PD Powersafe V

PRODUCT GUIDEPublication No: EN-V-PG-001 February 2003 Contents Introduction Introduction 2 This product guide covers the The use of gas recombination PowerSafe V range and is designed to technology for valve regulated lead Range Summary 3 help you select the most appropriate acid batteries has totally changed the battery for your particular application. concept of standby power. Technology 4 Technical information includes detailed This technology provides the user with discharge performance data for each the freedom to use lead acid batteries Construction 5 model and advice on calculating the in a wide range of applications. correct battery size. Selection of Battery Size 6 The minimal level of gas evolution Enersys has earned an international allows battery installation in cabinets Performance Data 7-26 reputation for quality and reliability or on stands, in offices or near main based on more than 100 years’ equipment, thus maximising space Operating Characteristics 27 experience in the manufacture of utilisation and reducing storage and batteries, and is at the forefront of new maintenance costs. Operating Instructions and product design to meet customer’s Guidelines 28 increasing technical requirements. PowerSafe V delivers superior performance whilst occupying less Installation and Commissioning The new PowerSafe V range of valve space than conventional standby Charge 29 regulated lead acid batteries has been power batteries. The use of V0 rated, designed specifically for use in flame retardant, ABS plastic for the Battery Storage 30 applications which demand the highest thick wall containers and lids offers levels of security and reliability. high mechanical strength with Battery Accommodation 31 With proven compliance to the most excellent safety features. rigorous international standards, PowerSafe V is recognised worldwide as the premium battery for Telecom/IT applications. PowerSafe’s reputation for long service life, combined with excellent high rate performance, also makes it the number one choice for high integrity, high specification UPS systems. 2 www.enersysinc.com Publication No: EN-V-PG-001 February 2003 Range Summary Nominal Capacity Dimensions (mm) Terminals (Ah) @ 20°C Cell Nominal C10 to C3 to Length Width Overall Typical Type Number Thread Short Circuit Internal Type Voltage 1.80Vpc 1.80Vpc Height (over Weight Size Current Resistance (V) Insulation) (kg) (A) (mΩ) 12V20 12 22 18 166 125 176 9.8 female 2 M5 1482 8.5 12V35 12 35 30 166 156 203 14.3 female 2 M5 1680 7.5 12V45 12 46 39 218 164 220 18.9 female 2 M6 2019 6.24 12V55 12 56 48 271 164 220 22.9 female 2 M6 2470 5.1 12V70 12 68 60 314 164 220 26.7 female 2 M6 2550 4.94 12V80 12 79 69 360 164 228 31.5 female 2 M6 3500 3.6 4V105 4 103 80 202 191 235 16.5 male 2 M8 3571 1.12 6V105 6 103 80 202 191 235 22.0 male 2 M8 5310 1.13 6V130 6 132 108 243 206 234 27.9 female 2 M8 4846 1.3 4V155 4 154 120 202 202 228 23.0 male 4 M8 4802 0.833 6V155 6 154 120 292 202 228 33.0 male 6 M8 4800 1.25 6V165/2 6 173 139 296 204 234 34.1 female 2 M8 5728 1.1 6V165/6 6 173 139 296 204 240 35.0 female 6 M8 5000 1.2 2V200 2 200 148 110 208 260 13.9 female 2 M8 5833 0.36 4V230 4 231 180 292 202 228 32.5 male 4 M8 7207 0.555 2V275 2 275 204 142 208 260 18.5 female 2 M8 7000 0.3 2V310 2 308 240 202 202 228 23.0 male 4 M8 9259 0.216 2V320 2 320 269 195 208 242 22.0 female 4 M8 10000 0.2 2V350 2 350 264 195 208 260 24.0 female 2 M8 8750 0.24 2V400/2 2 400 297 195 208 260 26.2 female 2 M8 9545 0.22 2V400/4 2 400 297 195 208 260 27.0 female 4 M8 11052 0.19 2V460/4 2 462 360 292 202 228 32.5 male 4 M8 10929 0.183 2V460/6 2 462 360 292 202 228 33.0 male 6 M8 10929 0.183 2V500/2 2 500 372 238 208 260 32.5 female 2 M8 11667 0.18 2V500/6 2 518 417 296 204 240 34.7 female 6 M8 16154 0.13 4V525* 4 524 410 527 266 215 75.0 male 4 M12 7273 0.55 6V525* 6 524 410 527 431 215 117.0 male 6 M12 7203 0.833 6V590* 6 590 461 527 431 215 126.0 male 6 M12 8108 0.74 2V785* 2 786 615 527 266 215 58.0 male 4 M12 10811 0.185 2V915* 2 917 718 527 266 215 66.5 male 4 M12 12658 0.158 2V1050* 2 1048 820 527 266 215 75.0 male 4 M12 14388 0.139 2V1575* 2 1573 1230 527 431 215 117.0 male 6 M12 21622 0.0925 2V1770* 2 1769 1384 527 431 215 126.0 male 