Aros Syncro 800 Specifications

Via Somalia, 20

20032 Cormano (MI) - ITALY

Ph. +39 02 66327.1

Fax: +39 02 66327.231

E-mail: [email protected]

www.aros.it

A

ROS PARTNER

Uninterruptible

Power Supply from 350VA to 10kVA

THE SCIENCE OF CONTINUITY

AROS, a history of research and continuity.

The company

THE COMPANY Continuous operation is the key word for AROS. It is the company’s field of activity, a sophisticated technology upon which the efficiency of every electrical system depends.

AROS has over 70 years of experience in this highly specialized sector and is currently a leading company in the field. But continuity is also AROS “trademark” as acknowledged by design and installation engineers: the will to strive constantly to achieve the highest production standards and to anticipate market demands. Thinking in this way brought AROS to set up the Research and Development team of about forty persons to better respond to the market requirements. The result is that today whoever thinks about emergency power supplies thinks AROS.

AROS was set up in 1935 and after just a few years established itself as the leading Italian manufacturer of voltage regulators, transformers and power supplies. In the fifties AROS was the first company in Italy to manufacture ballasts for fluorescent neon lamps and became the Italian leader in the field of components for lighting. In the eighties it designed, developed and produced switching power supplies for IBM computers.

The company thus acquired know-how in PWM (Pulse-Width-

Modulation) technology that enabled it to enter the UPS sector. This is now the most important field of activity for AROS, which has maintained its leadership in voltage regulators and components.

Steps to success

1935

Manufacture of radio loudspeakers

1940

Production of transformers for radios and electrical power supplies

1945

Entry on the market of the first power supplies (ballasts) for fluorescent neon lamps

1950-1959

Manufacture of magnetic reactors for fluorescent and discharge lamps

1960-1969

First suppliers of components for IBM - Manufacture of ferro-resonant regulators

1970-1979

Production of electronic components for regulators

1980-1989

Manufacture of uninterruptible power supplies (UPS), switching power supplies and electronic reactors

1990-1999

Expansion of the range of UPS for various applications (IT, industrial)

2000-2005

Growth and consolidation in the European UPS market

1

Entering the Research and Development department is like entering the heart of

AROS. Here users’ real problems are "filtered" by means of the latest technologies and transformed into successful products.

2

Highly trained personnel and state of the art technologies lie behind every project.

Entering the Research and Development department means entering the heart of AROS. Here users’ real problems are

“filtered” by means of the latest technologies and transformed into successful products. Environmental simulators, sophisticated analysis tools, CAD systems: super specialized devices for super specialized design engineers to predict tomorrow’s needs today, needs arising from developments in electronics and market trends. AROS dedicates its greatest resources to this team and has recently boosted the power area. This both consolidates the strength of its core business of Uninterruptible Power

Supplies (UPS), components and voltage regulators, while mapping out its future course.

To understand the work carried out by the research team, just think of the technological “nodes” that are hidden behind the apparent functional linearity of a UPS system. To provide a high level of efficiency, withstand strong line interference, interact with surrounding systems that may not be homogeneous, comply with complex international safety standards, minimize the level of interference emitted towards the mains and towards the environment and finally, offer a degree of reliability that is increasingly demanded by new electronic systems.

3

AROS products are intended for sophisticated devices

– delicate electronic systems needing protection – and sophisticated devices are required to design, develop and produce them.

4

Intelligent devices.

Intelligent men.

technology

NEW AROS products are intended for sophisticated devices delicate electronic systems needing protection - and sophisticated devices are required to design, develop and produce them. AROS Research Centre is at the cutting edge when it comes to the synthesis and analysis of cooling systems through the use of software for thermal analysis based on computational fluid dynamics and infrared cameras.

This is just one example of how AROS engineers and technicians use state of the art computer-aided technologies to make AROS solutions increasingly competitive, not only in terms of performance and respect for the environment, but also as regards reducing operational costs.

AROS uses thermal analysis to study how the cooling properties inside a device change by modifying parameters such as the size and footprint of heat dissipators, the type and position of the fans, deflectors and ventilation grids, and by eliminating the critical areas (caused by the recirculation or stagnation of air at high temperatures within the UPS). All this to achieve uniform ventilation, significantly increasing the safety and performance of the system while retaining its compact size.

5

Quality not only as an objective but also as an indispensable condition for every product: this is AROS.

6

Millions of users believe in AROS because AROS believes in excellence.

quality

QUALITY Quality not only as an objective but also as an indispensable condition for every product: this is the creed that AROS abides by and which is centred around the certification of its quality system. AROS is certified UNI EN ISO 9001:2000 for the design and development, manufacture, sales and aftersales service of its products. This certification guarantees stringent and constant control of its corporate processes.

The result is not just higher product quality and reliability but also a philosophy focused on understanding customers’ present and future requirements, complying with their requests and aiming to exceed their expectations.

With so much trade taking place across borders, conformity assessment has become an important component of the world economy. Before they are put on the market, all AROS products are subjected to testing for conformance with specifications complying with ISO 9001:2000 standards.

7

For AROS, a product is not technologically complete unless it

“incorporates” a level of support that resolves users’ problems.

8

The service rendered to customers every day makes AROS a partner.

service

SERVICE

For AROS, a product is not technologically complete unless it

“incorporates” a level of support that resolves users’ problems. High resolution capacity, low intervention times: this formula has been one of the keys to its success on the domestic and European markets. A formula that finds concrete application in services such as Teleguard, the remote support service that remotely manages and controls the UPS 24 hours a day. Choosing AROS means being able to connect on-line with the Control centre, being informed in real time on the status of the UPS and obtaining immediate action in emergencies. AROS combines this advanced service for its users with training activities for technical and commercial operators, on its own premises or at the customer’s site.

AROS offers a technical consultancy and pre-sales service and provides end users, installers and design engineers with on-line support to determine the best AROS product for the required application.

An excellent way to find out what it means to AROS to be its customers’ partner.

9

Index

Uninterruptible Power Supplies (UPS)

Power problems

Technical standards

Types of Uninterruptible Power Supply (UPS)

Evaluation parameters

Power quality and mains disturbance

Software and accessories for total reliability in controls and communication

Communications Options

UPS range summary

UPS Options

UPS range summary: RACK version

Options for UPS RACK version

Pc Planet

Syncro e-Sentinel e-Sentinel Rack

Sentinel 6

Sentinel 6 Rack

Sentinel XR

Sentinel 5 Plus

Transfer switch

IRMS (Intelligent Redundant Multiswitch) p. 12 p. 13 p. 14 p. 16 p. 17 p. 18 p. 20 p. 22 p. 24 p. 26 p. 27 p. 30 p. 32 p. 34 p. 36 p. 38 p. 42 p. 46 p. 50 p. 54

11

Power problems

BLACKOUT,

VOLTAGE DISTURBANCES

Why an Uninterruptible Power Supply?

Data centres, servers, LAN nodes and telecommunication systems must always be protected against possible problems in the power supply. Sudden blackouts and variations in the mains supply may lead to system malfunctions and severe data losses. But even other electrical equipment can cause damage or inconvenience if there is a breakdown in the mains. Just think of the check-out systems in a supermarket, lighting systems and industrial production units, not to mention safety systems, pumping systems and automatic devices in general.

Blackout, voltage disturbances 45%

Other 55%

Power problems are caused by various sources such as distribution network faults, system switching, weather and environmental conditions, heavy equipment or simply just faulty maintenance.

The simplest and most effective way of coping with these disturbances is to install a UPS unit (UPS stands for Uninterruptible

Power Supply). Acting as an interface between the mains and the loads, the UPS guarantees the continuity and the quality of the electrical power supplied to the loads, whatever the condition of the mains may be. In fact these systems stabilise the voltage perfectly, eliminating all disturbances.

They even supply voltage when the mains fails, by means of a series of batteries which give a back up time that is generally sufficient to guarantee the safety of persons and of the system.

In order to decide which type of appliance is able to guarantee the best level of protection, you must know the types of mains problems that can disturb your systems.

TYPE OF MAINS DISTURBANCES

Undervoltage 85%

Peaks 8%

Blackout 6%

Overvoltage 1%

Peaks

+15%

Nominal voltage

-15%

0 V

Undervoltage

Overvoltage

Blackout

12

CEI, CENELEC and IEC are the recognized standardization bodies respectively at national,

European and international level. Such standardization guarantees the compliance with CE Directives.

Technical Standards

Safety

EN IEC 62040-1-1, EN 50091-1-1 are the reference standards regulating the basic safety requirements which UPS equipment must fulfil to grant users safety in restricted areas.

EN IEC 62040-1-2, EN 50091-1-2 are the reference standards regulating general and safety requirements for UPS used in locations with limited access.

Electromagnetic Compatibility

This is the capacity of equipment to work without being disturbed

(immunity) and without disturbing (emisssion) other equipment due to electromagnetic disturbances on electric wires and irradiated.

EN 50091-2 is the reference standard which also defines the testing procedures.

Performances

The reference document is the Performance Requirements

EN 62040-3. It is a guide for a better understanding between manufacturer and user since it defines which performance must be declared as well as the relevant testing methods.

All AROS UPS’s have been designed and built in accordance with all the above standards and therefore bear the mark.

13

Types of Uninterruptible Power Supply

(UPS)

On-Line Uninterruptible

Power Supply (VFI)

On this type of UPS, also known as a double conversion UPS, the inverter draws its power continuously from the rectifier (converter). The current is completely regenerated by its transformation from AC to DC and back to AC, guaranteeing a constant level of quality, regardless of disturbance on the mains power source.

