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user manual - Innovative Energies Ltd

1. 85 105 of Vout Temperature sensor on 1 7m lead with adhe sive pad 4mV C cell 10 PSU 100 rated current Battery 25 100 rated current factory set lt 0 2 over AC input range lt 0 4 open circuit to 100 load lt 1 output voltage 0 03 C 20 ms without battery nominal max Vin lt 2 sec Yes self resetting Over voltage protection on output at 130 of nominal output voltage to CISPR 22 EN55022 class A to IEC950 EN60950 AS NZS3260 Designed to meet MIL STD 810F Method 514 5 Reverse polarity pro tection Battery monitoring Battery protection low battery volts overload Short circuit Indication LEDs Alarms Alarm relay contacts Standby mode Battery condition test BCT Battery reverse connection will open internal fuse and produce alarm Detects for presence of battery on start up then every 60 minutes when charge current lt 200mA Electronic circuit breaker ECB operates under the following conditions battery voltage drops to 1 67V cell auto reset o lt 300ms for load gt 6 x rated PSU cur rent allows 1 5x rated PSU current from battery without acting e lt 2ms backed up by fuse Green Battery System OK Power OK Red Standby e Power OK mains or charger fail standby mode e Battery System OK battery voltage low on mains fail battery missing battery circuit wiring faulty BCT fail if enabled C NO
2. 2 5 disconnect operates 1 5 2ms 300ms Time 2ms 300ms Time ECB automatically resets IPSU 1X I rated ECB trips amp latches off Ipsu 0 until input power is _ IBAT 1 5X I rated tae IBAT 1 5X I rated The ECB will operate on overcurrent as above amp is also activated for the low voltage disconnect function on mains fail no input power It will reset when input power is restored or can be manually reset by briefly shorting the BAT and LOAD terminals together when there is no input power CONNECTION LAYOUTS SR250 CONNECTION LAYOUT Plug in screw terminals NOTE LOAD BATT terminals are linked internally and are connect LOAD BATT l AC INPUT ed to the COM terminal on the stud connection versions ALARMS SR250 CONNECTION LAYOUT SR500 750 CONNECTION LAYOUT Stud terminals Stud terminals COM LOAD BATT O COM LOAD BATT O LNdNI OV ALARMS ALARMS Specifications are subject to change without notice No liability accepted for errors or omissions 8 This page is intentionally blank Specifications are subject to change without notice No liability accepted for errors or omissions ovative SQANC energies Global Solutions Personal Focus incl SR250i e High performance DC UPS system e No Break switching between charger amp battery e Battery detection regular battery presence and battery circuit integrity checks Zn
3. NC full changeover rated 1A 50V DC 32VAC Turns off DC output of PSU amp allows load to run off battery Optional if enabled default setting 20mins 28days BCT can be started and stopped by the user on SR750 i BCT relay provided to control an external test load ENVIRONMENTAL Operating temperature Storage temperature Humidity Cooling Protection 0 to 50 C ambient at full load De rate linearly at gt 50 C to zero 70 C 10 to 85 C ambient 0 95 relative humidity non condensing Fan cooled IP20 Specifications are subject to change without notice No liability accepted for errors or omissions 750 Watt No Break DC charger for lead acid batteries TPG incl SR750i STANDARD MODEL TABLE DC Output PSU Rated Charge Recomm Peak load on A Limit A Load A mains fail A MODELS Output V SR750C12 SR750C24 SR750C30 SR750C36 SR750C48 SCHEMATIC BLOCK DIAGRAM LOAD OPTIONAL COMM PORT A DF D D D Mounting feet together with screws AC power cord 1 5m with IEC320 socket amp AUS NZ plug Mating screw terminal plug for X version Mating screw terminal plug for alarm outputs Crimp lugs for S versions 4 This is the default setting Please specify if a lower limit is required at time of order PHYSICAL AC Input connector DC Output Connec tions Alarm Connections Enclosure Weight Dimensio