6 M12 24331 0.0822 *Horizontal installation only. Dimensions as installed. www.enersysinc.com Publication No: EN-V-PG-001 February 2003 3 because the recharge of the positive A I T T T E T electrode is not as efficient as the negative. period. electrolysis of water occurs to produce hydrogen from the negative electrode and oxygen A from the positive electrode. This equivalent value is then subtracted from this reaction instead of hydrogen generation which would the total ampere hours taken by the battery during the test occur in a flooded cell. If this process was 100% efficient no water would be lost from the cell. and the remainder is the battery’s recombination efficiency and is usually expressed as a percentage. self-regulating valve. the negative and recombines to form water. The volume of gas emitted is very small and typical average values on constant potential float at 20°C are as follows: PowerSafe V hydrogen emissions Float voltage Volume of gas emitted (V) (ml per cell per C3 Ah per month) 2. Therefore. + -- E M 02 P N P N O E O E However. This means that water is lost S G from the cell and regular topping up is needed.7 2. conditions by measuring the volume of hydrogen emitted from the battery and converting this into its ampere hour The current flowing through the negative electrode drives equivalent. Recombination efficiency 2e. P P R P T P L L L A 02 L At the same time that oxygen is evolved from the positive A O A A A T T T T T electrode. some hydrogen gas is By careful design and selection of cell components. This process is called gas recombination.40 24. This means that I I 02 I R I V V P V V oxygen is evolved from the positive plate before hydrogen is E E E A E A evolved from the negative plate.enersysinc. + -. conditions are ideal Oxygen and hydrogen escape to the Oxygen from the positive plate transfers to for a rapid reaction between lead and oxygen: atmosphere. evolution of oxygen and hydrogen gases does not P S G S G I A S A occur simultaneously. oxygen is electrochemically reduced on the negative electrode according to the following formula.28 3. a substantial amount of highly active spongy lead E R E E O E exists on the negative electrode before it commences R hydrogen evolution. emitted from PowerSafe cells and batteries through the gas recombination between 95% to 99% is achieved.+ 2H+ + 1/2 O2 ➝ H2O Recombination efficiency is determined under specific and the final product is water.com Publication No: EN-V-PG-001 February 2003 . As recombination is never 100%. providing oxygen can be Conventional cell PowerSafe V transported to the negative electrode.0 4 www. ie. Technology How gas recombination works Principle of the oxygen reduction cycle 02 Liquid When a charge current flows through a fully charged H2 electrolyte Electrolyte in absorptive glass mat conventional lead acid cell. 6 4 Rugged super-thick positive plates Grids designed to resist corrosion and prolong active life. highly resistant to shock and vibration. 4 5 5 Balanced negative plates 7 Ensure optimum recombination efficiency. 6V105 6 Tough flame retardant cell box Thick-wall V0 rated ABS plastic.enersysinc. 12V80 The electrolyte is absorbed within this material. 2 7 Separators Low resistance microporous glass fibre.Construction 2 1 High conductivity pillars 3 Threaded brass insert for maximum conductivity and ease of installation. 2 High integrity pillar seal Compression grommet designed for long life. 3 1 6 4 7 5 2V1050 6 3 5 7 1 2 4 www.com Publication No: EN-V-PG-001 February 2003 5 . 1 3 Self-regulating relief valve Low pressure non-return valve prevents ingress of atmospheric oxygen. 2V320. 383 volts battery and requiring 102 amps constant current will operate minimum.28Vpc = 213 cells.2V310 cells. cell performance requirement is 102 amps (4) Hence cell performance requirement is 156. 6V130 monobloc is the smallest available size to use. (2) Minimum volt per cell METHOD 383/213 = 1.enersysinc. 