INDEX Introduction Modular Inverter Modular Power Solutions 4 - 7 Introduction/Matrix 47 Types of modular Power Systems 8 -11 INV215 48 Industrial UPS 12 - 13 INV222 49 UNV-3.3F 50 UNV-5.0F 51 System Racks PWS-1.0F 52 DCR PS308-XX 15 PWS-1.0W 53 DCR PSR327-XX 16 PWS-2.5F 54 DCR PSS18-XX 17 PWS-2.5W 55 DDR PSC305-XX 18 PWS-5.0F 56 ACR INV222-XX 19 PWS-5.0W 57 Modular Rectifier Modular Static Bypass Switch Introduction/Matrix 21 Introduction/Matrix 59 PSR06-W 22 STS207 LV/HV 60 PSR308 23 STS114 LV/HV 61 V0750C 24 UNB5.0 62 PSR312 25 UNB12.5 63 PSS18 26 UNB23.0 64 Flatpack2 2000 27 UNB40.0 65 PSR327 28 PSR380 29 Monoblock Systems MBR Rectifier 67 MBI Inverter 68 MPS2001 69 Modular DC/DC Converter Introduction/Matrix 31 PSC305 HV 32 Other Products PSC305 LV 33 Batteries 71 PSC18 HV 34 Customizing 72 PSC320 HV 35 Modular DC Controller Service/Maintenance Introduction/Matrix 37 About Us 73 UPC3S 38 Our Service 74 UPC3 39 Service Network 75 External Displays 40 CAN-Modules 41 Remote/Confuguration Software 42 - 43 Smartpack 44 Software for Smartpack 45 2 WELCOME TO ELTEK VALERE INDUSTRIAL Dear valued customer, The Eltek Valere slogan "always on" reflects our company in many ways. From our employees being "always on" to that extra mile for our customers, to our products. This catalogue gives you an overview of our power modules and systems that can ensure that your mission critical applications are "always on". Since 1991 we have developed and delivered leading technologies in the fields of modular power supply. With joining the ELTEK Energy Group our position has been fortified and is being strengthened. In 2007 the integration process of Convertronic into the group was entirely completed: We are now Steffen Lötzsch Eltek Valere Industrial GmbH, the industrial powerhouse of Eltek Valere. Power conversion is our profession. Based on the Switch-Mode Technology we provide products for every field of power generation and transmission, oil and gas extraction, maritime, railway and other industrial applications. The main target is the complete integration of all devices in a complex and uniform communication platform for remote monitoring. Besides our own products our skilled and highly motivated R&D team continuously develops OEM products for various customers. Besides our headquarters in Kirchlengern/Germany we have two modern production facilities in Drebach/Germany and Ruda Slaska/Poland. Together with our international trade and service partners and the Eltek Valere Sales team we are an important global supplier for innovative products. We hope that you will find products to match your requirement in this catalogue. We are only a phone-call or e-mail away and we are all more than happy to respond to any enquiry you may have. Morten Schøyen Yours sincerely For Eltek Valere Industrial Steffen Lötzsch Morten Schøyen CEO Vice President Industrial Power Eltek Valere Industrial GmbH Eltek Valere AS 3 OUR MODULAR POWER SOLUTION REPRESENT >> NEWEST TECHNOLOGY >> REDUNDANCY >> SCALABILITY >> FLEXIBILITY >> LOW COST OF OWNERSHIP >> EASY SERVICE AND MAINTENANCE MODULAR POWER SUPPLY SYSTEMS The advantages of modular power supply systems compared to monoblock applications are clear. In order to meet the high safety demands in view of availability and minimized mean time between repair (MTBR), most users will turn into this technology on the long views. 4 OUR MODULAR POWER SOLUTION REPRESENT REDUNDANCY Modular power supply systems are built in parallel redundant structure in order to match power requirements and level of redundancy. By adding one (N+1) or more (N+X) redundant modules the load is secured power in case of module failures. If a module fails alarms will be generated and operators can react and re-establish redundancy in due course. In non-modular (mono-block) systems the redundancy can only be achieved by 2 complete systems, each capable of handling the complete load. With a modern modular system the same level of redundancy can be achieved by adding one single module. This of course dramatically reduces the initial investment and still offers more flexibility. SCALABILITY When dimensioning a power system it is always a challenge to find the exact power consumption of all connected loads. In addition one also has to look into the future to allow for possible additional loads. Monoblock systems can only be purchased with a given maximum rating. For future expansion beyond this, the options are either a completely new larger system or a new complete system connected in parallel. Neither are financially or practically attractive options. For modular systems on the other hand, one can easily prepare for future expansion by including pre-wired empty slots for additional modules. Typically this will already be included or can be achieved at a very little additional cost. Being faced with an increasing demand for more power during the operation or with the necessity to connect additional consumers to the system, the customer only needs to purchase the required modules and integrate them into the existing system. So, the performance of the system grows in line with the needs and requirements of the user. System, output power and, consequently, the investments are "scalable". 5 OUR MODULAR POWER SOLUTION REPRESENT MODULARITY Monoblock systems are available completely mounted in a system cabinet. This may be a logistics’ challenge especially in case of installation in cramped locations with difficult accessibility. Modular power systems, however, are supplied and commissioned with a pre-wired cabinet with very low weight. The power supply modules are implemented into the provided sub racks after the system being completely mounted. Thus, the delivery, moving the cabinets into the site building and the installation become as easy as child’s play. Especially in order to increase the availability or the power output performance, additional modules can be equipped without special expertise later on. REVOLUTIONARY CAN BUS CONCEPT The system-wide CAN Bus communication concept is the main feature of our system’s philosophy. All device types as rectifiers, DC/DC converters, inverters and static bypass switches as well as frequency converters are linked to the fail-safe communication bus. The bus system carries out controlling tasks, transfers measuring results and it signalizes failures. Based on this general concept, the continuous monitoring of all individual components down to reading of serial numbers and firmware versions is possible. A single controller can manage a system consisting of rectifiers, DC/DC converters and inverters. The safety of our system has the highest priority. All power supply modules can operate also without CAN bus communication as a stand-alone unit. Therefore a continuous system operation is guaranteed also in case of disturbed CAN bus line. In battery systems, for example, the batteries are continuously being charged by the rectifier modules in case of CAN-Bus failures. 6 OUR MODULAR POWER SOLUTION REPRESENT BATTERY MANAGEMENT The design of our DC controllers combines our long-time expertise in battery charging methods, battery testing procedures and failure detecting methods. Our DC controllers ensure a comprehensive battery management. Battery availability can be verified through battery discharge tests manually or automatically at preset intervals. Each test will be recorded, stored and made available either through the display or graphically on a PC. The most important battery parameters can be set in the DC controller. All the most important monitoring thresholds such as battery over- and under-voltage, battery charging current load limitation, temperature coefficient and the temperature window limit for charging voltage compensation, operating temperature range, etc. are free settable. Pre-warnings and system alarms can be issued via front-LED, relay or SNMP-traps (using optional SNMP- interface). Additionally, our DC controllers are designed to control LVD- and PLD-contactors with separate thresholds. So, the battery backup time is expandable according to the system’s priorities and the LVD protects the battery from deep discharging. For battery types needing a customized boost-recharging we have available an automatic boost charging option with programmable start up parameters and charging voltage curves. SIGNALLING CONCEPT All important data and measuring values are collected and recorded in the DC controller. According to free programmable criteria, status and failure events are signalized. The signalling can be carried out via: >> Alphanumeric LC-Display >> LED-Signals >> Isolated relay outputs >> Analog modem (optional) >> SNMP-Interface (optional) All signals and alarms can be grouped and routed to different events or outputs. Therefore, the signal structures are completely adaptable to each individual customer’s philosophy. Configuration is conveniently done with a local computer via USB-interface in the frontplate of the DC controller. 7 TYPES OF MODULAR POWER SYSTEMS TYP A: SERIES DCPS >> 24, 48, 60, 110, 220VDC up to 60KW DC-POWER SYSTEM WITH BATTERY BACKUP The system consists of an AC input distribution including OVP- and mains monitoring board (optional), rectifier rack, DC controller, battery strings (internal or external on a rack), LVD and outgoing DC distribution. Depending on the load voltage limitation a single- or two level counter cell can be implemented, too. To protect the batteries from deep discharging and to ensure a specified output voltage range an LVD-connector is recommended. 8 TYPES OF MODULAR POWER SYSTEMS TYP B: SERIES DDPS >> 24, 48, 60, 110, 220VDC up to 60KW DC-POWER SYSTEM WITH BATTERY BACKUP AND MULTI-OUTPUT This system is designed like version A. Additionally, several DC outputs with different voltages are available. DC/DC converters are used for the conversion of battery voltage into different isolated voltage levels. For tripping the fuses in a subsequent DC distribution in case of short-circuit, an optional capacitor bank can be installed at the DC/DC converter output. 9 TYPES OF MODULAR POWER SYSTEMS TYP C: SERIES ACPS >> 230 VAC, 3x 230/3x 400VAC up to 50KVA AC POWER SYSTEMS AC power systems consist of several parallel operating (or parallel- redundant operating) inverters, fed from a battery or from rectifiers. For increasing the availability a static bypass switch is needed to supply the load from redundant source in case of a short circuit or inverter overload. For service and maintenance an additional manual bypass switch is available. This switch connects the load directly to a redundant AC source while service and maintenance measures can be carried out. 10 TYPES OF MODULAR POWER SYSTEMS TYP D: SERIES DAPS >> 230 VAC, 3x 230/3x 400VAC up to 50KVA MODULAR INDUSTRIAL UPS The modular industrial UPS consists of controlled redundant rectifier/ charger, DC controller, inverter, static transfer switch, several DC/DC converters (optional). Our Sales and R&D-Engineers are prepared to assist you at any time to configure the best possible modular power source for your application. We have a long-time expertise in modular power supply systems – participate! 11 INDUSTRIAL UPS FOR HIGH POWER APPLICATION >> from 30kVA up to 100kVA Our MPS2001 & MPS2003-UPS are designed to provide under harsh industrial conditions a cost effective power source for all AC-loads. The highly reliable SCR rectifier is fully compatible with all types of batteries (vented or sealed, lead-acid or Ni-Cd). Battery voltage, typical 110 - 125 - 220VDC for industrial applications and battery current are adjustable, depending on battery size. Double-conversion (VFI-SS-111 according IEC62040-3) guarantees high performance in terms of efficiency, harmonic distortions and voltage regulation. Powered from a 3phase input (208 – 400 – 480V) UPS generates a single- phase (115 – 120 – 230V) or optional a 3phase output (200 – 208 – 400V), with input isolating transformer, microprocessor controlled and monitored via RS232/RS485-interface, with optional remote panel. IGBT (PWM) inverter enables a high performance in power quality and parallel operating reliability. The SCR-equipped static switch is a steady and reliable component for redundant operation. Separated relay interface cards for rectifier, inverter and static switch are available as well as MODBUS and SNMP-protocol. UPS can operate stand alone or parallel hot-standby or parallel redundant (n+1). 12 INDUSTRIAL UPS FOR HIGH POWER APPLICATION CUSTOMIZED UPS SOLUTIONS RECTIFIER (…220V/1000A), singlephase inverters (…119VAC/50kVA/230VAC/100kVA) and static bypass switches (singlephase and threephase, up to 800A) from our UPS-family are available as separated devices for construction of industrial power stations as well. 13 >>POWER RACKS Building your own modular power system by using our standard power racks on a plug and play basis! 