4. e Alarm relay outputs Cmnovative i j LED flash codes for precise state indication Mates 7 e Deep discharge protection for batteries a reas E es ECB for battery overload amp short circuit protection watt tcsoversang O e Fused reverse battery polarity protection e Automatic temperature compensated output volts e Option battery condition test BCT e Option communication interface allows remote monitoring amp user control of BCT function ver sions e Batteries external to charger order separately 24 Month Warranty Z367 SPECIFICATIONS All specifications are typical at nominal input full load and at 20 C unless otherwise stated ELECTRICAL No Break FUNCTIONS AND ALARMS Input voltage 180 264V 50 60 Hz standard Reverse polarity pro Battery reverse connection will open internal or 88 132VAC internal link selectable tection fuse and produce alarm Fusing protection SA input fuse and varistor a Battery monitoring Detects for presence of battery on start up Battery fuse plus ECB for battery circuit then every 60 minutes when charge current lt 200mA Isolation 1KV DC input output earth Battery protection Electronic circuit breaker ECB operates Efficiency z 85 under the following conditions Inrush current Soft start circuit yaw Pate VONS e battery voltage drops to 1 67V cell auto reset Output power 250W overioad e lt sy for ie gt i se PSU a Output voltage 13 8 27 6 34 5 41
5. on I models which have a com munication interface Optional features Communication interfaces serial RS232 RS485 or ethernet to enable remote monitoring of the power supply and control of the battery condition test function Modbus and SNMP protocols Internal V I meters on 500W and 750W No Break SYSTEM BLOCK DIAGRAM fioap AC MAINS _ gt LOAD POWER CONVERSION gt LOAD OUTPUT VOLTAGE CURRENT LIMIT amp BATTERY CHARGE STANDBY CURRENT CONTROL LED LED amp CHARGE OFF BUTTON atl a BAITERY BATTERY TEMP POWE SENSOR LED ON OK LE a BATTERY BATTERY CURRENT SENSE ELECTRONIC CIRCUIT BREAKER BATTERY LED SYSTEM ON OK LED ALARM MAINS FAIL g ear NORMAL OPERATION ALARM ee LOAD CURRENT lt PSU MAX CURRENT OFF FAIL ALARM REVERSE POLARITY FUSE Specifications are subject to change without notice No liability accepted for errors or omissions 3 AA A Whovative yoieal connec ions energies 1 1x No Break DC charger and 1 x battery bank 2 Peak load connection using 1 x No Break DC charger This is the basic connection which is most commonly used and provides Use this connection when there is a connected load with a peak current adequate protection for the majority of systems requiring DC back up in likely to exceed 1 5 times the rated current of the charger Standing the event of a mains power failure loads are connected normally and an option
6. 4 55 2VDC ee ee from battery without acting Voltage adj range 85 105 of Vout short circuit e lt 2ms backed up by fuse Temp compensation Temperature sensor on 1 7m lead with adhe Indication LEDs Green Battery System OK Power OK sive pad 4mV C cell 10 Red Standby Current limit PSU 100 rated current Alarms e Power OK alarm on mains fail Battery 25 100 rated current factory set e Battery System OK alarms when battery voltage low on mains fail battery Line regulation lt 0 2 over AC input range missing battery circuit wiring faulty BCT fail if enabled Load regulation lt 0 4 open circuit to 100 load Alarm relay contacts C NO NC full changeover rated 1A 50V Noise lt 1 output voltage DC 32VAC Drift 0 03 C Standby mode Turns off DC output of PSU amp allows load to run off battery Hold up time 20 ms without battery nominal max Vin Battery condition test Optional if enabled default setting Turn on time lt 1 sec BCT 20mins 28days BCT can be started and l stopped by the user on SR250 i BCT relay Thermal protection Yes self resetting provided to control an external test load Overvoltage protection Over voltage protection on output at 130 of nominal output voltage ENVIRONMENTAL EMI CISPR 22 EN55022 class A Operating 20 to 50 C ambient at full load temperature De rate linearly at gt 50 C to zero 70 C Safety IEC950 EN60950 AS NZS3260 l Storage temperat