By carrying out continuous double conversion, an On-Line UPS significantly attenuates electrical noise, which might otherwise damage a computer. When the AC input supply is not within the voltage and frequency tolerances, the battery is used to power the inverter. The inverter continually supplies the critical load with a true sinewave current.

If a converter/inverter failure occurs, the continuity of the load power can be improved by activating the bypass source using a transfer switch.

Static switch

Bypass

A.C. input

Rectifier Inverter

A.C. input normal mode

Battery battery mode

A.C. output by pass mode

14

Types of Uninterruptible Power Supply

(UPS)

Line Interactive

Uninterruptible

Power Supply (VI)

On this type of UPS the inverter is connected in parallel to the AC input and also charges the battery (interactive operation in reversible mode).

When the AC input supply is not within strict amplitude and frequency tolerances, the load is powered by the inverter through the battery.

The normal inverter output waveform is a stepwave or squarewave.

This technique is rarely used for high power ratings as frequency regulation is not possible. Active Standby (or Line

Interactive) technology is a recent development made possible by the advent of microprocessors. The UPS is fully controlled by a microprocessor which monitors the quality of the mains power supply and reacts to any variations. In the event of a power problem, the UPS transfers the load to the batteries to supply stabilised power.

It is increasingly frequent to add a voltage compensation circuit, called a

“booster”, that is enabled in the event of prolonged voltage drops.

Passive Standby

Uninterruptible

Power Supply

(Off-line) (VFD)

This type of UPS, also called Off-line

UPS, is connected in parallel to the normal AC source. The current is filtered in order to attenuate the most frequent forms of disturbance. In the event of a power problem the UPS transfers the load to the batteries to supply stabilised power: the inverter only switches on when the mains fails or fluctuates outside the input voltage tolerances of the EMI filter or if it is fitted with

Automatic Voltage Stabiliser (AVS).

Static switch

Bypass

A.C. input

A.C. input

Automatic Voltage Regulator

AVR

Inverter normal mode


Bypass

A.C. input

Static switch

Battery charger

Inverter

A.C. input normal mode


A.C. output by pass mode

A.C. output

15

Evaluation parameters

Apparent power (in VA or kVA)

It is defined as:

P APP =V X I for single-phase load

P APP = V x I x √

3 for three-phase loads where V is the load voltage supply and I is the current absorbed by the load in normal load conditions.

This information is normally shown on documents and/or load nameplates though it may be shown as an oversized value.

Active power (in W or kW)

It is defined as: kW = kVA x cosϕ

(where cosϕ means power factor PF).

The cosϕ value of loads is very seldom indicated, therefore a correct

UPS sizing requires measurements of kVA absorbed by loads.

Experience, anyway, shows that typical loads of computer feature a

PF between 0,65 and 0,8.

Considerations on the misleading concept of

“computer power”

In the definition of the UPS rated power, the parameter values, defined as “computer power”, “switching power”, “actual power”, power a particular temperature value, etc. are sometimes indicated.

Such arbitrary parameter values have no relation with apparent power and active power; they can be neither quantified nor defined and therefore must not be used for the correct sizing of the UPS.

Crest Factor

A linear load absorbs a sinewave current that shows an effective value

(I

EFF usually measured and declared) and a peak value (I

PK

). The Crest

Factor value is defined as:

CF =

I

I

PK

EFF

The nominal value for a linear load is

CF = 1,41. Most loads applied to

UPS’s are non- linear load: they absorb distorted current with a CF value greater than 1,41 and require therefore higher peak currents thus resulting in an increased distortion of the output voltage than equivalent linear loads. Directive EN62040-3, indicates a typical non-linear load as

CF=3, used for UPS testing, which may be used in the absence of other data.

Overload

Overloads are temporary requests from electrical equipment which exceed regular operation absorption.

They are caused by current peaks which may occur when one or more users are switched on. In case the overload exceeds the admissible limits the UPS guarantees the energy supply via the automatic bypass line.

For “On line” UPS’s the transfer is effected without any break in power

(transfer time = 0 ms). The “bypass” is a safety device with independent protection and auxiliary supply able to supply the load independently from the UPS also when the UPS is switched off or broken.

Input current harmonics

The UPS battery charger rectifier absorbs a distorted current containing harmonics that are multiples to the reference 50Hz frequency. These harmonics may cause voltage distortion which may affect the normal operation of non privileged user’s.

The harmonics level of AROS UPS's complies with the present directive.

Howerver, in order to further reduce the presence of these harmonics variuos solutions are available such as the installation of Active Filetrs (Power

Factor Controlled) or different Rectifier designs.

Runtime

The batteries supplied with the UPS’s are valve regulated batteries (VRLA) known as sealed batteries with no electrolyte top-up, very low gas emission, suitable for installations in offices and public places with no need for special precautions. Batteries are normally supplied with the UPS and can either be installed in the same cabinet or in additional ones. AROS guarantees the power supply runtimes specifying the apparent load power and the power factor.

Remarks about the misleading concept of “typycal autonomy”

In defing the runtime it is often used the concept “typical autonomy (or runtime)” which has nothing to do with the real runtime based on the 100% load value expressed in W or kW (active power).

The runtime that AROS shows on all its documentation have been calculaterd at 100% of the load.

16

Power quality and mains disturbance

Electronic equipment functions properly as long as the utility is available and with high quality.

Unfortunately not always this is possible because most of the power quality events are caused by factors beyond the control of the Distribution

Company. These factors may occur either externally (in the network distribution system) or internally (in the facility when the system is located). External causes may be for example storm, lightning, high wind, tree limb contact, construction activities etc, while the internal causes may be switching of the machine, capacitor banks, fault or maintenance activities.

Depending on the events the power quality disturbances may vary in type, duration and intensity.

Typical power supply disturbances that cause major bad effects on your load are listen below.

Power outage

Power interruption for a time of more than 3s is called an outage or commonly “blackout”. This is normally caused by atmospheric accidents to the high voltage distribution network or a failure in the power supply equipment.

Undervoltage

It is a voltage reduction in amplitude for a time between 10 ms to 1 s.

expressed as a percentage from 10 and 100% of the rated voltage. This is caused for example by short circuits in the resident distribution systems or the large inrush current of the transformers.

Undervoltage

Consequences:

- Computer applications

Overheating of the electronic components with consequent operational breakdown.

- Industrial applications

Instability of asynchronous motors and loss of synchronization of synchronous motors, opening of contactors (voltage drop > 30%), power-off discharge lamps (voltage drop > 50% for 20-40 ms) with subsequent return of power after several minutes and consequent operational breakdown.

Overvoltages

Overvoltage is an increase in voltage for a time of more than 10 ms.

Overvoltages may be caused by the disconnection of major loads

(interruption in manufacturing processes of industrial companies, reduction in the speed of electric motors, arc furnaces, rolling mills, etc.) or natural events such as lightning.

Blackout

Consequences:

- Computer applications

Complete system shutdown with loss of data, possible hardware damage and long periods of employee inactivity.

- Industrial applications

Huge impact in the production activity with consequent production loss and/or unexpected safety consequence.

Consequences:

Faults in all electric/electronic equipment (100%<overvoltage<150%); e.g. damage to boards, power supplies, computers/servers, faults in lighting systems, etc.

Sag and Swell

Any short term voltage decrease

(sags) or increase (swell) for a time from half cycle to 3 seconds. It is normally caused by the equipment shutdown, circuit breaker operations, high peak current absorbed by the equipments, or short-circuit.

Consequences:

The major effects may be the loss of data or the lights flicker, very unpleasant for the people exposed to these effects.

Transients

Transients are rapid, very high overvoltages of up to 20 kV. They are caused mainly by lightning (which is random in its location, duration and amplitude) but also by faults on the high-voltage network, the switching of inductive loads or the powering of highly capacitive loads.

Consequences:

Transients destroy inadequately protected equipment (melting of wires, perforation of isolation in motors, badly-timed release of protection devices, etc.).

17

Software and accessories for total reliability in controls and communication

Always attentive to the market requests, AROS offers the ideal solution for an efficient and intuitive remote UPS management.

Monitoring and control systems today require real-time performance, remote internet access and the use of mobile technology for anywhere, anytime fault and alarm notification. Watch&Save has been designed to all that.

Watch&Save provides detailed graphical displays.

A standard screen displays information on the load, batteries status, alarms etc.

All information can be displayed in block format.

All changes in UPS operating statuses are logged and displayed in a graphical format.

Watch&Save

Watch&Save software ensures effective and intuitive management of the UPS.

Important real time information such as the input and output voltage, the load applied, the battery status, is displayed in the form of bar graphs. The software is able to provide information even in the event of a fault, and can also programme the UPS for automatic weekly start-up and shutdown.

Watch& Save is available in two versions:

Standard - for the monitoring and management of a single UPS through serial port or LAN network;

Professional - for the monitoring and management of up to 16 UPS units through serial port or LAN network.

Features

Automatic and sequential shutdown

Watch&Save can perform scheduled, unattended and orderly shutdown of single and networked PCs, saving any active work and the most widely used applications Windows.

Multi-platform compatibility

Watch&Save uses the TCP/IP communication protocol to achieve standardized management and monitoring across the widest possible range of platforms. This makes it possible to monitor computers with different operating systems from a single console, for example monitoring a UNIX server from a PC with Windows and also connecting to UPS units located in different geographical areas using dedicated networks (intranet) or Internet.

