Keatec Energy Catalogue 2018 Telecommunications

Transcription

1 Keatec Energy Catalogue 2018 Telecommunications Keatec Energy designs, manufactures, installs and services DC and AC uninterruptible power solutions for Telecommunication, Commercial Information Technology (IT), Public Safety and Industrial clients across the Americas.

2 Tle o on en e ol e e ol e e onolle o e hel e o e l n e ol n ee nlone n ee ll ell o e oo e e on Te n l ee ee h on ee ee e n en n e ee n e on o o e e ee e p n eo n e e e en e e Telephone le n hooo e o n e n n e no ol n e e o e o Telephone ee ene o le ee ene o

3 RECTIFIER MODULE NESPACE Series Rectifer Module 2 kw 42 A 48 Vdc NESPACE Rectifier Modules deliver outstanding reliability and world-leading power density. Ideally suited for 48V telecom and other applications where wide input voltage ranges and high operating temperatures are required. FEATURES High efficiency and power density Max efficiency 96% Power density 1.41 W/cm 3 Wide input voltage range Vac 1ph Output Voltage vs Output Current Io (A) High operating temperature range Operating -40 to +75 C, full power -40 to +55 C Vo (Vdc) High reliability Efficient thermal design and self-protection features ensure high reliability Hot swappable Output Power vs Input Voltage 2000 > Excellent EMC performance Low interference and low susceptibility Po (W) 800 > Worldwide certifications UL and CE 0 > Vi (Vac) 285 > 297 keatecenergy.com

4 RECTIFIER MODULE NESPACE Series Rectifer Module 2 kw 42 A 48 Vdc SPECIFICATIONS AC Input Nominal voltage 230 Vac 1ph Range Vac 1ph Frequency 45~66 Hz Inrush 20 A at nominal input, full load Efficiency Up to 96% Power factor >0.99 at 50% load or more Protection Under and over voltage Mains fuse in both lines DC Output Nominal voltage Range Output power Output current Line regulation Load regulation Ripple and noise Protection 54.0 Vdc Vdc 2000 W at >176 Vac input 1262 W at 120 Vac input 800 W at 85 Vac input 37 A at 54V, input >176 Vac 23 A at 54V, input 120 Vac 14.8 A at 54V, input 85 Vac + 0.5% Max over entire input range + 0.5% Max over entire load range <250 mv, p-p, <20 mv rms Overvoltage at 59Vdc (recycle input to reset) Power de-rating Thermal shutdown General Specifications Cooling MTBF Acoustic noise Operating temperature Storage temp Humidity Single fan (front to back airflow) >350,000 hours <55 dba (at nominal input and full load, ambient <40 C) -40 to +75 C (-40 to +55 C full load, de-rated above 55 C) -40 to +85 C 95% non-condensing H x W x L mm 41.0 (1U) x x Weight kg 2.18 Monitoring and NESPACE KA Monitoring Control Unit control Communication CAN Bus protocol Standards Safety IEC , UL EMC EN Class A (emission) IEC (electrostatic discharge) IEC (radiated immunity) IEC (fast transients) IEC (surge immunity) IEC (conducted immunity) IEC (voltage dips) IEC (voltage interruptions) IEC (fluctuations & flicker) Certification UL, CE, CB Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS NESPACE Series Rectifier Module 2kW 42A 48Vdc English

5 RECTIFIER MODULE NESPACE Series Rectifer Module 3 kw 62 A 48 Vdc NESPACE Rectifier Modules deliver outstanding reliability and world-leading power density. Ideally suited for 48V telecom and other applications where wide input voltage ranges and high operating temperatures are required. FEATURES High efficiency and high power density Max efficiency 96% Power density 2.11 W/cm 3 Wide input voltage range Vac 1ph Output Voltage vs Output Current Io (A) High operating temperature range Operating -40 to +75 C, full power -40 to +45 C Vo (Vdc) High reliability Efficient thermal design and self-protection features ensure high reliability Hot swappable Output Power vs Input Voltage 3000 > Excellent EMC performance Low interference and low susceptibility Po (W) 1300 > Worldwide certifications UL and CE 0 > Vi (Vac) 285 > 297 keatecenergy.com

6 RECTIFIER MODULE NESPACE Series Rectifer Module 3 kw 62 A 48 Vdc SPECIFICATION AC Input Nominal voltage 230 Vac 1ph Range Vac 1ph Frequency 45~66 Hz Inrush 25 A at nominal input, full load Efficiency Up to 96% Power factor > 0.99 at 50% load or more Protection Under and over voltage mains fuse in both lines DC Output Nominal voltage Range Output power Output current Line regulation Load regulation Ripple and noise Overvoltage protection 54.0 Vdc Vdc 3000 W at >176 Vac input 1954 W at 120 Vac input 1300 W at 85 Vac input 55.5 A at 54V, input >176 Vac 36.2 A at 54V, input 120 Vac 24.1 A at 54V, input 85 Vac + 0.5% Max over entire input range + 0.5% Max over entire load range <300 mv, p-p, <20 mv rms Overvoltage at 59 Vdc (recycle input to reset) Power de-rating Thermal shutdown General Specifications Cooling MTBF Acoustic noise Operating temperature Storage temperature Humidity Single fan (front to back airflow) >450,000 hours <55 dba (at nominal input and full load, ambient <40 C) -40 to +75 C (-40 to +45 C full load, de-rated above 45 C) -40 to +85 C 95% non-condensing H x W x L mm 41.0 (1U) x x Weight kg 2.30 Monitoring and Control Communication protocol NESPACE KA Monitoring Control Unit CAN Bus Standards Safety IEC , UL EMC Certification EN Class A (emission) IEC (electrostatic discharge) IEC (radiated immunity) IEC (fast transients) IEC (surge immunity) IEC (conducted immunity) IEC (voltage dips) IEC (voltage interruptions) IEC (fluctuations & flicker) UL, CE, CB Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS NESPACE Series Rectifier Module 3kW 62A 48Vdc English

7 RECTIFIER MODULE NESPACE Series Rectifer Module Monitoring Control Unit KA NESPACE Monitoring and Control Unit KA enables remote monitoring and control over systems integrating NESPACE Rectifier Modules. FEATURES Faceplate display and control LCD screen, LEDs and four button interface Remote monitoring and control Monitoring and control of up to 32 NESPACE rectifier modules RS232, SNMPv1, SNMPv2c, Modbus Battery management Temperature compensated charging, boost, equalize and current settings, capacity test System management Input and output alarms, low voltage disconnects (LLVD, BLVD) Excellent EMC performance Low interference and low susceptibility Worldwide certifications CE, UL (pending) keatecenergy.com

8 RECTIFIER MODULE NESPACE Series Rectifer Module Monitoring Control Unit KA SPECIFICATION Functions System control and monitoring Battery management Compatible rectifiers Remote Monitoring and Control External communication Control up to 32 rectifiers LVD functions Configurable alarms and settings Event log (1000 entries) Password management Temperature compensation Low voltage disconnect Capacity test Charge current limit Boost and equalize charge settings Nespace Digital Rectifiers RS232, TCP/IP, Ethernet, SNMPv1, SNMPv2, Modbus General Specifications Cooling Convection MTBF > 250,000 hrs Operating temperature - 40 to 75 o C Storage temperature - 40 to 80 o C Humidity (operating) 0 to 90% non-condensing Altitude 2,000 m H x W x L(mm) 41 (1U) x 108 x Weight kg 0.3 Standards Certification CE, UL (pending) Features DC input range Vdc Montoring AC input voltage DC output voltage Load current Battery current Battery cabinet temperature Individula module status Battery cell voltages Digital input alarms Up to 8 Digital outputs Up to 8, dry contact (8) LVD BLVD, LLVD Interface LCD, LED, buttons (4) Languages English Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS NESPACE Series Rectifier Module Monitoring Control KA English

9 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 4 kw 83 A 48 Vdc with Distribution NESPACE Series Rectifier Modules in power shelf system with front DC fuse protection, rear DC load connections, dry contact alarms, and a monitoring and control module. Ideally suited for 48V telecom power plants where wide input voltage ranges and high operating temperatures are required. FEATURES High efficiency and power density Max efficiency 96% Two rectifiers up to 4 kw total output Wide input voltage range Vac 1Ph High operating temperature range Operating -40 to +75 C, full power -40 to +55 C Advanced battery management Temperature compensated charging Boost, equalize and DC current settings Battery capacity test Flexible, scalable and reliable Hot swappable rectifier modules Front access to 15x DC output fuses Rear access to 15x DC output ports and 15x ground ports Rear access to 6x dry contact alarms RS232 port TCP/IP Ethernet port keatecenergy.com