7. TTERY LOW BCT POWER OK BATT SYS OK FG con xe xo feom ve no feom ne w OUTPUT FUSES MCB RATING The battery circuit is the one which has the highest fault current potential and fuses MCBs should be correctly rated for the wiring used Specifications are subject to change without notice No liability accepted for errors or omissions 5 12 24 30 36 48 output 20 C 13 8 27 6 34 5 41 4 55 2 60 60 60 60 60 12 2 24 4 30 5 36 6 48 8 11 22 27 5 33 44 11 5 23 28 7 34 5 46 10 20 25 30 40 100 100 100 M M M M M 20 20 20 20 20 ime between BCT days 28 28 28 28 28 Parameter Default Settings Special Setting 40 40 40 40 40 23 23 23 23 23 27 27 27 27 27 30 30 30 30 30 Allow retest after BCT fail mf hours 4 4 4 5 5 5 Scheduled BCT Optional no unless specified SNMP VERSIONS ONLY Alarm mask Refer to SNMP user manual DHCP Disabled IP address 192 168 2 10 mfb mins Explanation of Terms BatDetect Time between battery detections Vpres Voltage threshold for battery detection and BCT Note that if the voltage drops to this level during a BCT the test is aborted and the BAT LOW SYS alarm shows Vshutd Internal voltage level of the power supply during battery detection and battery condition tests Vbatl BAT LOW alarm voltage level Vdisco Voltage at which the load is disconnected from the battery during mains fail Becl Battery charge current limit as percentage of the rated power supply c
8. al external low voltage dis connect may be used for the peak load optional Alarms Available Se Se a Battery Missing Battery Missin UPS o Battery Low Battery Condition Test Fail 3 1 1 redundancy using two No Break DC 4 1 1 redundancy for systems with high peak loads chargers and two battery banks Alarms Available DC UPS for high peak Power OK loads Battery Low Battery Condition Test Fail ALARMS ALARMS ALARMS LVD optional Alarms Available Alarms available 7 For super critical ap _ Power OK s k Battery Missing plications Battery missing YES Battery Low YES Battery low Battery Condition Test Fail YES Battery condition test fail YES Specifications are subject to change without notice No liability accepted for errors or omissions 4 CONNECTION PROCEDURE 1 Check input and output voltages of system ensure that they match the equipment 2 Connect battery batteries to BATTERY and BATTERY terminals Although there is built in reverse polarity protection under some circumstances reverse polarity connection will not only result in the rupture of the internal battery protection fuse but destroy the input circuitry of the unit 3 The ECB and battery circuit may be tested at this point To close the ECB with no mains power pre sent briefly short together the BATTERY ve and LOAD ve terminals The battery voltage will then appear at the load te
9. dby input power on battery system OK Alar Alam PSU is in standby and battery has discharged to lt Battery Low unit will continue delivering battery current until next level initiates ELVD PSU is in standby and ELVD has activated and disconnected battery from load Input power on BCT failed battery voltage lt Vpres during BCT Vly ly LEGEND S on fast flash AY slow flash Off as Os pes gt Battery condition test BCT An internal jumper must be fitted to enable the automatic battery condition test function If this jumper is fitted the battery condition test function may also be initiated manually by pushing the BATT SYS OK but ton for approx 2 seconds Battery Condition Test Fail Reset If the system fails the BCT the BATT SYS OK LED continues flashing and the BATT LOW alarm latches until either both the mains power input and the battery are disconnected briefly or the system passes the next BCT Specifications are subject to change without notice No liability accepted for errors or omissions 7 ovative energies OPERATION OF ELECTRONIC CIRCUIT BREAKER ECB FOR PROTECTION OF CHARGER amp BATTERY WIRING Max allowable Max allowable x rated x rated cO co Short circuit condition Short circuit condition ECB trips within 2ms ECB trips within 2ms _ TX l rated for 6 X rated 7 00ms max for 300ms max 2 5 X rated peak current allowed 1 5 xX rateg until LV
10. hing between charger amp battery e Battery detection regular battery presence and battery circuit integrity checks e Alarm relay outputs e LED flash codes for precise state indication e Deep discharge protection for batteries e ECB for battery overload amp short circuit protection e Fused reverse battery polarity protection e Automatic temperature compensated output volts e Option battery condition test BCT e Option communication interface allows remote monitoring amp user control of BCT function ver sions e Batteries external to charger order separately SPECIFICATIONS All specifications are typical at nominal input full load and at 20 C unless otherwise stated ELECTRICAL No Break FUNCTIONS AND ALARMS Input voltage Frequency Fusing protection Isolation Efficiency Inrush current Output power Output voltage Voltage adj range Temp compensation Current limits Line regulation Load regulation Noise Drift Hold up time Turn on time Thermal protection OVP EMI Safety Vibration 230V AC 180V 264V standard 110V AC 88V 132V on request 50 60 Hz Input fuse and varistor Battery fuse plus ECB for battery circuit 1KV DC input output earth gt 85 Soft start circuit 500W 13 8 27 6 34 5 41 4 55 2VDC 85 105 of Vout Temperature sensor on 1 7m lead with adhe sive pad 4mV C cell 10 PSU 100 rated current Battery 25 100