112 amps x 0. on 2V310 size.80 volts per cell level.80Vpc at 20°C. also the effect of temperature.C.33 watts to constant current to 1. An inverter system requires a D. At 5°C available current output is 130 amps x 0.798 ➝ 1. Constant current discharge Constant power discharge EXAMPLE A.9 = 101 amps.75 volts per cell level (see page 14): (see page 25) relating to 1. To demonstrate constant current calculation and EXAMPLE B.3 kW in the voltage range 486 volts maximum. Hence 2V310 cell size too small! Try the next largest cell size .33 watts per cell. To demonstrate constant power calculation. 24 cells (2) Hence.9. constant power input of A nominal 50V telecommunications system using a 24 cell 33. Calculate the optimum battery size required for 20°C operation for a 1 hour standby period. Conclusion: Use 24-2V320 cells. Selection of Battery Size The following examples are designed to illustrate the method of determining which PowerSafe V cell type will support your required duty load.75Vpc 1. available current output at 20°C is reduced by factor 0.com Publication No: EN-V-PG-001 February 2003 .9 = 117 amps. (3) By reference to constant current performance table (5) By reference to the constant power performance table relating to 1. (1) Minimum allowable volts per cell 42 volts (3) Watts per cell = 1. (b) at 5°C by reference to the table on page 27 of this product guide. Calculate the battery type required for 2 hours standby duration on the basis of: METHOD (a) 20°C operating temperature (1) Number of cells (b) 5°C operating temperature = 486/2. Conclusion: Use 24 . 6 www.75Vpc = 33300 watts / 213 cells = 156.80Vpc. (a) at 20°C 2V310 cell size is smallest available size to use (112 amps available). satisfactorily at a minimum battery terminal volts level of 42 volts.2 hours output is reduced to. Therefore at 5°C . 0 263.0 1092.0 222.9 92.0 244.0 546.7 18.4 11.0 305.8 37.0 341.0 52.0 364.0 531.0 624.4 13.0 160.0 130.4 7.0 633.5 17.0 102.1 28.0 48.0 42.8 20.3 24.7 56.5 31.0 125.0 27.6 51.0 567.0 1152.6 2V1050 2323.60 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.4 258.0 165.0 251.6 11.0 982.0 1896.0 157.0 20.0 343.0 739.6 148.5 35.0 110.0 37.0 16.5 2.1 39.0 409.0 145.2 70.0 357.9 17.8 4.0 219.5 3 4 5 6 7 8 9 10 12 24 12V20 99.0 201.1 15.2 47.0 1453.2 106.0 104.1 31.7 185.0 148.7 91.8 137.0 112.4 38.1 40.4 61.0 38.0 220.0 470.0 1439.0 565.4 37.5 89.0 1696.0 166.3 578.5 450.0 141.0 248.0 83.0 1549.3 6.2 16.0 9.3 24.0 560.0 390.8 20.0 711.0 110.0 224.5 29.0 1264.2 15.0 5.0 140.0 638.4 2V915 2034.0 288.6 www.1 12V55 287.0 31.0 324.0 376.0 291.7 2.1 54.1 40.0 53.7 2V460/4 1000.2 65.0 1892.6 6V105 346.8 24.0 82.3 46.5 54.0 21.0 166.0 95.7 3.0 180.1 2.0 37.0 377.0 423.8 25.0 352.0 229.3 32.0 684.7 32.0 187.1 3.2 65.0 110.0 102.9 37.9 52.0 632.0 198.2 65.4 31.0 208.7 2V400/4 1363.8 34.6 2V500/2 531.7 40.3 3.0 58.9 82.0 305.7 56.9 18.4 37.0 672.0 632.0 12V35 176.0 459.0 37.8 24.1 67.0 105.0 296.0 561.0 185.0 699.0 1239.1 20.5 279.7 32.7 31.0 398.2 9.0 60.0 47.0 1130.8 34.0 433.0 505.0 4.2 81.0 67.8 23.4 106.0 288.3 4V525 1161.0 148.0 119.0 586.5 69.6 55.2 39.0 4V155 515.0 242.5 37.0 657.1 40.7 11.0 15.2 39.1 42.9 70.4 57.0 738.6 11.4 255.0 173.3 12.0 781.0 450.0 341.0 300.0 115.0 12.0 236.0 87.6 205.0 1300.5 8.5 54.0 69.0 458.0 497.0 18.1 52.6 27.0 263.3 6.2 203.8 61.0 144.0 1121.2 77.0 93.6 50.0 73.3 11.6 301.3 34.0 105.1 4.0 27.0 233.8 47.4 78.9 17.1 329.1 43.3 170.0 84.0 678.7 602.0 131.7 14.6 23.1 25.0 594.0 252.0 531.8 2V1575 3484.9 1.0 345.2 52.0 227.0 108.0 763.9 89.0 122.0 688.0 141.0 36.1 40.0 512.0 1424.5 65.0 1107.0 74.0 23.0 199.1 1.0 1514.0 5.3 1.5 370.0 72.0 682.4 27.0 34.7 329.0 14.0 474.6 27.0 93.0 1023.0 181.9 54.0 1318.0 969.0 349.4 452.0 16.9 6V525 1161.9 29.2 12.0 559.0 369.0 972.0 24.3 47.0 64.0 2V785 1742. Discharge Currents (Amperes) at 20°C to 1.0 826.0 1260.9 9.0 141.2 407.7 348.0 8.4 27.enersysinc.7 51.9 30.0 125.0 461.0 23.6 10.0 181.7 156.0 168.0 180.9 70.9 81.0 111.0 97.0 139.0 69.0 1079.0 720.7 18.0 12.0 81.1 6V165/6 634.9 361.0 130.0 209.1 83.0 386.0 186.0 73.4 2V400/2 678.0 234.0 79.6 106.0 1376.9 Constant current discharge performance data 6V165/2 634.0 236.4 44.0 954.0 847.0 288.6 51.6 2V460/6 1549.8 52.0 531.1 7 Publication No: EN-V-PG-001 February 2003 .0 247.0 104.0 60.0 391.8 124.0 170.0 199.0 124.0 27.7 35.6 157.7 2V1770 3920.0 502.1 2.0 422.0 31.0 122.2 8.8 7.0 531.0 847.0 147.0 103.0 172.0 117.0 329.9 18.0 2429.0 186.0 324.1 83.1 47.0 7.8 19.0 48.3 9.com 12V70 345.0 251.5 65.6 12V45 231.0 183.9 41.0 88.0 110.0 404.9 25.7 6.7 59.5 23.9 