AL'vVAYS FULL OF ENEHGY

Transcription

1 t\jupsae!~!o9.!!! AL'vVAYS FULL OF ENEHGY

2 The UPS Factory bv Aston Martiniaan NB Oud-Beijerland Tel: +31 (0)

3 PCL Enkel fase UPS p 4-15 BORRI 3 fase UPS p G TEC Modulaire UPS p G TEC Modulair UPS 19 rack p ELTEK 48Vdc hybride UPS p ADEL 24Vdc DIN-Rail UPS p 47-48

4 CRT60 Line interactive, 800VA VA Compact and ideal for smaller back-up power requirements CCTV, EPOS, small office hardware, security systems and PC workstations Features snapshot Line interactive (VI) technology Automatic Voltage Regulator (AVR) Automatic start Intelligent monitoring software Auto shut down in the event of a mains fail Smart LCD display USB connectivity Extended battery life Cold start feature Separate IEC power outlets for surge suppression RJ11 & RJ45 filtering for connection of telephone, modem and router lines The CRT60 range is one of the most practical and compact UPS solutions available. Compatible with most operating systems, the intuitive monitoring software provides safe shut down in the event of an extended power failure with the UPS automatically restarting when power is restored. THE POWER AUTHORITY Power Control Ltd, Rotherside Road, Eckington, Sheffield, S21 4HL t: +44(0) f: +44(0) e: info@pcl-ups.com CertaUPS

5 CRT60 Product Specification MODELS CRT CRT CRT CRT Power (VA) max Power (W) max INPUT Input Voltage Acceptable Input Voltage Input Frequency OUTPUT Voltage Regulation Frequency Regulation Transfer Time Waveform PROTECTION Full Protection DISPLAY LCD Display 220/230/240 VAC VAC 50/60Hz (Auto Sensing) +/-10% (Battery Mode) +/-1Hz (Battery Mode) Typical 2-6ms; 10ms max Simulated Sinewave (Battery Mode) Overload, Battery Discharge and Overcharge Protection AC Mode, Battery Mode, Load Level, Battery Level, Input Voltage, Output Voltage, Overload, Fault & Battery Low FEATURES Off-Mode Charging, AVR, Auto-Restart, Cold Start, USB, RJ11 & 45 Filters, LCD Display BATTERY Runtime 3 minutes 4 minutes 3 minutes 2 minutes Charging Time 4-6 hours recovery to 90% MECHANICAL Dimensions W x D x H (mm) 100 x 285 x x 350 x x 397 x 205 Net Weight (Kg) Battery Protected Outputs Surge Protected Outputs AC Outlets 4 x IEC C13 6 x IEC C13 ENVIRONMENT Operating Temperature Range UPS: 0 C - 40 C (Batteries: C) Humidity 0-90% Relative Humidty (Non Condensing) SOFTWARE Connection USB Connectivity Operating System Supports Windows 2000/2003/XP/Vista/2008/7/8/10 Linux/Unix and MAC Full technical specification and product information can be found at

6 CRT200 Line interactive, 1000VA VA Ideal for supporting critical equipment. An advanced UPS with a pure sinewave output Features snapshot Line interactive (VI) technology Automatic Voltage Regulator (AVR) Automatic start Intelligent monitoring software Auto shut down in the event of a mains fail Smart LCD display USB connectivity Inbuilt protection for modem & telephone Pure sinewave output PWM based controller Developed as a compromise between offline (VFD) and online double conversion (VFI) technology, the CRT200 utilises digital line interactive technology with a digitised PWM-based controller. This produces a pure sinewave output, which makes it perfect for supporting critical equipment. The CRT200 UPS includes an AVR (Automatic Voltage Regulator) as standard, making the UPS enormously effective even in poor mains supply conditions. With its wide input voltage window the UPS regulates a precise output voltage without switching to battery power, even if the input voltage fluctuates by as much as 30% from normal. THE POWER AUTHORITY Power Control Ltd, Rotherside Road, Eckington, Sheffield, S21 4HL t: +44(0) f: +44(0) e: info@pcl-ups.com CertaUPS

7 CRT200 Product Specification MODELS CRT CRT CRT Power (VA) max Power (W) max INPUT Input Voltage Input Voltage Window Input Frequency OUTPUT Voltage Regulation Frequency Regulation Transfer Time Waveform PROTECTION Full Protection DISPLAY LCD Display 220/230/240 VAC VAC 50/60Hz (Auto Sensing) +/-10% (Battery Mode) +/-1Hz (Battery Mode) Typical 2-6ms; 10ms Max Pure Sinewave (Battery Mode) Overload, Battery Discharge and Overcharge Protection AC Mode, Battery Mode, Load Level, Battery Level, Input Voltage, Output Voltage, Overload, Fault & Battery Low FEATURES Off-Mode Charging, AVR, Auto-restart, Cold Start, USB, RJ11 & 45 Filters, LCD Display BATTERY Runtime 4 minutes 3 minutes 2 minutes Charging Time 4-6 hours recovery to 90% MECHANICAL Dimensions W x D x H (mm) 146 x 350 x x 397 x 205 Net Weight (Kg) Battery Protected Outputs 3 5 Surge Protected Outputs 1 1 AC Outlets 4 x IEC C13 6 x IEC C13 ENVIRONMENT Operating Temperature Range 0 C - 40 C Batteries 20 C - 25 C Humidity 0-90% Relative Humidty (Non Condensing) SOFTWARE Connection USB Connectivity Operating System Supports Windows 2000/2003/XP/Vista/2008/7/8/10 Linux/Unix and MAC Full technical specification and product information can be found at

8 CRT+400 Online double conversion, 1000VA VA Perfect for small to medium sized offices, telecoms centres and security facilities Features snapshot Online double conversion topology Eco-mode function Wide input voltage window High efficiency Selectable output voltage Frequency converter feature EPO connection Intelligent communications slot IEC plug retention clips USB connectivity Intelligent monitoring software Server shut down in the event of a mains fail Battery extension modules The CRT+400 series is a range of compact UPS systems featuring online double conversion technology. Developed around the highest level of protection, the CRT+400 range is the most reliable of its kind. As a genuine plug n play system the CRT+400 units are delivered ready for immediate use and are suitable for all loads requiring true uninterrupted power. THE POWER AUTHORITY Power Control Ltd, Rotherside Road, Eckington, Sheffield, S21 4HL t: +44(0) f: +44(0) e: info@pcl-ups.com CertaUPS+

9 CRT+400 Product Specification MODELS CRT B CRT C CRT B CRT C CRT B CRT C Power (VA) max Power (W) max INPUT Input Voltage Window 110VAC-300VAC THDi <5% Power Factor 0.99 Input Frequency Range 45-55Hz / 54-66Hz OUTPUT Power Factor 0.9 Output Voltage Waveform Pure Sinewave Nominal voltage 200VAC*/208VAC**/220VAC/230VAC/240VAC Voltage regulation ±2% Transient recovery 100ms (IEC non-linear load) Output Frequency Synchronisation range 45-55Hz / 54-66Hz Slew rate 1Hz/s Battery mode (50/60±0.2)Hz Transfer Time Normal mode to battery mode 0ms Inverter to bypass, ECO mode <4ms Full Load Efficiency ECO mode >94% Overload Capability 110% for 1 minute; 125% for 30 seconds ; >150% for 1 second Crest Ratio 3:1 BATTERY Charger Size 1A 4A 1A 4A 1A 4A DC Voltage 36VDC 96VDC 96VDC Back-up Time (full load) >5 minutes N/A >9 minutes N/A >5 minutes N/A MECHANICAL Dimensions W x D x H (mm) 145 x 400 x x 460 x 347 Weight (Kg) AC Outlets 3 x IEC C13 6 x IEC C13 4 x IEC C13, 1 x IEC C19 *Derate to 80% with 200VAC output voltage. **Derate to 90% with 208VAC output voltage. ***Derate to 60% during Frequency Converter Mode. Full technical specification and product information can be found at

10 CRT+400R Online double conversion, 1000VA VA A versatile, high power density UPS solution ideal for IT facilities and the telecoms market Features snapshot Online double conversion topology High efficiency up to 95% 0.9 output power factor Pure sinewave output Energy saving mode Rackmount or Tower compact 2U convertible design Clear, user friendly display Expandable runtime with additional battery modules Network management for alerts and scheduled shutdown Serial, USB, Ethernet, ModBus and Relay connectivity Intelligent monitoring software The CRT+400R series has been designed to deliver maximum user flexibility. Its compact and ergonomic rack mountable and floor standing design makes it an ideal fit for many server cabinets, particularly in 2kVA and 3kVA configuration. This unique solution also comes with a large battery charger, which when installed as a rackmount system allows for up to 12 additional battery modules for long runtime applications. Further functionality is achieved through hot swappable internal batteries, which are located in a separate enclosure to allow the user to safely change batteries without the need for a power down. THE POWER AUTHORITY Affordable, functional and reliable, the CRT+400R also features interactive software, which is compatible with a wide range of operating systems. Power Control Ltd, Rotherside Road, Eckington, Sheffield, S21 4HL t: +44(0) f: +44(0) e: info@pcl-ups.com CertaUPS+

11 CRT+400R Product Specification MODELS CRT+400R-010-B CRT+400R-010-C CRT+400R-020-B CRT+400R-020-C CRT+400R-030-B CRT+400R-030-C Power (VA) max Power (W) max INPUT Cold Start Yes, Default Frequency=50Hz Input Voltage Window 120VAC-276VAC THDi <5% with full load Input Power Factor 100% full load Input Frequency Range 45-55Hz / 54-66Hz Generator Set Sizing 1.3 x UPS Rating Power OUTPUT Power Factor 0.9 Output Voltage Waveform Pure Sinewave Nominal voltage 208VAC*/220VAC/230VAC/240VAC Voltage regulation ±1% Transient recovery 100ms (IEC non-linear load) Voltage distortion <2% THD, linear load <5% THD, non-linear load Output Frequency Synchronisation range 45-55Hz / 54-66Hz** Battery mode (50/60±0.2)Hz** Transfer Time Line Mode to Battery Mode 0ms (Also Inverter Mode to ECO Mode 0ms) ECO to Inverter mode <10ms Full Load Efficiency ECO mode >95% Overload Capability 102%~130% : 12 seconds 130%~150% : 1.5 seconds >150% : 1 second BATTERY DC Voltage 36VDC 48VDC 72VDC Back-up time (full load) >5 minutes Max EBM Number 4 Charging current max 1.5A for B models 6A for C models MECHANICAL Dimensions W x D x H (mm) 438 x 436 x 86.5 (2U) 438 x 604 x 86.5 (2U) Weight (Kg) AC Outlets 8 x IEC C13 8 x IEC C x IEC C19 * Derate to 90% with 208V voltage. **Derate to 70% during Frequency Converter Mode. *** 0.7 P.F. Full technical specification and product information can be found at