11. ications are subject to change without notice No liability accepted for errors or omissions 15 CUSTOMISED VERSIONS CSR code CSR107 CSR108 BASE MODEL SR 50C24TFSL SR250C24TSL SPECIAL FEATURES Vout 28Vdc LVD 24V internal V I meter BCT enabled conformal coated TERMS OF WARRANTY Innovative Energies Ltd warrants this product for 24 months from date of shipment against material and workmanship defects Innovative Energies liability under this warranty is limited to the replacement or repair of the defective product as long as the product has not been damaged through misapplication negligence or unauthorized modification or repair Specifications are subject to change without notice No liability accepted for errors or omissions
12. ns IEC320 inlet socket similar to PCs etc M8 brass stud or plug in screw terminal block Plug in screw terminal block Powder coated steel 4 3kg 225W x 304D x 70H mm excluding mounting feet and terminals OPTIONS 19 Rack Mount Digital V I meter Wall Mount Enclosure Parallel redundancy Internal V I Meter Communications Port SR750i 2U sub rack option add SR RM2U May be fitted with SR750 in 19 rack add SR METER or SR METERV2 SHUNT Charger may be fitted into enclosure with MCBs and terminals Code SEC SR Use external output diode eg P 50 Add code INT METER e Ethernet SNMP v1 e RS485 Modbus using external converter PROTOCONMB Modbus serial x PROTOCONMB OE Modbus TCP amp HTTP e RS232 IE ASCII code MODEL IDENTIFICATION CODES SR750C 12 T F S L LAN Cooling Function Power o Communication port Input voltage and front panel standby switch Output DC Connector type S Stud F With fan Temperature Compensation T Yes Blank No DC output nominal battery 12 24 30 36 48V C No Break DC i No Break DC with communication port 750W LAN ethernet ASCII LAN ethernet SNMP 232 RS232 485 L 230V AC switch Blank 230V AC no switch U 110V AC switch G 110V AC no switch H 110V DC switch J 110V DC no switch X Plug in screw terminal Specif
13. ovative energies ISO9001 Ceritied User Manual SR250C SR500C SR750C No Break DC UPS cerr Gi energies BA sys on ONER STANDBY TO break de power sunpjy SR250C hovativo BATTERY POWE STANDBY SYS OK OK Mo lreak Ic power supply SR500C SR750C with optional V I meter shown 2367 REFER TO BACK PAGE FOR CUSTOMISED MODELS Specifications are subject to change without notice No liability accepted for errors or omissions 28 08 2015 hsalagion amp Satay Safety The user is responsible for ensuring that input and output wiring segregation complies with local standards and that in the use of the equipment access is confined to operators and service personnel A low resistance earth connection is essential to ensure safety and additionally satisfactory EMI suppression see below HAZARDOUS VOLTAGES EXIST WITHIN A POWER SUPPLY ENCLOSURE AND ANY REPAIRS MUST BE CARRIED OUT BY A QUALIFIED SERVICEPERSON Electrical Strength Tests Components within the power supply responsible for providing the safety barrier between input and output are construct ed to provide electrical isolation as required by the relevant standard However EMI filtering components could be dam aged as result of excessively long high voltage tests between input output and ground Please contact our technicians for advice regarding electric strength tests Earth Leakage Where fitted EMI suppression circuit