158.0 98.3 82.0 34.0 37.5 8.0 918.0 1009.0 826.0 72.0 62.5 10.0 182.0 162.3 6.0 486.0 96.1 313.7 13.2 21.9 61.0 364.0 163.1 70.0 131.4 6.0 372.0 757.0 433.0 259.0 114.8 2V320 1073.0 505.6 13.3 14.0 150.7 51.0 516.0 93.2 18.0 324.6 6V130 453.4 10.5 11.0 969.0 67.9 17.3 7.0 17.7 21.5 24.0 390.0 439.0 841.0 948.0 97.9 61.0 93.0 296.4 21.4 73.0 205.2 18.0 889.6 61.0 733.0 209.3 28.0 192.0 187.1 25.0 7.7 51.5 3.0 249.2 15.2 81.0 145.0 74.3 15.9 8.0 119.0 1266.0 144.0 1703.0 282.0 1229.6 185.6 14.5 62.0 144.7 13.0 92.0 258.0 41.6 47.1 132.1 2.3 72.9 10.9 4.6 21.0 384.0 82.0 108.5 47.7 5.0 119.9 77.0 102.2 237.0 144.8 7.0 230.5 47.3 82.3 46.0 349.8 5.8 108.7 59.0 3270.0 73.0 30.0 408.0 340.0 95.5 47.7 212.0 181.0 144.0 376.0 1681.1 47.0 114.7 57.7 13.8 57.0 148.0 753.7 49.0 2159.0 114.1 313.0 1446.2 31.0 182.5 26.0 168.5 4.0 440.2 45.0 597.0 120.7 14.7 2V310 984.3 4.5 10.8 28.9 4.5 20.0 31.3 82.8 23.0 197.9 28.3 65.0 809.9 6V155 515.0 590.1 Performance Data 12V80 403.9 89.1 48.0 630.0 200.0 166.0 97.0 280.0 262.2 76.0 150.7 260.5 20.8 339.0 256.2 411.5 29.0 64.0 84.3 65.0 136.0 125.0 477.0 363.0 543.0 432.0 500.9 5.6 6.0 225.8 40.8 506.0 41.0 884.0 167.4 20.0 86.4 15.0 1171.0 678.0 274.6 46.0 8.9 311.9 17.5 62.2 47.4 2V500/6 1902.2 15.0 598.6 71.0 216.0 728.0 120.7 10.9 7.0 148.9 54.3 25.0 2788.4 169.0 244.0 74.2 62.7 31.0 312.3 130.0 481.0 398.4 105.0 97.0 67.0 238.5 20.5 41.0 178.0 11.0 16.0 2906.4 57.0 720.0 262.0 128.0 601.8 339.1 15.0 108.7 37.6 44.0 194.0 18.5 73.0 125.0 125.0 208.7 22.6 47.0 290.8 7.2 76.8 96.0 517.5 2 2.0 91.0 396.1 3.0 96.6 28.8 13.9 5.0 132.0 217.8 57.5 280.2 21.0 2134.9 66.0 180.7 45.0 391.9 72.6 19.0 131.1 2V200 681.0 72.0 379.0 150.9 17.0 56.0 160.4 53.0 620.0 213.4 16.9 17.0 331.0 314.0 481.0 1937.8 20.0 480.0 156.3 6.9 6V590 1306.0 107.5 35.0 331.0 248.9 89.5 43.2 65.7 21.4 20.0 282.0 431.0 466.0 144.0 426.0 531.0 718.7 49.0 117.0 459.4 233.3 11.7 13.0 32.0 370.0 105.0 129.0 24.0 165.0 495.5 8.0 297.0 319.1 51.0 161.0 160.7 4V105 346.0 34.2 62.0 53.0 844.0 3.1 42.0 125.0 229.0 45.0 110.4 64.3 2V275 889.0 219.5 139.9 127.0 195.4 520.3 80.1 70.0 9.7 85.0 1652.3 80.3 35.0 353.0 41.2 6.0 789.0 411.0 299.0 136.9 51.0 560.5 47.0 1089.9 514.0 771.3 4V230 500.3 19.7 22.8 53.6 216.0 2478.0 803.0 929.2 2V350 772.0 422.0 341.3 15.0 79.0 109.0 1000.0 288.0 107.2 401. 0 287.4 78.0 20.1 40.0 750.0 136.0 550.8 96.0 42.0 357.0 249.0 87.8 34.0 119.9 89.9 73.0 369.0 410.0 964.0 9.0 178.0 248.9 17.0 181.0 64.6 21.2 15.7 85.9 89.1 47.0 379.9 4.1 42.0 229.0 362.7 2V1575 3298.0 37.0 288.0 2771.0 340.0 771.4 61.0 731.8 61.0 67.0 143.0 282.0 218.7 14.0 160.9 6V155 511.4 10.0 470.0 16.0 104.6 23.9 77.0 105.2 9.8 20.9 25.0 436.2 65.2 15.0 74.0 36.7 31.0 163.9 18.2 237.7 13.7 2V310 1027.0 244.0 321.0 69.2 65.0 48.6 14.0 108.0 305.0 224.0 531.0 320.5 370.9 92.0 594.0 17.0 477.4 16.9 17.1 3.5 2.0 382.4 258.0 41.5 35.7 260.0 1000.7 56.0 234.0 1847.0 117.0 21.0 2V785 1649.1 42.6 59.0 480.1 2V200 681.0 34.0 81.4 106.0 122.0 331.0 1396.8 24.3 12.0 72.0 560.1 81.0 825.9 5.4 37.6 2V1770 3710.0 282.0 114.8 506. 8 Discharge Currents (Amperes) at 20°C to 1.0 601.0 339.0 60.0 480.0 12V35 176.0 696.0 58.0 509.0 994.0 145.0 182.5 41.0 165.5 26.0 1856.8 57.1 52.1 12V55 287.8 25.0 1221.0 288.5 20.0 74.0 173.7 18.5 35.1 2.9 89.1 48.0 74.0 144.3 170.0 374.7 14.8 24.0 124.0 209.0 501.7 3.0 418.1 40.0 627.0 197.0 119.8 7.8 37.6 6V105 333.2 65.0 131.0 30.4 73.0 924.0 1162.0 262.0 671.7 10.0 150.0 192.0 23.0 352.3 11.0 43.6 47.0 31.0 324.0 220.7 185.5 20.0 82.1 15.0 93.4 21.0 181.7 21.0 119.0 1308.9 41.9 6V590 1237.0 110.9 127.3 6.1 313.7 2V460/4 1000.0 724.0 619.0 98.0 114.1 3.7 40.3 1.5 29.4 31.9 311.0 167.3 47.0 199.0 31.0 38.3 4V525 1099.0 102.0 131.6 12V45 231.3 4.7 45.0 41.0 23.0 794.0 37.4 6.0 200.9 17.0 421.2 47.2 76.0 362.7 212.0 348.2 82.2 106.0 3.6 55.0 92.9 17.4 13.1 15.6 301.0 1086.0 488.0 785.0 319.5 8.0 679.0 962.0 531.6 148.5 139.0 147.4 233.0 295.0 217.0 510.0 280.0 102.4 37.3 24.0 438.5 2 2.0 114.0 8.4 37.0 620.8 108.0 8.0 180.0 160.5 62.8 61.0 95.7 37.9 61.0 168.0 531.9 18.0 79.1 54.0 454.4 20.1 70.0 53.3 82.0 596.0 146.0 150.0 2100.9 72.0 500.7 5.0 543.0 95.5 4.0 165.4 54.2 401.9 5.8 23.6 2V500/2 531.0 457.0 363.7 18.3 6.7 2.4 57.7 51.enersysinc.0 1491.7 11.0 622.0 4V155 511.0 67.0 