Preview only show first 10 pages with watermark. For full document please download

Similar Pages

   EMBED


Share

Transcript

MARKETED BY 1800 Roswell Road, Suite 2200 Marietta, GA 30062 888-823-0954 EP-EV8D-330A-AT Energy Power EV Series Batteries provide superior performance, capacities and reliability. Using state of art dry cell technology the EV series is designed for environmentally sensitive areas that require enhanced cycle life capabilities in commercial, industrial, residential, and private applications. The maintenance free (VRLA) construction and advanced design features makes the EV Series the definitive choice for a wide variety of markets; solar and renewable energy storage; electric vehicle and golf cart; industrial equipment, floor machines, forklifts, aerial lifts, and robotics; marine, RV, and no-idle solutions; mobility and medical equipment; telecom, broadband and cable TV; UPS systems. FEATURES AND BENEFITS Deep Cycle AGM Battery                             • QC/T 742-2006, GB/T18332.1-2009 • High density lead paste and specialized paste formula for deep cycle application.        • High strength ABS or PP case & cover and valveregulated construction.        • Maintenance-free. High capacities.         • ISO, OHSAS18001, UL, CE          • The Energy Power, EV Battery Series along with our factories are certified to multiple standards:       • Environmentally friendly, classified as “Non-Spillable Battery” for transportation. Complies with DOT CFR 49.173.   POS  NEG POS             6WXG            SAE 6WXG SAE SAE  0 6WXG 6WXG   101515ev-v5c  0 0 0   NEG SAE    • Exceptional adaptability to operate at high and low temperature environments. POS NEG  • High tin alloy grids offer: Less gassing, High corrosionresistant, Low self discharge, Alloy sheeting material for deep cycle applications. SAE 6WXG   NEG   0   POS POS       NEG • Durable copper and stainless steel terminals for high electric conductivity. • Excellent cycle life: 80% DOD 800 cycles. • Exclusive electrolyte formula and separator, for protecting the electrolyte density from stratification. • Superior design allows for fast charge acceptance and resistance to over-discharge. © Copyright 2015 Energy Battery Group • 1800 Roswell Road, Suite 2200, Marietta, GA 30062 • 888-823-0954 • Fax: 404-255-7122 MECHANICAL CHARACTERISTICS 528/20.8 İFullyChargedbattery 25ć 2.5mOhms InternalResistance Approx 3% 282/11.1 of capacity per month@68°F/20ć Self Discharge 282/11.1 3% of capacity per month@68°F/20ć Self Discharge 229/9.0 1600A@0°F/-18ć 2030A@32°F/0ć Cranking Amps 229/9.0 1600A@0°F/-18ć 2030A@32°F/0ć Cranking Amps 2475A(5s) 250/9.8 MaxDischarge 2475A(5s) 250/9.8 MaxDischarge 740Min @25A F.V.(1.75V/Cell) 82.9/182.8 ReserveCapacity 740Min 12 0 @25A F.V.(1.75V/Cell) voltage charge characteristic ReserveCapacity 82.9/182.8 @75A F.V.(1.75V/Cell) 210Min AT (0.25CA,25 C) (80°F/27ć) 210Min AT 10 0 @75A F.V.(1.75V/Cell) (80°F/27ć) PP Cycle use Initial Charging Current: 99A,2.40-2.45VPC Charging(25ć) PP Cycle use80 Initial Charging Current: 99A,2.40-2.45VPC Charging(25ć) 6 cell CHARGED VOLUME (Constant Voltage) Float use 2.20-2.30VPC 6 cell (Constant Voltage) Float use60 2.20-2.30VPC 12 V CHARGE VOL TAG E 80% D.O.D . 50%D.O.D . 20%D.O.D . 12 V o 0.10 12.0 40 ELECTRICAL CHARACTERISTICS 0.05 100 0.20 80 Voltage 4 0 o o AmpHours $H #77) 5& o o 6 8 10 12AmpHours $H #77) 5& 14 16 18Constant 2 0 voltage charge characteristic (0.25CA,25 C) Charging 10HR time (hours) (% ) (XCA ) (V ) 20HR 2HR 5HR 3HR 20HR 140 10HR 2HR 5HR 3HR 330 300 220 260 250 330 120 0.25 300 15.0 220 260 250 CHARGED VOLUME Current  0 Finalvoltage 0 2  Finalvoltage 175V&ell  175V&ell  0 20 1HR 1HR 182 182 o CHARGE VOL TAG E 14.0 0.15 600 CHARGE / DISCHARGE TABLES & GRAPHS 0.10 12.0 0.05 20 025 100 020 80 015 60 010 40 20 005 0 0 12 0 10 0 Voltage 13. 