14. rated current factory set lt 0 2 over AC input range lt 0 4 open circuit to 100 load lt 1 output voltage 0 03 C 20 ms without battery nominal max Vin lt 2 sec Yes self resetting Over voltage protection on output at 130 of nominal output voltage to CISPR 22 EN55022 class A to IEC950 EN60950 AS NZS3260 Designed to meet MIL STD 810F Method 514 5 Reverse polarity pro tection Battery monitoring Battery protection low battery volts overload Short circuit Indication LEDs Alarms Alarm relay contacts Standby mode Battery condition test BCT Battery reverse connection will open internal fuse and produce alarm Detects for presence of battery on start up then every 60 minutes when charge current lt 200mA Electronic circuit breaker ECB operates under the following conditions e battery voltage drops to 1 67V cell auto reset lt 300ms for load gt 6 x rated PSU cur rent allows 1 5x rated PSU current from battery without acting e lt 2ms backed up by fuse Green Battery System OK Power OK Red Standby e Power OK mains or charger fail standby mode e Battery System OK battery voltage low on mains fail battery missing battery circuit wiring faulty BCT fail if enabled C NO NC full changeover rated 1A 50V DC 32VAC Turns off DC output of PSU amp allows load to run off battery Optional if enabled defaul
15. rminals BATT LOW relay energises amp BATT SYSTEM OK LED turns on The POWER OK LED stays on for about 30s Disconnect one battery lead briefly to open the ECB 4 Connect load s to LOAD and LOAD terminals 5 To minimize the volt drop at the output connections always use all the terminals provided by linking them together 6 Place temperature sensor probe near or on batteries T Connect input power Charger should be fully operational at this stage FRONT PANEL LEDS with built in switches BATTERY SYSTEM OK LED on Battery present and above V batl Note If the battery condition test function is enabled pushing this switch for approx 2 sec will manually initiate a battery condition test POWER OK LED on nput power present LED off No input power or charger in standby mode STANDBY LED on Charger in standby mode no output from charger Note Push standby button to turn off charger this allows load to run off bat tery Push button again to turn on charger ALARMS refer to specific data sheets for operational details POWER OK Approx 30 second delay before activation BATTSYS OK Battery detection alarm my take up to 60 minutes to activate during normal operation ALARM amp BCT RELAYS Relay contacts shown in de energised state ie when there is a fault condition Alarm relays are energised when power supply is operating normally BCT relay is energised when battery condition test is in progress AUX MAINS FAIL BA
16. s and terminals Code SEC SR Parallel redundancy Use external output diode eg P50 Internal V I Meter Add code INT METER Communications Port e Ethernet SNMP v1 SR5007 ACCESSORIES SUPPLIED RS485 Modbus using external converter Mounting feet together with screws PROTOCONMB Modbus serial AC power cord 1 5m with IEC320 socket amp AUS NZ plug PROTOCONMB OE Modbus TCP Mating screw terminal plug for X version amp HTTP Mating screw terminal plug for alarm outputs e RS232 IE ASCII code Crimp lugs for S versions o D B a Cev W a 0 ere B 2 _ Communication port LAN ethernet ASCII LAN ethernet SNMP 232 RS232 485 L 230V AC switch Blank 230V AC no switch U 110V AC switch G 110V AC no switch H 110V DC switch J 110V DC no switch Input voltage and front panel standby switch Output DC Connector type S Stud X Plug in screw terminal Cooling F With fan Temperature Compensation T Yes Blank No DC output nominal battery 12 24 30 36 48V Function C No Break DC i No Break DC with communication port Power 500W Specifications are subject to change without notice No liability accepted for errors or omissions 13 Oovative energies Global Solutions Personal Focus PIG incl SR750i OUTPUT VOLTS AMPS Optional internal V I meter shown 24 Month Warranty AX g
17. s cause earth leakage currents which may be to a maximum of 3 5mA Ventilation High operating temperature is a major cause of power supply failures for example a 10 C rise in the operating temper ature of a component will halve its expected life Therefore always ensure that there is adequate ventilation for the equipment Batteries in particular suffer shortened lifetimes if subjected to high ambient temperatures Water Dust Every effort must be made in the installation to minimise the risk of ingress of water or dust Water will almost always cause instant failure The effects of dust are slower in causing failure of electronic equipment but all electrical equip ment should be cleaned free of any dust accumulation at regular intervals Electromagnetic Interference EMI Switching power supplies and converters inherently generate electrical noise All wiring should be as short as practica ble and segregated from all equipment wiring which is sensitive to EMI Residual noise can be reduced by looping DC wiring through ferrite cores sleeves These are most effective as close to the power supply as possible and as many turns of the wire taken through the core and in the same direction as the core will accommodate External fuse protection Fuses or circuit breakers must be used in all battery circuits to protect against short circuits External fuses should be used for power supplies chargers even though they are usually internally pro