14 Available Output Voltage DC Power Racks Versions: DCR PSR308-XX 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> High reliability Our DC power racks DCR PSR308-4.0 and PSR308-4.8 are "ready to connect" >> Simple installation and operation units for integration into system cabinets with 19"-frame. After connecting AC-input, battery and load-distribution the unit is ready for operation. >> Forced fan cooling (speed-controlled, monitored) The DC controller UPC3 (only in DCR PSR308-4.0) is easy to configure by software and adapts the system to the customer’s application and battery >> USB interface for PC connection parameters. >> Alarm contacts for multiple signalling configurations DCR PSR308-4.0 Up to 5 rectifiers for PSR308-family >> Intelligent battery management can be integrated into one rack. Slot >> CAN-Bus interface six is used for DC controller UPC3. >> Hot pluggable controller DCR PSR308-4.8 Up to 6 rectifiers for PSR308-family >> Optional Ethernet (SNMP compatible) interface module can be integrated into one rack. >> LVD and PLD control functionality Both racks are equipped with a fan-rack (1U) in the bottom to ventilate the rectifier above. The fans are speed controlled and monitored. Main Data Input Voltage 230VAC/120VAC Both racks are available in several DC voltage levels: Output Voltage 24/48/60/110/220VDC Low Voltage (LV): 24, 48, 60VDC Output Power 4000/4800W High Voltage (HV): 110, 220VDC Rear Side: Mains: 3 phases, N, PE DC Output: 1 x battery Analog Inputs: 3 x shunt (60mV); 2 x temp. sensor; 1 x battery tapping point; Sensor lead for output voltage (only LV) Digital Inputs: 8 potentional-free, common ground Outputs: 6 isolated relays Temperature range: Operation: -20°C up to +55°C, Storage: -40°C up to +85°C, Transport: -40°C up to +85°C Dimensions (W/H/D): 483/178/318 mm (19” sub rack,4U) Weight: approx. 18.9kg (without rectifier) Possible Configurations DCR PSR308-4.0 LV >> 1 x UPC3S-24V / -48V / -60V >> 1-5 x PSR308-24V / -48V / -60V >> 1 x Fan rack PSR308LV (included) DCR PSR308-4.8 LV >> 1 – 6x PSR308-24V / -48V / -60V >> 1 x Fan rack PSR308LV (included) DCR PSR308-4.0 HV >> 1 x UPC3S-110V / -220V >> 1-5 x PSR308-110V / -220V >> 1 x Fan rack PSR308HV (included) DCR PSR308-4.8 HV >> 1 – 6x PSR308-110V / -220V >> 1 x Fan rack PSR308HV (included) Type designation DCR308-4.0LV DCR308-4.0HV DCR308-4.8LV DCR308-4.8HV 102-308-517.LV02 102-308-517.HV02 102-308-607.LV02 102-308-607.HV02 Delivery without rectifier and controller unit! Article code 15 DCR PSR308-4.8 DCR PSR308-4.0 Available Output Voltage DC Power Racks Versions: DCR PSR327-XX 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> High reliability Our DC power racks DCR PSR327-8.1 and PSR327-10.8 are connection units >> Simple installation and operation ready for integration in system cabinets with 19"-frame. After connecting AC input, battery and DC distribution the unit is ready for operation. >> Forced fan cooling (temperature-controlled, monitored) The DC controller UPC3 (only in DCR PSR327-8.1) is easy to configure by software and adapts the system to the customer’s application and battery >> Internal decoupling from DC-bus parameters. >> Hot pluggable DC controller >> USB interface for PC connection DCR PSR327-8.1 Up to 3 rectifiers of PSR327-series can >> Alarm contacts for multiple signalling be integrated into one rack. Slot four is configurations used for UPC3. >> Intelligent battery management DCR PSR327-10.8 Up to 4 rectifiers of PSR327-series can >> CAN-Bus interface be integrated into one rack. >> Optional Ethernet (SNMP compatible) interface module Both racks are self-ventilated by integrated fans within the rectifier unit. >> LVD and PLD functionality The airflow direction is from the front to the rear side. Main Data Both racks are available for several DC-voltages: Input Voltage 230VAC Output Voltage 24, 48, 60, 110, 220VDC Low Voltage (LV): 24, 48, 60VDC Output Power 8100W / 10800W High Voltage (HV): 110, 220VDC Rear Connectors: Mains: 3 phases, N, PE DC output: Screw connection M10 Analog Inputs: 3 x shunt (60mV); 2 x temp. sensor, Analog Inputs on ext. connector board 1 x battery tapping point, sensor lead for output voltage Signalling Input: 8 potentional-free, common ground Signaling Output: 6 isolated relay contacts Temperature Range: Operation: -20°C up to +55°C, Storage: -40°C up to +85°C, Transport: -40°C up to +85°C Dimensions (W/H/D): 483/311/355mm (19” sub rack, 3U) Weight: approx. 6.1kg (without rectifier) Possible Configurations DCR PSR327-4.8 >> 4 x PSR312-24V DCR PSR327-3.6 >> 1 x UPC3-24V >> 3 x PSR312-24V DCR PSR327-8.1 LV >> 1 x UPC3-48V / -60V >> 3 x PSR327-48V / -60V DCR PSR327-10.8 LV >> 4x PSR327-24V / -48/ -60V DCR PSR327-8.1 HV >> 1 x UPC3-110V / -220V >> 3 x PSR327-110V / -220V DCR PSR327-10.8 HV Type designation DCR327-8.1LV DCR327-8.1HV DCR327-10.8LV DCR327-10.8HV >> 4x PSR327-110V / -220V 102-327-318-LV01 102-327-318-HV01 102-327-408-LV01 102-327-408-HV01 Article code Delivery without rectifier and controller unit! 16 DCR PSR327-10.8 DCR PSR327-8.1 Available Output Voltage DC Power Racks Versions: DCR PSS18-XX 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> Front connectors Our DC power racks DCR PSS18-2.9-24 and DCR PSS18-4.3-LV/HV are >> Natural cooling connection units ready for integration in system cabinets with 19"-frame. After connecting the AC-input and DC-output-bar the unit is ready for >> CAN-Bus interface operation. For use in battery-applications with battery management an >> Compatible to DC controllers UPC3, MU1000C external DC controller (UPC3, MU1000) is necessary. >> Quick and easy installation The unit is designed for connecting up to 3 rectifiers of PSS18-family. >> Stand-alone operation without These rectifiers are front-connected and have fan-less convection cooling. controller possible A minimum space of 3U down and above is necessary to guarantee enough airflow for natural cooling. Main Data DCR PSS18-2.9-24 Up to 3 rectifiers of PSS18-24V can be Input Voltage: 230VAC Output Voltage: 24, 48, 60, 110, 120, 220VDC integrated into one rack. Output power (max.) 2900W (24V), 4300W Connection Terminals: DCR PSS18-4.3-LV Up to 3 rectifiers of PSS18-48V or 60V AC input, L1-L3, N, PE can be integrated into one rack. DC output (single outputs) CAN bus, Alarm relay outputs, temperature sensor link DCR-PSS18-4.3-HV Up to 3 rectifiers of PSS18-110V, 125V, Temperature Range: 220V can be integrated into one rack. Operation: -20°C up to +45°C, Storage: -40°C up to +85°C, Transport: -40°C up to +85°C Dimensions (W/H/D): 483/215/311 mm (19” sub rack,7U) Weight: approx. 2.7kg (without rectifier) Possible Configurations DCR PSS18-2.9/24 >> 1 – 3x PSS18/24VDC DCR PSS18-4.3 LV >> 1 – 3x PSS18/48VDC, PSS18/60VDC, PSS18/110VDC DCR PSS18-4.3 HV >> 1 – 3x PSS18/220VDC Type designation DCRPSS18-4.3-24 DCRPSS18-4.3-LV DCPRPSS18-4.3-HV 880-MEC-BGT-7.A0B 880-MEC-BGT-7.A0B 880-MEC-BGT-7.A0B Article code Delivery without rectifier! 17 DCR PSS18-XX Available Output Voltage DC/DC Power Racks Versions: DDR PSC305-XX 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> Compact design 19”, 4U rack The DC/DC Power Racks of DDR PSC305-XX are compact 19" sub racks with >> High reliability pre-wired slots for DC/DC converter of PSC305 series. Several DC/DC con- verter units can be installed in the rack because all outputs are provided on >> Several output voltages within one rack the backplane separately. >> Single output connections >> CAN bus interface The rack can be integrated into the system via CAN bus connection. The >> Forced fan cooling option available use of the optional fan rack (1U) is recommended, because in most appli- cations there is not enough space for sufficient natural airflow inside the >> Quick and easy installation power supply cabinet. >> Compatible with DC controller UPC3 DDR PSC305-LV Up to 6 PSC305 LV with an output voltage of 24, 48, 60VDC Main Data can be integrated into one rack. Input Voltage: 95 - 270VDC (HV-Version) Input Voltage: 18 - 75VDC (LV-Version) Output Voltages (multioutput) 24, 48, 60, 110, DDR PSC305HV Up to 6 PSC305 HV with an output 220VDC voltage of 110, 220 VDC Connection Terminals (rear side): can be integrated into one rack. DC input: 6x DC output: 6x LtiL-, isolated CAN bus, DC/DC converter fault, fan rack fault Temperature range: Operation: -20°C up to +55°C, Storage: -40°C up to +85°C, Transport: -40°C up to +85°C Dimensions (W/H/D): 483/178/318 mm (19" sub rack,4U) Weight: approx. 20.3kg (without rectifier) Possible Configuration DDR PSC305-LV >> 1-6x PSC305LV-24 >> 1-6x PSC305LV-48 >> 1-6x PSC305LV-60 >> 1x fan rack (optional) DDR PSC305-HV >> 1-6x PSC305HV-24 >> 1-6x PSC305HV-48 >> 1-6x PSC305HV-60 >> 1-6x PSC305HV-110 >> 1-6x PSC305HV-220 >> 1x fan rack (optional) Type designation DPR305-2.4LV DPR305-2.4HV 202-305-607.00 202-305-607.00 Delivery without rectifier and controller unit! Article code 18 DDR PSC305-XX DPR PSC305-XX Available Input Voltage AC Racks Versions: ACR INV222-XX 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> Compact design 19", 2U rack Our rack combines pre-wired slots for 3 inverters of series INV222 and 1 >> Overload Protection static bypass switch STS207. The connection to the incoming and outgoing cables and between the modules are made on a backplane. The rack is >> Parallel operation of inverter modules compatible to the 19" standard and can be mounted with 4 front side >> Feeding source priority programmable (STS) screws in a 19" frame. Power modules are cooled with internal fans which >> Short circuit proof are speed-controlled and monitored. The air flow direction is from the front >> Digital PLL for optimized synchronization to the rear side. A minimum space of 50mm between the air outlets of speed on the STS the modules and the rear panel of the cabinet have to be observed. Under >> LCD display (STS) these circumstances the installation within standard ETSI cabinets with a depth of 400mm is possible. >> External manual bypass available >> On site scalability ACR INV222-6.75LV Up to 3 INV222 with an input voltage of >> Easy module exchange 24, 48, 60VDC can be integrated into one rack. Slot four is used for STS207. >> CAN communication interface >> Reduced maintenance and ACR INV222-9.0LV Up to 4 INV222 with an input voltage of service costs 24, 48, 60VDC can be integrated into >> Data transmission via Ethernet, WEB and SNMP (included) (STS) one rack. ACR INV222-6.75HV Up to 3 INV222 with an input voltage Main Data of 110, 220VDC can be integrated into Input one rack. Slot four is used for STS207. Nominal DC Input voltage 24, 48, 60, 110, 220 VDC Bypass AC inout: 230VAC, 40/60Hz ACR INV222-9.0HV Up to 4 INV222 with an input voltage of Output Nominal AC output voltage 230VAC 110, 220VDC can be integrated into Nominal AC output frequency 50/60Hz acc. to one rack. input frequency Output power (max): 4500/6000VA (24V), 6750/ 9000VA General data Dimension 19" x 2U x 350mm WxHxD 483 x 88.5 x 350mm WxHxD Temperature range: Operation: -10 .. +55°C Storage: -25°C .. +70°C Fan cooling (speed controlled, monitored) Switch Over Time <4ms Max. installation altitude <=1500m Signalling: isolated alarm relay, CAN-bus interface, Ethernet, (T-Base10) (STS) Incoming and outgoing cables are connected directly (on the backplane) Type designation ACRINV222-6.75LV ACRINV222-9.0LV ACRINV222-6.75HV ACRINV222-9.0HV 502-222-315.LV 502-222-405.LV 502-222-315.HV 502-222-405.HV Article code 19 ACR INV222-XX ACR INV222-XX >>RECTIFIERS 20 Rectifiers Matrix Rectifier range DC output voltage Rectifiers 12 24 48 60 110 220 Page Type designation Output power AC input DC output current (@ nom. voltage) W (max.) Version PSR06-W 1 x 230VAC 600 20.0 10.0 8.2 4.5 22 Wall cabinet PSR308 WIR 800 30.0 16.7 13.5 7.5 3.7 90-270VAC 23 600* (25.0*) (12.5*) (10.0*) (5.5*) (2.7*) 19'' unit V750C** 90-264VAC 840 60.0 24 19'' unit PSR312 1 x 230VAC 1200 50.0 25 19'' unit PSS18 1 x 230VAC 1800 40.0 30.0 25.0 13.3 6.7 26 19'' unit Flatpack2 2000** 85-290VAC 2000 84.0 27 19'' unit PSR327 1 x 230VAC 2700 56.0 45.0 25.0 12.5 28 19'' unit PSR380 3 x 400VAC 8000 74.0 37.0 29 19'' unit * @120VAC For applications in industrial and telecom power systems, Eltek Valere Industrial manufactures a wide range of modular rectifiers. All units feature a 19"-compatible slide-in construction for full-width slots or sub rack assemblies. For backplane connection, modules with rear connectors are equipped with an integrated decoupling device and fus- es for input and output. A CAN-Bus interface provides fast and secure communication with a central supervisory unit UPC3 or UPC3S (**Smartpack). In addition, the integrated charge-processor guarantees stand-alone operation for all popular battery types. 21 Available Output Voltage Rectifier | 600W Versions: PSR06-W 230VAC 24VDC, 48VDC, 60VDC, 110VDC Description Key Features >> Single-phase module with sinusoidal PSR06-W is a stand-alone rectifier unit for wall mounting. Output voltage input current and current are indicated on front side displays. >> Wall cabinet version with enhanced functionality Due to a modern technology the devices have a wide input voltage range, >> Outstanding dynamic performance and high efficiency and a compact design. The input current is sinusoidal with high overall efficiency power factor n1. >> Continuous short circuit proof A constant voltage/constant current control circuit performs the >> Temperature compensation of the correction of output voltage deviations caused by input voltage load charging voltage transient deviations within less than 1.5 ms. This permits constant current >> Digital display for output voltage, operation down to continuous short circuit. output current and adjustment values All necessary operating parameters and thresholds can be adjusted via front keys. An external temperature probe can be connected for temperature Main Data compensation of the charging voltages. The fault and status signalization is AC Input provided by front side LED’s and an isolated relay output. The unit is natural Voltage: 100 - 230VAC (+15/-10%) cooled. Current: 2.3AAC Power Factor: >0.95 at output power>25 % ; >0.99 at output power>50 % DC Output Voltage (VDC): 24 48 60 110 Current (ADC): 20.0 10.0 8.2 4.5 Other specifications Dimension (W/H/D): 285/280/95mm Weight: approx. 