91.0 836.3 11.0 298.0 398.0 165.0 7.0 131.0 238.4 53.1 313.0 431.0 1236.0 225.0 186.6 www.0 244.0 94.9 28.1 67.0 69.6 106.8 53.6 6V130 453.0 111.0 27.8 34.2 81.0 430.0 1274.0 120.0 218.0 82.3 46.0 115.0 183.0 424.8 47.0 2692.0 144.1 70.7 329.0 213.0 160.0 205.0 531.0 496.0 231.0 5.0 450.7 32.6 49.6 157.0 9.5 3 4 5 6 7 8 9 10 12 24 12V20 99.0 321.0 125.0 115.0 108.2 65.9 70.0 162.0 618.3 7.0 186.3 28.9 1.7 21.7 13.0 141.6 50.0 1196.3 15.0 32.0 495.0 186.0 954.0 83.4 255.0 387.1 1.9 7.7 32.1 329.8 20.0 230.5 20.3 9.0 329.9 158.0 18.2 47.0 147.0 107.2 8.0 339.0 1125.1 2.4 169.4 57.0 907.6 44.0 313.0 3117.4 15.2 15.3 2V915 1924.63 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 37.0 262.0 105.0 103.2 39.0 731.0 181.0 426.0 125.2 203.0 341.2 62.0 1650.0 376.2 16.0 130.6 27.6 2V460/6 1540.7 51.9 8.9 10.0 408.3 46.0 374.0 145.3 2V275 889.6 71.2 18.0 256.2 65.0 219.0 178.0 62.0 398.9 37.3 4V230 500.0 1082.0 387.0 231.8 2V320 1028.0 348.0 290.0 418.com 12V70 345.8 28.0 372.1 39.7 156.0 199.3 6.4 64.5 43.8 339.0 797.8 66.0 2363.0 559.4 69.0 168.0 27.0 201.0 1678.0 130.0 542.0 1531.0 136.0 579.4 2V400/2 678.4 27.5 73.0 97.7 13.8 4.7 57.0 27.3 15.3 19.9 361.0 300.0 139.0 233.0 775.0 110.3 34.0 110.0 24.0 186.0 251.0 24.4 7.0 652.9 6V525 1099.0 485.0 1018.0 16.0 203.0 4.0 60.0 88.0 1146.0 47.0 2392.1 6V165/6 609.0 150.0 746.0 461.0 1225.8 40.0 161.0 141.2 77.0 207.0 15.2 52.0 558.0 129.5 24.2 76.5 10.8 5.2 45.0 886.3 24.0 927.7 602.0 415.5 62.0 120.0 407.0 581.0 104.8 23.0 12.0 391.0 259.3 25.2 12.0 221.0 361.0 195.0 107.5 450.4 27.8 7.0 474.0 258.7 22.0 250.0 1039.7 2V400/4 1363.7 348.0 516.0 45.7 91.0 742.7 56.0 53.0 67.0 678.8 19.0 470.0 250.5 29.0 144.1 25.2 411.3 14.0 260.0 1410.0 1100.0 48.9 6V165/2 609.0 207.0 386.0 72.0 64.0 331.0 41.0 1616.5 8.0 14.0 93.0 148.3 35.2 6.0 82.0 788.0 143.3 130.2 21.6 11.0 751.0 125.6 47.0 1385.9 51.6 51.5 47.5 2V1050 2198.0 633.0 12.3 82.6 27.0 16.3 578.0 5.0 83.0 97.4 89.0 86.1 25.2 39.0 185.0 680.0 52.9 54.0 618.4 105.0 102.0 497.2 21.7 4V105 333.5 280.5 23.0 1595.0 108.9 73.0 156.0 170.7 13.0 73.0 141.8 137.2 18.6 216.6 59.0 109.3 80.8 20.6 19.0 145.5 17.0 262.0 924.0 84.2 62.0 82.0 182.0 110.1 12V80 403.1 31.0 238.0 497.4 38.0 550.0 390.8 52.7 31.1 40.5 47.3 32.0 312.9 4.0 96.4 520.0 125.6 6.0 247.0 157.0 845.6 28.6 10.1 47.0 148.0 343.5 65.0 198.9 Publication No: EN-V-PG-001 February 2003 .2 70.0 424.0 37.0 1254.9 70.0 797.5 47.8 124.0 454.1 40.0 228.9 29.8 57.9 17.0 117.4 44.0 132.8 13.4 2V500/6 1826.0 1050.0 72.4 20.0 81.6 61.0 531.9 9.0 215.0 678.5 3.7 49.0 296.7 35.0 97.9 82.0 178.1 51.0 870.5 279.0 18.0 165.0 122.6 185.5 31.0 11.0 7.0 144.0 397.2 2V350 772.0 171.1 2.0 93.0 738.0 125.8 339.0 897.2 407.0 1400.0 31.3 6.0 289.0 110.5 11.0 166.4 54.5 10.0 262.0 288.9 54.0 34.8 7.0 287.0 96.0 844.3 72.1 132.6 11.1 28.3 80.1 4.0 700.0 79.5 47.0 105.7 6.5 8.0 242.9 17.0 125.1 20.0 97.0 2086.0 56.0 349.6 13.0 34.6 51.0 695.0 295.0 593.9 30.0 591.6 46.4 452.7 51.0 128.0 678.2 65.4 11.0 1361.2 31.0 370.9 514.0 1854.5 65.7 22.0 700.3 3.9 52.6 205. 0 207.0 257.0 370.5 24.0 165.0 125.4 31.8 57.0 287.0 146.8 67.0 340.0 8.0 131.2 88.0 812.4 16.9 17.7 104.7 56.8 28.0 829.0 1000.2 65.0 770.0 160.2 39.5 2V1770 3567.9 69.3 28.0 16.4 57.3 6.4 21.0 466.0 165.7 51.9 70.9 25.7 56.6 27.6 205.0 110.0 173.0 144.0 124.0 1657.2 76.5 62.0 572.0 9.9 9 Publication No: EN-V-PG-001 February 2003 .9 9.0 1624.9 28.9 54.0 124.0 122.7 602.0 1473.5 31.3 398.9 10.0 729.7 72.2 82.8 47.0 16.4 67.0 437.1 3.0 295.5 47.5 20.8 61.7 2V400/4 1300.5 10.8 37.0 203.0 160.1 55.0 892.7 329.7 37.0 119.9 89.0 198.0 1243.5 92.0 150.0 449.2 2V350 772.3 35.0 12.0 1214.5 47.7 22.1 4.0 357.6 148.0 163.0 898.7 13.0 491.0 27.5 26.2 8.9 17.6 6.2 24.0 131.4 27.0 94.0 414.6 47.2 137.0 380.0 97.0 736.0 67.0 31.0 874.0 97.7 348.0 37.2 60.4 520.9 18.4 169.2 46.0 198.0 168.8 6V590 1189.0 105.0 220.0 560.4 44.7 185.0 312.0 461.1 2.0 104.7 21.0 108.0 674.0 215.9 17.0 360.6 59.0 5.3 80.6 10.0 338.2 407.0 770.0 678.0 4.5 47.8 6V525 1057.0 94.0 92.4 37.0 1166.8 20.5 73.2 237.0 720.5 35.8 82.0 24.3 4V525 1057.1 20.2 104.6 11.5 41.0 84.9 5.0 128.7 13.0 842.7 3.0 531.0 104.0 228.0 108.0 728.6 71.0 213.9 181.0 841.0 243.0 329.8 74.5 3.0 318.0 79.0 95.0 577.5 8.0 372.6 44.7 73.0 143.0 456.6 51.5 43.2 46.3 89.0 777.7 