Event scheduling

Watch&Save captures and stores all the events that take place detailing power-off and power-up scenarios, thus increasing system safety and power economy.

Messages management

Watch&Save interacts with any equipment or appliance to provide alerting messages concerning the status of the UPS via e-mail, fax or SMS to a predefined list of persons.

Wap server integrated

Watch&Save allows the UPS monitoring through WAP mobile phone.

Multi-lingual support

Watch&Save supports 12 languages.

18

Software and accessories for total reliability in controls and communication

PowerNETGuard

PowerNETGuard software centralizes Uninterruptible Power Supply (UPS) management using network interface (SNMP) communications. Ideal for Data

Centre managers and medium-to- large sized networks, PoweNETGuard uses the RFC1628 standard Management Information Base (MIB) and ensures standardised UPS management wherever they are located.

Features

• Centralised control of remote UPS via Ethernet with SNMP protocol,

• Multiple-level display of geographical areas, building plans, maps, etc.,

• Multi-user access with various levels of security,

• Compatible with NetMan and RFC1628 standard network interface (SNMP),

• Graphs of physical input and output values stored and backed up to file,

• Alarm notification via e-mail and SMS,

• Operating systems supported Windows (98, ME, NT, 2000 and XP),

Linux, MacOSX, Solaris 8 and 9.

Operating systems supported

(Standard version)

• Windows 95-0SR2

• Windows 95,98, Me, NT 4.0 and 2000, XP

• Linux

• Novell Netware 3.x, 4.x, 5.x, IntraNetWare

• Mac OS X, 9.x

Operating systems supported

(Professional version)

• Windows 95-0SR2

• Windows 95,98, Me, NT 4.0 and 2000, XP

• Linux

• Novell Netware 3.x, 4.x, 5.x, IntraNetWare

• Mac OS X, 9.x

• IBM OS/2 Warp and Server,

• The most common operating systems such as:

IBM AIX, HP UNIX, SUN Solaris INTEL and SPARC, SCO Unix and UnixWare,

Silicon Graphic IRIX, Compaq True64

UNIX and DEC UNIX, BSD UNIX and FreeBSD UNIX, NCR

19

NetMan 101

NetMan 102

MultiCom 301

MultiCom 302

MultiCom 351

MultiCom 352

MultiCom 362

Communication Options

NetMan 101/102 - Network adapter

NetMan allows UPS monitoring and management across a LAN using the following network communication protocols: TCP/IP, HTTP and network interface

(SNMP). NetMan is available in two different models:

• NetMan 101, (box version),

• NetMan 102, (slot version).

Features

• Compatible with Watch&Save and PowerNETGuard software,

• Settable via TELNET and a serial terminal,

• Supports the network interface (SNMP) standard communication protocol with proprietary RFC 1628 and MIB,

• Integrated Web server for browser-based display,

• TeleGuard modem compatible,

• Firmware upgradable option through serial port.

MultiCom 301/302 - (MODBUS/JBUS)

MultiCom 301/302 protocol converter may be used to monitor the UPS using the MODBUS/JBUS protocol on RS485 or RS232 serial lines. It will also manage a second, independent RS232 serial line that can be used to connect other devices such as Netman 101 or a PC that uses the Watch&Save software.

Features

• Configuration of the port for MODBUS/JBUS as RS232 or RS485,

• Management of two independent serial lines,

• Suitable for integration with Building Management Systems (BMS),

• LED signalling the communication flow,

• Firmware upgradeable through the serial port.

MultiCom 351/352 - Serial duplexer

MultiCom 351/352 is a serial duplexer that allows two devices to be connected to a single serial port on a UPS. It can be used where numerous serial connections and multiple polling of UPS are required, and is ideal for LAN networks with a firewall.

Features

• Cascading configuration giving a maximum of 4 serial ports,

• LED signalling of the communication flow,

• Firmware upgradeable through the serial port.

MultiCom 362

MultiCOM 362 provides a UPS with an additional RS232 serial interface or USB port. The USB port allows the UPS to communicate with Apple Macintosh computers as well as Windows and Linux operating systems.

Features

• Compatible with USB 1 or 2,

• Compatible with Watch&Save.

20

Communication Options

MultiCom 372

MultiCom 382

USB Converter

Multi I/O, slot version

Multi I/O, box version

MultiCom 372

MultiCOM 372 provides a UPS with an additional RS232 serial interface port.

The card has Emergency Power Off (EPO) and Remote Shut Down (RSD) inputs with terminal connections.

Features

• EPO and UPS shutdown interface,

• 12Vdc 80mA contact option.

MultiCom 382

MultiCOM 382 provides a set of relay contacts to provide UPS alarm and status indication. The contacts are connected through terminal connections. Signal contacts include Emergency Power Off (EPO), Remote Shut Down (RSD), On

Battery, On Bypass, Alarm and Low battery. The contacts are changed over or normally open.

Features

• Max. 3A current at 250Vac,

• Signal contact customisation.

Modbus/Profibus converter box

This box is connected to the MultiCom 301 or 302 output and converts the

Modbus in Profibus communication protocol.

Features

• Allows AROS UPSs to be compatible with BMS systems using the Profibus fieldbus,

• Applicable to all UPS range (except Rapido).

USB Converter

RS232-USB converter enables UPS units without a USB port to connect to

Macintosh, Windows and Linux PCs with this type of port.

Features

• Compatible with USB 1.2,

• Compatible with Watch&Save.

MULTI I/O

The Multi I/O device integrates the UPS communication with Environmental

Communication devices. Complete configurability of the input and output signals.

Features

• 8 analogue or digital Inputs,

• UPS communication via RS232 link,

• 8 relay outputs configurable using the UPS RS232 input and/or the input coming signals from the site devices,

• RS232 output port with configurable messages,

• RS485 output port MDBUS /JUBUS with configurable messages.

21

UPS range Summary

Power Rating

Topology

Input Voltage

RAPIDO

350-550VA

PC PLANET

400-550-650VA

SYNCRO

800-1000-1500

2000VA

E-SENTINEL

500-750-1000

1500-2000VA

SENTINEL 6

700-1000-1500

2000-3000VA

Line Interactive Line Interactive Line Interactive

230V single-phase 230V single-phase 230V single-phase

Line Interactive

230V single-phase

On line

Double conversion

230V single-phase

Output Voltage

Inveter Output transformer

Automatic bypass

Maintenace Internal bypass

Battery test

Deep Battery Discharge protection

ECO mode operation

SMART ACTIVE operation

STAND BY - OFF

(Emergency ligthing - EN 50171)

Frequency Converter

Multimodule Configuration

Active filter

12- Pulse Rectifier

Input Current Harmonic

Reduction filter (< 5 %)

Backfeed protection

Base Monitoring Software

(Watch & Save)

RS 232 port

USB port

Dry Contact

● Standard

❍ Optional

230V single-phase

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● downloading from internet

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230V single-phase 230V single-phase

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(1) Available only when the RS 232 port is not used for other functions

230V single-phase

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22

SENTINEL XR

SENTINEL 5 PLUS SENTRY MULTISTANDARD

3/1

SENTRY MULTISTANDARD

3/3

SENTRY HPS

3/1

SENTRY HPS

3/3

SENTRY HPS

3/3

3300-4000

5000-6000VA

6-6,5-8-10kVA 10-15-20 kVA 10-15-20-30

40-60-80 kVA

8-10-15-20-30-40

60-80-100 kVA

10-15-20-30-40

60-80-100-120

160-200 kVA

250-300-400

500-600-800 kVA

On line On line On line On line On line On line On line

Double conversion Double conversion Double conversion Double conversion Double conversion Double conversion Double conversion

230V single-phase 400V three-phase 400V three-phase 400V three-phase 400V three-phase

230V single-phase

230V single-phase 230V single-phase

400V three-phase* 400V three-phase

230V single-phase 230V single-phase 400V three-phase

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400V three-phase

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400V three-phase

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● only from 30 to 100kVA

– only from 100 to 200kVA

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(*) Not available for 6kVA

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❍

–

❍ only from 60 to 200kVA

❍

●

–

●

●

●

–

●

❍

–

●

❍

●

–

●

●

●

23

UPS Options

SOFTWARE PACKAGES

Watch & Save Professional

PowerNETGuard

COMMUNICATION OPTIONS

Netman 101 - Box (TCP/IP, SNMP, HTTP)

Netman 102 - Slot (TCP/IP, SNMP, HTTP)

MultiCom 301 - Box (MODBUS/JBUS)

MultiCom 302 - Slot (MODBUS/JBUS)

Modbus/Profibus converter box

MultiCom 351 - Box (serial duplexer)

MultiCom 352 - Slot (serial duplexer)

MultiCom 362 (RS232 + USB)

MultiCom 372 (additional RS232 port and EPO)

Multicom 382 (Dry contact extension + EPO)

Multi I/O (Site Monitoring and Alarm configuration)

USB converter

AS400 Interface

Modem GSM

OTHER OPTIONS

External Battery temperature sensor

Display Remote Monitor panel

Maintenance Bypass cabinet

IRMS

Input isolation transformer

▲ Option available

RAPIDO

PC PLANET

(except PC Planet 400)