18. t energies BATTERY POWER SYS OK OK STANEBY o lreak de power sunniy Z367 e High performance DC UPS system e No Break switching between charger amp battery e Battery detection regular battery presence and battery circuit integrity checks e Alarm relay outputs e LED flash codes for precise state indication e Deep discharge protection for batteries e ECB for battery overload amp short circuit protection e Fused reverse battery polarity protection e Automatic temperature compensated output volts e Option battery condition test BCT e Option communication interface allows remote monitoring amp user control of BCT function ver sions e Batteries external to charger order separately SPECIFICATIONS All specifications are typical at nominal input full load and at 20 C unless otherwise stated ELECTRICAL No Break FUNCTIONS AND ALARMS Input voltage Frequency Fusing protection Isolation Efficiency Inrush current Output power Output voltage Voltage adj range Temp compensation Current limits Line regulation Load regulation Noise Drift Hold up time Turn on time Thermal protection OVP EMI Safety Vibration 230V AC 180V 264V standard 110V AC 88V 132V on request 50 60 Hz Input fuse and varistor Battery fuse plus ECB for battery circuit 1KV DC input output earth gt 85 Soft start circuit 750W 13 8 27 6 34 5 41 4 55 2VDC
19. t setting 20mins 28days BCT can be started and stopped by the user on SR500 i BCT relay provided to control an external test load ENVIRONMENTAL Operating temperature Storage temperature Humidity Cooling Protection 0 to 50 C ambient at full load De rate linearly at gt 50 C to zero 70 C 10 to 85 C ambient 0 95 relative humidity non condensing Fan cooled IP20 Specifications are subject to change without notice No liability accepted for errors or omissions NAAN DC charger for lead acid batteries SRIO0G incl SR500i STANDARD MODEL TABLE 4 This is the default setting Please specify DC Output if a lower limit is required at time of order MODELS PSU Rated Charge Recomm Peak load on A Limit A Load A mains fail A Output V SR500C12 SR500C24 SR500C30 SR500C36 SR500C48 PHYSICAL AC Input connector IEC320 inlet socket similar to PCs etc DC Output Connec M8 brass stud or plug in screw terminal block tions Alarm Connections Plug in screw terminal block Enclosure Powder coated steel Weight 4 3kg Dimensions 225W x 304D x 70H mm excluding mounting feet and terminals OPTIONS 19 Rack Mount 2U sub rack option add SR RM2U x Digital V I meter May be fitted with SR500 in 19 rack eae add SR METER or SR METERV2 SHUNT PORT Wall Mount Enclosure Charger may be fitted into enclosure with MCB
20. tected Connection polarity It is critical to check the polarity carefully when connecting DC devices Some Innovative Energies models have non destructive reverse polarity protection but usually a reverse polarity connection will result in a blown fuse or serious dam age to the device Glossary of terms used in our user manuals PSU power supply unit BCT battery condition test ECB electronic circuit breaker ELVD electronic low voltage discon RPP reverse polarity protection EMI electromagnetic interference nect SNMP Simple Network Management LAN local area network Protocol Specifications are subject to change without notice No liability accepted for errors or omissions 2 ee lntroduetion The No Break DC power supply is designed to provide DC power and charge lead acid batteries for critical back up applications No Break DC systems ensure maximum uptime of the system and life of the battery by providing eel SEE SE OU OH Oo O Accurately regulated output voltage Constant current limited output Monitoring of the battery status and battery circuit integrity Fast electronic battery overcurrent protection Deep discharge protection by disconnecting the load at low battery voltage Temperature compensated output voltage using external temperature sensor Alarm contacts for fault monitoring Adjustable battery charge current limit Battery condition testing BCT optional on C models standard