12 CRT+500 Online double conversion, 6kVA - 20kVA Suitable for industry applications where space is limited, in particular within medical and IT environments Features snapshot Online double conversion topology Intelligent monitoring software Server shut down in the event of a mains fail Wide input voltage window High efficiency up to 98% Selectable output voltage Frequency converter feature EPO connection Intelligent communications slot Plug n play parallel kits Future expansion or redundancy Internal manual bypass Small footprint THE POWER AUTHORITY Designed using the highest level of protection (Online Double Conversion), the CRT+500 tower series deliver up to 25% more usable power than other manufacturers thanks to a 0.9 Output Power Factor. The CRT+500 comes complete with internal batteries as standard, eliminating the need for external battery cabinets on standard run times, minimising the footprint and therefore maximising floor space for other equipment. This range is extremely low maintenance and has been designed as a genuine easy parallel UPS solution, where up to four CRT+500 units can be connected in parallel as and when required. This added flexibility to enable further capacity or redundancy, makes the new CRT+500 range a true future proof investment. Power Control Ltd, Rotherside Road, Eckington, Sheffield, S21 4HL t: +44(0) f: +44(0) e: info@pcl-ups.com CertaUPS+

13 CRT+500 Product Specification MODELS CRT B CRT C CRT B CRT C CRT+500 EVO-100 CRT+500 EVO-200 Power (VA) max Power (W) max INPUT Input Voltage Window 110VAC-276VAC 110VAC-276VAC/190VAC-478VAC THDi <5% Input Power Factor 0.99 Input Frequency Range 45-55Hz / 54-66Hz Generator Set Sizing 1.5 x UPS Rating Power 1.8 x UPS Rating Power OUTPUT Power Factor 0.9 Output Voltage Waveform Pure Sinewave Nominal voltage 208VAC*/220VAC/230VAC/240VAC Voltage regulation ±1% Transient recovery 100ms (IEC non-linear load) 60ms (IEC non-linear load) Voltage distortion <2% THD, linear load <5% THD, non-linear load Output Frequency Synchronisation range 45-55Hz / 54-66Hz** Slew rate 1Hz/s Battery mode (50/60±0.1)Hz** Transfer Time Inverter Mode to ECO Mode 0ms Full Load Efficiency ECO mode >96% Overload Capability (Normal operation) 125% for 2 minutes; 150% for 30 seconds; >150% for 1 second 110% for 5 minutes; 130% for 1 minute; 150% for 10 seconds Crest Ratio 3:1 Parallel Up to 4 units for capacity or redundancy BATTERY DC Voltage 240VDC 288VDC Back-up time (full load) >7 minutes Charger only: 4A >5 minutes Charger only: 4A 7 minutes Charging current (max) 1.2A 4.0A 1.2A 4.0A 4.0A / 8.0A optional Charging time 5h charge to 90% depending on the capacity of external batteries Internal battery 3h charge to 90% MECHANICAL Internal battery 5h charge to 90% Dimensions W x D x H (mm) 260 x 550 x x 650 x x 650 x 890 Weight (Kg) AC Outlets Hardwired *Derate to 90% with 208VAC output voltage. **Derate to 60% during Frequency Converter Mode. Full technical specification and product information can be found at

14 CRT+500R Online double conversion, 6kVA - 10kVA Main applications include small to medium sized data centres, IT facilities, telecoms and networking Features snapshot Online double conversion topology Intelligent monitoring software Server shut down in the event of a mains fail High efficiency up to 98% 0.9 output power factor Smart LCD display Expandable runtime Parallel capacity for N+1 User replaceable, hot swappable batteries When positioned in rackmount form, the CRT+500R has a capacity of 6kVA/5.4kW contained within 3U and 10kVA/9kW contained within 5U, which includes internal batteries to provide standard runtime. Its online double conversion topology completely isolates the output voltage and frequency supplied to the users valuable load from incoming mains power anomalies. In addition, sophisticated ECO functions enable the CRT+500R to achieve an industry leading 98% efficiency. For a more resilient solution, an additional UPS unit can also be connected in parallel to share the critical load and provide N+1 redundancy. THE POWER AUTHORITY Power Control Ltd, Rotherside Road, Eckington, Sheffield, S21 4HL t: +44(0) f: +44(0) e: info@pcl-ups.com CertaUPS+

15 CRT+500R Product Specification MODELS CRT+500R-060-B CRT+500R-060-C CRT+500R-100-B CRT+500R-100-C Power (VA) max Power (W) max INPUT Input Voltage Window 120VAC-276VAC THDi <5% Input Power Factor 0.99 Input Frequency Range 45-55Hz / 54-66Hz Generator Set Sizing 1.3 x UPS Rating Power OUTPUT Output Voltage Waveform Pure Sinewave Nominal voltage 208VAC*/220VAC/230VAC/240VAC Voltage regulation ±1% Transient recovery 100ms (IEC non-linear load) Voltage distortion <2% THD, linear load <5% THD, non-linear load Output Frequency Synchronisation range 45-55Hz / 54-66Hz** Slew rate 1Hz/s Battery mode (50/60±0.1)Hz** Transfer Time Inverter Mode to Battery Mode 0ms Full Load Efficiency ECO mode >96% >98% Overload Capability (normal operation) 130% for 2 minutes; 150% for 30 seconds; >150% 1 second Overload Capability (battery mode) 130% for 10 seconds; >130% for 1 second Crest Ratio 3:1 Parallel 1+1 for capacity or redundancy BATTERY DC Voltage 180VDC 240VDC Back-up time (full load) >2.5 minutes Depends on the capacity of external batteries >3.5 minutes Depends on the capacity of external batteries Charging current (max) 1.0A 8.0A 1.7A 8.0A MECHANICAL Dimensions W x D x H (mm) 438 x 698 x 129 (3U) 438 x 704 x 215 (5U) Weight (Kg) AC Outlets 2 x IEC C x IEC C19 + Terminal 2 x IEC C x IEC C19 + Terminal 4 x IEC C19 + Terminal 4 x IEC C x IEC C19 + Terminal *Derate to 90% with 208VAC output voltage. **Derate to 80% during Frequency Converter Mode. Full technical specification and product information can be found at

16 Industrial Power Solutions B8000FXS 10 to 40 kva B8031FXS 10-20kVA 3-ph input / 1-ph output UPS B8033FXS 10-40kVA 3-ph input / 3-ph output UPS Performance, compactness and reliability for critical applications FleXible and Smart

17 The B8000FXS combines low input THD with almost unity power factor, all these features in a very small box easy to maintain! INFORMATION AND COMMUNICATION TECHNOLOGY Data networks Server farms Communication rooms Broadcast Financial institutions CRITICAL ELECTRICAL ENGINEERING Process controls Manufacturing machinery Office buildings Healthcare systems LOW THDi and POWER FACTOR PERFORMANCE ENHANCE COMPATIBILITY with INPUT MAINS and GENERATORS The BORRI B8000FXS UPS uses a modern input IGBT rectifier and Power Factor Control (PFC) technology capable of keeping the input current Total Harmonic Distortion (THDi) at a very low level (<3%), as well as keeping the input Power Factor very close to unit (0.99), even when only small loads are applied. The main benefits to be gained are that the UPS is compatible with almost any input source, including generator power. Because the B8000FXS works so efficiently, benefits can be gained in reduced cable sizes and dramatically reduced running costs. HIGH EFFICIENCY REDUCES OVERALL COST of OWNERSHIP The B8000FXS has a new SOL (Smart On-Line) function which enables a total operating efficiency of between 94% and 98%. This mode referred to as Intelligent ECO mode significantly reduces the utility costs associated with operating a device of this type. Moreover, this increase in efficiency results in the production of less waste heat, minimising cooling/air-conditioning costs. This represents a double saving to the energy conscious user. Manageability and compact design further decrease the cost of ownership in terms of installation and maintenance. The SOL function uses continual monitoring techniques to review the input characteristics of the supply. This means that if the supply line drops or fluctuates outside of acceptable conditions the UPS uses the internal inverter to support the load. This is achieved through a fast, fully static transition from VFD to VFI mode. DOUBLE CONVERSION TOPOLOGY OFFERS DOUBLE PROTECTION for EVERY APPLICATION The Borri On-line double conversion technology (VFI classification, Voltage Frequency Independent) isolates the output from all input abnormalities and delivers a fully conditioned clean sine-wave output current. The B8000FXS unit is designed to provide excellent output voltages suited to very demanding applications with either 100% step load, unbalanced, non-linear or modern IT loads. It also provides exceptional performance: with a power factor of up to 0.9 (lagging or leading), there is no requirement to de-rate the unit. TRIPLE INTELLIGENCE: FleXible and Smart If the application requires extremely flexible and reliable UPS protection, the B8000FXS is ideal. It delivers advanced features based on state-of-the- art total digital control. This control incorporates dual DSP ( Digital Signal Processing) and µc (Micro controller) technologies. A well-designed control architecture and a simplified two-stage power conversion topology ensure that it is almost impossible to drop the load even if a fault occurs! Status of the most critical components are constantly monitored. This allows predictive maintenance and avoids unexpected breakdowns. B8000FXS working state can be easily monitored by any Building Management System and via LAN/WAN. ACCURATE BATTERY MANAGEMENT Batteries are electro-chemical devices as such their performance gradually decreases over time. To off set battery degradation the B8000FXS incorporates a battery management function, Accurate Battery Management, operating in accordance with the battery manufacturers specifications. Following a UI battery characteristic curve the charger uses a constant current appropriate for the battery type, this control prevents detrimental over charging. In addition to the float voltage a boost charge can be set: this feature optimises the recharge time, in the event of consecutive power outages over a short period of time, as it is vital that as much energy can be restored to the batteries whilst the power is on. Accurate Battery Management also reduces the residual current ripple which is one of the main causes of premature battery wear; the same control circuit is employed to protect batteries against damaging deep discharges. Automatic temperature compensation can be incorporated resulting in the batteries being charged under correct thermal conditions. This feature greatly extends battery life. Further an integrated periodical function is also included which tests and monitors battery health providing advance notification of potential battery problems. FXS FXS 3xL-N