▲

▲

SYNCRO

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲ on request

▲ on request

▲

▲ on request

24

E-SENTINEL

▲

▲

▲

Only 2000VA

▲

Only 2000VA

▲

▲

Only 2000VA

▲

▲

▲

▲

▲ on request


SENTINEL 6

▲

▲

SENTINEL XR SENTINEL 5 PLUS SENTRY MULTISTANDARD SENTRY HPS

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲ on request

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲ up to 4kVA

▲ on request

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲ on request

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲ on request

▲ on request

▲

▲

▲

▲

▲

▲

▲

▲

▲ on request

▲ on request

25

UPS range summary: rack version

E-SENTINEL RACK SENTINEL 6 RACK SENTINEL XR RACK

Power Rating

Topology

Input Voltage

Output Voltage

Inveter Output transformer

Automatic bypass

Maintenace Internal bypass

Battery test

Deep Battery Discharge protection

ECO mode operation

SMART ACTIVE operation

STAND BY – OFF (Emergency ligthing – EN 50171)

Frequency Converter

Battery expansion capability

Backfeed protection

Base Monitoring Software (Watch & Save)

RS 232 port

USB port

Dry Contact

● Standard

❍ Optional

230V single-phase

230V single-phase

–

–

–

●

●

–

–

–

– only 2000VA

●

●

●

●

(1) ●

500-750-1000-1500-2000VA

Line Interactive

700-1000-1500-2200-3000VA

On line

Double conversion

230V single-phase

230V single-phase

–

●

●

–

–

●

–

–

●

(2)

●

●

●

●

–

(1) ●

(1) Available only when the RS 232 port is not used for other functions

(2) Not available for 700VA

3300-4000-5000-6000VA

On line

Double conversion

230V single-phase

230V single-phase

–

●

–

●

●

●

●

●

●

●

●

●

●

●

(1) ●

26

Options for UPS rack version

SOFTWARE PACKAGES

Watch & Save Professional

PowerNETGuard

COMMUNICATION OPTIONS

Netman 101 - Box (TCP/IP, SNMP, HTTP)

Netman 102 - Slot (TCP/IP, SNMP, HTTP)

MultiCom 301 - Box (MODBUS/JBUS)

MultiCom 302 - Slot (MODBUS/JBUS)

Modbus/Profibus converter box

MultiCom 351 - Box (serial duplexer)

MultiCom 352 - Slot (serial duplexer)

MultiCom 362 (RS232 + USB)

MultiCom 372 (additional RS232 port and EPO)

Multicom 382 (Dry contact extension + EPO)

Multi I/O (Site Monitoring and Alarm configuration)

USB converter

AS400 Interface

Modem GSM

OTHER OPTIONS

Display Remote Monitor panel

External bypass cabinet rack 16A

IRMS


E-SENTINEL RACK

▲

▲

▲ only 2000VA

▲ only 2000VA

▲

▲ only 2000VA

▲

▲

▲

▲

▲

SENTINEL 6 RACK

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

SENTINEL XR RACK

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲ up to 4kVA

▲

27

Rapido

Safety and simplicity of use

Rapido is a range of multi-socket UPS systems recommended to power electrical loads in IT environments such as computers, video terminals, printers and various accessories. Available from

350VA to 550VA, Rapido comes with 1

IEC 320 input socket (complete with fuse), 4 Schuko output sockets, 1 telephone line socket, 1 USB socket and 3 signalling LEDs. Three Schuko output sockets are connected to the internal batteries which, in the event of a mains blackout, are able to power the electrical loads connected to them for long enough to allow the correct shutdown. The purpose of the remaining output socket is to attenuate any electrical interference on the mains.

Rapid installation, robustness and attractive design

Rapido is suitable for floor installation or can be wall mounted by means of screws (not supplied).

Rapido is very robust and has an attractive design, making it suitable for use in professional environments or in the home.

Replacing the batteries

A simple and fast procedure is all it takes to replace spent or inefficient batteries inside the UPS.

Advanced communication

The “Watch&Save” software provided ensures effective and intuitive management of the UPS. The most important information such as the input and output voltage, the load applied or any faults, is displayed in the form of bar graphs.

Start-up/shutdown programming

The “Watch&Save” software can be used to programme the fully automatic start-up and/or shutdown of the UPS.

Automatic restart

Following an extended power failure causing the UPS to shut down due to the end of the internal batteries backup time, Rapido will restart automatically when the mains power supply returns.

Protection of the telephone line

Rapido comes with an RJ45/RJ11 telephone socket to guarantee the protection of its telephone line/modem from any mains overvoltages.

Applications

Personal computers and peripherals,

TV, Hi-Fi, DVD, phone, fax, modem.

28

Rapido

Technical data

Input

Nominal voltage

Voltage range

Input frequency

Accepted frequency

Input sockets

Output

Power (VA/W)

Nominal voltage (in battery operation)

Nominal voltage (in mains operation)

Wave form

Output sockets

System

Transfer time

Batteries (No./V/Ah)

Battery type

Battery recharging time

AC-AC efficiency

Communication port

Protections

Noise at 1 m

Operating temperature

Relative humidity

Standards

Marks

Telephone line protection

Power

(VA)

350

550

Model

Rapido 350

Rapido 550

Rapido 350 Rapido 550

220-230-240 V

185-265 V

50/60 Hz (autosense)

±2,5 Hz

No.1 IEC 320 (10A)

Rapido 350

350/225

Rapido 550

550/355

230 V ±5%

220-230-240 V pseudosinusoidal

No. 3 schuko (UPS) + No. 1 schuko (filtered)

Back-up

(min)

6

6

Rapido 350 Rapido 550

4 ms max.

1/12/4,5 1/12/5 maintenance free sealed lead-acid

6-8 h

99%

USB (only for Windows) excessive battery discharge - overloads – short-circuits

<40 dBA

0÷40°C, optimal for batteries +15÷+25°C

0÷90 % non condensing safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. B, Directives 73/23,

93/68, 89/336 EEC, EN 62040-3

CE ; GS/TÜV

RJ45/RJ11 filtered socket

Batteries

Internal

Internal

Dimensions

WxDxH (mm)

120x322x88

120x322x88

Weight

(kg)

3

3

29

PC Planet

Minimum consumption

PC Planet is a range of UPS systems with LINE INTERACTIVE technology providing a reduction in energy consumption and 99% efficiency.

Voltage stability

PC Planet’s automatic voltage regulator

(AVR) is able, for mains voltage variations not exceeding + 20% / -

25%, to stabilize the output voltage at values between -15% /+17%. For voltage variations greater than + 20% /

-25% the unit powers the load from the battery via the inverter, providing an output voltage stabilized at ± 5%.

Timer for programmed shutdown

(via software)

This feature allows fully automatic programmed and timed start-ups and shutdowns.


The UPS is programmed to restart automatically when the mains power supply returns after switching off due to the end of back-up time following a prolonged power failure.

Total microprocessor control

Digital control considerably improves the reliability of the UPS, reduces unit dimensions and weight, and significantly increases control and communications capabilities.

Battery optimization

The UPS periodically and automatically performs a battery efficiency test. The batteries are recharged by means of a rapid charge battery charger. The UPS is thus always guaranteed maximum back-up time. The PC Planet range also comes with a device to protect against deep discharges, which can significantly reduce the expected life of the batteries.

Reduced noise

Through the use of high frequency components and fan speed control, the noise level of the UPS is under 40 dBA.


The Aros Watch & Save software ensures effective and intuitive management of the UPS. Important information such as the input and output voltage, the load applied, the remaining back-up time, etc., is displayed in the form of bar graphs.

The software is able to provide information even in the event of a failure, and can also programme the

UPS for automatic weekly start-up and shutdown.


PC Planet comes with an RJ45/RJ11 telephone socket to guarantee the protection of its telephone line/modem against any overvoltages.

Applications

Personal computers, small computer networks.

30

PC Planet

Technical data

Input

Nominal voltage

Voltage range

Input frequency

Accepted frequency

Output

Power (VA/W)



Wave form

Output sockets

System

Transfer time


Battery type


AC-AC efficiency

Communication port

Protections

Noise at 1 m


Relative humidity

Standards

Marks


Power

(VA)

400

400

550

650

Model

PC Planet 400

PC Planet 400S

PC Planet 550S

PC Planet 650S

PC Planet 400 PC Planet 400S PC Planet 550S PC Planet 650S

230 V

+25% -25% (without battery discharging)


±5%

PC Planet 400

400/240

PC Planet 400S PC Planet 550S PC Planet 650S

400/240 550/330 650/400

230 V ±5% the AVR circuit regulates the output voltage from +17% to –15% with input variation of ±25% step-wave

No. 3 IEC 320 (10A)

Back-up

(min)

6

6

6

6

PC Planet 400

1/12/4

–

Planet 400S PC Planet 550S PC Planet 650S

2 ms typical, 4 ms max.

1/12/4 1/12/7 maintenance free sealed lead-acid

1/12/9

6-8 h

99%

RS232 overcurrent – short-circuit – excessive battery discharge

<40 dBA

0÷40 °C optimal for batteries +15÷+25°C


93/68, 89/336 EEC, EN 62040-3

CE ; GS/TÜV

– RJ45/RJ11 type filtered socket

Batteries

Internal

Internal

Internal

Internal

Dimensions

WxDxH (mm)

110x325x152

110x325x152

110x325x152

110x325x152

Weight

(kg)

5,8

5,9

6,2

6,3

31

Syncro

Minimum consumption

Syncro is a range of UPS systems with

LINE INTERACTIVE technology, providing a reduction in energy consumption and 99% efficiency.