10 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 4 kw 83 A 48 Vdc with Distribution keatecenergy.com

11 SPECIFICATIONS RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 4 kw 83 A 48 Vdc with Distribution AC Input 4kW Power Shelf (2 x 2kW) AC Supply 1 Phase 3 Wire Nominal Voltage 230 Vac Range Vac Frequency 47~63 Hz Efficiency Up to 96% DC Output Nominal voltage Range Output power Output current Line regulation Load regulation Ripple and noise Protection Vdc Vdc 4,000 W at >176 Vac input 2,524 W at 120 Vac input 1,600 W at 85 Vac input 74 A at 54V, input >176 Vac 46 A at 54V, input 120 Vac 29.6 A at 54V, input 85 Vac + 0.5% Max over entire input range + 0.5% Max over entire load range <250 mv, p-p Overvoltage at 59 Vdc, thermal shutdown, battery temperature compensation Distribution DC output 15 DC ground 15 Dry contact alarms 6 General Specifications Modules NESPACE 2 kw, NESPACE Monitoring Control Unit KA Communication RS232 for PC, TCP/IP Cooling Forced air Shelf H x W x L mm 44.4 (19 1U) x 446 x 408 Temperature Operating -10 to +75 C, derating of 2 kw module above C / Storage -40 to +85 C Altitude < 3000 M Humidity 95% non-condensing Standards: Shelf (pending) Standards: Rectifier UL, CE Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Nespace Series Power Shelf 4kW 83A 48V with Distribution English

12 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 6 kw 125 A 48 Vdc with Bulk Distribution NESPACE Series Rectifier Modules in power shelf system with rear DC bulk output connection, dry contact alarms, digitial inputs, and a monitoring and control module. Ideally suited for 48V telecom power plants where wide input voltage ranges and high operating temperatures are required. FEATURES High efficiency and power density Max efficiency 96% Three rectifiers up to 6 kw total output Wide input voltage range Vac 1Ph High operating temperature range Operating -40 to +75 C, full power -40 to +55 C Advanced battery management Temperature compensated charging Boost, equalize and current settings Battery capacity test Flexible, scalable and reliable Hot swappable rectifier modules Rear access to bulk DC output and DC ground Rear access to 6x dry contact alarm ports Rear access to 4 digital input ports RS232 port TCP/IP Ethernet port keatecenergy.com

13 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 6 kw 125 A 48 Vdc with Bulk Distribution keatecenergy.com

14 SPECIFICATIONS RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 6 kw 125 A 48 Vdc with Bulk Distribution AC Input 6kW Power Shelf (3 x 2kW) AC Supply 1 Phase 3 Wire Nominal Voltage 230 Vac Range Vac Frequency 47~63 Hz Efficiency Up to 96% DC Output Nominal voltage Range Output power Output current Line regulation Load regulation Ripple and noise Protection Vdc Vdc 6000 W at >176 Vac input 3,786 W at 120 Vac input 2,400 W at 85 Vac input 111 A at 54V, input >176 Vac 69 A at 54V, input 120 Vac 44.4 A at 54V, input 85 Vac + 0.5% Max over entire input range + 0.5% Max over entire load range <250 mv, p-p Overvoltage at 59 Vdc, thermal shutdown, battery temperature compensation Distribution DC output 1 DC ground 1 Dry contact alarms 6 Digital inputs 4 General Specifications Modules NESPACE 2 kw, NESPACE Monitoring Control Unit KA Communication RS232 for PC, TCP/IP Cooling Forced air Shelf H x W x L mm 44.4 (19 1U) x 446 x 408 Temperature Operating -10 to +75 C, derating of 2 kw module above C / Storage -40 to +85 C Altitude < 3000 M Humidity 95% non-condensing Standards: Shelf (pending) Standards: Rectifier UL, CE Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Nespace Series Power Shelf 6kW 125A 48V with Bulk Distribution English

15 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 9 kw 187 A 48 Vdc with Distribution NESPACE Series Rectifier Modules in power shelf system with input and output alarms, battery low voltage disconnection, DC load distribution, and a monitoring and control module. Ideally suited for 48V telecom power plants where wide input voltage ranges and high operating temperatures are required. FEATURES High efficiency and power density Max efficiency 96% Three rectifiers up to 9 kw total output Wide input voltage range Vac 1Ph High operating temperature range Operating -40 to +75 C, full power -40 to +45 C Advanced battery management Temperature compensated charging Boost, equalize and current settings Battery capacity test Flexible, scalable and reliable Hot swappable rectifier modules Two battery breaker postions 125A battery low voltage disconnect Four load distribution breaker postions Six input alarm ports Six output alarm ports TCP/IP Ethernet port keatecenergy.com

16 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 9 kw 187 A 48 Vdc with Distribution keatecenergy.com

17 SPECIFICATIONS RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 9 kw 187 A 48 Vdc with Distribution AC Input 9kW Power Shelf (3 x 3kW) AC Supply 1 Phase 3 Wire or 3 Phase 4 wire Nominal Voltage 230 Vac Range Vac Frequency 47~63 Hz Efficiency Up to 96% DC Output Nominal voltage Range Output power Output current Line regulation Load regulation Ripple and noise Protection Vdc Vdc 9000 W at >176 Vac input 5,862 W at 120 Vac input 3,900 W at 85 Vac input A at 54V, input >176 Vac 108.6A at 54V, input 120 Vac 72.3 A at 54V, input 85 Vac + 0.5% Max over entire input range + 0.5% Max over entire load range <300 mv, p-p Overvoltage at 59 Vdc, thermal shutdown, battery temperature compensation Distribution Battery breakers 2 x 100A BLVD 125 A DC load breakers 2 x 20A, 30A, 50A Input EXT alarm ports 6 Output HW alarm ports 6 DC output points 9 Battery input points 2 x NEG -, 2 x POS + General Specifications Modules NESPACE 3 kw, NESPACE Monitoring Control Unit KA Communication RS232 for PC, TCP/IP, GUI, SNMP Cooling Forced air Shelf H x W x L mm 88.8 (19 2U) x x 402 Temperature Operating -10 to +75 C, derating of 3 kw module above C / Storage -40 to +85 C Altitude < 3000 M Humidity 95% non-condensing Standards: Shelf (pending) Standards: Rectifier UL, CE Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Nespace Series Power Shelf 9kW 187A 48V with Distribution English

18 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 12 kw 250 A 48 Vdc with Distribution NESPACE Series Rectifier Modules in power shelf system with input and output alarms, battery low voltage disconnection, DC load distribution, and a monitoring and control module. Ideally suited for 48V telecom power plants where wide input voltage ranges and high operating temperatures are required. FEATURES High efficiency and power density Max efficiency 96% Four rectifiers up to 12 kw total output Wide input voltage range Vac 1Ph High operating temperature range Operating -40 to +75 C, full power -40 to +45 C Advanced battery management Temperature compensated charging Boost, equalize and current settings Battery capacity test Flexible, scalable and reliable Hot swappable rectifier modules AC input surge suppression Ground current sensing with surge suppression LVLD with surge suppression and up to nine DC MCBs LBVD with two battery MCBs Four DC priority MCBs Eight input alarm ports Eight output alarm ports TCP/IP Ethernet port RS232 keatecenergy.com

19 RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 12 kw 250 A 48 Vdc with Distribution keatecenergy.com

20 SPECIFICATIONS RECTIFIER POWER SYSTEM NESPACE Series Power Shelf 12 kw 250 A 48 Vdc with Distribution AC Input 12kW Power Shelf (4 x 3kW) AC Supply 1 Phase 3 Wire Nominal Voltage 230 Vac Range Vac Frequency 47~63 Hz Efficiency Up to 96% DC Output Nominal voltage Range Output power Output current Line regulation Load regulation Ripple and noise Rectifier self protection Vdc Vdc 12,000 W at >176 Vac input 7,816 W at 120 Vac input 5,200 W at 85 Vac input A at 54V, input >176 Vac A at 54V, input 120 Vac 96.4 A at 54V, input 85 Vac + 0.5% Max over entire input range + 1.0% Max over entire load range <300 mv, p-p Overvoltage at 59 Vdc, thermal shutdown, battery temperature compensation Distribution AC input protection SPD 20KA Ground protection SPD 6.5KA LVBD (MCB) 260A (2 x 100A) LLVD (MCB) 200A with SPD 40KA (3 x 25A, 1 x 32A, 4 x 63A, 1 x open) DC priority MCB 3 x 10A, 1 x 16A Input alarm ports 8 Output alarm ports 8 General Specifications Modules NESPACE 3 kw, NESPACE Monitoring Control Unit KA Communication RS232, TCP/IP, SNMP Cooling Forced air Shelf H x W x L mm x 482 x (19 5U) Temperature Operating -40 to +75 C, derating of 3 kw module above C / Storage -40 to +80 C Altitude < 2000 M Humidity 95% non-condensing Standards: Shelf (pending) Standards: Rectifier UL, CE Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Nespace Series Power Shelf 12kW 250A 48V with Distribution English