13.2 56.0 97.0 38.8 93.3 73.6 2V460/6 1530.2 77.8 339.7 2V460/4 1000.4 168.0 177.8 23.3 19.0 414.8 82.0 139.0 911.1 102.4 130.0 11.0 16.0 1562.0 119.5 41.5 62.0 495.0 260.2 47.7 5.9 5.0 41.0 37.3 15.com 12V70 341.0 461.0 209.1 40.9 1.1 47.5 131.0 117.9 43.2 21.1 51.5 3 4 5 6 7 8 9 10 12 24 12V20 93.0 97.1 39.enersysinc.0 93.0 37.0 160.0 948.4 11.0 141.0 1339.6 59.0 621.0 318.4 288.2 300.4 288.0 499.0 371.1 47.0 725.1 40.5 601.6 185.4 125.0 676.6 50.0 156.0 260.0 248.0 74.9 30.0 591.3 11.0 165.0 3012.0 2310.0 342.9 17.0 363.8 203.0 1214.7 10.0 1827.9 29.5 49.0 186.4 61.0 430.0 416.0 62.0 218.1 25.2 18.0 72.1 467.3 12.0 232.0 145.0 146.0 859.0 117.0 982.0 90.0 30.2 65.9 198.0 540.0 31.0 166.1 6V165/6 589.0 281.5 2 2.65 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.1 42.7 6.6 19.4 452.5 10.0 102.0 106.0 2332.3 130.0 18.0 541.0 607.0 42.0 47.0 161.0 217.5 714.0 515.0 171.0 58.4 120.5 35.0 242.0 141.9 89.3 252.8 62.2 65.9 69.7 40.5 47.0 111.0 261.0 177.0 347.4 2V500/6 1769.0 141.1 52.3 14.1 313.2 411.0 16.8 7.6 6V105 323.9 80.0 183.0 531.8 339.5 65.9 70.3 4V230 500.0 86.2 9.7 35.8 34.4 53.0 505.0 279.0 449.3 54.0 1369.0 145.7 144.3 1.0 110.0 218.1 15.0 683.0 2V785 1585.5 370.0 673.8 25.5 20.7 22.3 6.0 145.0 450.0 678.6 6V130 432.0 746.4 64.0 469.9 34.8 20.0 5.0 685.1 40.0 197.8 7.1 82.0 131.0 3.2 31.5 280.0 31.0 1360.0 777.0 230.2 76.0 114.0 361.9 181.0 531.0 507.1 15.2 18.5 2V1050 2114.0 14.9 18.0 360.2 65.7 18.2 155.0 9.9 8.0 319.6 www.0 250.0 167.0 1347.0 630.1 2V200 650.0 227.2 65.2 135.0 23.5 8.4 7.0 2049.0 26.0 1154.7 14.5 65.0 347.0 385.8 73.9 4.5 4.8 19.0 115.0 64.0 685.3 6.0 2054.7 51.4 233.0 2623.0 250.2 6.7 18.0 223.0 119.9 17.7 66.0 430.7 51.1 12V55 280.1 67.0 107.0 500.0 609.8 24.9 37.0 248.0 110.5 450.8 20.2 81.0 125.0 1027.0 157.3 6.0 414.4 255.3 11.2 44.6 81.2 104.0 313.0 8.3 80.8 506.5 20.4 20.2 40.0 114.6 14.0 95.0 385.0 221.0 205.8 24.3 34.8 81.0 124.0 1140.4 37.0 294.1 48.0 408.5 51.0 185.0 323.0 260.0 143.0 130.0 305.9 52.0 170.0 180.6 12V45 224.3 25.0 53.8 23.6 11.0 1399.0 1249.0 395.9 6V155 507.0 470.0 36.8 81.6 31.0 178.0 390.8 5.0 319.0 372.0 143.9 17.9 361.2 401.0 102.5 11.7 32.3 2V915 1850.5 23.2 15.9 89.0 53.6 28.3 2V275 831.0 108.3 578.0 883.0 195.7 2V1575 3171.0 1062.2 52.0 1785.3 72.0 669.2 16.3 9.0 331.0 1013.7 21.7 32.0 374.4 54.1 25.0 409.7 31.8 124.0 2677.6 2V500/2 531.0 261.0 150.9 4.1 49.0 7.6 123.2 47.0 479.0 294.8 161.4 54.0 28.6 156.0 247.6 148.7 11.0 352.8 13.8 52.0 72.8 37.0 290.0 541.4 78.0 61.0 165.0 110.0 19.6 215.0 786.0 37.7 2.0 251.0 227.0 238.9 106.9 78.0 180.0 341.0 892.0 595.0 484.6 27.0 1299.8 53.5 29.2 62.0 238.5 17.4 27.0 591.0 93.1 3.4 69.0 287.6 61.1 72.0 103.0 552.0 922.0 200.6 301.3 32. Discharge Currents (Amperes) at 20°C to 1.8 57.0 781.4 120.2 45.0 130.0 4V155 507.3 33.4 2V400/2 678.0 12V35 168.0 12.0 486.2 39.3 4.6 23.1 40.0 557.0 379.0 288.3 3.0 21.0 694.9 319.0 83.6 21.2 15.0 115.1 2.1 42.0 18.0 122.7 2V310 1020.0 426.8 127.2 24.0 338.0 1079.1 2.0 47.9 72.4 57.8 2V320 997.2 21.0 1555.0 200.7 31.0 405.2 70.0 52.3 82.3 7.0 34.4 40.0 652.6 47.0 541.7 4V105 323.5 278.0 186.0 146.4 64.1 53.0 150.7 14.0 136.4 15.8 4.0 108.0 46.0 23.0 1821.7 114.0 7.7 260.0 128.0 87.3 15.8 7.0 495.8 108.0 60.2 12.6 51.0 385.6 13.8 46.3 82.0 228.0 105.1 1.2 62.0 330.0 433.5 57.0 27.4 20.4 48.0 143.1 70.9 7.0 589.5 8.0 186.2 357.8 40.2 61.0 192.1 29.2 76.0 420.0 396.0 1119.4 13.0 186.0 1198.0 32.0 98.0 348.6 148.0 259.0 749.0 531.0 297.0 168.0 491.1 70.0 156.0 225.4 180.0 45.0 207.0 289.2 84.0 34.5 256.0 219.8 96.8 73.2 15.0 282.0 243.1 81.7 13.0 102.0 1004.0 622.0 79.4 6.5 2.0 416.1 313.0 1083.0 1515.0 37.0 136.0 607.0 24.1 12V80 403.4 209.0 771.9 6V165/2 589.4 10.0 110.9 311.0 95.0 956.7 598.5 179.0 15.0 531.9 514.0 234.0 391.7 91. 