5 CHARGED VOLUME 11.150 5 CHARGE VOL TAG 13E 140 11 1300 10 20 30 40 50 60 12. 70 5 80 60 90 40 12 CHARG ING &URRENT 110 70 600 1200 11 0 10 20 30 40 50 60 2400 1800 4 80 90 3600 3000 4200 9.6 7.2 4.8 2.4 Capacity  90 14.4 80 13.8 70 13.2 60 9.2 8.8 40 oC 50 40 6.9 6.6 4.6 4.4 30 oC CY CL STAN 2.3 2.2 -10 20 oC 0 10.4 7.8 5.2156 2.6104 78 52 26 US E 10.0 15.0 7.5 5.0150 2.5100 75 50C L E25 14.4 9.6 7.2 4.8144 2.4 96 72 48 13.8 9.2 6.9 4.6138 2.3 92 69 EU S 15.6 E D BY 10 13.2 20 8.830 6.6 404.4132 2.2 5088 60 66 Ambient temperature (oC) 024681012141 61820 Storage timemonths -10 0 CY STAN 46 44 US CY D BY US E 23 22 E U STAN DBY U SE SE 20 40 oC 30 oC 20 oC 0102030405060708090100 Relative state of charge   0 2 4 6 8 10 12 14 16 18 Storage time: months 20 12 0 60 10 0 40 20 0 11 12 14 16 18 Storage time: months 0.1 C 0.2 C 80 -20 -10 10 010 10 20 30 40 2030 50 60 40o 50 60 Ambient temperatureAmbient (oC) temperature C To ensure safe and efficient operations always refer to the latest edition of our Technical Manual, as published on our Web site. All specifications subject to change without notice. 101515ev-v5c CL E 24 10 TEMPERATURE EFFECTS ON CAPACITY Capacit y (% ) 2.5 Capacit y (% ) 5.0 9V 7.5 9&ELL 10.0 110 9V 10 15.0 0 (V/CELL ) 9V (V/CELL ) 2.6 (V/4V ) 92V (V/4V ) 5.2 (V/6V ) (V/6V ) 7.8 8 50 40 100 12 7011 5 12 0 RELATIONSHIP BETWEEN CHARGING VOLTAGE AND 10 0 TEMPERATURE (V/8V ) (V/8V ) 10.4 (V/12V ) (V/12V ) 15.6 20 oC 90 6 80 Relative state of charge (%) SELF-DISCHARGE CHARACTERISTIC 30 C 10 0 12 5 Number ofcyc les cycles 70 4200 13 5 60 0 3600 2400 600 1200 1800 3000 RELATIONSHIP OF OCV AND Number of cyc les(cycles) STATE OF CHARGE (25°) 110 13o 40 oC 20 11. 5 0 0246810121416182 Charging time  Kours 0 80 20D2'  40 0 2 100 20%D.O.D . 20 50 50D2'  80 DO'  80% D.O.D . 50%D.O.D . 40 110 60 80 Relative state of charge (%) 120 60 10 0 CYCLE TO 2 4 6SERVICE 8 10 12 LIFE 14 16 IN 18 RELATION 20 Charging time (hours) DEPTH OF DISCHARGE 90 Constant voltage charge characteristic o  025CA25C  ;CA 12 9 120 0 Battery voltage(V ) 140 Current Charged 0 0 CHARGE CHARACTERISTIC CURVE 13 12. 5 CHARG ING CURRENT 11.0 Capa city  Volume Battery voltage(V ) 40 13. 5 13.0 Capacity(% ) 60 o o Minutesof'ischarge#80) 7& 2400 1200 1800 3000 o3600 o 4200 12 0 Minutesof'ischarge#80) 7& Number #25A of cyc les(cycles) #75A 10 0 #75A #25A 210 740 80 210 740 Capa city(%) CHARG ING CURRENT 11.0 Charged Volume 20 40 Battery voltage V 13.0 60 330Ah@20hourrateFV 175VCell 330Ah@20hourrateFV 175VCell İFullyChargedbattery 25ć 2.5mOhms NominalCapacity NominalCapacity InternalResistance Approx Capacity(% ) Voltage Current Charged Volume Length(mm/inch) Width mminch Width mminch  Height(mm/inch)  Height(mm/inch) Total Height(mm/inch) Total Height(mm/inch) ApproxWeight(kg/Ibs) ApproxWeight(kg/Ibs) Constant Terminal (% ) (XCA ) (V ) Terminal 140 Container material Container 120 0.25 material 15.0 Cells 100 Cells 0.20 14.0 Nominal Voltage 80 Nominal 0.15 Voltage 8D 8D 528/20.8 Capa city(%) Industry Type  No.   Type Industry   Length(mm/inch)No. ELECTRICAL CHARACTERISTICS 0.1 C 0.2 C 80 1.0 C 260.0 C 1.0 C 40 2.0 C 0 20 10 20 Temperature ( oC) 0 -20 -10 30 40 0 10 20 Temperature ( oC) 50 30 40 Germany THE INTERNATIONAL CERTIFICATION NETWORK ISO9001:2008 MH25860 THE INTERNATIONAL CERTIFICATION NETWORK ISO9001:2008 50 tested G4M19906-9202-E-16 MH25860 Germany tested G4M19906-9202-E-16 © Copyright 2015 Energy Battery Group • 1800 Roswell Road, Suite 2200, Marietta, GA 30062 • 888-823-0954 • Fax: 404-255-7122