriate Mode for contact, request to exit and tamper circuits. LED 4 Orange LED indicates communication occurring on SNAPP port 2. b. Select commands from the Door Control list to test each door for proper installation and electrical wiring. LED 5 Orange LED indicates communication occurring on SNAPP port 4. LED 6 Orange LED indicates communication occurring on SNAPP port 3. LED 7 Green LED indicates link and activity on primary Ethernet port (Eth0). When you have tested all devices, click [Finish]. Jumpers Jumper Description CN37 External LED indication for power (to be wired to the outside of the enclosure) LED 8 Yellow LED indicates speed on primary Ethernet port (Eth0). CN38 Controls SNAPP 1 termination. 120-ohm termination is added across the bus when the shunt jumper is installed on the pin header. LED 9 Green LED indicates link and activity on secondary Ethernet port (Eth1). LED 10 CN39 Controls SNAPP 2 termination. 120-ohm termination is added across the bus when the shunt jumper is installed on the pin header. Yellow LED indicates speed on secondary Ethernet port (Eth1). LED 11 Not applicable LED 12 Green LED indicates the presence of power to the board at connector CN2. CN40 Controls SNAPP 3 termination. 120-ohm termination is added across the bus when the shunt jumper is installed on the pin header. CN41 Controls SNAPP 4 termination. 120-ohm termination is added across the bus when the shunt jumper is installed on the pin header. CN35 LEDs 1 through 10 will be switched off when the enclosure is closed. The following chart describes the purpose of each LED on the SOM board. If the panel needs to be started on battery only, without ever having AC or DC power, this connector should be momentarily shorted. TruPortal System Controller Quick Reference 6 SOM board LED Description Power LED Green LED indicates SOM power. Status 1 Yellow LED, along with the green power LED, indicates initialization. Status 2 Red LED is off. Currently not defined. P/N 460800001B 26JAN12 en-US TruPortal Reader Output LEDs The following chart describes the behavior of TruPortal reader output based on different actions of the door. 30 0 0 0 3 Locked RED GREEN 5 0 0 0 4 Facility RED RED 30 0 0 0 5 Card Only RED RED 30 0 0 0 6 Pin Only RED RED 30 0 0 0 7 Card & Pin RED RED 30 0 0 0 8 Card or Pin RED RED 30 0 0 0 RdiLine2 GREEN RdiLine1 Beep Count GREEN ON Time Unlocked OFF Color 2 ON Color Disabled RLED ID 1 LED Mode Repeat Count LED OFF Time Reader Mode N/A N/A N/A Replace Battery The event log buffer and the real time clock are backed up by a 3 V battery. Without power being applied to the controller, the battery will retain events and transactions for up to one year. - This battery should be replaced annually to insure that proper backup functionally is maintained. Remove the insulator from the battery holder after installation. Replacement battery: Panasonic CR2354 Lithium coin cell battery. Warning When changing the lithium battery, replacement must be a Panasonic CR2354 only. SOM. Maximum available output current is 1 A. [Example: 250 mA for (Reader power) + 400 mA for (SNAPP Ports) = 650 mA total current used.] Drawing more will cause the output voltage to drop as the system regulator starts to current limit. The power applied from the mains to the transformer in the enclosure is 120 VAC for North America (230 VAC for Europe, and 240 VAC for Australia). Memory and Clock Backup: Panasonic 3 V CR2354 Lithium coin cell battery • Wiring - Battery may explode if mistreated. Do not