21 RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc NESPACE Series Rectifier Modules in power plant system with individual AC input to rectifiers. Monitoring with input and output alarms, and battery low voltage disconnection. AC Input and DC output surge suppression. Ideally suited for 48V telecom power plants. FEATURES High efficiency Max efficiency 96% Advanced battery management Temperature compensated charging Boost, equalize and current settings Flexible, scalable and reliable Dual racks with 55x 3kW rectifiers N+1 redundancy design Individual AC power input per rectifier Hot swappable rectifier modules 1250A battery breakers 1500A battery low voltage disconnects AC and DC surge suppression DC battery bypass Six input alarm ports Six output alarm ports TCP/IP Ethernet port keatecenergy.com

22 RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc keatecenergy.com

23 RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc keatecenergy.com

24 RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc keatecenergy.com

25 RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc keatecenergy.com

26 RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc keatecenergy.com

27 SPECIFICATIONS RECTIFIER POWER SYSTEM NESPACE Series Power Plant 165 kw 3438 A 48 Vdc AC Input 165kW Power Plant (55 x 3kW) AC Supply 3 Phase 4 Wire 380Vca Nominal Voltage 380 Vac Range 305 ~ 514 Vac Frequency 45~66 Hz Efficiency Up to 96% DC Output Nominal voltage Vdc Range Vdc Output current A at 54 Vdc Line regulation + 0.5% Max Load regulation + 1.0% Max Over current 101 ~ 110% Ripple and noise <300 mv p-p, <2 mvrms Protection Overvoltage at 59 Vdc, thermal shutdown, battery temperature compensation Distribution AC surge suppression 40 kva per rack AC input breaker 225 A 3 P+N per rack Battery bypass Manual bypass switch (on, off, auto) Battery fuse 4 x 1250 A BLVD relay 2 x 1500 A DC load fuse 3 x 1250 A DC bus bar - 48 Vdc 1500 SQ (bus-bar, ground) Input alarm ports 6 Output alarm ports 6 DC surge suppression 6.5 kva per rack General Specifications Modules Communication Cooling H x W x L mm Temperature Altitude Humidity Standards: Rack Standards: Rectifier NESPACE 3 kw, NESPACE Monitoring Control Unit KA RS232 for PC (GUI), TCP/IP, SNMP Forced air 2000 x 1200 x 700 per rack (master, slave) Operating -10 to +50 C, derating of 3 kw module above C / Storage -40 to +80 C < 2000 M 90% non-condensing (pending) UL, CE Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Nespace Series Power Shelf 165kW 3438A 48V English

28 MODULAR INVERTER TM 250S Modular Inverter kva 120 Vac 48 Vdc TM250S Modular Inverter series is a high frequency design with compact size and high power density. Ideally suited for 48V telecom and other applications where operation in high temperatures and N+1 redundancy is required. FEATURES High efficiency and high power density Efficiency up to 87% High power density 3U module High operating temperature range Operating range -20 to +40 C High reliability N+1 redundant Hot swappable Parallel operation DC-AC isolation Dynamic respons time to <20 ms Systems with 1.0, 1.5, 1.6 kva modules STM (max 6.4 kva) with TJ20 Monitor and Bypass Switch XTM (max 12.8 kva) with TJ21 Monitor Module HTM (max 12.8 kva 1 Phase) with TJ10 Monitor and STS HTM (max 38.4 kva 3 Phase) with TJ30 Monitor and STS keatecenergy.com

29 MODULAR INVERTER TM 250S Modular Inverter kva 120 Vac 48 Vdc SPECIFICATIONS AC Output Nominal 120 Vac +2% Range 110, 115, 120 Vac adjustable Frequency Hz +0.1 Hz Power 1.0 kva (TM 251S) 1.5 kva (TM 252S) 1.6 kva (TM 252S VA) Power factor 0.8 Efficiency up to 87% THD < 3% linear load, < 5% non-linear load Crest factor 3:1 Dynamic <20 ms response Overload capacity 125%, 10 min 150%, 1 min Connectors Terminal block DC Input Nominal 48 Vdc (-18% to +25%) General Specifications Display LED On/off Cooling Operating temp Full load Islolation Standards Safety EMC Fault, load% Front switch Forced air -20 to +40 C (-4 to +104 F) 1500 V rms EN EN55022 Systems with 1.0, 1.5, 1.6 kva modules STM Max 6.4 kva with TJ20 Monitor and Bypass Switch XTM Max 12.8 kva with TJ21 Monitor Module HTM Max 12.8 kva 1 Phase with TJ10 Monitor and STS HTM Max 38.4 kva 3 Phase with TJ30 Monitor and STS Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS TM 250S Modular Inverter kva 120 Vac 48 Vdc English

30 MODULAR INVERTER TM 250S Modular Inverter kva 230 Vac 48 Vdc TM250S Modular Inverter series is a high frequency design with compact size and high power density. Ideally suited for 48V telecom and other applications where operation in high temperatures and N+1 redundancy is required. FEATURES High efficiency and high power density Efficiency up to 88% High power density 3U module High operating temperature range Operating range -20 to +40 C High reliability N+1 redundant Hot swappable Parallel operation DC-AC isolation Dynamic respons time to <20 ms Systems with 1.0, 1.5, 2.0 kva modules STM (max 6.0 kva) with TJ20 Monitor and Bypass Switch XTM (max 16 kva) with TJ21 Monitor Module HTM (max 16 kva 1 Phase) with TJ10 Monitor and STS HTM (max 48 kva 3 Phase) with TJ30 Monitor and STS keatecenergy.com

31 MODULAR INVERTER TM 250S Modular Inverter kva 230 Vac 48 Vdc SPECIFICATIONS AC Output Nominal 230 Vac +2% Range 220, 230, 240 Vac adjustable Frequency Hz +0.1 Hz Power 1.0 kva (TM 251S) 1.5 kva (TM 252S) 2.0 kva (TM 253S) Power factor 0.8 Efficiency up to 88% THD < 3% linear load, < 5% non-linear load Crest factor 3:1 Dynamic 20 ms response Overload capacity 125%, 10 min 150%, 1 min Connectors Terminal block DC Input Nominal 48 Vdc (-18 to +25%) General Specifications Display LED On/off Cooling Operating temp Full load Islolation Standards Safety EMC Fault, load% Front switch Forced air -20 to +40 C (-4 to +104 F) 1500 V rms EN EN55022 Systems with 1.0, 1.5, 2.0 kva modules STM Max 6.0 kva with TJ20 Monitor and Bypass Switch XTM Max 16 kva with TJ21 Monitor Module HTM Max 16 kva 1 Phase with TJ10 Monitor and STS HTM Max 48 kva 3 Phase with TJ30 Monitor and STS Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS TM 250S Modular Inverter 1-2kVA 230 Vac 48 Vdc English

32 DIGITAL INVERTERS TP 600M Series Standalone Inverter 500 VA - 1 kva 120 Vac 24 Vdc TP 600M Series inverter is a high frequency design with compact size and high power density. Ideally suited for 24V telecom and other applications where high operating temperatures are required. FEATURES High efficiency and high power density Efficiency up to 87% High power density in 1U, 2U, 19 size High operating temperature range Operating range -20 to +60 C, full power up to +40 C High reliability DC-AC isolation Transfer time to 5-8 ms Flexible Standby design with an integrated utility bypass Selectable AC or DC working mode priority RS232 or RS485 communication port, four dry contacts Certification CE Options Models with LCD keatecenergy.com