18 PARALLEL SYSTEMS for REDUNDANCY or CAPACITY INCREASING with HOT SWAP MODULARITY The B8000FXS UPS solution offers parallel options in both redundancy and capacity modes, providing the possibility for both extra system resilience and increased capacity. The parallel control circuitry associated with these units is fully digital and acts on both active and reactive power on each of the three output phases. This allows accurate load current sharing among the UPS units even during transient conditions. Parallel control is distributed between all units and communication is achieved through the use of a CAN BUS connection loop. This has the effect of producing a highly reliable system with no single points of failure. Intelligent design of the system connections allow for easy installation and easy future upgrades, this allows for upgrading the field without difficulty. In the modular arrangement, units can be added or removed hot without load disturbances or the need to switch to bypass. Smart Parallel functions facilitate the automatic switching off of units where the total power requirements of the load is provided by fewer than the total number of UPS units attached.. This is commonly known as load based shutdown and maximises the efficiency of the complete system by keeping the load on each module at an optimum level. Two independent paralleled systems can be synchronized (Sync Control) in order to feed downstream STS for seamless transfers. Mains Load Removable power modules EASY INSTALLATION, OPERATION and MAINTENANCE The B8000FXS has a high power to space ratio, this results in a very small footprint allowing the client to achieve maximum power in a relatively small space. The unit is fitted with wheels making it easy to move in and out of position. The B8000FXS series is based on light power modules which can be withdrawn from the front of the machine. This feature makes for incredibly easy servicing and dramatically reduces any potential down time. Removable internal batteries (10-20kVA) USER INTERFACE and ACCESSORIES User-friendly Interface COMUNICAZIONE RS232 serial port USB port Remote EPO External Manual Bypass status Battery Switch status Diesel Mode OPZIONALI Web/SNMP ModBus Relays Modem Remote panel Monitoring, managing and shutdown software Positioning via wheels Small footprint OPZIONI Parallel capacity/redundancy Isolation transformer Sync control for dual feed systems External bypass External battery cabinets Battery switch box Battery thermal probe Transformers/ autotransformers for voltage adaption B8000FXS 10 to 40 kva B8031FXS 10-20kVA 3-ph input / 1-ph output UPS B8033FXS 10-40kVA 3-ph input / 3-ph output UPS Performance, compactness and reliability for critical applications

19 MODEL B8031FXS B8033FXS Rating 10 kva 15 kva 20 kva 10 kva 15 kva 20 kva 30 kva 40 kva Capacity (kva) Dimensions WxHxD (mm) 450x1200x640 Weight (kg) w/o battery Weight (kg) with battery Input/output connection Hardwired (dual input) Hardwired (optional dual input) Battery Internal or external, cells External, cells INPUT Nominal voltage 220/380, 230/400, 240/415 Vac three phase Voltage range -20%, +15% from nominal Frequency 50/60 Hz (45 65 Hz) Power factor 0,99 Current distortion (THDi) <3% OUTPUT Nominal voltage 220, 230, 240 Vac single phase 220/380, 230/400, 240/415 Vac three phase Frequency 50/60 Hz Voltage regulation ±1% static; ± 5% dynamic 100% load change, <10 ms recovery time PF acceptable without de-rating Lagging to leading 0,9 Overload capacity % for 10 mins (on-line), % for 30 secs (on-line), 1000% for 1 cycle (bypass) Efficiency SOL Eco-mode OPTIONS 94%-98% >98% Parallel capacity/redundancy, sync control, isolation transformer, external bypass, external battery cabinets, battery switch box, battery thermal probe, transformers/ autotransformers for voltage adaption USER INTERFACE Front panel Graphical LCD display, mimic with LED s and keyboard Standard communication ports RS232 serial, USB, (Remote Emergency Power Off input, Battery Switch status monitoring, External Manual Bypass status monitoring, Diesel Mode) Optional Web/SNMP, ModBus, relay, modem cards; remote panel; monitoring, managing and shutdown software ENVIRONMENTAL Operating temperature 0 C +40 C Storage temperature -10 C +70 C Altitude <1000 m Audible noise at 1 meter (dba) <52 STANDARDS AND CERTIFICATIONS Marking and Certifications CE, GOST, ECA, ETL Safety IEC EN EMC IEC EN Test and Performance IEC EN Quality, Environment, Health and Safety ISO9001:2008, ISO 14001:2004, BS OHSAS 18001:2007 Printed in Italy BORRI S.p.A. Industrial Power Solutions Via 8 Marzo, Soci - Bibbiena (Arezzo) Italy tel fax info@borri.it

20 INGENIO 30 to 50 kva Three phase On-line double conversion Transformer free Full IGBT technology Paralleling up to 300 kva INGENIO kva For server rooms TLC equipment Emergency and safety systems Industrial automation

21 INGENIO kva For server rooms TLC equipment Emergency and safety systems Industrial automation Features and benefits High double conversion efficiency and ECO mode for low running costs and environmental impact. Transformer free design for light small size layout. Removable power modules architecture and built-in diagnostics for easy maintenance and very low MTTR. Hot connection/disconnection of parallel units for easy system resizing. Full IGBT technology and electronic PFC, ensuring 0.99 input PF and THDi<3% for maximum upstream sources compatibility. Wide range of configurations with internal batteries for low TCO compact solutions. High power battery charger, suiting long autonomy applications. Dual DSP plus microcontroller logics for top performance and reliability. CAN-bus based distributed parallel control ensuring high load sharing accuracy and no single point of failure. Comprehensive set of communication options for total remote monitoring of equipment operation. Fully compliance with all international product standards for maximum quality guarantee. Main options Isolation transformer. Transformers/autotransformers for voltage adjustment. Battery voltage temperature compensation. External maintenance bypass wall-mounted box. Battery fuse switch wall-mounted box. Associated battery cabinets for long autonomy times. Parallel kit. Load-sync for single UPS units. Input terminals for remote EPO, external manual bypass auxiliary contact, diesel mode. Separate bypass input. Backfeed protection bypass contactor. Autonomy time in minutes with different types of internal batteries kva 40 kva 30 kva

22 INGENIO technical data Rating (kva) Nominal power (kw) UPS dimensions WxDxH (mm) Input Output * according to IEC/EN x940x1500 UPS weight (kg) UPS weight with int. battery (kg) Battery configuration Internal or external, cells, VRLA (other options) Max autonomy with int. battery % load (min) Connection type Nominal voltage Voltage tolerance Frequency and range Hardwired 4w (separate bypass input available on request) 400 Vac 3-phase with neutral (rectifier) 380/400/415 Vac 3-phase with neutral (bypass) -20%, +15% (rectifier) ±10% (bypass) 50/60 Hz, Hz Power factor 0.99 Current distortion (THDi) <3% Connection type Nominal voltage Frequency Hardwired 4w 380/400/415 3-phase with neutral 50/60 Hz Voltage regulation ±1% static; dynamic: IEC/EN Class 1 Power factor Overload capacity up to 0.9, lagging or leading without power derating Inverter: % for 10 min, % for 30 s, >150% for 100 ms, bypass: 150% continuous, 1000% for 1 cycle Efficiency (AC/AC)* up to 98% Classification as per IEC/EN Connectivity and function extensions Front panel Remote communication Optional function extension System VFI-SS-111 Graphic display, mimic LED panel and keyboard, local EPO Included: RS232 card, USB; terminal block for battery breaker auxiliary contact Optional: input terminal block (remote emergency power off, external maintenance bypass circuit breaker aux. cont., diesel mode aux. cont.); SNMP adapter (Ethernet), Web interface (Ethernet), from ModBus-RTU to PROFIBUS DP adapter; SPDT contact relay board; remote system monitoring panel; UPS managing and server shutdown software Isolation transformer; transformers/autotransformers for voltage adjustment; external maintenance bypass; custom battery cabinets; wall-mounted battery fuse switch box; battery thermal probe; parallel kit and load-sync for single UPS Protection degree IP 20 Colour RAL 9005 Installation layout Wall and side by side installation allowed; 50 cm clearance on one side with internal battery Other features Environmental Operating temperature range 0 C +40 C Storage temperature range -10 C +70 C Altitude (AMSL) < 1000 m without power reduction, > 1000 with reduction of 0.5% per 100 m Audible noise at 1 m (dba) <52 Standards and certifications Quality assurance, environment, health and safety ISO 9001:2008, ISO 14001:2004, BS OHSAS 18001:2007 Safety IEC/EN EMC IEC/EN Environmental aspects IEC/EN Test and performance IEC/EN VFI-SS-111 Protection degree IEC Marking CE

23 INGENIO kva series options Description When do I use it LOAD Parallel kit When the unit is to be paralleled for load sharing Load-sync for single units To synchronize single units output for no-break load transfers by downstream static transfer switches LOAD A LOAD B Backfeed protection bypass contactor To be fully protected against backfeed energy upon static bypass failure Input isolation transformer To galvanically isolate UPS from load or to change system s earth arrangement Battery fused switch box Internal battery temperature probe Internal battery + UPS temperature probe External battery temperature probe Dry contact relay card Remote monitoring panel RS485 ModBus-RTU port Web/SNMP Adapter Input terminal block for remote EPO When the Emergency Power Off (EPO) has to be commanded by a remote control button Input terminal block for external battery switch auxiliary contact INCLUDED Input terminal block for diesel mode contact To disconnect and protect an external battery pack (wall mounted box) When the unit has internal batteries, for charging voltage compensation with temperature When the unit has internal batteries, for charging voltage compensation with temperature and UPS temperature monitoring When the unit has external batteries, for charging voltage compensation with temperature (10 m cable length) To send UPS status to PLC s, SCADA s or AS400 s by voltage free SPDT contacts To monitor UPS status by a LED panel from a remote control room To send UPS status to BMS s by RS485 connection and ModBus-RTU protocol. For telemonitoring and teleservice To send UPS status to BMS s by Ethernet connection and SNMP or ModBus over IP protocol. To monitor UPS status by any internet browser from workstations. To receive SMS or alerts from the UPS on any portable device When the Emergency Power Off (EPO) has to be commanded by a remote control button When there is an external maintenance bypass switch, for state monitoring When there is an external battery switch, for state monitoring When battery recharge has to be inhibited over genset operation Borri S.p.A. Via 8 Marzo, Bibbiena (AR) Italy Tel Fax sales@borri.it OMG60125revA Due to our policy of continuous development, data in this document is subject to change without notice and becomes contractual only after written confirmation