5.3kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 part 410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011; EN55022 class "B", EN61000- 4 part 2-5 Type designation PSR06/24-20W PSR06/48-10W PSR06/60-8.2W PSR06/110-4.5W 100-006-142.00 100-006-152.00 100-006-162.00 100-006-172.00 Article code 22 PSR06-W Available Output Voltage Rectifier | 800W Versions: PSR308 120/230VAC 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/6x19”, 3U Power supply modules of series PSR308 are compact battery charging >> Single-phase module with rectifiers with an optimized switching principle and therefore with a high sinusoidal input current (PFC) power density. The rectifier can be used in all DC applications with or >> Input overvoltage protection without battery. >> Wide input voltage range Due to the modular concept and a high scalability the user is able to equip >> Wide output voltage range the power supply with additional modules according to his actual power >> Suitable for NiCd batteries demand. The chargers are very user-friendly and can be swapped and >> "Hot-Plug-In" design with upgraded during operation. backplane connection >> High power density The devices get their operation parameters via the system wide CAN communication bus. After a successful login a central monitoring unit >> CAN-Bus interface controls and monitors the devices. In case of CAN bus interruption the >> Integrated decoupling from the DC bus modules operate continuously with internal default values. Therefore, the supply of the connected loads and the charging of the batteries are Main Data guaranteed without any interception. The nominal output power of the unit is 800W (600W at input voltage AC Input Input current voltage: 120/230VAC +/- 10% ≤173VAC). Up to 6 modules can be integrated in a 19" sub rack with 4U Power factor: ≥0.99 v/Pnom ≥50% (forced cooling mode with fan rack). DC Output Voltage (VDC): 24 48 60 110 220 Current (ADC): 30.0 16.7 13.5 7.5 3.7 Efficiency: ≥90% Derating at input voltage ≤ 173VAC Other specifications Dimension (W/H/D): 71/128/280 mm Weight: approx. 2.0kg Compliances: CE conformity: yes Compliances to safety standards: EN60950-1; VDE0100; VDE0110; EN50178; EN60146 Compliances to EMC standards: EN55022/24 class "B", ITE Devices; EN61000-4 T2-5 Compatible 19" racks: DCR PSR308-XX - Page 15 Type designation PSR308/24-33WIR PSR308/48-16.7WIR PSR308/60-13.5WIR PSR308/110-7.5WIR PSR308/220-3.7WIR 101-008-947 101-008-957.00 101-008-967.00 101-008-977.00 101-008-987.00 Article code 23 PSR308 Available Output Voltage Rectifier | 840 W Version: V0750C 12VDC Description Key Features >> 90VAC to 264VAC input V-Series rectifier modules provide unprecedented power density and >> Power factor correction power levels in a true plug and play format. The rectifier allows optimal system design and cost effective deployment from initial installation >> Hot pluggable through future upgrades. >> Front panel LED indicators >> I²C Serial Communication Bus These rectifiers are designed to operate as an integral component in Eltek >> AC/DC Fail Alarm Valere’s Compact, Integrated, Modular or Enterprise DC Power Systems. They are extremely flexible and can be operated either with a system >> Over-temperature fail alarm controller or as a stand-alone module on industrial applications. Main Data AC input Voltage: 90- 264VAC Current: 7.9 (120VAC) / 4.1 (230VAC) Power factor: 0,98 > 50% load DC output Voltage: 12VDC (10.5 - 14VDC) Current: max. 60ADC Efficiency: 84% Other specifications Dimension (W/H/D): 87/88/282mm Weight: 3.2kg Temperature range: Operation: -40 +75°C Storage: -40 +85°C Compliances: EN55022 Level B & FCC Class B, EN61000-3-2, EN61000-3-3, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-8, EN61000-4-11 Type designation V0750C/12 101-EVRV0750C-VV Article code 24 V0750C Available Output Voltage Rectifier | 1200W Version: PSR312 230VAC 24VDC Description Key Features >> 1/4x19”, 3U Power supply modules of series PSR312 are compact battery charging >> Single-phase module with sinusoidal input rectifiers with an optimized switching principle and therefore with a high current (PFC) power density. The rectifier can be used in all DC applications with or >> Input overvoltage protection without battery. >> "Hot-Plug-In" design with backplane connection Due to the modular concept and a high scalability the user is able to equip >> High power density the power supply with additional modules according to his actual power profile. The chargers are very user-friendly and can be swapped and >> CAN-Bus interface upgraded during operation. >> Integrated decoupling from the DC bus >> Front– to– back airflow with The devices get their operation parameters via the system wide temperature-controlled fan cooling CAN communication bus. After a successful login a central monitoring unit controls and monitors the devices. In case of CAN bus interruption the Main Data modules operate continuously with internal default values. Therefore, the supply of the connected loads and the charging of the batteries are AC input Voltage: 230VAC +/-20% guaranteed without any interception. Current: 5.9AAC Power Factor: >0.99 at P-nominal >50% Up to 4 modules can be integrated in a 19" sub rack with 3U (24V/200A). DC output Voltage: 24VDC Current: 50ADC Efficiency: ≥89%, Other specifications Dimension (W/H/D): 101/133/320mm Weight: approx. 3.8kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 part 410; VDE0110; EN50178; 60146 Compliance to EMC standards: EN55011; EN55022 class "A", EN61000- 4 part 2-5 Compatible 19" racks: DCR PSR312 - Page 16 Compatible DC controllers: UPC3 - Page 39 PSR312/24-50 Type designation Article code 101-012-148.00 25 PSR312 Available Output Voltage Rectifier | 1800W Versions: PSS18 230VAC 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/3x19”, 6U A combination of modern AC to DC switching power conversion technology >> Single-phase module with sinusoidal input and a flexible 19" compatible rack such as the PSS offers many current advantages and is suitable for a wide range of applications. >> Frontside connectors >> "Hot-Plug-In" capability A constant voltage and current control circuit performs the correction of output voltage deviations caused by transient deviations of the input volt- >> Active current sharing (optionally) age or load within less than 1.5ms. This permits constant current operation >> CAN-Bus interface down to continuous short circuit. >> Temperature compensation of the charging voltage A micro controller unit equipped with two control keys and digital displays >> Digital display for output voltage, current at the front panel provides permanent monitoring of output voltage, and adjustment values output current and temperature. This feature offers easy >> Convection Cooling adjustment and programming of output parameters and monitoring thresholds. To increase the output power of the supply system, it is >> Ability for stand-alone operation possible to operate the PSS modules in parallel connection. Main data For the control of all parameters and measurement values it is AC input advantageous to use the monitoring device UPC3 which communicates Voltage: 230VAC -20/+15%, 50Hz with the modules via CAN–bus interface. Current: 5.2AAC, 7.9AAC Power factor: > 0.99 at Pnom > 50% DC output Voltage (VDC): 24 48 60 110 220 Current (ADC): 40.0 30.0 25.0 13.3 6.7 Efficiency: ≥90% (24V), ≥91% Other specifications Dimension (W/H/D): 142/262/285mm Weight: approx. 8.4kg Compliances CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 part 410; VDE0110; EN50178; 60146 Compliance to EMC standards: EN55011; EN55022 class "B", EN61000- 4 part 2-5 Compatible 19" racks: DCR PSS18-XX - Page 17 Compatible DC controllers: UPC3 - Page 39 PSS18/24-40-CAN PSS18/48-30-CAN PSS18/60-25-CAN PSS18/110-13.3-CAN PSS18/220-6.7-CAN Type designation Article code 100-018-140.00 100-018-150.00 100-018-160.00 100-018-170.00 100-018-180.00 26 PSS18 Available Output Voltage Rectifier | 1800W Version: Flatpack2 2000 24VDC Description Key Features >> Highest efficiency in minimum space The Flatpack2 is a battery charger and rectifier for stand-alone use or for >> Ultra compact design operation in parallel as part of a DC power system controlled and monitored by the Smartpack. >> Digital controllers >> Heat management Flatpack2 is optimized for a wide range of system sizes. Digital communication over CAN bus with Smartpack simplifies system design and >> Unique connection enhances flexibility. Realization of Flatpack2 systems is possible by fitting >> Global approvals 4 rectifiers across a 19" rack. Main Data Today’s communications demand state of the art, cost efficient and AC input Voltage: 85-290VAC (176-275VAC) compact DC power systems. Flatpack2 delivers the industry leading power 85-300VAC (185-275VAC) density of 22W/in³ and superb reliability at lowest lifetime cost. Increasing Current: 13.4AAC maximum at nominal input full load network speed demands flexible and expandable DC power solutions. 12.5AAC maximum at nominal Flatpack2 is your key building block for future needs. input full load Power Factor: > 0.99 at >50% DC output Voltage: 24VDC (adj. range: 21.0-29.0VDC) Current: 84.0 ADC at 24VDC and nominal input Efficiency: ≥ 91% Other specifications Dimension (W/H/D): 109/41.5/327mm Weight: 1.9kg Compliances Electrical safety IEC 60950-1 UL 60950-1 CSA 22.2 EMC ETSI EN 300 386 V.1.3.2 (Telecommunication network) EN 61000-6 part 1-4 Telcordia NEBS GR1089 CORE (pending) Harmonics EN 61000-3-2 Environment ETSI EN 300 019-2 ETSI EN 300 132-2 Telcordia NEBS GR63 CORE Zone Compatible 19" rack: DCR FP2-24-8.0 Possible Configurations 4x Flatpack2 24/2000 3x Flatpack2 24/2000 1x Smartpack Compatible DC controllers: Smartpack - Page 44 Type designation Flatpack2 24/2000 101-EVR241.115.200 Article code 27 FLATPACK2-2000 Available Output Voltage Rectifier | 2700W Versions: PSR327 230VAC 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/4x19”, 3U Power supply modules of series PSR327 are compact battery charging >> Single-phase module with sinusoidal input rectifiers with an optimized switching principle and therefore with a very current (PFC) high power density. The rectifier can be used in all DC applications with or >> Input overvoltage protection without battery. >> "Hot-Plug-In" design with backplane connection Due to the modular concept and a high scalability the user is able to equip >> High power density the power supply with additional modules according to his actual power profile. The chargers are very user-friendly and can be swapped and >> CAN-Bus interface upgraded during operation. >> Integrated decoupling from the DC bus >> Front– to– back airflow with temperature The devices get their operation parameters via the system wide controlled fan cooling CAN communication bus. After a successful login a central monitoring unit controls and monitors the devices. In case of CAN bus interruption the Main Data modules operate continuously with internal default values. Therefore, the supply of the connected loads and the charging of the batteries are AC input Voltage: 230VAC +/-20% guaranteed without any interception. Current: 12.9AAC Power factor: >0.99 at P-nominal >50% DC output Up to 4 modules can be integrated in a 19" sub rack with 3U. Voltage (VDC): 48 60 110 220 Current (ADC): 56.0 45.0 25.0 12.5 Efficiency: ≥91%, Other specifications Dimension (W/H/D): 101/133/320mm Weight: approx. 3.8kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 part 410; VDE0110; EN50178; 60146 Compliance to EMC standards: EN55011; EN55022 class "A", EN61000- 4 part 2-5 Compatible 19" racks: DCR PSR317-XX - Page 16 Compatible DC controllers: UPC3 - Page 39 Type designation PSR327/48-56 PSR327/60-45 PSR327/110-25 PSR327/220-12.5 101-027-158.00 101-027-168.00 101-027-178.00 101-027-188.00 Article code 28 PSR327 Available Output Voltage Rectifier | 8000W Versions: PSR380 3x400VAC 110VDC, 220VDC Description Key Features >> 19”, 3U Power supply modules of series PSR380 are compact battery charging >> Three-phase input without neutral rectifiers with rear side connectivity. The rectifier can be used in all DC applications with or without battery as a stand-alone unit or in a >> Input overvoltage protection connection with a central DC controller unit. >> "Hot-Plug-In" design with rearside connection Due to the modular concept and a high scalability the user is able to equip >> High power density the power supply with additional modules according to his actual power >> CAN-Bus interface profile. The chargers are very user-friendly and can be swapped and >> Digital display for output voltage, upgraded during operation. current and adjustment values >> Front– to– back airflow with temperature The devices get their operation parameters via the system wide controlled fan cooling CAN communication bus. After a successful login a central monitoring unit controls and monitors the devices. In case of CAN bus interruption the Main Data modules operate continuously with internal default values. Therefore, the supply of the connected loads and the charging of the batteries are AC input Voltage: 3x400VAC +/-20% guaranteed without any interception. Current: 13.1AAC/phase DC output The rectifier needs a 3-wire mains connection without neutral. Voltage (VDC): 110 220 Current (ADC): 74.0 37.0 Efficiency 89 89 Other specifications Dimension (W/H/D): 483/133/420mm Weight: approx. 28kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B"; EN6100-4 T 2-5 Options: Assembly set 19"sub rack 3U incl. backplane for 1 pc. rectifier Article code: 102-380-101.00 Type designation PSR380/110-74 PSR380/220-37 101-080-271.00 101-080-281.00 Article code 29 PSR380 >>DC/DC CONVERTERS 30 DC/DC Converters Matrix DC/DC Converter range DC output voltage DC/DC Converter 24 48 60 110 220 Page Type designation Output power DC input DC output current (@ nom. voltage) W (max.) Version PSC305-LV 18-75VDC 480 20.0 10.0 8.0 33 19'' unit PSC305-HV 90-275VDC 480 20.0 10.0 8.0 4.4 2.2 32 19'' unit PSC312-HV 100-250VDC 1200 50.0 35 19'' unit PSC18/110 110VDC up to 1800 40.0 30.0 25.0 13.4 6.7 34 19'' unit PSC18/220 220VDC up to 1800 40.0 30.0 25.0 13.4 6.7 34 19'' unit PSC320-HV 100-250VDC 2000 42.0 33.0 18.0 9.0 35 19'' unit The DC/DC Converter series PSC is based on the platform of the corresponding PSS and PSR rectifier modules. In general, nearly every industrial or telecom voltage level can be converted to another, maintaining high output voltage stability and galvanic isolation. 