33 DIGITAL INVERTERS TP 600M Series Standalone Inverter 500 VA - 1 kva 120 Vac 24 Vdc SPECIFICATIONS AC Output Nominal 100, 110, 120, 127 Vac +2% Frequency Hz +0.1 Hz Nominal (model) 500 VA (605M) 1000 VA (610M) Power factor 0.8 Efficiency up to 87% THD < 3% linear load, < 5% non-linear load Crest factor 3:1 Transfer time 5-8 ms Dynamic response < 30 ms Overload capacity 125%, 10 sec 110%, 10 min AC Input Nominal 100/110/120/127 Vac +2% Range -25% + 20% Vac Frequency Hz +10% General Specifications Display LED Mode, fault, battery capacity, load% Alarms Dry contacts (4) Communication RS232 or RS485 (optional) Cooling Forced air Enclosure IP20 Operating temp -20 to +60 C, full power up to +40 C Humidity <95% Islolation 1500 V rms Dimensions H x W x L mm Weight 44 x 436 x 319 (605M) (19, 1U) 88 x 436 x 256 (610M) (19, 2U) 6 kg (605M) 6 kg (610M) Standards Electrical safety EN EMC EN DC Input Nominal 24 Vdc (-17 to +25%) Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS TP 610M Series Standalone Inverter 500VA-1kVA 120Vac 24Vdc English

34 DIGITAL INVERTERS TP 600M Series Standalone Inverter 500 VA - 1 kva 230 Vac 24 Vdc TP 600M Series inverter is a high frequency design with compact size and high power density. Ideally suited for 24V telecom and other applications where high operating temperatures are required. FEATURES High efficiency and high power density Efficiency up to 88% High power density in 1U, 2U, 19 size High operating temperature range Operating range -20 to +60 C, full power up to +40 C High reliability DC-AC isolation Transfer time to 5-8 ms Flexible Standby design with an integrated utility bypass Selectable AC or DC working mode priority RS232 or RS485 communication port, four dry contacts Certification CE Options Models with LCD keatecenergy.com

35 DIGITAL INVERTERS TP 600M Series Standalone Inverter 500 VA - 1 kva 230 Vac 24 Vdc SPECIFICATIONS AC Output Nominal 208, 220, 230, 240 Vac +2% Frequency Hz +0.1 Hz Nominal (model) 500 VA (605M) PF VA (610M) PF 0.8 Efficiency up to 88% THD < 3% linear load, < 5% non-linear load Crest factor 3:1 Transfer time 5-8 ms Dynamic response < 30 ms Overload capacity 125%, 10 sec 110%, 10 min AC Input Nominal 208/220/230/240 Vac Range -25% +20% Vac Frequency Hz +10% General Specifications Display LED Mode, fault, battery capacity, load% Alarms Dry contacts (4) Communication RS232 or RS485 (optional) Cooling Forced air Enclosure IP20 Operating temp -20 to +60 C, full power up to +40 C Humidity <95% Islolation 1500 V rms Dimensions H x W x L mm Weight Standards Electrical safety IEC EMC EN x 436 x 319 (605M) (19, 1U) 88 x 436 x 256 (610M) (19, 2U) 6 kg (605M) 6 kg (610M) DC Input Nominal 24 Vdc (-17 to +25%) Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS TP 610M Series Standalone Inverter 500VA-1kVA 230Vax 24Vdc English

36 DIGITAL INVERTERS TP 600S Series Standalone Inverter 500 VA - 3 kva 120 Vac 48 Vdc TP 600S series inverter is a high frequency design with compact size and high power density. Ideally suited for 48V telecom and other applications where high operating temperatures are required. FEATURES High efficiency and high power density Efficiency up to 87% High power density in 1U, 2U, 19 size High operating temperature range Operating range -20 to +60 C, full power up to +40 C High reliability DC-AC isolation Transfer time to 5-8 ms Flexible Standby design with an integrated utility bypass Selectable AC or DC working mode priority RS232 or RS485 communication port, four dry contacts Certification CE Options Models with LCD keatecenergy.com

37 DIGITAL INVERTERS TP 600S Series Standalone Inverter 500 VA - 3 kva 120 Vac 48 Vdc SPECIFICATIONS AC Output Nominal 100, 110, 120, 127 Vac +2% Frequency Hz +0.1 Hz Nominal (model) 500 VA (605S) 1000 VA (610S) 2000 VA (620S) 3000 VA (630S) Power factor 0.8 Efficiency up to 87% THD < 3% linear load, < 5% non-linear load Crest factor 3:1 Transfer time 5-8 ms Dynamic response < 30 ms Overload capacity 125%, 10 sec 110%, 10 min AC Input Nominal 100/110/120/127 Vac +2% Range -25% + 20% Vac Frequency Hz +10% General Specifications Display LED Mode, fault, battery capacity, load% Alarms Dry contacts (4) Communication RS232 or RS485 (optional) Cooling Forced air Enclosure IP20 Operating temp -20 to +60 C, full power up to +40 C Humidity <95% Islolation 1500 V rms Dimensions H x W x L mm Weight 44 x 436 x 319 (605S, 610S) (19, 1U) 88 x 436 x 256 (620S) (19, 2U) 88 x 436 x 321 (630S) (19, 2U) 6 kg (605S) 6 kg (610S) 6 kg (620S) 12 kg (630S) Standards Electrical safety EN EMC EN DC Input Nominal 48 Vdc (-17 to +25%) LVD 40 Vdc Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS TP 610S Series Standalone Inverter 500VA-3kVA 120Vac 48Vdc English

38 DIGITAL INVERTERS TP 600S Series Standalone Inverter 500 VA - 5 kva 230 Vac 48 Vdc TP 600S Series inverter is a high frequency design with compact size and high power density. Ideally suited for 48V telecom and other applications where high operating temperatures are required. FEATURES High efficiency and high power density Efficiency up to 88% High power density in 1U, 2U, 19 size High operating temperature range Operating range -20 to +60 C, full power up to +40 C High reliability DC-AC isolation Transfer time to 5-8 ms Flexible Standby design with an integrated utility bypass Selectable AC or DC working mode priority RS232 or RS485 communication port, four dry contacts Certification CE Options Models with LCD keatecenergy.com

39 DIGITAL INVERTERS TP 600S Series Standalone Inverter 500 VA - 5 kva 230 Vac 48 Vdc SPECIFICATIONS AC Output Nominal 208, 220, 230, 240 Vac +2% Frequency Hz +0.1 Hz Nominal (model) 500 VA (605S) PF VA (610S) PF VA (620S) PF VA (630S) PF VA (640S) PF VA (650S) PF 0.7 Efficiency up to 88% THD < 3% linear load, < 5% non-linear load Crest factor 3:1 Transfer time 5-8 ms Dynamic response < 30 ms Overload capacity 125%, 10 sec 110%, 10 min AC Input Nominal 208/220/230/240 Vac Range -25% +20% Vac Frequency Hz +10% DC Input Nominal 48 Vdc (-17 to +25%) LVD 40 Vdc General Specifications Display LED Mode, fault, battery capacity, load% Alarms Dry contacts (4) Communication RS232 or RS485 (optional) Cooling Forced air Enclosure IP20 Operating temp -20 to +60 C, full power up to +40 C Humidity <95% Islolation 1500 V rms Dimensions H x W x L mm Weight Standards Electrical safety IEC EMC EN x 436 x 319 (605S, 610S) (19, 1U) 88 x 436 x 256 (620S) (19, 2U) 88 x 436 x 321 (630S, 640S) (19, 2U) 88 x 436 x 390 (650S) (19, 2U) 6 kg (605S) 6 kg (610S) 6 kg (620S) 12 kg (630S) 15 kg (640S) 15 kg (650S) Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS TP 610S Series Standalone Inverter 500VA-5kVA 230Vac 48Vdc English

40 SMALL CELL POWER SYSTEM Small Cell Power Series Outdoor Rectifier KLTE A 54 Vdc 220 Vac Outdoor Rectifier for 4G and LTE mobile networks. FEATURES High efficiency Efficiency up to 90% Wide input voltage range Vac 1ph High operating temperature range Operating -30 to +50 C Reliable convection cooling Standards UL, CE, NEBS Level 3 Optional - Outdoor Battery Cabinet IP55 enclosure Wall mount Pull out battery racks Battery breaker 20A Lock and key security keatecenergy.com