24 da 60 a 160 kva

25 Low TCO, efficient and compact solution for supplying reliable uninterrupted quality power to all critical applications in networking and small to medium datacenter, health, finance, industrial processing, building and transportation markets and for TLC. Featuring Green Conversion patented technology, INGENIO PLUS provides high efficiency even at light loads and ensures 100% battery expected life, thus ensuring low opex and capex savings. Application Networking and telecommunication Data server Process automation Medical equipment Emergency and safety systems Continuous cooling Features and benefits Continuous savings with Green Conversion patented technology, providing high efficiency and UPS critical components life care Clean mains and full compatibility with Genset operation due to its low input current distortion and soft start features No oversizing and power factor correction related costs thanks to its 0.99 input power factor Reduced commissioning and floor space related costs and lower environmental footprint with transformer free design and common battery management Capital expenditure protection thanks to hot expandability and load based shutdown in parallel systems High flexibility with full output power rating and different operating modes Green Conversion Green Conversion technology is based on a patented control algorithm, managing the battery-inverter subsystem in order to enhance double conversion efficiency and to extend battery life. The innovative Green Conversion inverter design increases efficiency and reduces switching stress on all components subject to wear. The new Green Conversion battery charger completely filters voltage ripple and floating voltage micro currents to the battery:main causes for early battery ageing. Benefits are 30% saving on maintenance cost and battery s operating life extension by as much as 40%. Energy saving operating modes Set the best mode of operation for any application according to mains quality, load immunity grade to mains disturbances and system features, to always deliver the best reliable quality power at the highest efficiency. On line double conversion: VFI (Voltage Frequency Independent) double conversion total protection with up to 96% efficiency thanks to our Green Conversion patented technology. ECO mode: suitable for stable mains, in VFD (Voltage Frequency Dependent) mode of operation, achieving 98% efficiency. Ultra High Efficiency: the most innovative power protection technology for high immunity grade applications, up to 99,0% efficiency, with the lowest TCO Battery life care Protecting capital expenditure on batteries, whilst ensuring full availability of mission critical applications can only be achieved by keeping them in perfect condition. INGENIO Plus comes with advanced charging and battery managing features, providing best battery performance and extended lifetime: Intermittent charging, with adjustable charging cycle (27-3 typical), to extend battery operating life and to achieve maximum energy savings Dynamic Charging Mode (DCM): automatic setting of battery charging current, with feeding priority to output loads, ensuring low charging times for long autonomy applications Battery charging voltage temperature compensation: to prevent excess battery charging and overheating Automatic and manual battery test: to detect any battery performance deterioration Common battery management: the right feature when pricing and footprint are important factors

26 One to one power factor INGENIO PLUS features both input and output unity power factor. Its full-igbt technology makes it a linear and power factor corrected load for the upstream mains, whilst being capable of feeding its loads at any output power factor, up to full rated real power.. INGENIO PLUS technical data Smart parallel Smart-parallel control continuously monitors load power requirements and maximizes system efficiency, by turning off all unnecessary units. Backfeed protection Plus series comes with backfeed energy detection circuit and output contact for remote tripping coil. Local tripping device for bypass disconnector can be fitted as an option, for total upstream protection and operator safety, without additional installation costs. Rating (kva) Nominal power (kw) UPS dimensions WxDxH (mm) 560x940x1800 UPS weight (kg) UPS weight with int. battery (kg) Battery configuration Internal or external, cells, VRLA (other options) Esternal cells, VRLA (other options) Max autonomy with int. battery 70% load (min) Input Connection type Hardwired 4w (rectifier), 4w (bypass) Nominal voltage 400 Vac 3-phase (rectifier) 380/400/415 Vac 3-phase with neutral (bypass) Voltage tolerance -20%, +15% (rectifier) ±10% (bypass) Frequency and range 50/60 Hz (45 65 Hz) Power factor >0.99 Current distortion (THDi) <3% Output Connection type Hardwired 4w Nominal voltage 380/400/415 Vac 3-phase with neutral Frequency 50/60 Hz Voltage regulation ±1% static; dynamic: IEC/EN Class 1 Power factor up to 1, without power derating Overload capacity Inverter: % for 10 min, % for 30 s, >150% for 0.1 s; bypass: 150% continuous, 1000% for 1 cycle Efficiency (AC/AC)* up to 99% Classification as per IEC/EN VFI-SS-111 Connectivity and function extensions Front panel Graphic display, mimic LED panel and keyboard, local EPO Remote communication Included: serial RS232 and USB, backfeed protection monitoring contact. Optional: input terminal block (remote emergency power off, battery circuit breaker aux. cont., external maintenance bypass circuit breaker aux. cont., diesel mode aux. cont.); SNMP adapter (Ethernet), Web interface (Ethernet), from ModBus-RTU to PROFIBUS DP adapter; SPDT contact relay board; remote system monitoring panel; UPS managing and server shutdown software Optional function extension Isolation transformer; transformers/autotransformers for voltage adjustment; external maintenance bypass; custom battery cabinets; wall-mounted battery fuse battery thermal probe; parallel kit for load sharing System Protection degree IP20 Colour RAL 9005 Installation layout Wall and side by side installation allowed, 80 cm clearance on one side only with internal battery Accessibility Front access, side access (only with internal battery), bottom cable entry Advanced connectivity LCD graphic display or 7 touch screen display (optional) front panel ensure clear and quick access to all UPS status. Remote communication is managed through most common protocols and interfaces such as voltage free relay contacts, RS485 ModBus-RTU, Ethernet ModBus over IP or SNMP protocol, as well as dedicated web server for remote UPS monitoring from any workstation or web based mobile device. Other features Low total cost of ownership INGENIO PLUS is designed to reduce TCO. Transformer-free architecture and internal battery layout cut commissioning costs and footprint. High efficiency double conversion and advanced energy saving modes ensure low operating costs. Green Conversion control dramatically reduces maintenance costs, extending all critical components and battery s life. Full rated output power results in optimal UPS sizing and utilization. Environmental Operating temperature range 0 C +40 C Storage temperature range -10 C +70 C Altitude (AMSL) < 1000 m without power reduction, > 1000 with reduction of 0.5% per 100 m Audible noise at 1 m (dba) <60 Standards and certifications Quality assurance, environment, health and safety ISO 9001:2008, ISO 14001:2004, BS OHSAS 18001:2007 Safety IEC/EN EMC IEC/EN Environmental aspects IEC/EN Test and performance IEC/EN (VFI-SS-111) Protection degree IEC Marking CE * according to IEC/EN

27 INGENIO PLUS kva series options Autonomy with different internal batteries Description When do I use it minutes Parallel kit When the unit is to be paralleled for load sharing LOAD 60 kva Load-sync for single units To synchronize single units output for no-break load transfers by downstream static transfer switches LOAD A LOAD B LOAD SYNC BOX Load-sync box for two sets of paralleled UPS To synchronize the output of two paralleld UPS systems for no-break load transfers by downstream static transfer switches 80 kva LOAD A LOAD B Tripping coil for bypass disconnector To be fully protected against backfeed energy upon static bypass failure. Detection circuit is included Input transformer (to be installed internally or in extended cabinet) Battery fused switch box Internal battery temperature probe Internal battery + UPS temperature probe External battery temperature probe Dry contact relay card (8 contacts) Remote monitoring panel To galvanically isolate UPS from load or to change system s earth arrangement To disconnect and protect an external battery pack (wall mounted box) When the unit has internal batteries, for charging voltage compensation with temperature and UPS temperature monitoring When the unit has internal batteries, for charging voltage compensation with temperature and UPS temperature monitoring When the unit has external batteries, for charging voltage compensation with temperature (10 m cable length) To send UPS status to PLC s, SCADA s or AS400 s by voltage free SPDT contacts To monitor UPS status by a LED panel from a remote control room Who we are Borri is a company specializing in the custom design, manufacturing and servicing of power supply protection systems in key sectors such as ICT, industrial processes and service, oil & gas and energy, utilities, also of static conversion for renewable energy sources. The Borri research and development department is among the most complete regarding the coverage of the various disciplines involved in power conversion. On the strength of proven expertise in product customization and a continuous quest for excellence, Borri is named in more than 40 vendor lists and enjoys a position of prominence in the oil & gas sector. Similarly, with extensive experience in various branches of power electronics such as UPS systems for data centres, inverters for renewable energy projects and storage systems. Borri is a dependable partner able to offer power supply solutions used in ICT applications, in the process industry and for services, with numerous installations to its credit UPSaver, the most recent three-phase solution, based on Green Conversion patent technology, is able to guarantee unparalleled energy savings, and the best PUE for data centres with lower environmental impact, proof of the ongoing company commitment to innovation. Under the Astrid brand, Borri offers a wide range of renewable energy solutions, reflecting its commitment to our pursuit of sustainable development. Headquartered in Italy, with 15,000 m² of production area and a fully equipped inspection and testing area, the company is able to count on more than 80 years of experience, multidisciplinary R&D and a highly application specialized custom engineering capability. Borri has a presence on all 5 continents with thousands of installations worldwide, professional staff and a network of partners able to provide you value added technical support and services. RS485 ModBus-RTU port To send UPS status to BMS s by RS485 connection and ModBus-RTU protocol Web/SNMP Adapter for telemonitoring and teleservice To send UPS status to BMS s by Ethernet connection and SNMP or ModBus over IP protocol. To monitor UPS status by any internet browser from workstations. To receive SMS or alerts from the UPS on any portable device Input terminal block for remote EPO When the Emergency Power Off (EPO) has to be commanded by a remote control button Input terminal block for external manual bypass switch auxiliary contact When there is an external maintenance bypass switch, for state monitoring Input terminal block for external battery switch auxiliary contact When there is an external battery switch, for state monitoring Input terminal block for diesel mode contact When battery recharge has to be inhibited over genset operation For more information, visit our website:

28 B9600FXS Industrial Power Solutions kva Three-phase UPS High feature solutions for large, mission-critical systems FleXible and Smart

29 The innovation and design of the BORRI B9600FXS high power UPS has resulted in the unit being the most technologically advanced in its class. It delivers an incredible combination of low input current distortion, unity input power factor and high overall efficiency. These advances in design offer numerous benefits, including lower running costs and substantially increased reliability. INFORMATION AND COMMUNICATION TECHNOLOGY Large data centers Server farms Telecommunication installations Broadcasting and entertainment Internet Service Providers (ISP) CRITICAL ELECTRICAL ENGINEERING Industrial systems Financial and banking Security operations Transportation systems Medical/Healthcare LOW THDi and POWER FACTOR PERFORMANCE ENHANCE COMPATIBILITY with INPUT MAINS and GENERATORS The BORRI B9600FXS model UPS uses a completely new IGBT input rectifier design, encompassing an advanced PFC (Power Factor Control) which is capable of keeping input current THDi (Total Harmonic Distortion) at a level of less than 3% and the input power factor within 1% of unity, even when only small loads are applied. The key benefits are that the UPS is therefore compatible with the upstream source, the mains or any kind of generator and the transfer of power between source and load is more efficient. This results in a saving in terms of scale of sources, cables and protective devices. HIGH EFFICIENCY REDUCES OVERALL COST of OWNERSHIP The B9600FXS has a new SOL (Smart On-Line) function which enables a total operating efficiency of between 96% and 98%. This mode referred to as Intelligent ECO mode significantly reduces the utility costs associated with operating a device of this type. Moreover, this increase in efficiency results in the production of less waste heat, minimising cooling/air-conditioning costs. This represents a double saving to the energy conscious user. The SOL function uses continual monitoring techniques to review the input characteristics of the supply. This means that if the supply line drops or fluctuates outside of acceptable conditions the UPS uses the internal inverter to support the load. This is achieved through a fast, fully static transition from VFD to VFI mode. DOUBLE CONVERSION TOPOLOGY OFFERS GREEN DOUBLE PROTECTION for EVERY APPLICATION The VFI Online double conversion topology implemented in this equipment offers built in inverter galvanic protection completely isolating the output power from all the input power anomalies, delivering fully conditioned pure sine-wave output. In this pure on-line mode the unit delivers a excellent certified 96% efficiency. Because of the technology and topology used, no additional losses are generated to get low input harmonics or input/output galvanic isolation. The B9600FXS unit is designed to provide excellent output voltages suited to very demanding applications with either 100% step load, unbalanced, non-linear or modern IT loads. It also provides exceptional performance: with a power factor of up to 0.9 (lagging or leading), there is no requirement to de-rate the unit. TRIPLE INTELLIGENCE: FleXible and Smart If the application requires extremely flexible and reliable UPS protection, the B9600FXS is ideal. It delivers advanced features based on state-of-the-art total digital control. This control incorporates dual DSP (Digital Signal Processing) and µc (Micro controller) technologies. The system design ensures that auxiliary power supplies and processors are no longer single points of failure which could compromise the availability of clean power to the load. The B9600FXS is designed to overcome the limitations imposed by other, older, designs. With its distributed control architecture, the B9600FXS will always have a UPS circuit protecting the load; furthermore, the status of most critical components is constantly monitored, allowing predictive maintenance and avoiding unexpected breakdowns. B9600FXS working state can be easily monitored by any Building Management System and via LAN/WAN. ACCURATE BATTERY MANAGEMENT Batteries are electro-chemical devices, which store charge chemically; as such their performance degrades with time. The B9600FXS performs ABM (Accurate Battery Management) according to battery manufacturer requirements. Following a UI characteristic curve, the charger charges at a constant current appropriate for the battery type used, preventing detrimental excess charging. In addition to the float voltage level, boost charge can be set, optimising the recharge time when there is the possibility of consecutive power outages within a short period. ABM also reduces the residual ripple current (one of the causes of premature battery wear), as well as protecting the battery from damaging deep discharges. Automatic battery temperature compensation charge voltage may be implemented, charging the battery more appropriately and increasing battery life. By means of the DCM (Dynamic Charging Mode) very long battery autonomies can be achieved without increasing total charge time. This is achieved through the implementation of an intelligent increase in maximum battery charge current when the maximum inverter power is not being drawn by the load. An integrated periodical battery testing function tests and monitors battery health, providing advanced warning to guide the application of preventive maintenance. PARALLEL SYSTEMS for REDUNDANCY or CAPACITY INCREASING with HOT SWAP MODULARITY The B9600FXS UPS solution offers parallel options in both redundancy and capacity modes, providing the possibility for both extra system resilience and increased capacity. The parallel control circuitry associated with these units is fully digital

30 and acts on both active and reactive power on each of the three output phases. This allows accurate load current sharing among the UPS units even during transient conditions. Parallel control is distributed between all units and communication is achieved through the use of a CAN BUS connection loop. This has the effect of producing a highly reliable system with no single points of failure. Intelligent design of the system connections allow for easy installation and easy future upgrades, this allows for upgrading the field without difficulty. In the modular arrangement, units can be added or removed hot without load disturbances or the need to switch to bypass. Smart Parallel functions facilitate the automatic switching off of units where the total power requirements of the load is provided by fewer than the total number of UPS units attached. This is commonly known as load based shutdown and maximises the efficiency of the complete system by keeping the load on each module at an optimum level. Two independent paralleled systems can be synchronized (Sync Control) in order to feed downstream STS for seamless transfers. EASY INSTALLATION, OPERATION and MAINTENANCE Bypass Mains B9600FXS kva Three-phase UPS Parallel...n The B9600FXS can easily be moved within areas not wider than 1200mm, and can be installed up close to walls or other cabinets as cooling air is expelled through vents on the top of the unit. This new design gives the user a significant saving in floor utilisation. This makes the B9600FXS an ideal solution where space is at a premium. Despite this modern compact design, all critical components, are accessible from the front of the unit; this improves accessibility to allow regular maintenance and reducing Mean Time to Repair (MTTR). The B9600FXS also incorporates a unique back-feed power protection system, where in the event of the output of the UPS being fed back into the mains, the unit will immediately isolate itself. This in turn, removes the need for additional MCBs or other similar safety devices. Load Bypass and switchgear section Power conversion section Removable blowers USER INTERFACE and ACCESSORIES User-friendly Interface COMUNICATION RS232 serial port USB port Remore EPO External Manual Bypass status Battery Switch status Diesel Mode OPTIONAL Web/SNMP ModBus Relays Modem Remote panel Monitoring, managing and shutdown software Front access OPTIONS Parallel capacity/redundancy Sync control for dual feed systems Isolation transformer External bypass External battery cabinets Battery switch box Battery thermal probe Transformers/ autotransformers for voltage adaption Top cable entry

31 RATING 400 kva 500 kva 600 kva 800kVA Capacity (kva) Dimensions WxHxD (mm) 1990x1920x x2020x x1920x990 Weight (kg) Input/output connection Battery Hardwired (dual input) External, cells INPUT Nominal voltage 220/380, 230/400, 240/415 Vac three phase Voltage range -20%, +15% from nominal Frequency 50/60 Hz (45-65 Hz) Power factor 0,99 Current distortion (THDi) < 3% OUTPUT Nominal voltage 220/380, 230/400, 240/415 Vac three phase Frequency 50/60 Hz Voltage regulation ±1% static; ± 5% dynamic 100% load change, <20 ms recovery time PF acceptable without de-rating Lagging to leading 0,9 Overload capacity % for 10 min (on-line), % for 1 min (on-line), 1000% for 1 cycle (bypass) Efficiency Pure on-line SOL (pure Eco) mode OPTIONS >95% (certified TÜV NORD) 96-98% (>98%) Parallel capacity/redundancy, sync control, isolation transformer, external bypass, external battery cabinets, battery switch box, battery thermal probe, transformers / autotransformers for voltage adaption, top cable entry USER INTERFACE Front pannel Graphical LCD display, mimic with LED s and keyboard Standard communication ports RS232 serial, USB, Remote Emergency Power Off input, Battery Switch status monitoring, External Manual Bypass status monitoring, Diesel Mode Optional Web/SNMP, ModBus, relay, modem cards; remote panel; monitoring, managing and shutdown software ENVIRONMENTAL Operating temperature 0 C +40 C Storage temperature -10 C +70 C Altitude <1000 m Audible noise at 1 meter (dba) <60 STANDARDS AND CERTIFICATIONS Marking and Certifications CE, GOST, ECA ETL, TÜV Safety IEC EN EMC IEC EN Test and Performance IEC EN Quality, Environment, Health and Safety ISO 9001: ISO 14001: 2004, BS OHSAS 18001:2007 Printed in Italy BORRI S.p.A. Industrial Power Solutions Via 8 Marzo, Soci - Bibbiena (Arezzo) Italy tel fax info@borri.it

32 MUST Modular UPS kva modular UPS, up to 400kVA Datacenter & servers Internet centers Local Area Networks (LAN) Telecommunication devices, Emergency application efficiency and reliability in power supply solutions

33 Product overview Modular design, hot swappable Strong load adaptability for linear and nonlinear load Intelligent module and system protection design low noise system design AVAILABLE PARALLEL CONTROL FOR CABINETS MUST series is modular and online double conversion UPS for sensitive equipments. The power rating covers from 10kVA to 400kVA which delivers the best combination of reliability, functionality, hot-swappable and flexibility at a competitive price. Solutions comparison Modular solution MUST (N+1) vs standalone UPS in parallel Availability Modular solution guarantees much more availability than a traditional standalone parallel solution MTTR MUST = 3 minutes MTTR standalone = 480 minutes MUST is an hot swappable solution! Lower service cost For the MUST , in site, you spend very little time to do the normal maintenance (cleaning, testing (automatic battery test), check the alarms recorded list, etc). Even the replacement of power module is very fast. Cost, efficiency and flexibility In MUST you can adapt the UPS with needed power capacity, step by step (small steps), keeping efficiency always at maximum level: in standalone solution, you have to add one more unit, with the same power, to the previous unit (big steps): that means low efficiency (more energy and cost) and spending more money to achieve the same needed steps, without gradual investment cost. Save space In case you need to increase the power capacity of the UPS system, using the MUST solution it s enough to add one more module (same foot print); in standalone solution you have to add one more cabinet. MUST