31 Available Output Voltage DC/DC Converter | 480W Versions: PSC305 HV 90-275VDC 24VDC,48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/6x19”, 3U Power supply modules of series PSC 305HV are compact DC/DC converters >> Wide input voltage range with an optimized switching principle and therefore with a very high power density. The DC/DC converter is fully isolated between input and >> Input overvoltage protection output. >> "Hot-Plug-In" design with backplane connection Due to the modular concept and a high scalability the user is able to equip >> High power density the power supply with additional modules according to his actual power >> CAN-Bus interface profile. The units are very user-friendly and can be swapped and upgraded >> Integrated output decoupling from the DC bus during operation. >> Wide range of available output voltage The power rating of the unit is 480W . Up to 6 modules can be integrated in a 19" sub rack with 4U. In systems with high packing rate and limited verti- Main Data cal airflow we recommend to use a fanrack for cooling. DC input Voltage: 90 - 275VDC Current: 4.9A@110VDC / 2.5A@220VDC DC output Voltage (VDC) 24 48 60 110 220 Current (ADC) 20 10 8 4.4 2.2 Efficiency: >=89% Other specifications Dimension (W/H/D): 71/133/280mm Weight: approx. 2.0kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: DDR PSC305-HV - Page 18 Type designation PSC305-HV/24-20 PSC305-HV/48-10 PSC305-HV/60-8 PSC305-HV/110-4.4 PSC305-HV/220-2.2 201-005-747.00 201-005.757.00 201.005-767.00 201-005-777.00 201-005-787.00 Article code 32 PSC305-HV Available Output Voltage DC/DC Converter | 480W Versions: PSC305 LV 18-75VDC 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/6x19”, 3U Power supply modules of series PSC 305LV are compact DC/DC converters >> Wide input voltage range with an optimized switching principle and therefore with a very high power density. The DC/DC converter is fully isolated between input and >> Input overvoltage protection output. >> "Hot-Plug-In" design with backplane connection Due to the modular concept and a high scalability the user is able to equip >> Active current sharing the power supply with additional modules according to his actual power >> High power density profile. The units are very user-friendly and can be swapped and upgraded >> CAN-Bus interface during operation. >> Integrated output decoupling from the DC bus The power rating of the unit is 480W . Up to 6 modules can be integrated in >> Wide range of available output voltages a 19" sub rack with 4U. In systems with high packing rate and limited verti- cal airflow we recommend to use a fanrack for cooling. Main Data DC input Voltage: 18-75VDC Current: 22.5A@24VDC, 11.3A@48VDC, 9.0A@60VDC DC output Voltage (VDC) 24 48 60 Current (ADC) 20 10 8 Efficiency: >=89% Other specifications Dimension (W/H/D): 71/133/280mm Weight: approx. 2.0kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: DDR PSC305-LV - Page 18 Type designation PSC305-LV/24-20 PSC305-LV/48-10 PSC305-LV/60-8 201-005-447.00 201-005-457.00 201-005-467.00 Article code 33 PSC305-LV Available Output Voltage DC/DC Converter | 1400W Versions: PSC18 HV 110-220VDC 24VDC, 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/3x19”, 6U A combination of modern DC to DC switching power conversion technology >> Frontside connectors and flexible 19" compatible mechanics such as the PSC offers many advantages and is suitable for a wide range of applications. >> "Hot-plug-In" capability >> Active current sharing (optionally) A constant voltage and current control circuit perform the correction of >> High power density output voltage deviations caused by transient deviations of the input >> CAN-Bus interface voltage or load within less than 1.5ms. This permits constant current operation down to continuous short circuit. A micro controller unit equipped >> Temperature compensation of the charge voltage with two control keys. Digital displays at the front panel provide permanent monitoring of output voltage, output current and temperature. >> Digital display for output voltage, current and adjustment values This feature offers easy adjustment and programming of output >> Convection cooling parameters and monitoring thresholds. To increase the power supply, it is possible to operate the PSC modules in parallel connection. For the control Main Data of all parameters and measurement values it is advantageous to use the DC input monitoring device UPC3, which communicates with the modules via CAN- Voltage: 110VDC / 220VDC bus interface. Current @110VDC/220VDC: 9.8/4.9ADC (24V); 15.2/7.6ADC DC output Voltage (VDC) 24 48 60 110 220 Current (ADC) 40 30 25 13.3 6.7 Efficiency: ≥90% Other specifications Dimension (W/H/D): 142/262/285mm Weight: app. 8.4kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 PSC18/x/24-40-CAN PSC18/x/48-30-CAN PSC18/x/60-25-CAN PSC18/x/110-13.4-CAN PSC18/x/220-6.7-CAN Type designation Article code x=110 200-018-740.00 200-018-750.00 200-018-760.00 200-018-770.00 200-018-780.00 200-018-840.00 200-018-850.00 200-018-860.00 200-018-870.00 200-018-880.00 Article code x=220 34 PSC318-HV Available Output Voltage DC/DC Converter | 2000W Versions: PSC320 HV 80-275VDC 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/4x19”, 3U Power supply modules of series PSC 320 are fully isolated DC/DC converters >> Wide input voltage range with a resonant switching principle. The DC/DC converter can be used in all DC applications with or without battery. >> Input overvoltage protection >> "Hot-Plug-In" design with backplane Due to the modular concept and a high scalability the user is able to equip connection the power supply with additional modules according to his actual power >> High power density profile. The units are very user-friendly and can be swapped and upgraded during operation. >> CAN-Bus interface The unit can work in stand-alone mode as well as in connection with a DC >> Temperature-controlled fan cooling controller for remote monitoring. Up to 4 modules can be integrated in a 19" >> Wide range of available output voltages sub rack with 3U. >> Front- to- back airflow with monitored fan Main Data DC input Voltage: 80 - 275VDC Current: 20.7A@110VDC / 10.3A@220VDC DC output Voltage (VDC) 48 60 110 220 Current (ADC) 42 33 18 9 Efficiency: >=89% Other specifications Dimension (W/H/D): 101/133/320mm Weight: approx. 2.8kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "A", EN61000- 4 T2-5 Compatible 19" racks: Available on DDR PSC320-HV request Compatible DC controllers: UPC3 - Page 39 Type designation PSC320-HV/48-42 PSC320-HV/60-33 PSC320-HV/110-18 PSC320-HV/220-9 201-020-758.00 201-020-768.00 201-020-778.00 201-020-788.00 Article code 35 PSC320-HV >>DC CONTROLLERS 36 DC Controllers Matrix System controller range DC controller Supply voltage Type designation Designed for: Page range (VDC) UPC3-24 18 - 35 UPC3-48/60 35 - 75 PSR312/PSR327 racks: 16 DCR PSR327-XX UPC3-110 80 - 135 UPC3-220 185 - 275 UPC3-24S 19.2 - 35 PSR308 racks: UPC3-48/60S 35 - 75 DCR PSR308-XX 15/18 PSC305 racks: UPC3-110S 80 - 135 DDR PSC305-XX UPC3-220S 185 - 275 Smartpack Extended Flatpack2- and Powerpack-based DC 24 45 power solutions Smartpack WEB/SNMP The control unit UPC3 serves for the general monitoring of current supply systems. Extension Modules Type Connector Mounting DC Controller compability DCC-RDD CAN-Bus Door UPC3, UPC3S DCC-RDP CAN-Bus Door UPC3, UPC3S DCC-RB6 CAN-Bus DIN-rail UPC3, UPC3S DCC-DI8 CAN-Bus DIN-rail UPC3, UPC3S DCC-CN1 CAN-Bus, Ribbon cable DIN-rail UPC3, UPC3S 37 Available Output Voltage DC Controller Versions: UPC3S 24VDC, 48VDC/60VDC, 110VDC, 220VDC Description Key Features >> 1/6x19”, 3U DC controllers of the new UPC3S series are integrated units for controlling, >> Extensive battery management monitoring and signalling of battery buffered DC-power supply systems. The units are easy in use and they are programmable via the buttons at the >> "Hot-Plug-In" design with backplane connection front panel or via USB interface together with PC software. Due to a freely >> Easy in use and programming programmable signal matrix, the customer is able to specify which alarms have to be summarised to groups and which signalling outputs are used. >> Freely programmable signalling concept The unit is equipped with control outputs for LVD and PLD relays. The >> CAN-Bus interface controlling of the rectifier modules is realized via a CAN communications >> Integration of external alarm, structure bus. For remote monitoring the usage of a direct PC link, modem or SNMP possible is possible. A special software for remote monitoring and parameter >> Remote control and monitoring via direct PC link, modem or SNMP adjustment is available. Due to the system-wide CAN communication con- cept each of the power supply modules like rectifiers, DC/DC converters, inverters and static bypass switches can be monitored and controlled with Main Data the UPC3S. Power Supply/Measuring Range Supply voltage range (VDC): The functionality of the basic module can be extended with external CAN 24V 48/60V 110V 220V modules. 19.2 - 35 35 - 75 80 - 135 185 - 275 Voltage measuring range (VDC): 24V 48/60V 110V 220V 0-100 0-100 0-300 0-300 Current measuring range: 0-60mV (shunt value programmable) Measuring inputs Voltage measuring inputs: 3 Current measuring inputs: 1x +/-60mV; 2x +60mV Temperature measuring input: 2x (sensor KTY81-220) Digital inputs: 8 (isolated) Standard features Relay outputs: 6 (isolated; max. 0.5A @ 30VDC; 0.5A @ 125VAC); expandable with CAN node DCC-RB6 to max. 12 relays Alarm log up to 250 events Other specifications Dimension (W/H/D): 71/133/320mm Weight: approx. 1.8kg Compliances CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: DDR PSR308-XX - Page 15 DDR PSC305-XX - Page 18 UPC3-24S UPC3-48/60S UPC-110S UPC3-220S Type designation Article code 301-003-497.00 301-003-597.00 301-003-797.00 301-003-897.00 38 UPC3S Available Output Voltage DC Controller Versions: UPC3 24VDC, 48VDC/60VDC, 110VDC, 220VDC Description Key Features >> 1/4x19”, 3U DC controllers of the new UPC3 series are integrated units for controlling, >> Extensive battery management monitoring and signalling of battery buffered DC-power supply systems. The units are easy in use and they are programmable via the buttons at the >> "Hot-Plug-In" design with backplane connection front panel or via USB interface together with PC software. Due to a freely >> Easy in use and programming programmable signal matrix, the customer is able to specify which alarms have to be summarised to groups and which signalling outputs are used. >> Freely programmable signalling concept The unit is equipped with control outputs for LVD and PLD relays. The >> CAN-Bus interface controlling of the rectifier modules is realized via a CAN communications >> Integration of external alarm, structure bus. For remote monitoring the usage of a direct PC link, modem or SNMP possible is possible. A special software for remote monitoring and parameter >> Remote control and monitoring via direct PC link, modem or SNMP adjustment is available. Due to the system-wide CAN communication con- cept each of the power supply modules like rectifiers, DC/DC converters, inverters and static bypass switches can be monitored and controlled with Main Data the UPC3. Power Supply/Measuring Range Supply voltage range (VDC): The functionality of the basic module can be extended with external CAN 24V 48/60V 110V 220V modules. 19.2 - 35 35 - 75 80 - 135 185 - 275 Voltage measuring range (VDC): 24V 48/60V 110V 220V 0-100 0-100 0-300 0-300 Current measuring range: 0-60mV (shunt value programmable) Measuring Inputs Voltage measuring inputs: 3 Current measuring inputs: 1x +/-60mV; 2x +60mV Temperature measuring input: 2x (sensor KTY81-220) Digital inputs: 8 (isolated) Standard features Relay outputs: 6 (isolated; max. 0.5A @ 30VDC; 0.5A @ 125VAC); expandable with CAN node DCC-RB6 to max. 12 relays Alarm log up to 250 events Other specifications Dimension (W/H/D): 101/133/320mm Weight: approx. 