41 SPECIFICATIONS AC Input Nominal 220 Vac 1ph Range Vac Frequency 47~63 Hz Inrush 20 A at nominal input (max cold start) Current 4 A at nominal input (max continuous) Leakage 3.5 ma at 264 Vac Efficiency Up to 90% Input protection Double pole 10 A fuse / 250 Vac Undervoltage Overvoltage DC Output Nominal voltage Adjustment range Output current Line regulation 53.3 Vdc Vdc 13 A max + 0.5% Max over entire input range Load regulation + 0.5% Max Temperature + 0.5% Max regulation Ripple and noise <250 mv, p-p, (10 Hz - 14 MHz) Over current % Output projection Overvoltage < 59 Vdc (recycle input to reset) thermal shutdown battery temperature compensation SMALL CELL POWER SYSTEM Small Cell Power Series Outdoor Rectifier KLTE A 54 Vdc 220 Vac General Specifications MTBF 150,000 hours Operating temp -30 to +50 C Storage temp -40 to +85 C Humidity 10-90% non-condensing Cooling Convection cooling Environment NEBS Level 3 Altitude 3,000 m H x W x L 150 x 280 x 110 mm Weight 5 kg Communication High signal indicates DC is within regulation Interface RS485, TCP/IP Standards Electrical safety IEC , UL EMC EN Class A (conducted) IEC (electrostatic discharge) IEC (radiated immunity) IEC (fast transients) IEC (surge immunity) IEC (conducted immunity) IEC (voltage dips) IEC (voltage interruptions) IEC (fluctuations & flicker) Harmonics EN Class D Certification UL, CE LVD CB Optional - Battery Cabinet Environment IP55 Shelf Pull out shelf (2) Configuraton 4 x 12V 12Ah batteries Battery breaker 20A Security Lock and key H x W x L 370 x 260 x 220 mm Weight 25 kg with batteries Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Small Cell Power Series Outdoor Rectifier KTLE A 54Vdc 220Vac English

42 SMALL CELL POWER SYSTEM Small Cell Power Series Outdoor Power Cabinet DORS 430K 30 A 54 Vdc 220 Vac Small Cell Power Series Outdoor Power Cabinet for 4G and LTE mobile networks. Wall mounted IP 55 cabinet with battery shelf and outdoor rectifier. FEATURES High efficiency Efficiency up to 90% Wide input voltage range Vac 1Ph High operating temperature range Operating -30 to +50 C Reliable convection cooling Compact Outdoor Cabinet Wall mount IP 55 enclosure Shelf space for 4 x 18 Ah batteries AC utility outlet keatecenergy.com

43 SPECIFICATIONS SMALL CELL POWER SYSTEM Small Cell Power Series Outdoor Power Cabinet DORS 430K 30 A 54 Vdc 220 Vac AC Input Nominal 220 Vac 1 ph Range Vac Frequency 57~63 Hz Inrush 50 A at nominal input (max cold start) Leakage 3.0 ma at 220 Vac Efficiency Up to 90% Input protection Double pole 15 A fuse / 250 Vac Undervoltage Overvoltage DC Output Nominal voltage 53.3 Vdc Adjustment range Vdc Output current 30 A max Line regulation + 1.0% Max over entire input range Load regulation + 1.0% Max Temperature + 1.0% Max regulation Ripple and noise <250 mv, p-p, (10 Hz - 14 MHz) Over current % Output projection Overvoltage < 57.5 Vdc (recycle input to reset) thermal shutdown battery temperature compensation Battery Configuration General Specifications MTBF Operating temp Storage temp Humidity Cooling Altitude Enclosure H x W x L Interface 4 x 12V 18 AH (not included) 100,000 hours -30 to +50 C -40 to +75 C 10-90% non-condensing Convection cooling 2,000 m 645 x 400 x 245 mm GUI, input dry contact, alarm Standards Electrical safety IEC , UL EMC EN Class A (conducted) IEC (electrostatic discharge) IEC (radiated immunity) IEC (fast transients) IEC (surge immunity) IEC (conducted immunity) IEC (voltage dips) IEC (voltage interruptions) Harmonics EN Class D Enclosure IP 55 Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Small Cell Power Series Outdoor Power Cabinet DORS430K 30A 54Vdc 220Vac English

44 SMALL CELL POWER SYSTEM Small Cell Power Series Outdoor Power Cabinet KLTE-430D 30 A 54 Vdc 220 Vac Small Cell Power Series Outdoor Power Cabinet for 4G and LTE mobile networks. Wall or Pole mounted IP 65 cabinet with outdoor rectifier. External battery optional. FEATURES High efficiency Efficiency up to 90% Wide input voltage range Vac 1ph High operating temperature range Operating -30 to +50 C Reliable convection cooling Compact Outdoor Cabinet Wall or poll mount IP65 AC utility outlet Monitoring Full feature status and alarms Dry contact alarm LED alarm indicators Worldwide certifications UL, CE and NEBS Level 3 keatecenergy.com

45 SPECIFICATIONS SMALL CELL POWER SYSTEM Small Cell Power Series Outdoor Power Cabinet KLTE-430D 30 A 54 Vdc 220 Vac AC Input Nominal 220 Vac 1 ph Range Vac Frequency 47~63 Hz Inrush 20 A at nominal input (max cold start) Current 10 A at nominal input (max continuous) Leakage 3.5 ma at 264 Vac Efficiency Up to 90% Input protection Double pole 15 A fuse / 250 Vac Undervoltage Overvoltage DC Output Nominal voltage Adjustment range Output current Line regulation 53.3 Vdc Vdc 30 A max + 0.5% Max over entire input range Load regulation + 0.5% Max Temperature + 0.5% Max regulation Ripple and noise <250 mv, p-p, (10 Hz - 14 MHz) Over current % Output projection Overvoltage < 59 Vdc (recycle input to reset) Thermal shutdown Battery temperature compensation Battery Configuration General Specifications MTBF Operating temp Storage temp Humidity Cooling Altitude Rectifier H x W x L Communication Interface External (not included) 150,000 hours -30 to +50 C -40 to +85 C 10-90% non-condensing Convection cooling 3,000 m 362 x 250 x 232 mm High signal indicates DC is within regulation RS485, TCP/IP, Dry Contact Alarm Standards Electrical safety IEC , UL EMC EN Class A (conducted) IEC (electrostatic discharge) IEC (radiated immunity) IEC (fast transients) IEC (surge immunity) IEC (conducted immunity) IEC (voltage dips) IEC (voltage interruptions) IEC (fluctuations & flicker) Harmonics EN Class D Environment NEBS Level 3 Certification UL, CE LVD, CB Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Small Cell Power Series Outdoor Power Cabinet KTLE 430D 30A 54Vdc 220Vac English

46 VRLA AND AGM BATTERY GENERAL FEATURES Valve Regulated - Sealed Construction Valve regulated lead acid and AGM batteries are rechargeable and designed for safe, trouble free operation in any position. Ease of Shipment Can be shipped by sea, road or air without special handling and packaging precautions due to their sealed construction. Maintenance Free Operation No need to check the specific gravity of the electrolyte. No requirement to refill electrolyte or add water during normal operation. Cycle or Float Service Suitable for either cycling or floating service Heavy Duty Grids Heavy duty calcium-tin alloy grids extend service life. Compact Design A high power-to-weight ratio battery. Low Self Discharge Lead calcium grids minimize capacity loss during long periods of storage time at room temperature. Wide Operating Temperature Performance over a broad range of ambient temperatures. Impact Resistant Case Impact resistant and non-conductive plastic case. CONSTRUCTION