recharge, disassemble or dispose of in fire. Follow local code for proper disposal of used lithium battery. N/A • Caution: N/A Note: Specifications Ground: 14 AWG (1.628 mm / 2.08 mm2),, provided in the panel from the fused terminal block to the ground lug Module Bus (RS-485) Cabling (device communication and power): Recommended: 22 AWG (0.644 mm / 0.326 mm2), 4 conductors, shielded twisted pair, 120 impedance, low capacitance, 41 pF/meter or 12.5 pF/foot (such as Belden 9842). Maximum Length: Up to 2000 feet (610 m) of cable on a Module bus port. For longer cable distances, or where one cable connects many expansion modules (daisy chained, star wiring configurations are not acceptable), a 120-ohm terminating resistor will need to be installed across A and B communication terminals of the last module on the bus cable. Separate Power (or door strike) Wiring: Recommended:18 AWG The TruPortal System Controller is for use with UL Listed access control power limited power supplies. These specifications are subject to change without notice. - • - Inputs/Sensor Cabling: 22 AWG (0.644 mm / 0.326 mm2), 2 wires (For electrically noisy environments, use twisted pair, and/or shielded cable.) - Outputs/Signaling: 22 AWG (0.644 mm / 0.326 mm2), 2 conductors (1.024 mm / 0.823 mm2), stranded and insulated (2 conductors; color-coded is preferable) Primary Power: AC power: 18 VAC ± 10% DC power: 24/12 VDC ± 10% (Not evaluated by UL.) Maximum input power: 2.7 A Total current that can be sourced from panel: 1 A. Note: It is up to the installer to ensure that the sum of the loads on all the supply outputs from the TruPortal System Controller plus the current consumed by the controller is equal to or less than 1.2 A (see power table). The 1.2 A output current from the regulator also includes at least 200 mA to power the I/O board and the TruPortal System Controller Quick Reference • Reader Cabling: 22 AWG (0.644 mm / 0.326 mm2),(For Canadian UL Listed installations: 22 AWG / 0.644 mm / 0.326 mm2), shielded. Maximum for reader data lines: 500 feet (150 m). Maximum for power wiring: 300 feet (91.44 m). 7 P/N 460800001B 12JAN12 en-US - Basic reader (no LEDs, buzzer control, or tamper): 4 conductors Reader with LEDs: 6 conductors Reader with LEDs, plus buzzer and tamper: 9 conductors • Relays outputs: Siren relay, 1 A @ 30 VDC Strobe relay, 1 A @ 30 VDC Strike relay, 5 A @ 30 VDC Aux relay, 1 A @ 30 VDC • Environmental: Temperature: – Operating: 32° to 120° F (0° to +49° C) – Storage: -40° to 185° F (-40° to 85° C) Humidity: 10 to 85% ± 5% RHNC BTU Output: 73.7 BTU/hour • Mechanical: Dimensions: H 6.30 x W 9.84 x D 1.65 inches (H 160 x W 250 x D 42 mm) Weight of I/O board and SOM board: 1.04 lbs. (0.47 kg) Weight of accompanying parts: – Enclosure: 13.2 lbs. (6 kg) – Transformer: 2.2 lbs (1 kg) – Battery retention bracket:0.2 lb. (0.09 kg) – 18 Ahr battery: 12.8 lbs. (5.8 kg) • UL294 Listed • FCC Part 15 • CE marking • RoHS compliant • WEEE • FCC part 15 • ULC Listed • AES128 certified (Certificate #1496) TruPortal System Controller Quick Reference 8 P/N 460800001B 26JAN12 en-US Figure 1: TruPortal System Controller enclosure 10.00mm [0.394in] 6.48mm [0.255in] mm ] .55 4in R2 .100 [0 mm 11.00 3in] [0.43 140.00mm [5.51in] 254.00mm [10.000in] 145mm ±0.5 [5.71in ±0.02] 224.92mm [8.86in] 174.12mm [6.86in] K K G 100mm ±0.5 [3.94in ±0.02] 130mm ±0.5 65mm ±0.50 [5.12in ±0.02] [2.5591in ±0.0197] 89.0mm ±1.0 160.51mm [3.504in ±0.039] [6.32in] 149.84mm [5.90in] 40.00mm [1.57in] 10.14mm [0.40in] G D D D D