1.8kg Compliances CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: DDR PSR327-XX - Page 16 UPC3-24 UPC3-48/60 UPC-110 UPC3-220 Type designation Article code 301-003-498.00 301-003-598.00 301-003-798.00 301-003-898.00 39 UPC3 DC Controller External Displays Description Key Features >> External display with CAN bus interface External display of the series UPC3-RDX are used to display all main system operating parameters directly in the front of the power supply system. The >> Large LCD-Display RD-displays are mounted in the door of the system. >> Programmable LED section >> Operating buttons main section and Compared to the standard features of the UPC3 controller the RD-displays parameter selection (RDP only) have the source operating buttons and an extensive and programmable >> Line diagram for status information LED section. (RDP only) Each LED can be equipped with separate designation for the functionality. Main Data In addition, the RDP-display is equipped with a line diagram with signaliza- Power supply: CAN bus (RD) tion for the energy flow and the module status. The programming of this external (RDP) unit is made via PC-configuration software of the UPC3 controller. LED’s: 8, 6 programmable Buttons: 4 (Up, Down, Enter, Esc) 2 programmable (RDP only) LCD: 2x 16 Characters Dimensions (W/H): RDD: 133 x 164mm RDP: 353 x 248mm Type designation UPC3-RD UPC3-RDP 302-003-RDD.A0B On Request Article code 40 UPC3-RDP UPC3-RDD DC Controller CAN-Modules Key Features: Relay Board DCC RB6 >> 6 additional isolated relay outputs >> Assignment of single faults to each relay on the DC controller >> Signalling status programmable (fault = NC or NO) >> 1 unit connectable to the DC controller >> CAN module for DIN rail mounting >> Relay switching status signalized by LED Digital Input Board DCC-DI8 >> 8 additional isolated signalling inputs (optocoupler) >> Assignment of input designation to each input on the DC Controller >> Signalling status programmable (fault = NC or NO) >> 1 unit connectable to the DC controller >> CAN module for DIN rail mounting >> Assignment of signalling status to different outputs (LED, text message, relay, SNMP) Mains Monitoring Board DCC-MM >> Monitoring of incoming mains supply V&F (current optionally) >> Programmable monitoring thresholds on UPC3 controller >> Single- and three-phase operation >> CAN communication bus for data transmission >> 1 unit connectable to DC controller >> DIN rail mounting module >> External connection of current sensors possible Connection Board DCC-CB1 >> Interface board for rectifier power racks (PSR327) >> All signalling connections of UPC3’s backplane are wired via flat cable >> DIN rail mounting module >> Direct connection of all main signalling wires on the terminal block section Type designation DCC-RB6 DCC-DIG8 MM DCC CB1 302-DCC-0RB.00 302-DCC-DI8.00 302-DCC-0MM.00 302.DCC-CB1.00 Article code 41 DCC-CB1 DCC-DI8 DCC-RB6 DCC-MM DC Controller Configuration Software for UPC3 Description Key Features The UPC configurator is a complex software tool to program and to adjust >> Windows ™ based software all necessary operating parameters of the power supply system. A freely >> USB connection to UPC3 programmable signalling matrix offers the possibility to adjust the outgoing signalling according the fault management philosophy of each user. >> Password protection Several single faults can be assigned to groups and to different output >> Free programmable signalling matrix channels (LED, battery test, event history, relay, Ethernet and SNMP). >> Parameter file for each system The Windows ™ based tool can be installed on PCs with operating system >> Multi-language "Windows 98 SE™ " or later. >> Adjustments for all system parameters and thresholds Each configuration set can be stored in a specific file format to use the same configuration for other power supply systems too. >> Monitoring and displaying error state on structure maps >> Incl. configuration battery test, measure values >> Additional error notification per email >> Complete illustration of diagrams incl. state (only for SPECTRUM-Software) Type designation UPC3 Configurator SNMP Connect 302-UP3-CON.00 302-UP3-OSW.02 Article code 42 UPC3-CONFIGURATOR DC Controller Remote Software for UPC3 Remote monitoring of a power supply system is more and more a major item regarding maintenance and safety. There are different solutions of monitoring software available. The low cost solution delivers a status overview of the system via modem or TCP/IP. Also the event history can be read out and the system can be configured remotely. In addition there are two SNMP solutions available. A small solution for collection SNMP-traps and reading all main systems parameters. A high end solution with digital maps, fault management integration and monitoring down to component level is available (SPECTRUM). Both solutions are using different software packages. For high end solutions a complete server architecture is necessary. We will find a complete solution including installed soft- and hardware. Up to 2000 sites can be monitored with this solution. We also offer the possibility to connect our system to an existing remote management system via ModBus interface. Please ask us for the right solution for your application. 43 Available Output Voltage DC Controller Versions: Smartpack 24VDC, 48VDC, 60VDC Description Key Features >> Front panel LCD and buttons for on-site Smartpack is the monitoring and control unit used in all Flatpack2 and service without PC. (Not on Basic Slave model) Powerpack -based DC power solutions. >> USB- or RS-232 interface for PC connection locally or remote monitoring and control via The unit allows both local and remote monitoring and control via three modem, Ethernet, WEB or SNMP buttons, LCD-display, USB- or RS-232 interface, as well as via modem, >> 6 user programmable relay outputs for Ethernet, web and SNMP. traditional remote monitoring The Smartpack is extremely flexible in its expandability. Additional units >> 6 user programmable inputs for monitoring connected to the CAN bus can be added to provide extended functionality of other equipment on site and an increased number of measuring points. Accordingly, system >> Temperature compensated charging for components can be set up and upgraded to meet the demand of any tailor- increased battery lifetime made power solution. >> Battery lifetime indication >> Alarm/event log with time an date >> Window-based PC communication software Main Data DC input Voltage: 24VDC, 48VDC, 60VDC Standard Features System: Output Voltage Measurement Total Load Current Measurement Load/Battery Disconnect Alarm Level Settings (major/minor) Alarm Log (up to 1000 events) Real Time Clock with Battery Backup Site Text/ID Test of Relay Outputs Voltage Level setup Datalogging (up to 7000 datapoints) Battery: Battery Current Measurement Battery Temperature Measurement (optional) Battery Testing (acc. to discharge table or set time limit) Battery Test Information (10 latest Tests) Setup of Battery Data Battery shunt setup Battery quality indication Battery Boost Charging Battery Cable Voltage Drop Compensation Temperature Compensated Charging Protection against Temperature Probe Failure Rectifier: Available information of each rectifier, e.g. serial number, version, internal temperature Individual Rectifier Current Measurement Individual Rectifier Input Voltage Efficiency Management Other Specifications Dimension (W/H/D): 109/44/140mm Smartpack Smartpack WEB/ Type designation Extended SNMP 300-EVC242.100.100 300-EVC.242.100.113 Article code 44 SMARTPACK DC Controller Software for Smartpack WebPower The WebPower, Web and SNMP adapter is the per- fect interface between the DC power system and your network. WebPower includes the highly reliable SNMP Get, Set and Traps for alarm messages combined with easy access over HTML (using any Web-browser). Email functionality is also included making Web- Power suitable for most Network Management Systems (NMS). It can be utilized in remote or limited access tel- ecommunications sites; locations requiring con- nectivity to centralized SNMP NMS and mission- critical power systems requiring real time data access from diverse locations. PowerSuite Fully featured software program PowerSuite al- lows you to configure and monitor your Flatpack2 or Powerpack system. Once connected to Smart- pack, this Window-based program is as easy to use ® as Window Explorer . Password protection prevents accidental changes whilst the multilayerd window allow you to navi- gate quickly and easily within the different areas of your system. With PowerSuite, you can even create your own specific Smartpack configuration files that can be downloaded or distributed to any Smartpack in your Network. WinPower The Window-based program provides full access and control of any Flatpack 700, 1500, 1800 or 2500 system. WinPower Silver connects your Flatpack MCU via the serial port and provides easy access to all in- formation such as system voltage levels and bat- tery monitoring. Password protection prevents accidental changes and since version 5.0, you can create Flatpack MCU configuration file that can be transferred to other Flatpack MCU controllers. 45 WINPOWER WEBPOWER POWERSUITE >> SINE WAVE INVERTERS 46 Inverters Matrix Inverter range DC/AC Inverters DC input voltage Type designation Page Output Power AC output 24 48 60 110 220 (kVA @ cos φ 0,8) Version INV215 1 x 230VAC 1.5 48  1/4 x 19'' unit INV222 1 x 230VAC 2.2 49     1/4 x 19'' unit UNV-3.3F 1 x 230VAC 3.3 50    19'' unit UNV-5.0F 1 x 230VAC 5.0 51    19'' unit PWS-1.0W 1 x 230VAC 1.0 53    Wall cabinet PWS-2.5W 1 x 230VAC 2.5 55    Wall cabinet PWS-5.0W 1 x 230VAC 5.0 57   Wall cabinet PWS-1.0F 1 x 230VAC 1.0 52    19'' unit PWS-2.5F 1 x 230VAC 2.5 54    19'' unit PWS-5.0F 1 x 230VAC 5.0 56   19'' unit For battery backed AC power supplies in modular, redundant configurations, Eltek Valere Industrial offers inverters in Switch-Mode technology with HF-transformers for significant reduction of size and weight (UNV/INV-series), and alternatively for application in special envi- ronment or with a high inrush current (motor drive loads) the 50Hz ferro transformer technology (PWS series). 47 Available Output Voltage DC/AC Inverter | 1.5kVA Version: INV215 24VDC Description Key Features >> 1/4x19”, 2U The INV 215 includes advanced switching technology with digital control. >> Excellent overall efficiency and high The utilization of this technology results in a very high power density and regulation speed low weight. >> "Hot-Plug-In" design with backplane connection With a state-of-the-art control solution it provides an excellent functionality and several protection features. >> High power density The inverter is able to run in parallel operation mode to increase the reliability >> CAN-Bus interface of the AC system without any additional options. Additional modules can >> Ability for parallel operation be integrated in pre-wired slots during normal system operation. For higher >> Temperature-controlled fan cooling reliability the hard wired synchronization bus between paralleled inverters (monitored) is working in a redundant mode. >> Redundant synchronization bus Up to 4 inverters can be installed in a 19"-sub rack with only 2U. The module >> Excellent sinusoidal output is prepared to operate with the new static switches of the STS series to >> Input over/under voltage shutdown, increase the system availability furthermore. overload and short circuit-proof Main Data DC input Voltage (VDC) 24 Current (ADC) 51.5 AC output Voltage: 230VAC (200-252V adjustable) Current: 7.0 AAC Efficiency: >=88% Other specifications Dimension (W/H/D): 106.4/88.4/325mm Weight: approx. 4.8kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Available in 2008 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: ACR INV222-6.75LV - Page 19 Compatible STS unit: STS207LV - Page 60 Type designation INV215-24/230-50 501-015-415.00 Article code 48 INV215 Available Output Voltage DC/AC Inverter | 2.25kVA Versions: INV222 48VDC, 60VDC, 110VDC, 220VDC Description Key Features >> 1/4x19”, 2U The INV 222 includes advanced switching technology with digital control. >> Excellent overall efficiency and high The utilization of this technology results in a very high power density and regulation speed low weight. >> "Hot-Plug-In" design with backplane connection With a state-of-the-art control solution it provides an excellent functionality and several protection features. >> High power density The inverter is able to run in parallel operation mode to increase the reliability >> CAN-Bus interface of the AC system without any additional options. Additional modules can >> Ability for parallel operation be integrated in pre-wired slots during normal system operation. For higher >> Temperature-controlled fan cooling reliability the hard wired synchronization bus between paralleled inverters (monitored) is working in a redundant mode. >> Redundant synchronization bus Up to 4 inverters can be installed in a 19"-sub rack with only 2U. The module >> Excellent sinusoidal output is prepared to operate with the new static switches of the STS series to >> Input over/under voltage shutdown, increase the system availability furthermore. overload and short circuit- proof Main Data DC input Voltage (VDC) 48 60 110 220 Current (ADC) 41.7 33.3 18.5 9.3 AC output Voltage: 230VAC (200-252V adjustable) Current: 8.7 AAC Efficiency: >=90% Other specifications Dimension (W/H/D): 106.4/88.4/325mm Weight: approx. 4.8kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: ACR INV222-6.75LV - Page 19 ACR INV222-9.0LV - Page 19 ACR INV222-6.75HV - Page 19 ACR INV222-9.0HV - Page 19 Compatible STS unit: STS207LV - Page 60 STS207HV - Page 60 Type designation INV222-48/230-50 INV222-110/230-50 INV222-220/230-50 501-022-515.00 501-022-715.00 501-022-815.00 Article code 49 INV222 Available Output Voltage DC/AC Inverter | 3.3kVA Versions: UNV-3.3F 48VDC, 60VDC, 110VDC Description Key Features >> 19", 3U The UNV inverter family represents a high frequency DC to AC power >> Wide range DC input conversion technology in 19" compatible racks. Suitable for any low to medium modular AC power system these inverters are ideal for applications >> "Hot-Plug-In" systems in telecommunication, industry and railroad power supplies. >> High power density >> CAN-Bus interface Combining high frequency conversion with galvanic isolation between >> Ability for parallel operation input and output, UNV inverter is a flexible, efficient and reliable AC power source. The possibility of parallel connection offers highest flexibility for >> Digital displays to notify all relevant parameters realizing systems with increased output power and/or (n+x)-redundancy. >> Temperature-controlled fan cooling The UNV series is designed to operate together with the UNB series static >> Input over/under voltage shutdown, switch and supervisory module. Remote control and communication is overload and short circuit-proof performed via CAN interface. Alternatively the units can be operated in stand-alone mode. Main Data DC input Voltage (VDC) 48 60 110 Current (ADC) 62.5 50.0 26.7 AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 14.35 AAC Efficiency: >=90% Other specifications Dimension (W/H/D): 483/133/360mm Weight: approx. 27kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Options 19" mounting bracket with rear side connector Article Code - 880-MEC-MKT.01 Compatible Static Switch : UNB-Series - Page 62-65 UNV48-3.3F UNV60-3.3F UNV110-3.3F Type designation Article code 500-033-511.00 500-033-611.00 500-033-711.00 50 UNV-3.3F Available Output Voltage DC/AC Inverter | 5.0kVA Versions: UNV-5.0F 48VDC, 60VDC, 110VDC Description Key Features >> 19", 3U The UNV inverter family represents a high frequency DC to AC power >> Wide range DC input conversion technology in 19" compatible racks. Suitable for any low to medium modular AC power system these inverters are ideal for applications >> "Hot-Plug-In" systems in telecommunication, industry and railroad power supplies. >> High power density >> CAN-Bus interface Combining high frequency conversion with galvanic isolation between >> Ability for parallel operation input and output, UNV inverter is a flexible, efficient and reliable AC power source. The possibility of parallel connection offers highest flexibility for >> Digital displays to notify all relevant parameters realizing systems with increased output power and/or (n+x)-redundancy. >> Temperature-controlled fan cooling The UNV series is designed to operate together with the UNB series static >> Input over/under voltage shutdown, switch and supervisory module. Remote control and communication is overload and short circuit-proof performed via CAN interface. Alternatively the units can be operated in stand-alone mode. Main Data DC input Voltage (VDC) 48 60 110 Current (ADC) 94.7 74.9 39.9 AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 21.7AAC Efficiency: >=90% Other specifications Dimension (W/H/D): 483/133/400mm Weight: approx. 38kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Options 19" mounting bracket with rear side connector Article Code - 880-MEC-MKT.01 Compatible Static Switch : UNB-Series - Page 62-65 UNV48-5.0F UNV60-5.0F UNV110-5.0F Type designation Article code 500-050-511.00 500-050-611.00 500-050-711.00 51 UNV-5.0F Available Output Voltage DC/AC Inverter | 1.0kVA Versions: PWS-1.0F 24VDC, 110VDC, 220VDC Description Key Features >> 19", 4U The PWS inverter family is equipped with a 50Hz isolation transformer >> Very high overload ability following a primary side pulse-width modulation stage and is available as 19"-compatible rack or wall cabinet. >> Ability for parallel operation (optional) >> Analogue measurement instruments (Vout, Iout) These inverters are especially suited for AC power applications in power plants, industrial, railway and maritime environment. The combination >> Temperature-controlled fan cooling of rugged mechanical construction, high overload ability and electrical >> Input over/under voltage shutdown, isolation between input and output offers a very high flexibility in system overload and short circuit-proof configuration. Main Data The inverters can be operated as single units or in parallel connection DC input (optionally) to provide power increase or further improved reliability by Voltage (VDC) 24 110 220 (n+1)-redundancy. The unit is prepared to operate together with the static Current (ADC) 38.8 8.2 4.1 bypass switch (UNB). AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 4.35AAC Efficiency 85% 90% 90% Other specifications Dimension (W/H/D): 483/177/460mm Weight approx. kg 20 19 19 Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Options 19" mounting bracket with rear side connector Article Code - 880-MEC-MKT.03 Type designation PWS24-1.0F PWS110-1.0F PWS220-1.0F Article code 401-010-411.00 401-010-711.00 401-010-811.00 52 PWS-1.0F Available Output Voltage DC/AC Inverter | 1.0kVA Versions: PWS-1.0W 24VDC, 110VDC, 220VDC Description Key Features >> Wall cabinet The PWS inverter family is equipped with a 50Hz isolation transformer >> Very high overload ability following a primary side pulse-width modulation stage and is available as 19"-compatible rack or wall cabinet. >> Analogue measurement instruments (Vout, Iout) >> Temperature-controlled fan cooling These inverters are especially suited for AC power applications in power plants, industrial, railway and maritime environment. The combination >> Input over/under voltage shutdown, overload and short circuit-proof of rugged mechanical construction, high overload ability and electrical isolation between input and output offers a very high flexibility in system >> Internal static bypass switch (optionally) configuration. Main Data The wall cabinet version includes all necessary input and output fuses and DC input can be mounted directly beside the load distribution. The unit is prepared Voltage (VDC) 24 110 220 to operate together with the static bypass switch (UNB). Current (ADC) 38.8 8.2 4.1 AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 4.35AAC Efficiency 85% 90% 90% Other specifications Dimension (W/H/D): 400/600/210 mm Weight approx. kg 24 23 23 Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Special outgoing AC distribution cabinet dimen- sions or colours on request! Type designation PWS24-1.0W PWS110-1.0W PWS220-1.0W 401-010-412.00 401-010-712.00 401-010-812.00 Article code 53 PWS-1.0W Available Output Voltage DC/AC Inverter | 2.5kVA Versions: PWS-2.5F 24VDC, 110VDC, 220VDC Description Key Features >> 19", 4U The PWS inverter family is equipped with a 50Hz isolation transformer >> Very high overload ability following a primary side pulse-width modulation stage and is available as 19"-compatible rack or wall cabinet. >> Ability for parallel operation (optional) >> Analogue measurement instruments (Vout, Iout) These inverters are especially suited for AC power applications in power plants, industrial, railway and maritime environment. The combination >> Temperature-controlled fan cooling of rugged mechanical construction, high overload ability and electrical >> Input over/under voltage shutdown, isolation between input and output offers a very high flexibility in system overload and short circuit-proof configuration. Main Data The inverters can be operated as single units or in parallel connection DC input (optionally) to provide power increase or further improved reliability by Voltage (VDC) 24 110 220 (n+1)-redundancy. The unit is prepared to operate together with the static Current (ADC) 96.9 20.4 10.2 bypass switch (UNB). AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 10,9AAC Efficiency 86% 91% 91% Other specifications Dimension (W/H/D): 483/221/460mm Weight: approx. 34kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Options 19" mounting bracket with rear side connector Article Code - 880-MEC-MKT.03 Type designation PWS24-2.5F PWS110-2.5F PWS220-2.5F 401-025-411.00 401-025-711.00 401-025.811.00 Article code 54 PWS-2.5F Available Output Voltage DC/AC Inverter | 2.5kVA Versions: PWS-2.5W 24VDC, 110VDC, 220VDC Description Key Features >> Wall cabinet The PWS inverter family is equipped with a 50Hz isolation transformer >> Very high overload ability following a primary side pulse-width modulation stage and is available as 19"-compatible rack or wall cabinet. >> Analogue measurement instruments (Vout, Iout) >> Temperature-controlled fan cooling These inverters are especially suited for AC power applications in power plants, industrial, railway and maritime environment. The combination >> Input over/under voltage shutdown, overload and short circuit-proof of rugged mechanical construction, high overload ability and electrical isolation between input and output offers a very high flexibility in system >> Internal static bypass switch (optionally) configuration. Main Data The wall cabinet version includes all necessary input and output fuses and DC input can be mounted directly beside the load distribution. Optionally, versions Voltage (VDC) 24 110 220 with an included static bypass switch are available. Current (ADC) 96.9 20.4 10.2 AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 10,9AAC Efficiency 86% 91% 91% Other specifications Dimension (W/H/D): 600/800/300mm, 400/600/21 mm, 400/600/210mm Weight: approx. 42kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Special outgoing AC distribution cabinet dimensions or colours on request! Type designation PWS24-2.5W PWS110-2.5W PWS220-2.5W 401-025-412.00 401-025-712.00 401-025-812.00 Article code 55 PWS-2.5W Available Output Voltage DC/AC Inverter | 5.0kVA Versions: PWS-5.0F 110VDC, 220VDC Description Key Features >> 19", 5U The PWS inverter family is equipped with a 50Hz isolation transformer >> Very high overload ability following a primary side pulse-width modulation stage and is available as 19"-compatible rack or wall cabinet. >> Ability for parallel operation (optinal) >> Analogue measurement instruments (Vout, Iout) These inverters are especially suited for AC power applications in power plants, industrial, railway and maritime environment. The combination >> Temperature-controlled fan cooling of rugged mechanical construction, high overload ability and electrical >> Input over/under voltage shutdown, isolation between input and output offers a very high flexibility in system overload and short circuit-proof configuration. Main Data The inverters can be operated as single units or in parallel connection DC input (optionally) to provide power increase or further improved reliability by Voltage (VDC) 110 220 (n+1)-redundancy. The unit is prepared to operate together with the static Current (ADC) 39.9 20 bypass switch (UNB). AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 21.8AAC Efficiency 91% 91% Other specifications Dimension (W/H/D): 483/221/460mm Weight: approx. 52kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Options 19" mounting bracket with rear side connector Article Code - 880-MEC-MKT.03 Type designation PWS110-5.0F PWS220-5.0F 401-050-711.00 401-050-811.00 Article code 56 PWS-5.0F Available Output Voltage DC/AC Inverter | 2.5kVA Versions: PWS-5.0W 110VDC, 220VDC Description Key Features >> Wall cabinet The PWS inverter family is equipped with a 50Hz isolation transformer >> Very high overload ability following a primary side pulse-width modulation stage and is available as 19"-compatible rack or wall cabinet. >> Ability for parallel operation >> Analogue measurement instruments (Vout, Iout) These inverters are especially suited for AC power applications in power plants, industrial, railway and maritime environment. The combination >> Temperature-controlled fan cooling of rugged mechanical construction, high overload ability and electrical >> Input over/under voltage shutdown, isolation between input and output offers a very high flexibility in system overload and short circuit-proof configuration. Main Data The wall cabinet version includes all necessary input and output fuses and DC input can be mounted directly beside the load distribution. Optionally, versions Voltage (VDC) 110 220 with an included static bypass switch are available. Current (ADC) 39.9 20 AC output Voltage: 230VAC ±0,5%, sinusoidal Current: 21.8AAC Efficiency 91% 91% Other specifications Dimension (W/H/D): 600/800/300mm Weight: approx. 64kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Special outgoing AC distribution cabinet dimensions or colours on request! Type designation PWS110-5.0W PWS220-5.0W 401-050-712.00 401-050-812.00 Article code 57 PWS-5.0W >>STATIC BYPASS SWITCHES 58 Static Bypass Switches Matrix Static bypass switch range Redundant circuitry supply Static Switches (Battery voltage, VDC) Nominal Page Type designation 24 Input voltage switching LV HV source 1 and 2, (20.4-30 capacity (40.2-75 VDC) (91.8-275 VDC) output voltage Version VDC) (kVA ) STS207 230VAC 7.0 60    19'' unit STS114 230VAC 14.0 61    19'' unit 24 48 60 110 220 UNB5.0 230VAC 5.0 62      19'' unit UNB12.5 230VAC 12.5 63      19'' unit UNB23.0 230VAC 23.0 64      19'' unit UNB40.0 230VAC 40.0 65      19'' unit Our UNB and STS range of static bypass switches features the latest micro controller technology for monitoring, synchronization and load transfer. It consists of an anti parallel thyristor switch in the bypass and in- verter output. The units are programmable for online and offline operation. In case of failure or overloading of the load feeder with the highest priority the unit switches over to second source without interruption (<4ms). The optimized digital PLL guarantees very high synchronization speed between mains and inverter frequency and therefore also diesel gensets can be used as a second source. 59 Static Bypass Switch | 7kVA STS207 LV 2x 230VAC STS207 HV 2x 230VAC Description Key Features >> 1/4x19”, 2U The new STS207 is a series of very compact Static bypass switches. >> "Hot-Plug-In" design with backplane Minimized synchronization time of inverter and mains frequency is connection guaranteed by digital PLL. The transfer time between both inputs is less >> Optimized synchronization speed with than 4msec. Therefore the STS207 can be used with equipment very digital PLL sensible to small dips in the AC supply. The STS monitors both incoming >> CAN-Bus interface sources according to the voltage level, frequency and their synchronization. >> Display for all main operating parameters In combination with the inverter series INV215/INV222 the unit can operate settings and measuring values in Offline or Online-mode. This function is programmable at site. All main >> Front- to- rear airflow with functional parameters and measuring values are displayed on the front temperature-controlled fan cooling side LCD panel. For highest reliability the internal circuits are supplied in >> SNMP interface and monitoring by redundancy by the bypass mains as well as the battery circuit of the AC WEB-Browser included system. Main Data For communication between STS and inverter a CAN bus communication is AC input used. The unit is equipped with an ethernet interface for remote connection Voltage - Source 1 + 2: 230VAC +/-20% via SNMP-Protocol or WEB-Browser. Redundant circuitry supply: 40.2 - 75VDC (LV-Version) (24V, 48V) 91.8 - 275VDC (HV-Version) (110V, 220V) Frequency range: 50/60Hz AC output Voltage: 230VAC; voltage range acc. to input values Current: 30.4AAC Power: 7000VA Overload capability: 1000% for 10ms (fuse tripping of 32A gL is guaranteed) Monitoring functions: Voltage/frequency of sources 1 and 2; synchronization mains—inverter; over temperature; CAN communication lost; synchronization bus interrupted Other specifications Dimension (W/H/D): 106.4/88.4/325mm Weight: approx. 