0 429.7 37.6 47.0 851.0 887.7 14.5 13.0 165.4 21.0 287.8 2V320 969.3 53.0 124.5 311.0 143.7 21.0 290.0 131.7 4V105 313.7 56.5 3.9 7.7 2.3 82.5 47.0 309.0 2001.0 1000.0 339.1 60.8 25.0 98.7 32.0 11.6 37.2 24.0 331.0 249.0 257.4 120.2 11.3 69.5 23.3 28.0 336.0 776.1 12.0 219.1 1.0 12.0 756.2 21.0 18.4 48.1 51.4 57.6 2V460/6 1516.6 61.2 7.0 167.8 7.6 26.0 81.0 7.7 65.0 64.0 16.0 115.7 Publication No: EN-V-PG-001 February 2003 .4 53.6 19.0 97.3 32.1 15.2 93.5 3 4 5 6 7 8 9 10 12 24 12V20 91.0 667.2 161.0 443.0 532.0 198.1 45.0 2252.2 522.8 53.0 180.5 35.0 216.8 57.0 199.2 522.6 56.0 222.0 1632.1 40.3 392.0 124.7 395.0 2.6 179.4 49.4 16.4 21.7 51.2 19.0 1041.0 45.5 37.0 222.0 773.0 257.2 125.8 20.0 103.6 13.8 23.5 20.5 29.2 18.5 5.3 9.0 37.4 590.1 67.0 101.2 36.2 15.0 286.0 15.0 892.4 43.1 6.8 499.3 62.6 51.4 64.6 50.5 226.2 65.8 569.6 66.2 153.67 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.3 130.0 402.0 209.0 72.0 560.3 72.0 357.0 407.0 593.6 20.0 452.0 216.9 10.0 1189.0 861.0 248.3 15.0 34.0 175.0 119.6 229.0 79.0 18.6 23.0 19.0 429.3 60.0 108.0 185.5 20.2 81.0 323.2 247.0 763.6 13.5 73.7 26.0 304.9 30.6 349.5 10.3 25.7 5.7 51.3 4V525 1013.0 27.0 392.6 12V45 216.0 1064.0 435.3 82.2 335.7 2V310 1011.7 32.1 48.3 54.0 494.0 1330.5 131.0 369.5 343.0 36.0 669.1 90.0 280.6 10.0 8.0 183.0 667.0 798.0 77.4 752.7 91.0 242.8 74.1 214.2 73.0 110.2 276.1 4.6 315.1 47.0 861.6 6V130 419.8 583.0 1230.2 21.2 2V915 1773.0 196.0 718.0 359.8 81.8 57.0 671.7 13.0 242.7 18.6 11.2 104.0 967.0 839.1 203.0 249.0 417.1 6V165/6 571.0 72.0 12.0 94.0 2007.6 663.5 65.5 35.1 2.0 145.0 1222.2 104.8 62.0 484.0 159.0 247.3 2V275 806.0 23.0 1497.9 5.8 31.0 544.0 1506.0 726.0 1071.1 153.0 42.5 62.0 119.0 95.0 1721.4 120.9 17.5 8.0 346.2 136.8 5.2 163.0 110.3 6.4 27.7 511.4 31.4 86.0 117.2 94.0 74.0 141.com 12V70 326.7 2V400/4 1258.1 9.2 24.0 296.0 34.5 28.0 751.0 217.0 1007.9 18.0 1384.0 32.0 185.0 111.9 54.1 2V200 629.0 119.8 89.8 13.0 163.4 27.0 203.0 1513.0 500.0 556.5 2 2.0 114.0 58.0 82.0 31.0 1795.0 503.4 897.7 50.6 6.0 206.4 20.2 181.7 40.9 34.6 27.6 420.2 61.0 455.0 413.0 726.0 110.0 4V155 502.1 506.0 371.6 47.0 942.8 260.0 206.3 311.8 89.0 381.0 72.0 443.5 143.0 242.0 2553.0 820.9 37.1 40.9 231.0 1324.0 2905.1 42.5 29.2 70.0 968.2 335.0 746.0 288.5 254.2 24.0 14.0 185.5 276.0 1144.0 143.0 198.9 17.3 1.0 484.0 532.0 66.0 625.9 106.0 195.8 23.0 5.2 76.7 82.0 16.6 52.1 25.0 131.0 598.0 23.3 6.0 407.0 165.6 44.8 37.8 35.9 4.0 27.1 70.0 495.0 712.7 22.1 39.8 100.0 145.4 8.7 51.7 60.0 878.0 408.0 536.5 59.8 34.1 2.0 150.2 56.2 47.0 40.0 259.0 1596.4 70.7 66.8 85.0 41.9 69.0 483.3 4V230 500.2 522.9 75.0 587.0 168.1 3.0 286.3 82.2 45.0 101.3 30.2 76.2 46.0 227.0 115.2 2V350 752.4 57.0 846.9 9.0 2582.0 150.0 136.0 93.4 255.0 95.0 237.0 286.8 81.0 259.3 36.0 170.8 336.0 60.2 60.2 8.1 20.0 313.0 156.2 62.1 72.4 60.6 2V1575 3039.8 52.0 53.0 667.4 20.0 146.3 25.0 665.0 186.0 222.0 122.0 150.4 77.0 225.7 22.0 589.0 219.1 102.0 108.5 8.3 3.6 21.2 18.0 213.9 17.0 1291.1 12V80 383.7 56.6 2V500/2 522.6 11.3 7.1 25.4 70.0 1112.0 141.8 260.5 356.3 13.5 47.0 221.0 561.4 443.1 294.2 15.5 59.0 124.4 2V500/6 1713.4 2V1770 3419.0 175.0 667.4 206.0 292.2 31.9 7.9 70.0 136.5 47.0 143.5 311.5 41.6 148.3 103.0 714.0 156.0 313.6 252.2 448.7 73.0 159.1 12V55 269.2 89.0 83.0 108.0 3.3 17.0 342.0 756.0 130.enersysinc.6 359.8 8.1 42.1 52.0 180.2 406.0 165.1 698.0 117.0 79.9 19.6 148.3 197.0 484.0 125.7 31.4 298.0 143.0 87.2 46.6 167.9 326.3 6.0 84.3 54.5 2.1 122.2 52.9 70.8 40.0 204.1 65.0 92.6 www.0 173.3 14.5 145.3 11.0 497.9 52.9 2V785 1520.2 102.0 595.2 77.1 3.9 33.8 47.0 410.0 108.9 6V165/2 571.0 186.1 47.3 80.9 17.8 80.0 1133.0 1001.0 109.2 9.0 410.0 145.0 114.9 69.0 160.9 17.8 7.5 106.0 167.9 18.9 4.0 572.0 97.5 4.4 40.7 82.0 1334.0 478.0 461.2 82.2 65.0 345.1 15.0 1135.0 648.7 2V460/4 1000.8 93.0 336.9 88.8 386.6 51.9 306.6 3.5 47.6 21.9 5.3 54.0 595.3 4.5 367.0 37.0 238.0 200.2 39.8 4.0 145.0 53.2 47.5 24.0 176.0 741.8 45.0 215.7 31.3 80.0 9.5 10.0 97.5 26. 10 Discharge Currents (Amperes) at 20°C to 1.0 514.0 292.4 196.0 30.8 43.2 15.0 141.0 313.0 23.3 12.0 352.6 40.9 231.0 381.0 837.0 1287.3 127.0 294.0 107.0 357.0 183.4 2V1050 2026.0 104.0 1167.0 257.0 130.0 373.0 2269.9 1.0 539.8 6V590 1140.0 931.0 60.0 356.3 48.0 15.0 122.0 178.0 31.9 52.8 34.8 155.5 24.0 395.8 66.0 165.0 128.0 286.8 7.0 345.0 161.8 5.3 6.0 619.0 171.3 15.8 102.0 1784.0 318.9 8.1 457.0 16.0 191.2 181.0 389.0 105.6 27.0 329.2 463.4 14.0 37.1 40.0 328.0 499.0 24.0 128.4 130.8 16.0 463.5 10.8 234.0 369.0 93.0 1205.6 19.9 8.6 11.9 123.7 18.2 444.0 379.3 6.9 28.7 90.0 385.0 1451.0 131.7 35.7 72.2 112.2 30.1 367.0 122.0 37.8 6V525 1013.0 280.5 11.5 43.1 70.1 65.0 4.0 139.3 46.0 109.0 250.9 401.0 228.0 615.2 39.9 17.0 180.0 408.0 144.0 145.0 279.7 13.1 10.0 450.5 65.0 125.8 20.0 94.0 378.7 14.6 80.0 165.2 522.4 2V400/2 663.6 6V105 313.9 6V155 502.5 62.0 586.7 73.2 522.6 663.0 97.0 691.0 247.7 28.9 43.1 40.7 104.0 12V35 162.3 37.0 47.0 429.6 28.1 16.2 588. 