47 PRINCIPLE OPERATION OF VALVE REGULATED LEAD ACID BATTERY Positive Plate. Negative Plate. Net. PbO2+SO4-+4H + +2e-=PbSO4+H2O - Pb+SO4 +4H + +2e-=PbSO4+H2O - PbO2+2SO4 + 4H + + Pb =2PbSO4+2H2O The gassing and water loss reactions are as follows: Positive Plate. Negative Plate. Net. H2O=2H + +1/2O2+2e - 2H + +2e - = H2 H2O=H2+1/2O2 Note that the gassing reaction generally occurs when the battery is almost totally charged. In the valve regulated battery water loss must be avoided by limiting the escape of hydrogen and oxygen from the battery. Therefore the battery design supports the recombination of the oxygen formed at the positive plate with the hydrogen formed at the negative plate as follows. Negative a. Negative b. Net Negative. Pb+1/2O2+H2SO4=PbSO4 +H2O PbSO4+2H + +2e - =Pb +H2SO4 1/2O2+2H + +2e - =H2O The virtually eliminates the production of free hydrogen at the negative plate during recombination. However it is necessary to ensure that correct charging voltages are used because the construction provides a means of recombining the internally generated hydrogen and oxygen, and suppresses the evolution of hydrogen gas to limit the consumption of water from the electrolyte. Therefore the battery requires no addition of water during its normal life time. Valve regulated batteries are sealed with the exception of a valve that opens when excess pressure builds up inside the battery. The valve automatically reseals itself. The recombination of charge gases is accomplished by allowing oxygen produced at the positive plate to pass through the separator material to the negative plates where the recombination reaction occurs. The valve controls the internal process of the battery to optimize the efficiency of the recombination reaction and minimize the possible expense of electrolyte. NOMINAL CAPACITY The capacity of a battery is the available amount of electrical energy which can be obtained from a fully charged cell. The capacity of a cell is expressed in ampere hours (AH), which is a current-time product. The capacity value is dependent upon the discharge current, the temperature during discharge, the final cutoff voltage and the general history. The nominal capacity of a battery is measured at the 10 hour or 20 hour rate at 25 to a cut-off voltage of 1.75 volts per cell. STORAGE During storage, batteries gradually lose their capacity due to their self-discharge. The self-discharge rate is low and is typically less than 3% per month at 25. Although the self-discharge rate is low, specific precautions must be taken against the battery over self-discharging itself when in storage or not in use. Precautions Against Over Self-discharge a. The batteries should be stored in a clean, cool and dry place b. Storage place should not be affected by sources of radiant heat such as sun, heating units, radiators or steam pipes c. The recommendable storage temperature: 10~20 d. The recommendable storage humidity is as low as possible Charge AdviceStorage Temperature Charging Interval 20 or less 9 months 20~30 6 months 30~40 3 months

48 Temperature above 40 should be avoided. After long term storage, all batteries deliver less than the rated capacity. Full capacity will be obtained after several charge/discharge cycles. For the longest life a battery should be fully charged before being put into storage. Self-Discharge Characteristics Open Circuit Voltage and Remaining Capacity (32 Capacity Retentionratio (%) 40 ( (86 20 (68 5 (41 10 (50 Battery Volts ( ) Storage Time (Months) Capacity (25 ) BATTERY DISCHARGING The capacity of a battery is the available amount of electrical energy which can be obtained from a fully charged cell. The capacity of a battery is expressed in amperehours(ah),which is a current-time product. The capacity value is dependent upon the discharge current, the temperature during discharge, the final cut-off voltage and the general history. The nominal capacity of an battery is measured at the 10 hour or 20 hour rate according to types at 25 to a cut-off voltage of 1.80 volts or 1.75 volts per cell. Battery Selection The battery discharge curve may be utilised in battery selection. However it is suggested that a review is made of the data sheet for each battery size or the chart showing the actual ampere hour capacity of each battery size at various discharge times. Temperature Effect on discharge Capacity The discharge capacity varies according to the temperature during discharge. At low temperature the discharge capacity decreases and at high temperature it increases. the temperature effects on the discharge capacity at various discharge current rates are shown in the graph. Final Acceptable Discharge Voltages The battery cut-off voltage is the volts per cell to which a battery may be discharged safely to maximise battery life, this value is specified according to the actual discharge load and run time. As a rule of thumb, high amp loads and short run times will tolerate a lower cut off voltage, whereas a low amp long run time discharge will require a higher cut off voltage. Terminalv oltage (V) Capacity (%) Discharge Characteristic Curve 3C 2C Discharge current 1C 0.6C Discharge time Cut off Volts/Cell 3CA CA CA CA CA CA C 0.05C 0.27C 0.10C Rating the Capacity at 25 Temperature

49 CHARGING CHARACTERISTICS The characteristics of charging by constant voltage (recommended) are shown in the graph. Standby Use Cycle Use Charge Method Cyclic Operation Float Operation Refresh Charge During Storage 2.40~2.45vpc 2.25~2.30vpc 2.40~2.45vpc Constant Voltage Initial current Initial current Initial current 0.3CA or less 0.3CA or less 0.3CA or less Constant Current Charging current approximately 0.1 CA. Charge time control is also recommended otherwise an overcharge can occur. Not applicable Charging current: approximately 0.1CA Charging Method Ambient Temperature: 25 Note: ensurethe voltage is set correctly. A voltage set too high will increase the corrosion of the positive plates and shorten battery life. A voltage set too low will lead to sulphation of the plates causing loss of capacity and ultimately shortening the life of the battery. BATTERY LIFE Cyclic Use Cycle life is very dependent on the depth of discharge which the battery experiences during each cycle. The number of cycles relating to the depth of discharge is shown in the graph. Effect of Temperature on Charging Voltage Within the normal operating parameters of 20 ~30 voltage compensation for operating temperature may not be necessary. However, to maximise the life of the battery, temperature compensation for operating temperatures outside this temperature range should be considered. Charging voltage compensation for battery temperature: Capacity (%) 100% D.O.D 50% D.O.D 30% D.O.D 1.Float operation: Vt=V-0.003(t-25) 2.Cyclic operation: Vt=V-0.005(t-25) (V=Charging voltage at 25, t=temperature,vt=charging voltage at t ) Number of cycles

50 Floating Use Float use life is very dependent on the temperature at which the battery is float charged. The float life is very long at low temperature (10~20 )but at higher temperature the float life is shortened. Life (Years) Temperature TERMINAL DATA F1 F2 B1 B2 M M M M M M M

51 6-FMH-100 FMH Series For Front Terminal 6-FMH-100 Specifications Nominal Voltage Rated Capacity (20 hour rate) Total Height (with terminals) Dimensions Height length width Weight Characteristics Capacity 77 (25 ) Internal Resistance Capacity affected by Temperature (20hour rate) Self-Discharge 77 (25 ) Max. Discharge Current 77 (25 ) Terminal Charge Cycle (Constant Voltage) Float 12V 100Ah inches(286mm) inches(286mm) inches(395mm) 4.33 inches(110mm) Approx Pound(32.3kg) 20 hour rate (5.0A) 100 Ah 10 hour rate (9.2A) 92 Ah 5 hour rate (16.0A) 80 Ah 1hour rate (60.0A) 60 Ah 15Minute Rate (164A) 41 Ah Full charged Battery 77 (25 ) 4.5 MΩ 104 (40 ) 102% 77 (25 ) 100% 32 (0 ) 85% 5 (-15 ) 65% Capacity after 3 month storage 91% Capacity after 6 month storage 81% Capacity after 12 month storage 60% 800A(5S) M6 Initial Charging Current less than 30A Voltage 14.4~14.7 V / 77 (25 ) Voltage 13.5~13.8V / 77 (25 ) Constant Current Discharge Discharge Curves 77 (25 ) Discharge time Relationship between charge voltage and temperature F.V/Time 5Min 10Min 15Min 30Min 60Min 2H 3H 4H 5H 10H 20H Terminalv oltage (V) (V/6V) (V/12V) (V/CELL) C 1C 0.59C 0.56C CYCLE USE STAND BY USE Ambient temperature ( ) 0.16C 0.09C 0.092C0.05C 0.05C Constant Power Discharge (WATTS PER CELL@25 Cut off voltage V/cell 5min 10min 15min 30min 45min 1h 2h 3h 5h 10h 24h

52 FMH Series For Front Terminal 6-FMH-100 Temperature above 40C should be avoided. After long term storage, the battery capacity will be less than the rated capacity. Full capacity will be achieved after several charge/discharge cycles. For the longest life, the battery should be fully charged before storage. Cycle service life in relation to depth of discharge Constant voltage charge characteristic Charged Volume Current Voltage (%) ( CA) (V) 140 (0.25CA,25 ) Capacity (%) 100% D.O.D D.O.D 50% D.O.D 30% D.O.D CHARGED VOLUME CHARGE VOLTAGE CHARGE CURRENT Number of cycles Charge time(hours) Self-Discharge Characteristics Relationship of OCV and Residual Capacity % (25 ) 0 (32 Capacity (%) 5 (41 10 (50 Residual Capacity ( ) 40 ( (86 20 (68 Storage Time (Months) Temperature effects on capacity Capacity (25 ) Temperature effects float life Capacity (%) CA: Rated Capacity at 25 Life (Years) 6-FMH-100 Temperature Temperature