3.4kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Compatible 19" racks: ACR INV222-6.75LV - Page 19 ACR INV222-9.0LV - Page 19 ACR INV222-6.75HV - Page 19 ACR INV222-9.0HV - Page 19 Type designation STS207-230/230L-24V STS207-230/230LV STS207-230/230HV 601-070-415.00 601-070-515.00 601-070-715.00 Article code 60 STS207-HV Static Bypass Switch | 14kVA STS114 LV 2x 230VAC STS114 HV 2x 230VAC Description Key Features >> 19”, 1U The new STS114 is a series of very compact Static bypass switches. >> "Hot-Plug-In" design with backplane Minimized synchronization time of inverter and mains frequency is connection guaranteed by digital PLL. The transfer time between the both inputs is >> Optimized synchronization speed with less than 4msec. Therefore the STS114 can be used with equipment very digital PLL sensible to small dips in the AC supply. >> CAN-Bus interface The STS monitors both incoming sources according to the voltage level, >> Display for all main operating parameter, frequency and their synchronization. In combination with the inverter series settings and measuring values INV215/INV222 the unit can operate in Offline or Online-mode. This function >> Temperature-controlled fan cooling is programmable at site. All main functional parameters and measuring >> SNMP interface and monitoring by values are displayed on the front side LCD panel. For highest reliability the WEB-Browser included internal circuits are supplied in redundancy by the bypass mains as well as the battery circuit of the AC system. Main Data For communication between STS and inverter a CAN bus communication is AC input Voltage - Source 1 + 2: used. The unit is equipped with an ethernet interface for remote connection 230VAC +/-20% via SNMP-Protocol or WEB-Browser. Redundant circuitry supply: 40.2 - 75VDC (LV-Version) (24V, 48V) 91.8 - 275VDC (HV-Version) (110V, 220V) Frequency range: 50/60Hz AC output Voltage: 230VAC; voltage range acc. to input values Current: 61AAC Power: 14kVA Overload capability: 1000% for 10ms (Fuse tripping of 63A gL is guaranteed) Monitoring functions: Voltage/frequency of sources 1 and 2; synchronization mains—inverter; over temperature; CAN communication lost; synchronization bus interrupted Other specifications Dimension (W/H/D): 483/44.4/325mm Weight: approx. 4.4kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Mounting Kit: 19" Frame Article code 602-114-011.00 Type designation STS114-230/230-24 V STS114-230/230LV STS114-230/230HV 601-140-411.00 601-140-511.00 601-140-711.00 Article code 61 STS114-HV Available Output Voltage Static Bypass Switch | 5.0kVA Versions: UNB5.0 2x 230VAC 24VDC, 48VDC/60VDC, 110VDC, 220VDC Description Key Features >> 19”, 3U The UNB range of static bypass switches features the modern micro >> "Hot-Plug-In" design, rear side connection controller technology for monitoring, synchronization and communication combined with a flexible 19"-compatible rack mounting. >> Wide synchronization range >> Optimized mains synchronization These modular units are designed for systems consisting of inverters type >> Alphanumeric LCD display for measurement UNV or PWS. Parallel connection up to 5.0kVA is possible to increase output values and systems parameters power or system reliability by (n+1)-redundancy. >> Complete system monitoring via CAN bus >> Temperature-controlled fan cooling The micro processor-controlled synchronization unit guarantees mains synchronicity of single or paralleled inverters. The availability of all inverters in the system is continuously checked and monitored. Main Data AC input All monitoring functions and system parameters are indicated and adjusted Voltage - Source 1 + 2: 220/230/240VAC, programmable comfortably by an alphanumeric display and control keys on the front panel. All system parameters can be read out together with the central Frequency range: 47-53 resp. 57-63Hz, programmable monitoring unit UPC3 (optionally). DC input (redundant and supply) Battery voltage: 24, 48/60, 110, 220VDC according to the type range AC output Voltage: 220/230/240VAC, programmable Output power: 5.0kVA Switch transfer time: ≤ 4ms Other specifications Dimension (W/H/D): 483/133/360mm Weight: approx. 12.6kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Mounting options; 19" mounting bracket Article code 880-MEC-MKT.01 Type designation UNB5.0-24 UNB5.0-48 UNB5.0-60 UNB5.0-110 UNB5.0-220 600-050-411.00 600-050-511.00 600-050-611.00 600-050-711.00 600-050-811.00 Article code 62 UNB5.0 Available Output Voltage Static Bypass Switch | 12.5kVA Versions: UNB12.5 2x 230VAC 24VDC, 48VDC/60VDC, 110VDC, 220VDC Description Key Features >> 19”, 3U The UNB range of static bypass switches features the modern micro >> "Hot-Plug-In" design, rear side connection controller technology for monitoring, synchronization and communication >> Wide synchronization range combined with a flexible 19"-compatible rack mounting. >> Optimized mains synchronization >> Alphanumeric LCD display for measurement These modular units are designed for systems consisting of inverters type values and systems parameters UNV or PWS. Parallel connection up to 12.5kVA is possible to increase >> Complete system monitoring via CAN bus output power or system reliability by (n+1)-redundancy. >> Temperature-controlled fan cooling The micro processor-controlled synchronization unit guarantees mains synchronicity of single or paralleled inverters. The availability of all inverters Main Data in the system is continuously checked and monitored. AC input Voltage - Source 1 + 2: All monitoring functions and system parameters are indicated and adjusted 220/230/240VAC, programmable comfortably by an alphanumeric display and control keys on the front Frequency range: 47-53 resp. 57-63Hz, panel. All system parameters can be read out together with the central programmable monitoring unit UPC3 (optionally). DC input (redundant and supply) Battery voltage: 24, 48/60, 110, 220VDC according to the type range AC output Voltage: 220/230/240VAC, programmable Output power: 12.5kVA Switch transfer time: ≤ 4ms Other specifications Dimension (W/H/D): 483/133/360mm Weight: approx. 12.6kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Mounting options; 19" mounting bracket Article code 880-MEC-MKT.01 Type designation UNB12.5-24 UNB12.5-48 UNB12.5-60 UNB12.5-110 UNB12.5-220 600-125-411.00 600-125-511.00 600-125-611.00 600-125-711.00 600-125-811.00 Article code 63 UNB12.5 Available Output Voltage Static Bypass Switch | 23.0kVA Versions: UNB23.0 2x 230VAC 24VDC, 48VDC/60VDC, 110VDC, 220VDC Description Key Features >> 19”, 4U The UNB range of static bypass switches features the modern micro >> "Hot-Plug-In" design, rear side connection controller technology for monitoring, synchronization and communication combined with a flexible 19"-compatible rack mounting. >> Wide synchronization range >> Optimized mains synchronization These modular units are designed for systems consisting of inverters type >> Alphanumeric LCD display for measurement UNV or PWS. Parallel connection up to 23.0kVA is possible to increase values and systems parameters output power or system reliability by (n+1)-redundancy. >> Complete system monitoring via CAN bus >> Temperature-controlled fan cooling The micro processor-controlled synchronization unit guarantees mains synchronicity of single or paralleled inverters. The availability of all inverters in the system is continuously checked and monitored. Main Data AC input All monitoring functions and system parameters are indicated and adjusted Voltage - Source 1 + 2: 220/230/240VAC, programmable comfortably by an alphanumeric display and control keys on the front panel. All system parameters can be read out together with the central Frequency range: 47-53 resp. 57-63Hz, programmable monitoring unit UPC3 (optionally). DC input (redundant and supply) Battery voltage: 24, 48/60, 110, 220VDC according to the type range AC output Voltage: 220/230/240VAC, programmable Output power: 23.0kVA Switch transfer time: ≤ 4ms Other specifications Dimension (W/H/D): 483/177/460mm Weight: approx. 13.2kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Mounting options; 19" mounting bracket Article code 880-MEC-MKT.03 UNB23.0-24 UNB23.0-48 UNB23.0-60 UNB23.0-110 UNB23.0-220 Type designation Article code 600-230-411.00 600-230-511.00 600-230-611.00 600-230-711.00 600-230-811.00 64 UNB23.0 Available Output Voltage Static Bypass Switch | 40.0kVA Versions: UNB40.0 2x 230VAC 24VDC, 48VDC/60VDC, 110VDC, 220VDC Description Key Features >> 19”, 4U The UNB range of static bypass switches features the modern micro >> "Hot-Plug-In" design, rear side connection controller technology for monitoring, synchronization and communication combined with a flexible 19"-compatible rack mounting. >> Wide synchronization range >> Optimized mains synchronization These modular units are designed for systems consisting of inverters type >> Alphanumeric LCD display for measurement UNV or PWS. Parallel connection up to 40.0kVA is possible to increase values and systems parameters output power or system reliability by (n+1)-redundancy. >> Complete system monitoring via CAN bus >> Temperature-controlled fan cooling The micro processor-controlled synchronization unit guarantees mains synchronicity of single or paralleled inverters. The availability of all inverters in the system is continuously checked and monitored. Main Data AC input All monitoring functions and system parameters are indicated and adjusted Voltage - Source 1 + 2: 220/230/240VAC, programmable comfortably by an alphanumeric display and control keys on the front panel. All system parameters can be read out together with the central Frequency range: 47-53 resp. 57-63Hz, programmable monitoring unit UPC3 (optionally). DC input (redundant and supply) Battery voltage: 24, 48/ 60, 110, 220VDC according to the type range AC output Voltage: 220/230/240VAC, programmable Output power: 40.0kVA Switch transfer time: ≤ 4ms Other specifications Dimension (W/H/D): 483/177/460mm Weight: approx. 16.9kg Compliances: CE conformity: yes Compliance to safety standards: EN60950-1; VDE0100 T410; VDE0110; EN50178; EN60146 Compliance to EMC standards: EN55011/22 class "B", EN61000- 4 T2-5 Mounting options; 19" mounting bracket Article code 880-MEC-MKT.03 UNB40.0-24 UNB40.0-48 UNB40.0-60 UNB40.0-110 UNB40.0-220 Type designation Article code 600-400-411.00 600-400-511.00 600-400-611.00 600-400-711.00 600-400-811.00 65 UNB40.0 >> MONOBLOCK SYSTEMS 66 Monoblock types 50A to 1000A MBR - Industrial rectifier | 110/220V Description Key Features >> Industrial layout The MBR system is a heavy duty industrial rectifier battery charger, >> Easy maintenance/front access designed to supply critical DC loads and to recharge any type of battery (NiCd, P6-acid, sealed P6). >> Input isolation transformer protected by MCCB >> Full set of battery charging methods available The MBR system is based on a 6-pulse or 12-pulse thyristor bridge controlled by microprocessor. >> Microprocessor control The system is provided with an operating panel including line diagram with Main Data synchronization. Input Voltage: 3Ph. 400 +/-15% VAC (Other versions as option) 50 - 60Hz +/-5Hz Various options are available on request. Please contact us for an optimized Input THD: 27% 6P, 12% 12P, 6% THD Filter + 12P offer matching your specification requirements. Output voltage: 110VDC / 220VDC (Other versions options) Available output current (size): 150A 200A 300A 500A 750A 1000A Ripple: +/-2%Vn (RMS) Static stability: +/-1%Vn Overload: 120% for 20min Ventilation: natural Efficiency: >93% Noise 1m (dBA): < 60 - 62 Degree of protection: IP20 (Other versions as option) Colour: RAL 7035 (other version as option) Operation temperature: -10 to 40°C Standards Low voltage assemblies: IEC EN 60439-1-3 Semiconductor convertors: IEC EN 60145-1-3 Power transformers: IEC EN 6067 Degree of protection: IEC EN 60529 Safety (CE marking): IEC EN 50178 Electromagnetic compability (CE marking): IEC EN 61000-6-1, IEC EN 61000-6-2, IEC EN 61000-6-4 Ordering Information MTB 0100. 