D G D D D 47.12mm [1.86in] 150mm ±0.50 [5.91in ±0.02] E H 55mm ±0.50 [2.17in ±0.02] D D D D D N N 150mm ±0.50 [5.91in ±0.02] N 81.00mm [3.19in] N 15.00mm [0.59in] 60.36mm [2.38in] N F E N J F J H N N N 25.00mm [0.98in] K 15.37mm [0.61in] 63.40mm [2.50in] 45.87mm [1.81in] 469.9mm [18.5in] J E 12.70mm [0.50in] N 12.70mm [0.50in] 170mm ±0.5 [6.69in ±0.02] 212mm ±0.5 [8.37in ±0.02] K N 65mm ±0.50 163.12mm [2.56in ±0.02] [6.42in] 59.08mm [2.33in] 10.92mm (5 POS) [0.430in] 230mm ±0.5 [9.06in ±0.02] 238.53mm [9.391in] 130.00mm [5.12in] 463.43mm [18.245in] 438.15mm [17.25in] 463.43mm [18.25in] 232.46mm [9.15in] 50mm ±0.5 97.79mm [1.97in ±0.02] [3.85in] 119.92mm [4.72in] 239.84mm [9.44in] 119.9mm ±1.0 [4.721in ±0.039] TruPortal System Controller Quick Reference 9 P/N 460800001B 12JAN12 en-US Figure 2: TruPortal controller 1 2 + CN13 1 2 Non Power Limited Maintain 0.25in spacing between power and Non Power Limited circuits Power Limited Ethernet Port 2 USB 2 Dual Port (Power limited to 200mA per port) Link (Activity) LED SNAPP 4 LED SOM Status LEDs 1 Config 1 SNAPP 2 LED 1 CN18 2 3 4 RED BLACK CN20 2 4 3 2 3 2 4 1 3 1 2 +V 0V BA+ +V V 0V 0V BA+ +V 0V BA+ +V 0V BA+ +V To 12V battery To secure battery use bracket p/n 28005B and 2 of the 8-32 screws from the supplied accessories kit. Input 3 Input 2 1K 1K 1K 1K Add shunt to Term 1~4 if 120Ω termination is required SNAPP LEDs indicate bus comms Battery leads to be routed directly under board 2 1 2 3 4 1 2 3 4 1 2 3 CN26 4 1 CN23 1 Term 1 CN19 1 2 OSDP2 Comms LED SNAPP 1 LED CN17 2 3 CN24 1 SNAPP 3 LED Term 3 Speed LEDs (10Mbits/100Mbits) CN25 Term 2 CN15 2 3 IP Setting 1 CN16 2 3 Microcontroller Status LEDs Ethernet Port 1 CN14 2 3 Term 4 Network Interface (Access Control System Host Communications) CN32 1 Test Panasonic p/n CR2354 3V Coin Cell Link (Activity) LED CN12 0V CN11 2 3 4 ut 1 Inp Egress Aux Reader Relay The 1K EOL resistors and NO contacts on the supervised inputs are shown as a typical configuration only and do not restrict the actual use of these inputs in the field. Power Limited Access Reader 2 TR Power Limited WW Modem Socket 1 0V 1K Input - 1 2 CN10 2 3 OSDP1 Comms LED Factory set : do not adjust 1 Strike Relay 1K Input + 12VDC Input +12V 0V 1 3 2 POWER + 18VAC/ 24VDC Input POWER - 1 2 3 1 4 2 3 2 1 2 1 2 1 CN9 CN8 2 3 1 2 3 Egress Aux Reader Relay 0V 1K x Au 1K Input RS485 Bus 1 18VAC/24VDC Power Indication LED Aux Power Siren Strobe 14V SND Aux 1 +V output 0V Aux 2 +V output 0V C Relay NC NO Relay N0C 0V SW External Tamper Relay option if fitted 1 Access Reader 1 Power Limited TR Input Door Power Controller 2 Limited Input 3 Input 4 Input 1 Input 2 RS485 RS485 VBUS Bus 3 Bus 4 RS485 Bus 2 0V In put 4 CN27 CN22 1K 1K 1K 1K P/N 460800001B 26JAN12 en-US 10 TruPortal System Controller Quick Reference CN7 2 3 0V 1K N0 C NC CN21 Buzzer +V Green LED Red LED D1 D0 0V D1 D0 N0 C 1K 1 1K 1K Strike Relay 0V 1K Input 1K RTE DR 1K x Au 1K Input 1K Buzzer +V Green LED Red LED D1 D0 0V D1 D0 N0 C DoorPower Controller 1 Limited Input 1K RTE DR 1K CN1 CN2 CN37 CN3 CN4 CN5 CN6 CN43 N0 C NC Input 1K Power Limited The 1K EOL resistors and NO contacts on the supervised inputs are shown as a typical configuration only and do not restrict the actual use of these inputs in the field. The battery leads at CN32 must be routed away from power limited circuits. Maintain 0.25 inches (6 mm) spacing between non-power limited (that is, battery leads and AC Mains) and power limited wiring.
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