53 6-FMH-150 FMH Series For Front Terminal 6-FMH-150 Specifications Nominal Voltage Rated Capacity (20 hour rate) Total Height (with terminals) Dimensions Height length width Weight Characteristics Capacity 77 (25 ) Internal Resistance Capacity affected by Temperature (20hour rate) Self-Discharge 77 (25 ) Max. Discharge Current 77 (25 ) Terminal Charge (Constant Voltage) Cycle Float 12V 150Ah inches(288mm) inches(288mm) inches(551mm) 4.33 inches(110mm) Approx.101 Pound(45.9kg) 20 hour rate (7.5A) 150 Ah 10 hour rate (13.8A) 138 Ah 5 hour rate (24.0A) 120 Ah 1hour rate (90.0A) 90 Ah 15Minute Rate (246A) 61.5 Ah Full charged Battery 77 (25 ) 4.0 MΩ 104 (40 ) 102% 77 (25 ) 100% 32 (0 ) 85% 5 (-15 ) 65% Capacity after 3 month storage 91% Capacity after 6 month storage 81% Capacity after 12 month storage 60% 1000A(5S) M6 Initial Charging Current less than 45A Voltage 14.4~14.7 V / 77 (25 ) Voltage 13.5~13.8V / 77 (25 ) Constant Current Discharge Discharge Curves 77 (25 ) Discharge time Relationship between charge voltage and temperature F.V/Time 5Min 10Min 15Min 30Min 60Min 2H 3H 4H 5H 10H 20H Terminalv oltage (V) (V/6V) (V/12V) (V/CELL) C 1C 0.59C 0.56C CYCLE USE STAND BY USE Ambient temperature ( ) 0.16C 0.09C 0.092C0.05C 0.05C Constant Power Discharge (WATTS PER CELL@25 Cut off voltage V/cell 5min 10min 15min 30min 45min 1h 2h 3h 5h 10h 24h

54 FMH Series For Front Terminal 6-FMH-150 Temperature above 40C should be avoided. After long term storage, the battery capacity will be less than the rated capacity. Full capacity will be achieved after several charge/discharge cycles. For the longest life, the battery should be fully charged before storage. Cycle service life in relation to depth of discharge Constant voltage charge characteristic Charged Volume Current Voltage (%) ( CA) (V) 140 (0.25CA,25 ) Capacity (%) 100% D.O.D D.O.D 50% D.O.D 30% D.O.D CHARGED VOLUME CHARGE VOLTAGE CHARGE CURRENT Number of cycles Charge time(hours) Self-Discharge Characteristics Relationship of OCV and Residual Capacity % (25 ) 0 (32 Capacity (%) 5 (41 10 (50 Residual Capacity ( ) 40 ( (86 20 (68 Storage Time (Months) Temperature effects on capacity Capacity (25 ) Temperature effects float life Capacity (%) CA: Rated Capacity at 25 Life (Years) 6-FMH-150 Temperature Temperature

55 6-GFMH-180 FMH Series For Front Terminal 6-GFMH-180 Specifications Nominal Voltage Rated Capacity (10 hour rate) Total Height (with terminals) Dimensions Height length width Weight 12V 180Ah 12.4 inches(320mm) 12.4 inches(320mm) 21.5 inches(546mm) 4.92 inches(125mm) Approx Pound(53kg) Discharge Curves 77 (25 ) Terminalv oltage (V) C 1C 0.59C 0.56C 0.16C 0.09C 0.092C0.05C 0.05C Characteristics Capacity 77 (25) Internal Resistance Capacity affected by Temperature (20hour rate) Self-Discharge 77 (25) Max. Discharge Current 77 (25) Terminal Charge Cycle (Constant Voltage) Float 20 hour rate (9.0A) 180Ah 10 hour rate (16.5A) 165Ah 5 hour rate (28.8A) 144Ah 1hour rate (101A) 101Ah 15Minute Rate (295A) 73.8Ah Full charged Battery 77 (25) 4mΩ 104 (40) 102% 77 (25) 100% 32 (0) 85% 5 (-15) 65% Capacity after 3 month storage 91% Capacity after 6 month storage 81% Capacity after 12 month storage 60% 1050A(5S) M8 Initial Charging Current less than 54A Voltage 14.4~14.7 V / 77 (25) Voltage 13.5~13.8V / 77 (25) Relationship between charge voltage and temperature (V/6V) (V/12V) (V/CELL) Discharge time CYCLE USE STAND BY USE Ambient temperature () Constant Current Discharge 6-GFMH Constant Power Discharge (WATTS PER CELL@

56 FMH Series For Front Terminal 6-GFMH-180 Temperature above 40C should be avoided. After long term storage, the battery capacity will be less than the rated capacity. Full capacity will be achieved after several charge/discharge cycles. For the longest life, the battery should be fully charged before storage. Cycle service life in relation to depth of discharge Constant voltage charge characteristic Charged Volume Current Voltage (%) ( CA) (V) 140 (0.25CA,25 ) Capacity (%) 100% D.O.D D.O.D 50% D.O.D 30% D.O.D CHARGED VOLUME CHARGE VOLTAGE CHARGE CURRENT Number of cycles Charge time(hours) Self-Discharge Characteristics Relationship of OCV and Residual Capacity % (25 ) 0 (32 ) Capacity (%) 5 (41 ) 10 (50 ) Residual Capacity ( ) 40 (104 ) 30 (86 ) 20 (68 ) Storage Time (Months) Temperature effects on capacity Capacity (25 ) Temperature effects float life Capacity (%) CA: Rated Capacity at 25 Life (Years) GFMH-180 Temperature Temperature

57 BATTERY NiCd Battery Te hnolo FEATURES ominal. Ah ated at C5 ( C) M - esigned for Medium discharge rate of 0.5 t A.5 t A L - esigned for a discharge rate lower than 0.5 t A State-of-the-art automated manufacturing ensures consistency and reliability. icd batteries have a service life much longer than that of Lead Acid batteries, which suffer from lead plate shedding and internal corrosion. icd batteries are widely used for outdoor applications because they operate reliably at temperatures up to + 0 C. keatecenergy.com

58 BATTERY KGL Series NiCd Gas Recombination Battery Maintenance free KGL Series Ni- Cd rechargeable batteries use negative oxygen recombination technology and gas recombination vent plugs. State-of-the-art automated manufacturing ensures consistency and reliability. Designed for a discharge rate lower than 0.5 I t A FEATURES Ah Rated at C5 (20 +/- 5 o C) Nominal 1.2 V Long Life Ultra-low water consumption due to high gas recombination efficiency and vent plug technology Pocket plates and internal frames made of steel do not react with the electrolyte Service life can exceed 25 years with virtually no internal corrosion 2,000 cycles with at most a single replacement of electrolyte Operation at Extreme Temperatures -40 C to +60 C Top Quality Materials Plates - horizontal pockets of double perforated steel strips Separator is polypropylene fiber Nickel plated steel terminals Translucent plastic container Easy Handling Maintenance free Top access terminals Flip top vent caps keatecenergy.com

59 SPECIFICATIONS BATTERY KGL Series NiCd Gas Recombination Battery Model C5 Rated Capacity Ah Nominal Voltage Dimensions H x W xl mm Weight kg Terminals Threading Container Material KGL x 134 x x M10 PP KGL x 134 x x M10 PP KGL x 134 x M16 PP KGL x 134 x M16 PP KGL x 134 x M16 PP KGL x 141 x M10 PP KGL x 141 x M10 PP KGL x 141 x M10 PP KGL x 165 x M20 PP KGL x 171 x M20 PP KGL x 171 x M20 PP KGL x 170 x M20 PP KGL x 170 x M20 PP KGL x 276 x x M16 PP KGL x 276 x x M16 PP KGL x 276 x x M16 PP KGL x 291 x x M20 MBS KGL x 291 x x M20 MBS Compliance IEC Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS KGL Series NiCd Gas Recombination Battery English

60 BATTERY KGM Series NiCd Gas Recombination Battery Maintenance free KGM Series Ni- Cd rechargeable batteries use negative oxygen recombination technology and gas recombination vent plugs. State-of-the-art automated manufacturing ensures consistency and reliability. Designed for a medium discharge rate of 0.5 I t A ~ 3.5 I t A FEATURES Ah Rated at C5 (20 +/- 5 o C) Nominal 1.2 V Long Life Ultra-low water consumption due to high gas recombination efficiency and vent plug technology Pocket plates and internal frames made of steel do not react with the electrolyte Service life can exceed 25 years with virtually no internal corrosion 2,000 cycles with at most a single replacement of electrolyte Operation at Extreme Temperatures -40 C to +60 C Top Quality Materials Plates - horizontal pockets of double perforated steel strips Separator is polypropylene fiber Nickel plated steel terminals Translucent plastic container Easy Handling Maintenance free Top access terminals Flip top vent caps keatecenergy.com