110. S model size VDC config. (S= Single Unit, P= Parallel (block diode), D= Double Branch) 67 MBR - INDUSTRIAL RECTIFIER Monoblock types 30kVA to 100kVA MBI - Industrial inverter | 110/220V Single- & Three-phase Description Key Features >> Industrial layout The MBI system is a single phase industrial inverter with an IGBT power >> Easy maintenance/front access conversion bridge. A thyristor static switch is included to allow automatic conversion to the second source. A manual bypass switch is also available >> Remote monitoring via SPDT contacts for maintenance operation. >> IGBT Technology (PWM) >> Large size (up to 100kVA) in reduced space For monitoring purposes, a full set of signals and measurements are >> High efficiency available both locally (lambs & meters) and remotely (SPDT contacts). The system is provided with a digital control panel, displaying the operational >> Reduced output THD with not linear load status of the equipment (signals, alarms, meters, history events). Serial >> Microprocessor control interfaces are available for remote control of the system. Upon request supervision application software is available for monitoring via PC. Main Data Various options are available on request. Please contact us for an optimized Input Voltage: 110VDC (Range 95 - 165 VDC), 220VDC (Range 176 - 325 VDC) offer matching your specification requirements. Bypass line input voltage: 1Ph. 230VAC or 220-230 VAC (other versions as options) Available output power @ 110VDC(size): 30kVA 40kVA 50kVA Output voltage: 115 (110 - 120)VAC or 220 - 230VAC (other versions as options) Available output power @ 220VDC(size): Harmonic distortion: <1.5% with linear load <5% with non linear load CF3:1 30kVA 40kVA 50kVA 60kVA 80kVA 100kVA Frequency: 50 - 60Hz (selectable) with variation range +/- 2Hz Overload: 110% Pn for 2h - 125% Pn for 10min - 150% In for 10sec. (load on inverter) 150% Pn continuous (load on by pass line) Static stability: +/- 5% with recovery to 2% in 40ms Efficiency: 88 - 93% Noise level 1m (dBA) < 65 Protection degree: IP20 (other versions as option) Colour: RAL 7035 (other versions as option) Operation temperature: -10 to 40°C Standards Low voltage assemblies: IEC EN 60439-1-3 Semiconductor convertors: IEC EN 60145-1-3 Power transformers: IEC EN 6067 Degree of protection: IEC EN 60529 Safety (CE marking): IEC EN 50178 Electromagnetic compability (CE marking): IEC EN 61000-6-1, IEC EN 61000-6-2, IEC EN 61000-6-4 Ordering Information MBI 050. 110. V2. S model size VDC Vout config. (V1=110, V2=230, S=Single, H=Parallel Hot stand BY R= Parallel redundant) 68 MBI - INDUSTRIAL INVERTER Monoblock types 30kVA to 100kVA MPS2001 - Industrial UPS | Single phase Description Key Features >> LCD multifunctional control panel The MPS2001 series is designed to offer a cost effective product with the >> IGBT Technology (PWM) most advanced technology in industrial power supply applications. The MPS2001 system is an online double conversion UPS, designed to protect >> Microprocessor control & supervision AC loads from any disturbances from AC mains power supply. >> Large size (up to 100kVA) in reduced space >> Input galvanic isolation The system provided with digital control panel, displaying the operational >> Reduced output THD with not linear load status of the equipment (signals, alarms, meters, history events). Serial interfaces are available for remote control of the UPS. Upon request >> Remote monitoring via SPDT contacts supervision application software is available for monitoring via PC: >> EPO (Emergency Power Off) Various options are available on request. Please contact us for an optimized Main Data offer matching your specification requirements. Input Voltage VAC: 3Ph. 400 +/- 15% (other versions as options) 50 - 60Hz +/- 5% Available output power (size): 30kVA 40kVA 50kVA 60kVA 80kVA 100kVA Bypass line input voltage: 1Ph. 230VAC or 115VAC +/- 10 % (according to inverter output voltage) Battery voltage: 110 VDC (Range 95 - 165 VDC) 220VDC (Range 176 - 325 VDC) Output voltage: 1Ph. 230VAC or 115VAC (Other versions as options) Harmonic distortion: <1.5% with linear load <5 with none linear load as per standard Crest factor: 3:1 without derating Frequency: 50 - 60Hz (selectable) with variation range +/- 2Hz Overload: 125% for 10min - 150% for 1min Pn (Load on inverter) 150% Pn continuous (Load on bypass line) Static stability: +/- 1% (load on inverter) Dynamic stability: +/- 5% with recovery to 2% in 40ms Efficiency: 86 - 88% Protection degree: IP20 (other versions as option) Operation temperature: 0 - 40 °C Standards Low voltage assemblies: IEC EN 60439-1-3 Semiconductor convertors: IEC EN 60145-1-3 Power transformers: IEC EN 6067 Degree of protection: IEC EN 60529 Safety (CE marking): IEC EN 50178 Electromagnetic compability (CE marking): IEC EN 61000-6-1, IEC EN 61000-6-2, IEC EN 61000-6-4 Ordering Information MPS2001 050. 110. V2. S model size VDC Vout config. (V1=110, V2=230, S=Single, H=Parallel Hot stand BY R= Parallel redundant) 69 MPS2001 - INDUSTRIAL UPS >>OTHER PRODUCTS 70 BATTERIES Most of our DC Power Supply Systems are equipped with batteries for energy storage. The battery operates parallel redundant to the rectifier units and feeds the load during mains failures or in case of defective rectifier modules. Hence, loads can continuously be supplied independent from mains disturbances and failures. Therefore the uninterruptible operation of the system is guaranteed. There is a large variety of battery types available for different application. Our sales and engineering team will determine the best suited battery for your special type of application under consideration of all technical criteria, the lifetime and the best price/performance ratio. Many manufacturers have specialized on certain types of batteries. Eltek Valere Industrial, however, cooperates with several different suppliers in order to always offer the best possible technical solution. The most important criteria for the determination of the most suitable battery are for example: maximum battery capacity, ambient temperature and local requirements at the installation site, maintenance intervals, cycle stability, safety restrictions, installation weight and short circuit characteristics. After determination of a suitable type of battery the engineering of the battery cabinet or rack will be carried out according to the local conditions. For this, we focus on a positioning with easy access for service and maintenance, on the adherence to exhaust directives as well as on the maximum allowable floor load. With the support of computer-controlled calculation tools, the correct battery capacities are determined even under consideration of discharge scenarios with different discharge currents. Our portfolio includes all batteries like: Lead-acid in different technologies (VRLA, OPzV, OPzS) as well as vented NiCd-batteries. Our systems are equipped with DC controllers which ensure the best possible charging of the battery installed and therefore long lifetime by choosing adequate charging characteristics. Besides, the controller is independently able to carry out and to log battery availability tests and battery discharge tests within a programmable interval. In case of failures an alarm can be sent. Our specialists are prepared to recommend you the right type of battery for your specific application. 71 CUSTOMIZING Our company’s success is grounded on a long tradition in the development and manufacture of high frequency switch-mode power supply modules and digitally-controlled power supplies. At an early stage we already found solutions combining a compact design with a high power density which cannot be achieved with linear-controlled devices. Our committed R&D team consists of hardware and software designers as well as mechanical constructors and designers. Handling the development and design process completely in-house guarantees short development times and a close integration and interaction between every single area of R&D activities as well as minimum friction losses within the development process. Highly sophisticated design tools in the field of PCB layout, electrical and thermal simulations as well as 3D CAD design and construction also guarantee best development results. For the optimization during the development process as well as for the documentation of its results we have substantial measuring and testing equipment at our disposal. Based on the existing technologies, Eltek Valere Industrial is capable to adapt power supply modules comprehensively and fast to the needs and wishes of our OEM-partners. Please, take advantage of our abilities and let us design a product which perfectly matches your individual application! GLOBAL PLAYERS TRUST IN US Power conversion is our profession. Based on the Switch-Mode Technology we provide products for every field of power generation and transmission, oil and gas extraction, maritime, railway and other industrial applications. Besides our headquarters in Kirchlengern/Germany we have two modern production facilities in Drebach/Germany and Ruda Slaska/Poland. Together with our international trade and service partners we are an important global supplier for innovative products. Think global – act local! 72 CUSTOMIZING NEW TECHNOLOGIES FOR NEW MARKETS For more than 15 years we have developed and manufactured in series high frequency switch-mode power supplies based on target-oriented research and development. With state-of-the-art switching topologies and electronic components as well as the newest test equipment and software tools our engineers continuously increase the state of development. Besides the functionality of design we focus on an economic manufacturing process. Hardware, processor firmware and application software for various remote monitoring solutions are in-house developments. The main target is the complete integration of all devices in a complex and uniform communication platform for remote monitoring. Besides our standard products our experienced and highly motivated R&D team continuously develops OEM products for various customers. New power supplies for renewable energy solutions and charging technologies for innovative energy storage are also subject to our research activities. JUST-IN-TIME: WE ACCEPT THE LOGISTICS CHALLANGE Reliable service and in-time delivery are parts of a good product. We take advantage of modern logistics concepts in order to achieve short term deliveries at optimized expenses. In addition, the reliability and deliveries on schedule of our freight forwarders are frequently monitored. We are the one decisive step ahead! We have the solution for any type of special packaging for worldwide transportation by air, sea, rail or road. 73 OUR GLOBAL SERVICE OFFER SITE SURVEY, PLANNING AND PROJECT MANAGEMENT Eltek Valere Industrial provides turn-key services starting from site survey and planning. Our team evaluates the technical characteristics, overall dimensions and the requirements applicable to the power plants for the integration of power supply equipment. Our project coordinators provide project management services that include procurement, material tracking, budget analysis, scheduling and project management. INSTALLATION AND COMMISSIONING The installation and full test of the equipment on site after delivery is vital to assure future trouble-free operation. Eltek Valere Industrial engineers and our special partners are the most qualified people to perform these types of services. PREVENTIVE MAINTENANCE A regular check on your equipment often prevents expensive repairs by identifying any fault or weakness as early as possible. A full report follows each visit. This gives you an update on the condition of your equipment and helps you plan upgrading, expansion or renewal. Our standard preventive maintenance service includes full test, visual check, real and simulated alarm checks, alarm history check and a full report with recommendations. BATTERY MAINTENANCE In addition to system maintenance, we are able to perform battery maintenance. This includes supplying all of the measuring tools and load equipment necessary to operate a controlled discharge of the battery bank and test each individual cell. All measurements are recorded and listed in a report presented at the end of the operation. 24 HOURS EMERGENCY SERVICE For total peace of mind, our 24 hour emergency service provides you with the assistance of an experienced engineer at all times by the phone and on- site visits within predefined times according to location. It is also possible, depending on system configuration, to establish a modem or Ethernet connection between the power systems on site and the customer’s engineering centre, ensuring direct access to control the system from a remote location. ON SITE SERVICE On site service is available both as part of a service contract and on an "ad hoc" basis. PRODUCT REPAIRS Our centralized service centre guarantees short repair times. TRAINING A comprehensive range of training courses is available and can be customized to meet specific customer needs. 74 WE ARE CLOSE TO YOU Our own worldwide service network guarantees our customer support on site. On request we will deliver Eltek Valere Industrial systems as an All-In- clusive-Package - comprising installation, commissioning and maintenance by our service technicians. Decentralized spare part warehouses and skilled personnel ensure short response and repair times. technical changes and deviations, as well as mistakes and misprint reserve 75 EUROPE MIDDLE EAST / ASIA / PACIFIC CHINA Australia Finland China Tel: +61 294 794 200 Tel: +35 820 779 88 20 Tel: +86 769 226 511 08 Bangladesh France Hong Kong Tel: +88 017 2097 097 Tel: +33 562 340 930 Tel: +85 228 982 689 India Norway AMERICAS Tel: +91 124 221 00 18 Tel: +47 32 20 32 00 Brazil Malaysia Poland Tel: +55 116 487 56 56 Tel: +60 179 815 866/74 552 Tel: +48 914 852 440 Colombia Pakistan Russia Tel: +57 162 216 91 Tel: +92 512 853 149 Tel: +78 123 321 117 Mexico Philippines Slovakia Tel: +52 55 53 74 1842 Tel: +63 291 063 55 Tel: +42 144 520 1607 Peru Singapore Spain Tel: +51 142 192 71 Tel: +65 773 23 26 Tel: +34 914 920 660 USA Thailand Sweden Tel: +18 154 599 100 Tel: +66 294 369 05 Tel: +46 54 68 81 50 UAE United Kingdom Tel: +97 148 871 176 Tel: +44 144 22 193 55 Eltek Valere Industrial GmbH Im Obrock 33 D-32278 Kirchlengern Phone +49 522 3 7641-200 Fax +49 522 3 7641-222 info.industrial@eltekvalere.com www.eltekvalere.de EVI/PC/1007