Voltage stability

Syncro’s automatic voltage regulator

(AVR) is able, for mains voltage variations not exceeding + 20% /

- 25%, to stabilize the output voltage at values between -15% / +17% with respect to the nominal voltage.

For voltage variations greater than +

20% / - 25%, the unit powers the load from the battery via the inverter, providing an output voltage stabilized at ±5%.


(via software)



The UPS is programmed to restart automatically when the mains power supply returns after switching off due to the end of back-up time following an extended mains power failure.


Digital control considerably improves the reliability of the UPS, reduces unit dimensions and weight, and significantly increases control and communications capabilities.


The UPS periodically and automatically performs a battery efficiency test. The batteries are recharged by means of a rapid charge battery charger. The UPS is thus always guaranteed maximum back-up time. The Syncro range also comes with a device to protect against deep discharges, which can significantly reduce the expected life of the batteries.

Reduced noise

Through the use of high frequency components and fan speed control, the noise level of the UPS is kept under

40 dBA.






Syncro comes with a RJ45/RJ11 telephone socket to guarantee the protection of its telephone line/modem against any overvoltages.

Applications

Personal computers, small/medium computer networks

32

Syncro

Technical data

Input

Nominal voltage

Accepted voltage range

Input frequency

Accepted frequency

Output

Power (VA/W)



Wave form

Output sockets

System

Transfer time


Battery type


AC-AC efficiency

Communication port

Protections

Noise at 1 m


Relative humidity

Standards


Power

(VA)

800

1000

1500

2000

Model

Syncro 800

Syncro 1000

Syncro 1500

Syncro 2000

Back-up

(min)

5

6

6

6

Syncro 800 Syncro 1000 Syncro 1500

230 V

+20% -25%


±5%

Syncro 2000

Syncro 800

800/480

Syncro 1000

1000/600

Syncro 1500

1500/900

Syncro 2000

2000/1200

230 V ±5% the AVR circuit regulates the output voltage from +17% to –15% with input variation of ±25% step-wave

No. 4 IEC 320 (10A)

Syncro 800

2/12/7

Syncro 1000 Syncro 1500

2 ms typical, 4 ms max.

2/12/7 2/12/9 maintenance free sealed lead acid

6-8 h

99%

RS232

Syncro 2000

3/12/9 overcurrent – short circuit – excessive battery discharge

<40 dBA

0÷40°C, optimal for batteries +15÷+25°C


93/68, 89/336 EEC, EN 62040-3

RJ45/RJ11 type filtered socket

Batteries

Internal

Internal

Internal

Internal

Dimensions

WxDxH (mm)

140x375x180

140x375x180

140x375x180

140x410x214

Weight

(kg)

14

14

15

20

33

e-Sentinel

Protection guaranteed e-Sentinel guarantees protection of the devices connected to it in the event of a power failure, impulsive overvoltages from the mains power supply and mains voltage fluctuations.

Minimum consumption e-Sentinel is a range of UPS systems with LINE INTERACTIVE technology and sine output voltage; this technology provides a reduction in energy consumption and 98% efficiency.

Voltage stability e-Sentinel’s automatic voltage regulator

(AVR) is able, for mains voltage variations not exceeding

+ 21% / - 25%, to stabilize the output voltage at values between

-15% / +11%. For voltage variations greater than + 21% / - 25%, the unit powers the load from the battery via the inverter, providing an output voltage stabilized at ± 5%.


(via software)





Digital control improves system reliability considerably, allows reductions in dimensions and weight, and significantly increases control and communication capabilities.


The UPS periodically and automatically performs a battery efficiency test. The batteries are recharged by means of a rapid charge battery charger. The UPS is thus always guaranteed maximum back-up time. It also comes with a device to protect against deep discharges, which can reduce the expected life of the batteries.

Protection of the telephone line e-Sentinel comes with a RJ45/RJ11

Net/Tel socket to guarantee the protection of its telephone or network line from any overvoltages.





Extending the back-up time

Battery expansion is envisaged for the e-Sentinel 200 model, so as to increase the back-up time of the UPS.

Applications

Small/medium computer networks,

Local Area Networks (LAN),

Workstations, Servers, EPOS

(Electronic Point of Sale) systems.

34

e-Sentinel

Technical data

Input

Nominal voltage


Input frequency

Accepted frequency

Output

Power (VA/W)



Wave form

Voltage distortion

Frequency variation (in battery operation)

Output sockets

System

Transfer time


Battery type


AC-AC efficiency

Communication port

Protections

Noise at 1 m


Humidity

Standards


Power

(VA)

500

750

1000

1500

2000

Model e-Sentinel 50 e-Sentinel 75 e-Sentinel 100 e-Sentinel 150 e-Sentinel 200

Back-up

(min)

8

5

5

6

6

Battery cabinets for longer autonomy

Power

(VA)

2000

2000

Model

Batt. exp. S5 A7

Batt. exp. S5 A12

Back-up

(min)

20

30 e 50 e 75 e 100 e 150

230 V

-25% +21% (without battery discharging)


±10% e 200 e 50

500/335 e 75

750/500 e 100

1000/670 e 150

1500/1000

230 V ±5% the AVR circuit regulates the output voltage from +11% to –15% with input variation of -25% +21% sinewave e 200

2000/1340

<2%

50/60 Hz autosetting , ±1%

No. 4 IEC 320 (10A) e 50 e 75 e 100 e 150 e 200

2/12/7 2/12/7

2 ms

2/12/9 maintenance free sealed lead-acid

4/12/7 approx 8 h

98%

USB, RS232, Slot for communication cards overcurrent – short circuit – excessive battery discharge – overvoltage undervoltage - overtemperature

<40 dBA

5/12/7

0÷40 °C , optimal for batteries +15 ÷ +25 °C

90 % non-condensing safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. B, Directives 73/23,

93/68, 89/336 EEC, EN 62040-3, surge IEC 801-5


Batteries

Internal

Internal

Internal

Internal

Internal

Batteries

5x7Ah

5x12Ah

Dimensions

WxDxH (mm)

158x400x231

158x400x231

158x400x231

158x400x231

158x485x340

Dimensions

WxDxH (mm)

158x565x340

158x565x340

Weight

(kg)

13

14

14

20

25

Weight

(kg)

16

24

35

e-Sentinel Rack

Protection guaranteed e-Sentinel Rack guarantees protection of the devices connected to it in the event of a power failure, impulsive overvoltages from the mains power supply and mains voltage fluctuations.

Minimum consumption e-Sentinel Rack is a range of UPSs with LINE INTERACTIVE technology and sine output voltage; this technology provides a reduction in energy consumption and 98% efficiency.

Voltage stability e-Sentinel Rack’s automatic voltage regulator (AVR) is able, for mains voltage variations not exceeding

+ 21% / - 25%, to stabilize the output voltage at values between -15% /

+11%. For voltage variations greater than + 21% / - 25%, the unit powers the load from the battery via the inverter, providing an output voltage stabilized at ± 2%.


(via software)



Battery expansion is envisaged for the e-Sentinel Rack 200 model, enabling the back-up time of the UPS to be increased.


The UPS periodically and automatically performs a battery efficiency test. The batteries are recharged by means of a rapid charge battery charger. The UPS is thus always ensured maximum backup time. It also comes with a device to protect against deep discharges, which can reduce the expected life of the batteries.





Manual By -pass 16A

Manual By-pass

The By-pass provides the possibility of excluding a UPS for maintenance without any interruptions or disturbances of the load supply.

Protection of the telephone line e-Sentinel Rack comes with an

RJ45/RJ11 Net/Tel socket to guarantee the protection of its telephone line or the network from any overvoltages.

Applications



Workstations, Servers, POS (Point of

Sales) systems.

36

e-Sentinel Rack

Technical data

Input

Nominal voltage


Input frequency

Accepted frequency

Output

Power (VA/W)



Wave form

Distortion

Frequency in battery operation

Output sockets

System

Transfer time


Battery type


AC-AC efficiency

Communication port

Protections

Noise at 1 m


Humidity

Standards


Power (VA)

500

750

1000

1500

2000

Model e-Sentinel Rack 50 e-Sentinel Rack 75 e-Sentinel Rack 100 e-Sentinel Rack 150 e-Sentinel Rack 200

Back-up (min)

8

5

5

6

6


Power (VA)

2000

2000

Model

Batt. exp. A7

Batt. exp. A12*

Back-up (min)

18

22

Note

1U= 44,43 mm

19”= 483 mm

* With built-in battery charger to reduce recharging time.

e-Rack 50 e-Rack 50

500/335 e-Rack 75 e-Rack 100 e-Rack 150

220-230-240 V

-25% +21% (without battery discharging)


±10% e-Rack 200 e-Rack 75

750/500 e-Rack 100

1000/670 e-Rack 150

1500/1000

230 V ±5% the AVR circuit regulates the output voltage from +11% to –15% with input variation of -25% +21 % sinewave

<2%

50/60 Hz autosetting, ±1%

No. 4 IEC 320 (10A) e-Rack 200

2000/1340 e-Rack 50

2/12/7 e-Rack 75 e-Rack 100 e-Rack 150

2/12/7

2 ms

2/12/9 maintenance free sealed lead-acid

4/12/7 e-Rack 200

5/12/7

8 h

98%

USB, RS232, Slot for Netman 102, Multicom 302, Multicom 352, Profibus overcurrent – short circuit – excessive battery discharge – overvoltage undervoltage - overtemperature

<40 dBA

0÷40° C, optimal for batteries +15÷+25 °C

90% non-condensing safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. B, Directives 73/23, 93/68,

89/336 EEC, EN 62040-3, surge IEC 801-5


Batteries

Internal

Internal

Internal

Internal

Internal

Batteries

5x7Ah

5x12Ah

Dimensions WxDxH (mm)

19”x450x2U

19”x450x2U

19”x450x2U

19”x450x2U

19”x450x3U

Dimensions WxDxH (mm)

19”x440x3U

19”x440x4U

Weight (kg)

19

19

19

26

34

Weight (kg)

16

23

37

Sentinel 6

Absolute protection

Sentinel 6 is a range of UPSs with ON-

LINE double conversion technology and with “zero” transfer time.