21. ual charger front removable add SCHEMATIC BLOCK DIAGRAM SR RM2U DUALV2 Wall Mount Enclosure Charger may be fitted into enclosure with MCBs and terminals Code SEC SR LOAD OPTIONAL a 2 x SR250C i chargers front removable in 2U rack a mia ulee mere B For SR250i versions R 2 1 2 T F L 4 Optional Communications 485 RS485 232 RS232 LAN Ethernet ASCII Interface Port LAN Ethernet SNMP L 230V AC switch Blank 230V AC no switch Input voltage and front U 110V AC switch G 110V AC no switch Panel standby switch H 110V DC switch J 110V DC no switch M 230V AC switch 300V MOV to be used with IEOVPHVAC Output DC Connector type S Stud X Plug in screw terminal block Fan cooled F Fan Blank No fan Temperature Compensation T Yes Blank No DC output nominal battery 12 24 30 36 48V C No Break DC PSU charger i C with serial or ethernet communications port Function Power 250W Specifications are subject to change without notice No liability accepted for errors or omissions 11 Oovative energies Global Solutions Personal Focus TIVUG incl SR500i OUTPUT VOLTS AMPS Optional internal V I meter shown 24 Month Warranty BATTERY POWE SYS OK OK STAARBY o lreak de Dower supply 2367 e High performance DC UPS system e No Break switc
22. ure 30 to 85 C ambient Vibration ei A to meet MIL STD 810F Method Humidity 0 95 relative humidity non condensing Cooling Natural convection except for 12V model fan Protection IP20 Specifications are subject to change without notice No liability accepted for errors or omissions 10 Aa aai DC charger for lead acid batteries SR2ZI0G incl SR250i MODEL TABLE ratings apply to all variants 4 This is the default setting Please specify DC Output if a lower limit is required at time of order MODELS ET PSU Rated Charge Recomm Av Peak load on Output V A Limit A Load A mains fail A SR250C12 SR250C24 SR250C30 SR250C36 SR2501 please refer to separate SR250C48 data sheet on comms options PHYSICAL DETAILS OPTIONS AC input connector IEC320 input socket included Communications Port Ethernet SNMP v1 SR250i DC output connec M6 brass stud or plug in style socket amp mating l e RS485 Modbus using external converter tions screw terminal block PROTOCONMB Modbus serial Alarm connections Plug in screw terminal block PROTOCONMB OE Modbus TCP Engi l amp HTTP nclosure Powder coated amp zinc plated steel e RS232 IE ASCII code Weight 1 7kg Digital V I meter May be fitted with SR250 in 19 rack Dimensions 150W x 242D x 61H mm excluding mounting add SR METER or SR METERV2 SHUNT feet and connections 19 rack mount Single charger add SR RM2U D
23. urrent Comms only on Communication mode of PSU F continuous data stream of status i versions M responds only to request made by a controller BCTim Length of battery condition test CC Mins Time in minutes between automatically scheduled BCTs CC Hrs Time in hours between automatically scheduled BCTs CC Days Time in days between automatically scheduled BCTs Note The total time interval between battery condition tests BCTs is the sum total of the three CC MFiBCT Time in minutes before the mains fail check during the BCT SR100 only T mf Max time of a mains fail without resetting to full BCT interval T mfb Max time of mains fail before BCT is discontinued 4 This alarm operates only when no input voltage present Specifications are subject to change without notice No liability accepted for errors or omissions 6 LED FLASH CODES Battery Battery System OK ie System oo Condition LED OK Alarm Pre 3 Normal Normal System Normal Input power on battery circuit is OK 9 z0 Battery detection in progress Input power on battery system fault Alarm Normal 4 Internal battery fuse has opened or 2 Battery circuit wiring open circuit battery missing ECB has tripped role Tete Input power off battery system is OK battery volts gt Vbatl CO Mm am Input power off and battery has discharged to lt V batl CO O Alam aam Input power off ELVD has activated and disconnected battery from load PSU in stan

user manual - Innovative Energies Ltd

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