34 Connectivity devices OPERATING SYSTEMS SUPPORTED Windows 95-OSR2, 98, Me, NT 4.0, 2000, XP, 2003 and latest versions; Linux; Novell Netware 3.x, 4.x, 5.x, 6; Mac OS X, 9.x; IBM OS/2 Warp and Server; HP OPEN VMS; The most widely used UNIX operating systems such as: IBM AIX, HP UNIX, SUN Solaris INTEL and SPARC, SCO Unix and UnixWare, Silicon Graphic IRIX, Compaq Tru64 UNIX and DEC UNIX, BSD UNIX and FreeBSD UNIX, NCR UNIX. As standard the MUST has local monitoring software through serial port, the UPSilon provides user-friendly UPS management. The software displays real time information in the form of bar charts and values for critical data such as mains voltage, UPS load and battery charge. It allows remote interrogation of UPS logs and operating parameters to help diagnose alarms and potential fault conditions. When instructed the software performs an automated safe power down of the protected servers and PCs. Advanced communication Direct Connection with Ethernet Network Standard RS232 port and RS485 port with ModBus interface protocol. REPO (Remote Emergency Power Off) to power down the UPS through a remote emergency push button. Web/SNMP card allows UPS management across a LAN using any of the main network communication protocols - TCP/IP, HTTP and network interface via SNMP. In case of alert it can notify users and administrators via ; when prolonged power failure occurs the protected computer systems can be shutdown in a graceful manner. Relay/AS400 card is an easy interface for input/output dry contacts and AS400 series computer, the common manner for industrial and building management systems. LINK RS232 RS232 Terminal Administrating Workstation ETHERNET NETWORK snmp trap web page shutdown shutdown Server 1 Windows Workstation Server 2 Large touch screen LCD display All mains system and modules parameters available Commands and settings available with three password levels Leds that indicate the power flow for an immediate acknowledgement of the system status EPO: Emergency power off button MUST

35 The MUST system MUST This cabinet is designed to house 6 units of power module 10kVA/20kVA. It is an ideal solution for a medium load that requires redundancy or the possibility to expand the power in the future. Its winning advantages against any conventional parallel UPS involve parallel configuration N+1, hot swappable and scalability, as well as easy maintenance. It is possible to expand the power to 360kVA by connecting up to three cabinets in parallel. MUST This cabinet is designed to house 10 units of power module 10kVA/20kVA. It is an ideal solution for medium to large load. UPS capacity can be doubled to achieve 400kVA by connecting two cabinets together. MUST with batteries on board Solution, including three modules(10 or 20kVA), max. 4 x 40 batteries 9Ah/12V, and batteries breaker, is available into the bigger cabinet (10 modules house). In 19,is possible to house 4 battery modules, just to reach total VDC, which is equivalent to one branch plug in system.(see pictures) The max. capacity of this solution is VDC/36 Ah. MUST

36 The MUST configuration 10 kva 20 kva 60 kva 120 kva 120 kva 240 kva 180 kva 360 kva 10 kva 20 kva 100 kva 200 kva 200 kva 400 kva 30 kva 60 kva The highest technology level Power module 10kVA and 20kVA with rectifier, inverter and battery charger. Rectifier: advanced technology with IGBT rectifier. Zero impact to the mains thanks to PFC (Power Factor Control) system: input PF 0,99. It means no harmonic distortions through the mains therefore very low THDi, less than 3%. Optimize the upstream infrastructure without over rating the supply device (ideal for gen-set and transformer supply). Inverter: : last generation technology using 3 level IGBT power bridge with high frequency modulation with PWM driving. High performance digital control with DSP, very stable and perfect sinusoidal waveform even in case of unbalance load. High power density with PF=0,9 and efficiency at maximum level starting from even less than 50% of load. Efficiency up to 96%. Battery charger: distributed battery charger in each module. The power is 20% of the rated power. It means no single point of failure and wide range of battery capacity installable. Smart battery management. Single and double level of battery charger, temperature compensation, end of discharge voltage control. Automatic self battery test to prevent battery fault. Optimized for the most common battery types as sealed VRLA, AGM or wet lead acid and NiCd. Centralized static bypass sized for the full power of the system. Completely hot swappable reducing at minimum the maintenance process. High quality SCR mounted inside in the auxiliary line and precise control. The biggest and more complete user friendly touch screen. Easy to use and with wide range of information coming from the system status. With password protected level is possible to set the configuration of the system directly from the touch screen. MUST

37 Benefits in your choice MUST has been designed to achieve the maximum energy saving. Combination of several factors makes this result remarkable. High efficiency provided by the most recent electronic technology. Flat curve of efficiency in a large power range that minimizes energy losses at lower load. Modular structure that allows to achieve the requested power using only the necessary number of modules. Excellent input and output electrical performances such as very low harmonic distortion to the mains, which means a clean electrical network without disturbances to other critical loads, as well as lower energy losses. Green Technology ENERGY SAVING The high performance of the series MUST is also evident for small percentages of the applied load. Its efficiency is due to the 3-level IGBT architecture which is state of the art technology. The extreme flexibility of use and the superior performance, even at low percentages of load, mean faster return on investment compared to to the majority of UPS on the market. % Efficiency MUST traditional UPS % load MUST

38 Technical specifications MUST Capacity kVA Main Input Input voltage 380V/400V/415V(line to line) 220V/230V /240V(line to neutral) Input frequency 50/60Hz Power factor >0.99 Input voltage window -40%~+25% Frequency window 40-70HZ Battery Battery voltage ±240VDC Charger power 10kVA: 3.1A 20kVA: 6.2A Charger voltage precision 1% Bypass Bypass voltage 380V/400V/415V, line to line 220V/230V/240V, line to neutral Bypass voltage window -20%-+15%, full load 125%, long time operation bypass overload capability 125%< load <130%, last for more than 1 hour 130%<load<150%,last for more than 6 minutes >1000%, last for more than 100ms Output Output voltage 380V/400V/415V, line to line 220V/230V/240V, line to neutral Voltage precision 1% (balance load),1.5% (unbalance load) Voltage THD (Total Harmonic Distortion) THD<1.5%(linear load),thd<5%(nonlinear load) Power factor 0.9 Phase tolerance 120 ±0.5 (balance and unalance load) Crest factor 3:1 Overload capability 105% transfer to bypass after 1hour 110%, transfer to bypass after 10minutes 125%, transfer to bypass after 1 minutes 150%, transfer to bypass after 5 seconds >150%, transfer to bypass after 200ms System System efficiency Normal mode: 96% ECO mode: 99% Battery mode efficiency 95% Display LCD+LED, Touch screen and keyboard IP class IP20 Interface (Communication Ports ) RS232,RS485,Dry contacts,snmp card,epo,generator interface Installation/Connection* Top or bottom cable connection Working temperature 0-40 C Storage temperature -25 C~70 C Relative humidity 0-95% (non condensing) Noise (db) <55dB Weight (Kg) Dimension (W*D*H) (mm) 6-module cabinet 10-module cabinet PM10 PM20 6-module cabinet 10-module cabinet Module (10kVA/20kVA) MUST 060/10, MUST 120/20 MUST 100/10, MUST 200/20 10kVA 20kVA 600*900* *900* *590* KG 182KG 21KG 22KG *It is recommended to refer to the product manual and settings compliant with legal standards Note: product specifications are subject to change without further notice MUST

39 Mini MUST Online UPS kva/kw 3/3, 3/1, 1/1 phase kva/kw 3/3 phase SERVERS DATA CENTERS MISSION CRITICAL TELECOMMUNICATIONS DEVICES INDUSTRIAL APPLICATION Smart Energy Solutions

40 2 Product Overview The first UPS in a rack that combines compact size, ease of use and installation flexibility MODULAR DESIGN HIGH POWER DENSITY SUITABLE FOR RACK APPLICATION MULTICONNECTION AVAILABLE (3/3, 3/1, 1/1) HIGH EFFICIENCY MiniMUST can be easily adapted to any type of installation thanks to the possibility to operate indifferently as 3/3, 3/1 or 1/1. The Coated boards make it a solution suitable for harsh environments and it increases the reliability and expected life obtaining a result among the most important in the market. Product Topology Minimust can be installed as stand alone solution or it can be inserted in existing standard 19 cabinet. It guarantees maximum flexibility because of its modularity. It permits to install the Minimust as a block or even in single module configuration inside the cabinet, with bypass and power modules. EASY ACCESS: Whatever the chosen configuration, the convenience of access is guaranteed by the positioning of the controls that are always easily accessible. SMART SERVICE MANAGEMENT: maintenance alert for critical components, such as capacitors and fans, in order to guarantee proper operation through preventive interventions. MiniMUST

41 Product range MAXIMUM FLEXIBILITY IN YOUR HANDS 3 MINIMUST 10/20 KVA This system is built to host 2 units of power module 10 kva. It is an ideal solution for a low/medium load that requires redundancy or the possibility to expand the power in the future. Maximum power 20 kva cosphi = 1. Interface MINIMUST 10/40 KVA This system is built to host 4 units of power module 10 kva. It is an ideal solution for a medium load that requires redundancy or the possibility to expand the power in the future. Maximum power 40 kva cosphi = 1. MINIMUST 10/60-15/90 KVA This system is built to host 6 units of power module 10 kva or 15 kva. It is an ideal solution for a medium load that requires redundancy or the possibility to expand the power in the future. Maximum power 90 kva cosphi = 1. 7 colored touch screen easy to use with total control of parameters, setting and status of the system Programmable dry contact for easier integration in local monitoring system SMNP option for web monitoring RS232 and RS485 communication port Green Technology High efficiency provided by the most recent electronic technology. SMART PARALLEL MANAGEMENT: Flat curve of efficiency in a large power range that minimizes energy losses at lower load. Excellent input and output electrical performances such as very low harmonic distortion to the mains, which means a clean electrical network without disturbances to other critical loads, as well as lower energy losses. Modular structure that allows to achieve the requested power using only the necessary number of modules. MiniMUST