The load is always powered by the inverter, which supplies true sinusoidal voltage that is free from electrical interference.

High immunity against

Electromagnetic Disturbances

The unit will have high immunity against the electromagnetic disturbances coming from intended Radio frequency emitters according to the standard IEC

61000-4-2 (Level 4) IEC 61000-4-2

(Level 3) IEC 61000-4-

4 (Level 4), IEC 61000-4-5 (Level 4).

Total microprocessor control Digital control of the appliance considerably improves system reliability, reduces unit dimensions and weight, and significantly increases control and communications capabilities.


The UPS periodically performs a battery efficiency test. The batteries are not activated during micro interruptions (40 ms), which are the most common type of mains interference, since the required power is drawn from the capacitors banks.

This system (battery saving) extends the life of the batteries.

The Sentinel 6 range will also include the deep battery discharge feature to protect the battery.


The Aros Watch & Save software ensures effective and intuitive management of the UPS. Important information such as the input and output voltage, the load applied, the remaining back-up time, etc., is displayed in the form of bar graphs. The software is able to provide information even in the event of a failure, and can also programme the UPS for automatic weekly start-up and shutdown.

Communication slot

Sentinel 6 comes with an expansion slot for optional communication boards which make Sentinel 6 compatible with the main communication options:

Netman 102, MultiCom 302, RS232 +

RS485 ports, Multi Com 352.

The UPS comes with an expansion slot for optional communication boards such as Netman and MultiCom.

38

SENTINEL 6 - 700 SENTINEL 6 - 1000/1500 SENTINEL 6 - 2000 SENTINEL 6 - 3000




Battery expansion is envisaged to increase the back-up time of the UPS.

For longer back-up time it is available

Sentinel 6 POWER without internal batteries but with powerful battery recharger.

Reduced noise


Stand-by

When stand-by mode is selected, the inverter is switched off and the battery charges. This is useful when the unit is not in use.


Sentinel 6 comes with an RJ45/RJ11

Net/Tel socket to guarantee the protection of its telephone or network line against any overvoltages.

Applications



Workstation, Servers, EPOS (Electronic

Point of Sale) systems.

39

Sentinel 6

Technical data

Input S6-700 S6-1000 S6-1000 S6-1500 S6-2000 S6-2000 S6-3000 S6-3000

POWER POWER POWER

Input Rectifier

Nominal voltage

Min. Voltage without battery discharging

Nominal frequency

Power factor

Nominal current (A)

Input bypass

Input voltage range

Input frequency tolerance

2,7 3,6 4,8

220 - 230 - 240 V

7,2

170 V

50 / 60 Hz

> 0,97

180-264 V

± 5%

7,5 10 10,5 14

Output S6-700 S6-1000 S6-1000 S6-1500 S6-2000 S6-2000 S6-3000 S6-3000


Power (VA/W)

Nominal voltage

Wave form

Voltage stabilty - steady state

Voltage stabilty - dynamic state

Voltage distortion @ linear load

Voltage distortion @ non-linear load (EN 50091-1-1)

700/490 1000/700 1000/700 1500/1050 2000/1400 2000/1400 3000/2100 3000/2100

220 - 230 - 240 V sinusoidal

1.5 %

< 5 % in 20 ms

Frequency

Frequency tolerance

Crest factor

Overload

≤ 3%

≤ 5% autosense

± 0,2%

3 : 1

110% for 30 min, 130% for 30 s, 150% In for 10 s, > 150% for 500 ms

Output sockets No. 4 IEC 320 (10A) No. 6 IEC 320 (10A) No. 6 IEC 320 (10A)

No. 1 IEC 320 (16A)

System

Transfer time

AC-AC efficiency


Communication ports

Protections

Noise at 1mt


Standards

Battery charger (A)


S6-700 S6-1000 S6-1000 S6-1500 S6-2000 S6-2000 S6-3000 S6-3000


0 ms

86%

2/12/7 3/12/7 4/12/7

88%

8/12/7 8/12/7

RS232 + Communication Slot (TCP/IP, HTTP,SNMP, JBUS, MODBUS, PROFIBUS)

excessive battery discharge - overcurrent - shortcircuit - overvoltage - undervoltage - overtemperature

< 45 dBA

0 ÷ 40°C, optimal for batteries 15 ÷ 25°C safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. B, Directives 73/23, 93/68, 89/336 EEC, EN 62040-3

1 1 4 1 1


8 1 8

40

Sentinel 6

Power Model

(VA)

2000

2000

3000

3000

700

1000

1000

1500

Sentinel 6 700

Sentinel 6 1000

Sentinel 6 1000 POWER

Sentinel 6 1500

Sentinel 6 2000


Sentinel 6 3000



Power Model

(VA)

1000

1000

1000 POWER

1000 POWER

1500

1500

1500

Batt. exp. S6 A7*

Batt. exp. S6 A12*

Batt. exp. S6 A24

Batt. exp. S6 A24+A24

Batt. exp. S6 A7

Batt. exp. S6 A12

Batt. exp. S6 A24

2000

2000

2000 POWER

2000 POWER

2000 POWER

Batt. exp. S6 A7

Batt. exp. S6 A12


Batt. exp. S6 A38


3000

3000

3000 POWER

3000 POWER

3000 POWER

Batt. exp. S6 A7

Batt. exp. S6 A12


Batt. exp. S6 A38


* This battery cabinet can not be used in parallel with other battery cabinets.

15

25

35

60

180

30

45

60

120

240

Back-up

(min)

20

30

40

90

15

25

50

Back-up

(min)

6

-

10

-

-

6

6

6

Batteries

Internal

Internal

-

Internal

Internal

-

Internal

Internal

Batteries

3x7Ah

3x12Ah

3+3x12Ah

2x(3+3x12Ah)

4x7Ah

4x12Ah

4+4x12Ah

8x7Ah

8x12Ah

2x(8x12Ah)

8x38Ah

2x(8x38Ah)

8x7Ah

8x12Ah

2x(8x12Ah)

8x38Ah

2x(8x38Ah)

Dimensions

WxDxH (mm)

158x400x231

158x400x231

158x400x231

158x500x231

192x460x340

192x460x340

192x460x340

192x460x340

Dimensions

WxDxH (mm)

158x400x231

158x400x231

158x473x340

2x(158x473x340)

158x400x231

158x400x231

158x473x340

158x473x340

158x473x340

2x(158x473x340)

215x655x630

2x(215x655x630)

158x473x340

158x473x340

2x(158x473x340)

215x655x630

2x(215x655x630)

Weight

(kg)

34

14

35

14

12

14

8

19

Weight

(kg)

15

19

33

66

17,5

23

41

30

41

82

131

262

30

41

82

131

262

41

Sentinel 6 Rack


Sentinel 6 Rack is a range of UPSs with ON- LINE double conversion technology and with “zero” transfer time.

The load is always powered by the inverter, which supplies true sinusoidal voltage that is free from electrical interference.

High immunity against

Electromagnetic Disturbances

The unit will have high immunity against the electromagnetic disturbances coming from intended Radio frequency emitters according to the standard IEC

61000-4-2 (Level 4) IEC 61000-4-2

(Level 3) IEC 61000-4-

4 (Level 4), IEC 61000-4-5 (Level 4).

Total microprocessor control Digital control of the appliance considerably improves system reliability, reduces unit dimensions and weight, and significantly increases control and communications capabilities.


The UPS periodically performs a battery efficiency test. The batteries are not activated during micro interruptions (40 ms), which are the most common type of mains interference, since the required power is drawn from the capacitors banks.

This system (battery saving) extends the life of the batteries.

The Sentinel 6 Rack range will also include the deep battery discharge feature to protect the battery.






Sentinel 6 Rack comes with an expansion slot for optional communication boards which make

Sentinel 6 Rack compatible with the main communication options:

Netman 102, MultiCom 302, RS232 +

RS485 ports, Multi Com 352.





For longer back-up time it is available

Sentinel 6 Rack POWER without internal batteries but with powerful battery recharger.


42

Reduced noise


Stand-by

When stand-by mode is selected, the inverter is switched off and the battery charges. This is useful when the unit is not in use.


Sentinel 6 Rack comes with an

RJ45/RJ11 Net/Tel socket to guarantee the protection of its telephone or network line against any overvoltages.

Manual By-Pass


Applications



Workstation, Servers, EPOS (Electronic

Point of Sale) systems.