61 SPECIFICATIONS BATTERY KGM Series NiCd Gas Recombination Battery Model C5 Rated Capacity Ah Nominal Voltage Dimensions H x W xl mm Weight kg Terminals Threading Container Material KGM x 134 x M16 PP KGM x 134 x M16 PP KGM x 134 x M16 PP KGM x 141 x M16 PP KGM x 141 x M16 PP KGM x 141 x M16 PP KGM x 165 x M20 PP KGM x 165 x M20 PP KGM x 167 x M20 PP KGM x 167 x M20 PP KGM x 170 x M20 PP KGM x 200 x x M16 PP KGM x 200 x x M16 PP KGM x 278 x x M16 PP KGM x 291 x x M20 MBS KGM x 291 x x M20 MBS KGM x 291 x x M20 MBS KGM x 291 x x M20 MBS Compliance IEC Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS KGM Series NiCd Gas Recombination Battery English

62 BATTERY h on Battery Te hnolo FEATURES Maintenance free rack mounted Lion rechargeable batteries are ideal for Telecom applications. Lithium-ion (Lion) batteries deliver high power density, deep cycling capability and a service life much longer than that of Lead Acid batteries. Lion batteries also accept high charge currents and recharge very quickly. Unlike Lead Acid Batteries, Lion Battery packs precisely control the charging process through an on-board Battery Management System (BMS) that communicates with the charging device. Lion batteries are maintenance free and ultimately deliver the lowest total cost of ownership. Lion can be used for outdoor applications because they discharge reliably at temperatures up to +55 C and can be recharged at temperatures up to +40 C. State-of-the-art automated manufacturing ensures consistency and reliability. keatecenergy.com

63 BATTERY LBT Series LiFePo Battery 48 Vdc 50 Ah LBT Series maintenance free rack mounted Lithium-ion rechargeable batteries are ideal for Telecom applications. State-of-the-art automated manufacturing ensures consistency and reliability. Lifetime of up to 15 years, or 6,000 cycles 80% SoC. FEATURES Battery Management System (BMS) State of charge and health management PC management and monitoring software RS232 and RS485 communications Alarms Data storage Operation at Extreme Temperatures Charging 0 C to +50 C Discharging 0 C to +60 C Easy Handling Rack mount - 19 inch Height - 3U Parallel up to 15 batteries Options LCD display screen keatecenergy.com

64 SPECIFICATIONS BATTERY LBT Series LiFePo Battery 48 Vdc 50 Ah LBT 4850 Nominal voltage 51.2 Vdc Nominal capacity 50 Ah / 2.56 kwh (0.2 C, to 43.2 V, at 25 C) Charging cut-off voltage 58.4 Vdc Discharging cut-off voltage 40 Vdc Standard charging current 10 A Max charging 50 A Standard discharging current 10 A Max discharging current 50 A BMS power consumption < 1.5 W H x W x D mm x 480 x Weight kg 27 Discharging temperature 0 to +60 C Charging temperature 0 to +50 C Storage temperature 15 to 25 C Humidity < 80 % Environment IP 30 Protection Over-current, over-voltage, under-voltage, over-temperature, short-cicuit Parallel up to 15 Communications RS232, RS485 Monitoring PC Software (RS 485 or Modbus) Standards IEC 62619, IEC 21A/556CD, RoHS, UN/DOT 38.3, EN , EN , EN 55032, EN55024 Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Keatec LBT Series LiFePo Battery 48V 50A English

65 BATTERY LBT Series LiFePo Battery 48 Vdc 100 Ah LBT Series maintenance free rack mounted Lithium-ion rechargeable batteries are ideal for Telecom applications. State-of-the-art automated manufacturing ensures consistency and reliability. Lifetime of up to 15 years, or 6,000 cycles 80% SoC. FEATURES Battery Management System (BMS) State of charge and health management PC management and monitoring software RS232 and RS485 communication Data storage Alarms Operation at Extreme Temperatures Charging 0 C to +50 C Discharging 0 C to +60 C Easy Handling Rack mount - 19 inch Height - 5U Parallel up to 15 batteries Options LCD display keatecenergy.com

66 SPECIFICATIONS BATTERY LBT Series LiFePo Battery 48 Vdc 100 Ah LBT Nominal voltage 51.2 Vdc Nominal capacity 100 Ah / 5.12 kwh (0.2 C, to 43.2 V, at 25 C) Charging cut-off voltage 58.4 Vdc Discharging cut-off voltage 40 Vdc Standard charging current 20 A Max charging 50 A Standard discharging current 20 A Max discharging current 50 A BMS power consumption < 1.5 W H x W x D mm x 480 x 385 Weight kg 48 Discharging temperature 0 to +60 C Charging temperature 0 to +50 C Storage temperature 15 to 25 C Humidity < 80 % Environment IP 30 Protection Over-current, over-voltage, under-voltage, over-temperature, short-cicuit Parallel up to 15 Communications RS232, RS485 Monitoring PC Software (RS 485 or Modbus) Standards IEC 62619, IEC 21A/556CD, RoHS, UN/DOT 38.3, EN , EN , EN 55032, EN55024 Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Keatec LBT Series LiFePo Battery 48V 100A English

67 PROFESSIONAL SERVICES Preventative Maintenance - Batteries UPS runtime can be greatly reduced by a single degraded battery that adversely affects the performance of the entire string PROFESSIONAL SERVICES Battery state-of-health testing Discharge testing Temperature checks Inspection for leaks and corrosion Clean and tighten connections - UPS availability and performance improves when its supported by healthy batteries - Costly emergency repairs and lost business revenue are avoided when batteries are proactively replaced before a failure - Best practices are followed with the removal and recycling of spent batteries keatecenergy.com

68 PROFESSIONAL SERVICES Preventative Maintenance - Batteries Cycle life is very dependent on the depth of discharge which the battery experiences during each cycle. Float use life is very dependent on the temperature at which the battery is float charged. Float use life is longer at low temperatures (10~20 0 C) but at higher temperatures float use life is shortened. FACTORS AFFECTING BATTERY LIFE AND PERFORMANCE x - Charging at high or low voltage x - Low or excessive charge current x - High room temperatures x - Overcharging or undercharging x - Loose interconnections between batteries in the string x - Improper maintenance - Lead acid batteries lose capacity (runtime) based on age, usage and operating temperature. - Every time a battery is discharge, it shortens the remaining lifetime. - Typically lead acid batteries start to lose capacity and fail within 3-5 years. - Lead acid batteries are electrochemical devices that require regular checks and maintenance. - Discharging and charging of a lead acid battery is an electrochemical process that ultimately results in the destruction of the lead plates (shedding) and the degradation of the electrolyte liquid. - A high battery cell temperature indicates severe internal issues and that battery replacement is required. Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Keatec Services - Preventative Maintenance - Batteries English

69 PROFESSIONAL SERVICES Integration of Power Solutions PROFESSIONAL SERVICES Site Audits, Needs Analysis and System Design Integration of DC Power Plant with Distribution Integration of AC UPS with Distribution Custom Outdoor Power System Enclosures Custom Indoor Battery Racks and Outdoor Enclosures - Free up key resources with delivery of a turnkey system - Accelerate your schedule by having systems manufactured in parallel with site works - Decrease rework and time spent at remote sites with pre-tested systems - Increase quality and finish with factory manufactured enclosures - Factory applied paint can extend the service lifetime of outdoor enclosures Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Keatec Services - Integration of Power Solutions English keatecenergy.com

70 PROFESSIONAL SERVICES System Capacity and Performance Audit Businesses grow, technology changes, and eventually systems require upgrading or replacement PROFESSIONAL SERVICES System Capacity Audit Performance Review Upgrade Assessment Fault Cause Discovery Surge and Ground Protection Review Cooling System Review - Eliminate faults and performance issues causing downtime and lost revenue. - Cost-effectively extend the life of assets with an upgrade or expansion. - Enhance bottom line performance by enhancing system efficiency and reliability. - Restore system to full backup runtime with fresh batteries. Keatec Energy. All rights reserved. Keatec Energy reserves the right to change specifications without notice. DS Keatec Services - System Capacity and Performance Audit English keatecenergy.com