42 Technical Specifications Rev. 30/06/2016 MODEL 10 KVA - 40 KVA 15 KVA - 90 KVA** MAIN INPUT Input Voltage Input frequency 10 kw - 40 kw 15 kw - 90 kw 380V/400V/415V(line to line) 220V/230V /240V(line to neutral) 50/60Hz Power factor >0.99 Input voltage window Frequency window BATTERY up 276Vac; down -40% (-20%,-30%, -40% selectable) -20%~-40% rated power derating from 100%~80% 40-70Hz Battery voltage ±240VDC Charger power 20%*Active Power Charger voltage precision 1% BYPASS Bypass voltage Bypass voltage window Bypass overload capabiltiy OUTPUT 125%, long time operation 125%< load <130%, last for more than 10 mins 130%<load<150%,last for more than 1 min load>150%, last for more than 300ms 380V/400V/415V(line to line) 220V/230V/240V(line to neutral) -20%-+15% default; -40%-+25% selectable Output voltage 380V/400V/415V(line to line) 220V/230V/240V(line to neutral) Voltage precision 1.5% Voltage THD(Total Harmonic Distortion)* THD<1%(linear load),thd<5.5%(nonlinear load) Power factor 1 Phase tolerance 120 ±0.5 (balance and unalance load) Crest factor 3:1 <102%, long time 110%, transfer to bypass after 60minutes Overload capabiltiy 125%, transfer to bypass after 10 minutes 150%, transfer to bypass after 1 mintute >150%, transfer to bypass after 200ms SYSTEM Normal mode: 95% System efficiency* ECO mode: 99% Battery mode efficiency* 94,5% Display 7 touched colorful LCD+LED IP class IP20 110%, long time operation 110%< load <130%, last for more than 5 mins 130%<load<150%,last for more than 1 min load>150%, last for more than 300ms Interface (Communication Ports ) RS232,RS485,Dry contactor,snmp card(optional),epo Installation/Connection Back or bottom cable entry Operation temperature 0-40 C Storage temperature -25 C~70 C Relative humidity 0-95% (non-condensing) Noise(dB)(1m away from front panel) 56dB (one module) 58dB (one module) Dimension(W*D*H)mm Net Weight(kg) *Tested in 3/3 mode ** Available from Q Note: product specifications are subject to change without further notice. 6-module cabinet: RM060/10X 485*751* module cabinet:rm090/15x 485*751* module cabinet: RM040/10X 485*697*575 (11U) 51 2-module cabinet: RM020/10X 485*697*398 (7U) 42 Power Module: PM10X 436*590*85 (2U) 15,3 Power Moudle: PM15X 436*590*85 (2U) 15,5 G-Tec Europe srl Strada Marosticana, 81/ Povolaro (VI), Italia Tel Fax info@gtec-power.eu G-Tec France 39 Rue Servient LYON, France Tel.: +33 (0) france@gtec-power.eu G-Tec Asia Pacific Pte Ltd

43 High Efficiency Industrial Power Solutions Eltek IBB Industrial power systems offer end users a significant advantage over current technology in both cost and performance. The modular architecture, industry-leading efficiency, compact size, innovative design and comprehensive monitoring and control features provide significant benefits over the current industry standard. Eltek IBB Power systems and building blocks are built around our Flatpack2 High Efficiency (HE) rectifiers and designed for a number of power-critical Industrial applications, including Power Generation & Distribution, Rail, Marine & Offshore, Oil & Gas and other demanding industries. Industrial DC Systems IBB 24V DC, 30V DC, 48V DC, 60V DC, 110V DC, 125V DC & 220V DC systems DOCUMENT NO: DS DS3 v2 INDUSTRY APPLICATIONS Power Utilities Low & High Voltage switchgear Transformer & Substations Power Generation & Distribution Control & protection SCADA Communication Emergency lighting Offshore and process industry Safety and Automation Systems (SAS) Marine Communication systems onboard ships Railway & Metro infrastructure Control & protection Power conversion Signaling GSM-R Safety Systems Communication systems Smartpack2 system controller Flatpack2 HE rectifier KEY FEATURES Compact design and easy installation Industry-leading efficiency; less power consumption and heat dissipation Modular Hot Plug-in architecture allows: - Redundancy; n+1, n+2 configuration - Very low MTTR: <5min - MTBF of each module > h Extensive control & alarm functions with remote control capabilities Pre-engineered and tested systems and building blocks Overall size and footprint; 50% less than thyristor systems Graphical 3.2 TFT high contrast, high resolution color display for easy navigation in user menu Optional built in VRLA batteries (up to 125V DC) See reverse side for specifications Eltek HQ: Gråterudveien 8, PB 2340 Strømsø, 3003 Drammen, Norway. Phone: Eltek

44 Building blocks for IBB Systems FPC Cabinets FPC is a family of high-end indoor cabinets, designed for flexibility. With its robust design, removable side panels and variety of options, the FPC cabinet can be used in a wide range of applications. (For additional information about FPC cabinets, please see separate data sheet) IBF-SP2 Power Core A complete 19 & 23 Power core pre-engineered and designed for: 24, 30, 48, 60, 110, 125 and 220 VDC with the following features: FPC Cabinets - Power rack housing up to 8 FP2 rectifiers, AC Input fusing and SPD (Surge protection) - Smartpack2 Controller with 3,2 TFT Color display, including Ethernet and Web interface for remote monitoring - 300A DC Bus bars - 6 Digital inputs for external alarm management - 6 Relay outputs NO, COM, NC for remote alarm indications - Power Suite Configuration software for easy programming - Battery shunt IBF-SP2 with DC bulk feed output IBF-UPC4 Power Core A complete 19 & 23 Power core pre-engineered and designed for: 24, 30, 48, 60, 110, 125 and 220 VDC with the following features: - Power rack housing up to 8 FP2 rectifiers, AC Input fusing and SPD (Surge protection) - UPC4 DC Controller with multi module (rectifier, DC/DC Converter, Inverter and STS) control functionality and display - 300A DC Bus bars - 6 Digital inputs for external alarm management - 6 Relay outputs NO, COM, NC for remote alarm indications - MMT Configuration software for easy programming - Battery shunt IBF-UPC4 with DC bulk feed output Distribution Unit A complete 23 Distribution unit designed for: 24, 30, 48, 60, 110, 125 and 220 VDC with the following features: - Up to 12 2-Pole MCBs 6-40A with or without fuse trip alarms Battery fuse Unit A complete battery fuse unit for system mounting designed for: 24, 30, 48, 60, 110, 125 and 220V DC with the following features: Distribution unit - NH00 and NH1, A Fuses with fuse trip alarm or - MCCB, A Circuit breakers with fuse trip alarm Battery fuse unit General single line diagram Eltek HQ: Gråterudveien 8, PB 2340 Strømsø, 3003 Drammen, Norway. Phone: Eltek

45 24V/30V Systems Applications The 24V/30V rectifiers are suitable for parallel operation with all types of stationary batteries, including lead acid or nickel cadmium types, and can also operate without batteries. Typical applications: - Alarm systems - Diesel start float application - PABX systems - Emergency lightning - Industrial control systems Part Number Description AVAILABLE 24V/30V RECTIFIERS Voltage Maximum Current Output Range Efficiency 1 Module Max/Syst. protection B Flatpack2 24V/40A HE V > 95% (30-65% load) 40 A 4/160A Fuse Flatpack2 24V/1800W HE V > 95% (30-65% load) 75 A 4/300A Fuse Flatpack2 24V/2000W V > 89% (25-100% load) 84 A 4/300A Blocking diode Flatpack2 24V/2000W WOR V > 91% (25-85% load) 70 A 4/280A Fuse 48V/60V Systems Applications The 48V rectifiers are deigned to meet international telecom standards for safe and reliable operation in telecom environments or any industrial communication system. Typical applications: - Telecommunication systems; SCADA, GSM-R - PABX systems - Emergency lightning - Industrial control systems Part Number Description Voltage AVAILABLE 48V/60V RECTIFIERS Maximum Current Output Range Efficiency 1 Module Max/Syst. protection B Flatpack V/15A HE V > 95.5% (50-100% load) 15 A 8/120A Fuse Flatpack V/2000W HE V > 95.5% (25-75% load) 41.6 A 8/166,4A Fuse Flatpack2 48V/2000W V > 91.5% (45-95% load) 41.6 A 8/166,4A Blocking diode Flatpack2 48V/2000W HE V > 96% (30-70% load) 41.6 A 8/166,4A Fuse 110V/125V Systems Applications The 110V rectifiers are designed for demanding environments and comply with IEC (Immunity Power Stations and Substations) for reliable operation in critical applications. Typical applications: - Low & High Voltage switchgear - Transformer & SUB Stations - Power Generation & Distribution Part Number Description Voltage AVAILABLE 110V/125V RECTIFIERS Maximum Current Output Range Efficiency 1 Module Max/Syst. protection B Flatpack V/10A HE V > 94% (45-100% load) 10 A 8/80 A Oring diode Flatpack V/2000W HE V > 94% (30-70% load) 16.8 A 8/134,4A Oring diode Eltek HQ: Gråterudveien 8, PB 2340 Strømsø, 3003 Drammen, Norway. Phone: Eltek