43

Sentinel 6 Rack

Technical data

Input

Nominal voltage


Nominal frequency

Power factor

Nominal current (A)

Input

Input voltage range

Input frequency tolerance

Output

Nominal power (VA/W)

Nominal voltage

Wave form

Voltage stability

Voltage distortion

Frequency

Crest factor

Overload

System

Transfer time

AC-AC efficiency

Batteries: No./V/Ah

Communication ports

Protections

Noise at 1 m


Standards

S6R 700 S6R 1000 S6R 1000 S6R 1500 S6R 2200 S6R 2200 S6R 3000 S6R 3000


220-230-240 V

170 V

3,8 5 6,2 7,2

50 / 60 Hz

>97%

10 13,8 14,4 16



180-264 V

± 5%



700/490 1000/700 1000/700 1500/1050 2200/1540 2200/1540 3000/2100 3000/2100

220-230-240 V sinusoidal static 1,5%, dynamic ≤ 5%

≤ 3% (linear load), ≤ 6% (non-linear load)

50/60 Hz +/- 2%

3:1

110% for 30 min, 130% for 30 s, 150% In for 10 s, > 150% for 500 ms



86%

2/12/7 3/12/7 / 4/12/7

0ms

88%

8/12/7 / 8/12/7 /

RS232 + Communication slot (TCP/IP, HTTP, SNMP, JBUS, MODBUS, Profibus) overcurrent – short circuit – excessive battery discharge – overvoltage – undervoltage – overtemperature

<45 dBA

0-40° C, optimal for batteries +15 ÷ +25°C safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. B, Directives 73/23,

93/68, 89/336 EEC, EN 62040-3

44

Sentinel 6 Rack

Power

(VA)

2200

2200

3000

3000

700

1000

1000

1500

Model

Sentinel 6 Rack 700

Sentinel 6 Rack 1000

Sentinel 6 Rack 1000 POWER







Power

(VA)

1000

1000

1000 POWER

Model

Batt. exp. S6R A7

Batt. exp. S6R A14

2 x (Batt.exp. S6R A14)

Back-up

(min)

20

30

45

1500

1500

2200

2200 POWER

3000

3000 POWER

Note

1 U= 44,83 mm

19"= 483 mm

Batt. exp. S6R A7

Batt. exp. S6R A14

Batt. exp. S6R A7

4 x (Batt. exp. S6R A7)

Batt. exp. S6R A7

3x(Batt. exp. S6R A7)

15

28

30

60

15

30

Back-up

(min)

6

_

10

_

_

6

6

6

Batteries

3x7Ah

3+3x7Ah

2x(3+3x7Ah)

4x7Ah

4+4x7Ah

8x7Ah

4x(8x7Ah)

8x7Ah

3x(8x7Ah)

Batteries

In UPS

In UPS

_

In UPS

In UPS

_

In UPS

_

Dimensions

WxDxH (mm)

19''x390x2U

19''x390x2U

19''x390x2U

19''x480x2U

19''x480x2U+U2

19''x480x2U

19''x480x2U+2U

19''x480x2U

Weight

(kg)

38

13

38

14

13

16

9

21

Dimensions

WxDxH (mm)

19''x390x2U

19''x390x2U

2x(19"x390x2U)

19''x480x2U

19''x480x2U

19''x480x2U

4x(19"x480x2U)

19''x480x2U

3x(19"x480x2U)

Weight

(kg)

12

19

38

15

25

25

100

25

75

45

Sentinel XR

REAR PANEL SENTINEL XR 3300-4000VA


Sentinel XR is a range of UPSs with

ON-LINE double conversion technology and with zero transfer time. The load is always powered by the inverter, which supplies a true sinusoidal voltage and current free from electrical interference.

Maximum versatility

Sentinel XR can either be placed on the floor or inserted in a 19” Rack. The

UPS can be converted from the Tower version to the Rack version simply by rotating the control panel to

90° and applying the handles.

Easy battery replacement

The batteries can be replaced while the

UPS is working off the Inverter (hot swap replacement) without any disturbances to the load.

Stand-by

When the UPS is not used, it can be set to stand-by mode. The inverter will be switched off and the battery is kept charged. This operating mode is suitable for Emergency Escape Lighting

(CPSS- Central Power Supply System) as per standard EN 50171.


Sentinel XR is provided with an expansion slot for optional communication cards that enable the

UPS to dialog using the main communication standards such as: second RS232 port, serial port duplexer, Ethernet network agent with

TCP/IP, HTTP and SNMP protocol,

RS232 + RS485 port with JBUS /

MODBUS protocol, signalling relay card.


The Aros Watch & Save software ensures effective and intuitive management of the UPS. Important information such as the input and output voltage, the load applied, the remaining back-up time, is displayed in the form of bar graphs. The software is able to provide information even in the event of a failure, and can also programme the UPS for automatic weekly start-up and shutdown.

REAR PANEL SENTINEL XR 5000-6000VA

The UPS comes with an expansion slot for optional communication boards such as Netman and

MultiCom.

46

Four operating modes

• On Line (VFI)

The load is powered by the Inverter and the output power supply is independent from the input supply voltage and frequency fluctuations.

• Eco Mode

To optimise the efficiency the load is powered from the mains as preferred source. If the mains voltage exceeds the tolerance values, the UPS switches to the normal ON LINE double conversion operating mode.

• Smart Active

When the power supply quality is very unstable of course the user is unable to define which is the best operating mode between On line or ECOMode.

Smart Active function solves this problem as it selects the best operation mode depending on the input power quality.

• Stand-by-off

When mains power is available the

UPS will not power the load; when mains is not available the UPS will power the load using the battery power supply. This feature makes the UPS ideal for emergency lighting power supply.

Advanced diagnostics

A backlit display provides the most important measurements relating to the

UPS.



Battery chargers can be used to reduce recharging times.

Programmable output socket

Using UPSTools configuration software it is possible to set the cut-off sequence of the output sockets. It is a very important feature in emergency conditions to be able to classify the loads by different priorities.

Manual By-Pass


Applications

Servers, Local Area Networks (LAN), data centers, telecommunications,

Industrial equipment, electro-medial equipment, Emergency Lighting.

Display LCD custom


SUITABLE FOR

EMERGENCY LIGHTING

APPLICATIONS

Sentinel XR

Technical data

Input

Nominal voltage



Nominal frequency

Power factor

By-pass line

Voltage range

Frequency range

Output

Power (VA/W)

Voltage

Wave form

Voltage range

Voltage distortion

Frequency

Crest factor

Overload

Output connections

System

Transfer time

AC-AC efficiency


Communication ports

Protections

Standards

Noise at 1 m


Positioning

SXR-3300 SXR-4000 SXR-5000

220-230-240 V

0-276 V

164 V @ 100% load (84V @ 50% load)

40 / 72 Hz

>0,98

SXR-6000

SXR-3300 SXR-4000 SXR-5000 SXR-6000

180 – 264 V (selectable in Economy mode and Smart Active mode)

± 5% (user configurable)

SXR-3300

3300/2300

SXR-4000 SXR-5000

4000/2400 5000/3500

220-230-240 V (selectable) sinewave

SXR-6000

6000/4200 static ± 1,5%; dynamic ≤5% in 20ms

<3% @ linear load; <6% @ non-linear load (EN 50091-1-1)

50 or 60 Hz selectable

3:1 (up to 100% load)

No. 1 IEC (16A) + 2 No. IEC (10A)

150% for 4s

IN/OUT terminal board + No. 2 IEC (10A)

SXR-3300 SXR-4000 SXR-5000

0 ms (2 ms Eco mode)

90% On-line, 98% Eco mode

9/12/7 16/12/7

SXR-6000

9/12/7 16/12/7

RS232 + Communication Slot (TCP/IP, HTTP,SNMP, JBUS, MODBUS, PROFIBUS) overcurrent – short circuit – excessive battery discharge – overvoltage undervoltage – overtemperature safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 , Directives 73/23, 93/68,

89/336 EEC, EN 62040-3

<40 dBA

0÷40°C , optimal for batteries +15÷+25°C tower or rack 19” 4U

48

Sentinel XR

Power

(VA)

3300

4000

5000

6000

Model

Sentinel XR 3300 (1)





Power

(VA)

3300

3300

3300

Model

Batt. exp. SXR A7

Batt. exp. SXR A14

Batt. exp. SXR A38

(3)

(3)

Back-up

(min)

15

30

70

Back-up

(min)

6

6

10

8

4000

4000

4000

5000

5000

5000

Batt. exp. SXR A7

Batt. exp. SXR A14

Batt. exp. SXR A38

Batt. exp. SXR A7

(3)

(4)

Batt. exp. SXR A12 (3)

Batt. exp. SXR A12+A12 (3)

15

30

60

25

35

65

Batteries

9x7Ah

9+9x7Ah

9x38Ah

9x7Ah

Batteries

Internal

Internal

Internal

Internal

9+9x7Ah

9x38Ah

16x7 Ah

16x12 Ah

2x(16x12 Ah)

6000

6000

6000

Note

1 U= 44,43 mm

19"= 483 mm

Batt. exp. SXR A7

Batt. exp. SXR A12 (3)

Batt. exp. SXR A12+A12 (3)

20

30

60

16x7 Ah

16x12 Ah

2x(16x12 Ah)

(1)

Tower/Rack convertible by means of a handles kit provided as standard. Dimensions: 19”x520x4U.

(2)

Tower/Rack convertible by means of a handles kit provided as standard. Dimensions: 19”x660x4U.

(3)

With battery charger to shorten recharging time.

(4)

With battery charger to shorten recharging time, only tower version.

Dimensions

WxDxH (mm)

175x520x455

175x520x455

215x655x630

175x520x455

175x520x455

215x655x630

175x660x455

175x660x455

2x(175x660x455)

175x660x455

175x660x455

2x(175x660x455)

Dimensions

WxDxH (mm)

175x520x455

175x520x455

175x660x455

175x660x455

Weight

(kg)

30

50

145

30

50

145

65

88

176

65

88

176

Weight

(kg)

38

38

64

64

49

Sentinel 5 Plus

SUITABLE FOR

EMERGENCY LIGHTING

APPLICATIONS


Sentinel 5 Plus is a range of UPSs with

ON-LINE double conversion technology and with “zero” transfer time. The load is always powered by the inverter, which supplies true sinusoidal voltage that is free from electrical interference.

High immunity to lightning

A device providing protection from input and output overvoltages means that Sentinel 5 Plus is able to withstand input overvoltages of up to 6kV, in accordance with IEC 801-5, thus ensuring the maximum protection to the powered load.


Digital control of the appliance considerably improves system reliability, reduces unit dimensions and weight, and significantly increases control and communications capabilities.


The UPS periodically performs a battery efficiency test. The batteries are not actuated during microinterruptions (40 ms), which are the most common type of mains interference, since the required energy is drawn from a group of capacitors. This system (battery saving) extends the life of the batteries.

A similar feature is provided by the

Active Control (LRCD) of the battery current even during the discharge phase, which means that the alternating components on the battery can be eliminated.The Sentinel 5 Plus range also comes with a device to protect against deep discharges, which can affect the expected battery life.





The UPS also contains the following hardware interfaces:

• RS232 serial port,

• Dry contacts,

• EPO (Emergency Power Off) contact for UPS shutdown from the remote emergency button.

The UPS comes with an expansion slot for optional communication boards such as Netman and MultiCom.

The UPS comes with an expansion slot for optional communication boards such as Netman and

MultiCom.

50

Maximum flexibility

The UPS can be connected to a single phase or three phase mains supply

(except for 6000 VA). This can be carried out directly at the installation site. The UPS can be programmed to operate as a frequency converter with batteries.

Reduced noise

Through the use of high frequency components and fan speed control, the noise level of the UPS is under

45 dBA.

Remote support service

TELEGUARD is a remote troubleshooting system which can signal any kind of unexpected event in real time.

Any fault is immediately signalled, 24 hours a day, 365 days a year, to the

AROS control centre, which can take immediate action either remotely or on site. Your UPS is always under the watchful eyes of an AROS expert.

Plus, a report is provided periodically, detailing all the significant events that have taken place during the monitored period.



Battery chargers can be used to reduce recharging times.

Mimic panel

The Sentinel 5 Plus range comes with an on-board mimic panel. This provides information on the operating status of the UPS by means of LEDs, an LCD display made up of two rows of 20 characters, an audible indicator and five control buttons.

Maximum safety for personnel The UPS has a back feed protection device that prevents any back feed current from the UPS towards the mains power supply, thus ensuring the safety of maintenance personnel.

Low consumption

Three different operating modes are provided with a view to reduce power consumption. These modes can be programmed to suit the requirements of the user and of the load to be powered:

• Economy Mode: the UPS uses Line

Interactive technology; the load is powered from the mains, the energy consumption is reduced and the efficiency is improved.

• Smart Active Mode: the UPS automatically selects On Line or Line

Interactive operating mode according to the quality of the mains supply, by monitoring the number, frequency and type of disturbances that are present.

• Stand by Off (back-up unit): the UPS only powers the loads when there is a mains failure. The inverter starts operation gradually in order to avoid inrush currents.

This feature makes the UPS ideal for emergency lighting power supply.

Display of the UPS internal temperature.

Display of the load applied to the UPS.

Display of the remaining battery backup time and battery charge percentage.

Applications

Local Area Networks (LAN), Servers,

Data centers, Industrial PLCs, Cash registers, Emergency devices

(lights/alarms), Electro-medical devices.

51

Sentinel 5 Plus

Technical data

Input

Nominal voltage


Voltage without battery discharging

Input frequency

By-pass

Voltage range

Frequency range

Output

Power (VA/W)

Nominal voltage

Voltage range

Voltage distortion

Frequency

Crest factor

Overload

Output sockets

System

Transfer time

AC-AC efficiency



Communication port

Remote control

Protection

Noise at 1 m


Humidity

Standards

S5P-6000

230 V single-phase

S5P-6500 S5P-8000 S5P-10000

230 V single-phase or 400 V three-phase + N

0-276 V

170 V @ 100% load (140 V @ 50% load)

50/60 Hz

S5P-6000 S5P-6500 S5P-8000 S5P-10000

186 – 264 V (selectable in Economy Mode and Smart Active Mode) selected frequency ± 5 Hz

S5P-6000

6000/4200 terminal

S5P-6500 S5P-8000 S5P-10000

6500/4600 8000/5600

220-230-240 V (selectable) static ±1%; dynamic ≤5% in 20ms

<2% @linear load, <5% @ non-linear load

50/60 Hz (selectable or autorange)

3:1

10000/7000

125% for 120s – 150% for 30s terminals + No. 2 IEC 320 (10A) for local networks

S5P-6000 S5P-6500 S5P-8000

0ms (<10ms Eco Mode)

S5P-10000

92%

18/12/7

91% single-phase, 92% three-phase (98% Eco Mode)

30/12/7

6-8 h

RS232 + Communication Slot (TCP/IP, HTTP,SNMP, JBUS, MODBUS, PROFIBUS)

Emergency Power Off overcurrent – short circuit – excessive battery discharge – overvoltage undervoltage - overtemperature

<40 dBA

0÷40 °C, optimal for batteries +15÷+25°C

90% non-condensing safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. A, Directives 73/23,

93/68, 89/336 EEC, EN 62040-3

52

Sentinel 5 Plus

Power

(VA)

6000

6500

8000

10000

Model

S5 Plus 6000

S5 Plus 6500

S5 Plus 8000

S5 Plus 10000


Power

(VA)

6000

6000

6000

6500

6500

8000

8000

10000

10000

Model

Batt. exp. S5P A7

Batt. exp. S5P A12*

Batt. exp. S5P A24*

Batt. exp. S5P A7

Batt. exp. S5P A12*

Batt. exp. S5P A7

Batt. exp. S5P A12*

Batt. exp. S5P A7

Batt. exp. S5P A12*

*With built-in battery charger to shorten the recharging time.

Back-up

(min)

8

15

12

10

Back-up

(min)

60

30

45

20

35

22

32

60

35

Batteries

Internal

Internal

Internal

Internal

Batteries

18x7Ah

18x12Ah

18+18x12Ah

30x7Ah

30x12Ah

30x7Ah

30x12Ah

30x7Ah

30x12Ah

Dimensions

WxDxH (mm)

283x805x585

283x805x735

283x805x735

283x805x735

Dimensions

WxDxH (mm)

283x805x735

283x805x735

283x805x735

283x805x735

283x805x735

283x805x735

283x805x735

283x805x735

283x805x735

Weight

(kg)

100

135

135

135

Weight

(kg)

175

112

175

112

175

80

120

190

112

53

IRMS (Intelligent Redundant Multi-Switch)

MIMIC PANEL

Operating principle

IRMS is a device based on relay technology that improves electrical supply continuity. It can install and manage up to eight network users from a single point, using one or two independent power sources, either directly from the mains power supply or via an UPS or a combination of both.

IRMS can connect each user

(up to eight, each with a maximum power requirement not greater than 3A) to either of the two power sources.

Full protection against mains failures and load faults

Whenever the mains fails or one source fluctuates outside acceptable parameters, IRMS will automatically switch the connected load over to the alternative power source without overlap. Switching is not only performed in the event of mains failure but also if a fault occurs on one of the load. In case of short circuits or overloads, IRMS disconnects the load to prevent problems on any of the others.

Simple mimic panel

A LCD panel provides detailed reports on the operational status of your equipment.

Hot swap function

If the primary source fails, IRMS transfers to the secondary source without any break in the power supply to your application.

Installation

IRMS has been designed for installation in a 19” rack-mount cabinet.

Communication

SNMP Network adapter and RS232 serial ports allow and facilitate communication with installed power protection equipment.

Applications e-Business, ISP/ASP, Local Area

Networks (LAN), Servers farms, servers.

54

Input

Nominal voltage

Frequency

Maximum load for each input

Input sockets

Output

Power

Output voltage

Maximum load for each output

Output sockets

System


Max. storage conditions

Max. operating altitude

Protections

Protection degree

Noise at 1 m

Standards

Dimensions WxDxH (mm)

Weight (kg)

Communication interface

Note

1U= 44,43 mm

19”= 483 mm

Multi-Switch (2 inputs – 8 outputs)

180-265 V

50/60 Hz

16 A

No. 2 IEC 320 (10 A)


8 output sockets 4A depending on the input voltage

4 A

No. 8 IEC 320 (10A)


0÷40°C

6000m / 0÷40°C

3000 m overcurrent – overvoltage – undervoltage – back-feed protection

IP 20

<25 dBA safety EN 62040-1, EMC IEC 62040-2 and EN 50091-2 lev. B, Directives 73/23, 93/68,

89/336 EEC, EN 62040-3

19"x360x2U

5 serial on DB 9 connector

55

56

5 7

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