46 220V Systems Applications The 220V rectifiers are designed for demanding environments and also comply with IEC (Immunity Power Stations and Substations) for reliable operation in critical applications. Typical applications: - Low & High Voltage switchgear - Transformer & SUB Stations - Power Generation & Distribution Part Number Description Voltage AVAILABLE 220V RECTIFIERS Maximum Current Output Range Efficiency 1 Module Max/Syst. protection B Flatpack2 220V/5A HE 178,5-297 V > 95% (45-95% load) 5 A 8/40A Oring diode Flatpack2 220V/2000W HE 178,5-297 V > 95% (35-65% load) 9.16 A 8/73.3A Oring diode Model Part number INPUT DATA Voltage (range) Industrial DC Systems IBB V DC Depending on configuration VAC ( ) or (Y), Derating <185VAC, 45-66Hz Input protection MCBs and SPD ( OVP Class 2) Rectifier protection Individual fuse in rectifier modules Connection Terminals 10mm 2 OUTPUT DATA Voltage (nominal) Power nominal input Current nominal input Protected battery output Protected load outputs 24VDC, 30VDC, 48VDC, 60VDC, 110VDC, 125VDC &220VDC 16kW Integrated battery shunt 100/300A Load connection Terminal, max 16mm 2 Output Protection in rectifiers CONTROL AND MONITORING Monitoring Unit Local Operation Remote Operation Alarm Relays (Connection: clamp 1.5 mm 2 ) Inputs Current measurements Alarms OTHER SPECIFICATIONS Isolation Operating temperature Storage temperature Dimensions[WxHxD] DESIGN STANDARDS Electrical safety GENERAL TECHNICAL SPECIFICATIONS See previous page or applicable Flatpack2 rectifier datasheet 1 x 2 pole NH00/NH1 Fuses (63-250A) or MCCB Circuit Breaker(63-250A) with or without fuse trip alarm 1-24 x 2 pole (6-40A) MCB:s with or without fuse trip alarm Blocking OR-ing FET or fuse, Short circuit proof & High temperature protection Smartpack2 or UPC4 Display and keys, WEB interface via standard browser using WebPower WebPower (WEB Interface, SNMP protocol and ) 6 x Potential free change over contacts (NO, NC, C) [Max 75V/2A/60W] Optional; 3 x Potential free change over contacts (NO, NC, C) [Max 430VDC/0,1A] 6 x Configurable (digital, analog max 75V) and 3 temperature Rectifier current and, if battery shunt is used, battery current and load current Low & high output voltage alarms (Minor and major levels), Earth fault alarm, Temperature alarm, Mains outage alarm, Battery remaining capacity/low quality alarms, Battery/load breaker tripped alarm and much more 3.0 kvac - input to output 1.5 kvac - input to earth 0.5 kvdc - output to earth 1) -40 to +45 C (-40 to +113 F), humidity 5-95% RH non-condensing Output power de-rates at high temperature, see datasheet for applicable rectifier -40 to +85 C (-40 to +185 F), humidity 0-99% RH non-condensing 600 x 1800/2000 x 600mm UL rd edition, EN rd edition EMC ETSI EN V EN / -2 / -3 / -4 / -5 Environment ETSI EN , ETSI EN ) 1.5kVAC for IBB with 110V & 220V Flatpack2 rectifiers Eltek HQ: Gråterudveien 8, PB 2340 Strømsø, 3003 Drammen, Norway. Phone: Eltek

47 CBI243A ALL In One Input: Single-phase Vac Output Load: power supply 24 Vdc; 3 A Output Battery: charging 24 Vdc; 3 A Suited for the following battery types: Open Lead Acid, Sealed Lead Acid, lead Gel and Ni-Cd Automatic diagnostic of battery status. Charging curve IUoUO, constant voltage and constant current Battery Life Test function (Battery Care) Switching technology, output voltage Vdc Three charging levels: Boost, Trickle and Recovery Protected against short circuit and inverted polarity Signal output (contact free) for discharged or damaged battery Signal output (contact free) for mains or Back-UP Protection degree IP20 - DIN rail; Space saving Technical features Thanks to the All In One units (DC-UPS), it will be possible to optimize power management. The available power is automatically allocated between load and battery, supplying power to the load is the first priority of the unit thus it is not necessary to double the power, because also the power going to the battery will go to the load if the load so requires. The maximum available current on the load output is 2 times the value of the device rated current In. We call Battery Care the concept base on algorithms that implement rapid and automatic charging, battery charge optimization during time, flat batteries recovery and real time diagnostic during installation and operation. The Real Time Auto-diagnostic system, monitoring battery faults such as, battery Sulfated, elements in short circuit, accidental reverse polarity connection, disconnection of the battery, they can easily be detected and removed by help of Blink Code of Diagnosis Led; during the installation and after sell. The continuous monitoring of battery efficiency, reduces battery damage risk and allows a safe operation in permanent connection. Each device is suited for all battery types, by means of jumpers it is possible setting predefined curves for Open Lead Acid, Sealed Lead Acid, Gel, Ni-Cd(option). They are programmed for two charging levels, boost and charge, but they can be changed to single charging level by the user. A rugged casing with bracket for DIN rail mounting provide IP20 protection degree. They are extremely compact and cost-effective. Norms and Certifications In Conformity to: IEC/EN Battery chargers; EN60950 / UL1950 Electrical safety; EN54-4 Fire Detection and fire alarm systems; 89/336/EEC EMC Directive; 2006/95/EC (Low Voltage); DIN41773 (Charging cycle); Emission : IEC ; Immunity: IEC CE. Climatic Data Ambient temperature (operation) C De Rating T a > 50 C - 2.5%(In) / C Ambient temperature Storage C Humidity at 25 C no condensation 95% to 25 C Cooling Auto convention General Data Insulation voltage (IN/OUT) 3000 Vac Insulation voltage (input / ground) 1605 Vac Insulation voltage (Output / ground) 500 Vac Protection Class (EN/IEC 60529) IP20 Reliability: MTBF IEC > h Pollution Degree Environment 2 Connection Terminal Blocks screw Type 2,5mm(24 14AWG) Protection class (PE Connected) I, with PE Dimensions (w-h-d) 65x115x135 mm Weight 0.6 kg approx. Input Data Nominal Input Voltage Vac Voltage range Vac Inrush Current (Vn In nom. Load) I 2 t 11 A 5 msec. Frequency Hz Input Current ( Vac) A Internal fuse (not replaceable) 4 A External Fuse (recommended) MCB curve B 10 A Output Data (internal power supply) Output Voltage (Vn) / Nominal Current (I n) 24 Vdc / 3A Output Current I n 3 A Efficiency (at 50% of rated current) 90 % Turn-On delay after applying mains voltage 1 sec. (max) Start up with Strong Load (capacitive load) Yes, Unlimited Dissipation power load max (W) 13 Short-circuit protection) Yes Over Load protection Yes Over Voltage Output protection Yes (typ. 35 Vdc) Overheating Thermal protection Yes Battery Output Boost charge (25 C) (at I n) 28.8 Vdc Max. time Bust Charge 15 h Min. time Bust Charge 1 min. Trickle charge (25 C) (at I n) 27.5 Vdc Jumper Configuration battery type (V cell) Ni-Cd (optional) 2.23;2,25;2,27;2,3; NiCd:1,5 (20 elem.) Recovery Charge 2 16 Vdc Charging current max I batt 3 A 5% Charging current limiting I adj % / I bat Reverse battery protection Yes Sulfated battery check Yes by Jumper Detection of element in short circuit Yes Quiescent Current 5 ma Charging Curve automatic: IUoUo 3 stage Remote Input Control (RTCONN cable) Boost /Trickle Load Output Output voltage (at I n) Vdc Nominal current I load 1.1 x I n A 5% Continuous current (without battery) I load= I n 3 A Continuous current ( With battery) I load= I n+ I batt 6 A Max. current Output Load (Main) I load (4 sec.) 9 A max. Max. current Output Load (Back Up)I load (4 sec.) Push Button or Remote Input Control (RTCONN cable) Time Buffering; min (switch output off without main input) Protections against total discharge Threshold alarm Battery almost flat Signal Output (free switch contacts) Main or Backup Power Low Battery Fault Battery Type of Signal Output Contact Max. Current can be switched (EN ): Max. DC1: 30 Vdc 1 A; AC1: 60 Vac 1A Min.1mA at 5 Vdc Signal Input / Output (RJ45) Temp. Comp. Battery (with external probe) Remote monitoring display Can Bus 6 A max. Start From Battery Without Main : standard 5 min.: Require SW Vdc batt Vdc batt Yes Yes Yes Resistive load Min permissive load Yes Yes No 1 Can be adjusted via PC software mode All specifications are subject to change without notice

48 BTH 1.2 VRLA Battery Bank No Battery Inside Final Customer decides type of Battery For Lead AGM Battery Output: 24 VDC 1.3 Ah Protection: Fuse Connection with screws Short circuit Protection IP20 Wall Mount with screws Din Rail Mount Feature Battery Bank for DC-UPS All In One. Lead AGM, VRLA technology, maintenance-free lead-acid batteries whit serial fuse. Simple connection with screws for Wall mount or DIN rail. Technical Data Nominal Input Voltage 24 VDC Battery Type for Lead AGM Dimension (WxHxD) No Battery 43x52x97 mm Protection Fuse Flat type Mini 25 A Recovery Fuse Flat type Mini 25 A Charging Data End-of-charge Voltage (trickle charge) 20 C 27.5 VDC End-of-charge Voltage (trickle charge) 30 C 26.8 VDC End-of-charge Voltage (trickle charge) 40 C 26.1 VDC Max. permissible charging current 0.36 A Discharging Data Battery disconnection from CBI < 19 VDC Max. permissible Discharging current 25 A Self-discharge rate at 20 C 15% x month General Data Protection Degree (EN/IEC 60529) IP 20 Protection Class III Connection Terminal Block Screw Type mm 2 (20-6 AWG) Dimension (WxHxD) 67x176x122 mm Weight 1.7 kg DIN Rail Yes Wall mount Yes Climatic Data Ambient Temperature operation 0 40 C Ambient Temperature Storage 0 40 C Humidity at 25 C, no condensation 95 % Norms and certifications The CE mark in According to EMC Directive 2004/108/EC and Low voltage Directive 2006/95/EC. Electrical Safety In compliance to UL508. According to EN /VDE 0805 (SELV) and EN 50178/VDE 0160 (PELV). Buffering time (min) Battery Size 1.3 Ah 3 Ah 7 Ah 12 Ah Load 1.5 A Load 3 A Load 5 A Load 7.5 A Load 10 A No Load 12 A No Load 15 A No No 9 20 Load 20 A No No 7 13 Electrical Diagram Drawings Wall Mount DIN Rail Mount Accessory Protection Fuse Flat Type Mini 25 A All specifications are subject to change without notice