4 120.0 11.1 30.0 185.0 1135.0 53.0 161.6 200.9 24.5 40.3 6.4 2V1050 1940.6 97.0 2478.0 123.0 371.8 6V590 1091.0 355.0 16.9 18.0 158.0 72.0 586.7 18.0 221.0 433.1 2.3 20.8 93.7 91.0 1366.0 34.6 382.0 143.0 973.0 37.0 660.9 4.6 332.2 39.0 142.0 125.6 212.7 18.6 27.1 39.9 70.0 1426.0 1244.1 400.9 17.7 85.2 54.1 37.2 82.0 1014.3 398.6 11.0 182.2 242.6 80.7 278.2 7.9 568.7 21.9 70.7 51.0 333.7 259.0 495.2 2V350 732.1 501.0 1132.9 17.9 301.3 12.0 122.2 15.0 97.0 870.6 148.5 8.8 36.9 65.7 13.3 47.6 60.0 173.0 129.7 305.3 47.0 118.8 8.3 8.7 22.0 7.8 74.9 4.1 24.1 120.6 28.6 47.7 492.6 21.1 69.8 229.2 26.4 2V400/2 649.0 1759.0 72.2 24.9 9.0 328.0 666.2 29.0 354.5 3.0 664.8 871.1 577.5 23.1 40.9 308.0 250.9 1.9 5.3 32.0 292.8 20.0 240.0 124.0 16.5 272.4 173.0 144.0 384.0 2.0 388.0 537.5 61.2 11.0 110.2 57.0 7.9 17.0 475.0 64.0 150.6 65.1 59.0 535.0 34.4 30.9 288.3 214.5 26.0 103.0 143.0 408.2 104.0 933.0 354.0 131.0 118.0 580.0 765.0 136.4 513.2 312.0 95.3 214.7 695.7 2.6 51.9 308.0 37.0 49.3 341.0 23.2 69.6 331.4 253.0 729.0 521.0 92.5 20.1 51.0 122.9 18.6 5.0 1102.0 437.0 59.0 218.4 26.7 303.0 214.8 128.3 550.5 2.2 415.3 14.2 28.0 185.8 82.1 8.0 47.2 39.0 179.9 69.5 10.0 285.9 15.9 17.0 493.0 312.0 410.0 912.3 25.9 340.0 185.8 25.9 37.7 7.6 43.3 560.0 379.4 10.0 164.0 150.0 98.4 4.0 1563.0 19.6 55.0 364.69 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 117.0 3.0 109.0 344.0 2.0 655.4 33.5 82.9 17.1 46.7 51.1 73.2 90.0 31.2 49.3 927.4 13.5 75.7 35.7 14.3 71.0 128.0 285.0 31.0 165.0 114.0 225.0 615.0 374. Discharge Currents (Amperes) at 20°C to 1.3 338.8 166.2 6.1 67.3 28.2 20.0 111.com 12V70 311.0 394.0 173.0 872.2 104.9 34.0 156.9 17.0 27.5 43.6 83.0 203.5 62.5 73.0 1311.2 56.9 28.3 4V230 500.0 1215.0 150.0 521.4 513.6 50.0 87.0 154.8 23.0 254.2 9.2 15.0 437.4 40.2 649.1 47.0 251.0 95.9 8.0 218.5 35.8 5.4 64.0 4V155 491.1 25.2 295.0 142.3 59.0 97.0 37.5 62.0 287.7 285.0 169.1 1.0 687.0 156.0 246.0 129.0 709.4 2V500/6 1657.0 481.4 28.3 43.5 65.0 125.5 131.5 65.0 1604.9 30.0 108.6 363.0 15.9 10.5 258.0 364.7 2V460/4 1000.9 76.4 513.6 23.0 23.0 93.6 196.5 35.1 47.0 115.0 12.0 24.0 40.0 1061.3 6.0 32.0 19.0 369.0 734.0 554.3 24.5 73.4 35.4 48.0 1101.0 586.6 12V45 207.0 453.0 1739.0 389.1 6.0 1297.2 103.0 205.0 143.0 45.0 75.2 124.0 144.0 322.1 102.1 12V55 258.0 227.0 41.0 3.0 9.0 191.1 2V200 608.1 40.9 65.6 51.0 482.1 65.7 32.0 5.9 54.3 389.0 164.0 144.1 20.0 146.1 12V80 364.0 30.0 342.0 240.7 178.0 217.0 108.8 27.0 713.6 47.0 195.0 75.9 576.0 721.4 16.0 144.0 652.7 51.0 117.0 37.0 511.7 5.0 289.8 88.2 82.0 110.7 396.1 39.6 13.0 101.7 5.0 1273.0 304.0 1285.3 3.0 14.4 437.4 34.4 228.0 2203.4 120.0 742.0 158.0 437.0 158.1 42.0 341.0 476.0 619.7 31.0 203.6 11Publication No: EN-V-PG-001 February 2003 .0 36.8 37.0 1475.2 62.2 60.0 141.0 246.8 70.3 309.5 10.0 197.9 12.9 69.0 167.2 52.8 51.1 46.3 15.5 258.7 2V400/4 1216.0 830.0 590.0 220.5 47.7 72.0 16.5 20.3 765.7 161.0 141.1 48.7 65.0 79.0 12.0 1659.0 60.9 6V165/2 552.0 189.0 125.2 4.3 72.3 202.0 331.0 754.0 398.3 181.0 874.2 18.4 435.0 377.7 32.1 25.8 37.5 11.2 21.8 57.5 2 2.2 47.2 13.0 707.0 196.0 286.7 56.7 78.8 4.8 81.4 20.0 581.8 59.0 104.0 648.0 18.3 2V1770 3274.5 43.4 457.0 104.0 413.0 197.8 2V320 941.0 607.0 213.0 172.5 120.0 8.5 6.0 1194.0 18.0 79.9 250.0 9.2 31.3 4V525 970.0 12V35 157.0 835.2 149.0 74.0 92.5 11.0 530.0 81.6 19.2 21.0 218.0 247.9 69.4 102.2 77.2 151.6 102.0 4.9 120.7 285.0 162.2 54.3 59.0 109.7 22.1 363.0 114.7 40.5 41.0 492.3 398.0 583.7 186.0 648.6 6V105 302.0 136.7 1195.0 200.7 186.4 513.1 9.0 327.7 2V310 999.0 141.1 352.2 498.6 11.0 333.0 279.0 168.7 13.0 221.7 91.4 141.2 649.4 20.8 20.6 331.0 295.7 14.0 352.0 455.0 951.0 782.0 810.2 45.7 110.0 128.5 72.0 2800.0 1042.0 94.1 15.0 178.9 52.1 52.0 1000.0 219.5 72.8 62.0 7.0 428.7 37.2 447.2 134.3 7.7 52.0 237.9 16.5 3 4 5 6 7 8 9 10 12 24 12V20 89.0 59.1 72.3 142.4 54.2 47.6 89.5 10.3 6.8 34.0 1159.5 47.0 179.6 2V500/2 513.7 51.6 148.2 82.0 278.0 475.0 1956.3 309.2 2V915 1697.2 57.0 83.0 424.0 53.0 167.7 560.2 18.8 52.0 97.2 17.1 24.8 681.0 21.0 100.3 80.4 52.3 386.5 82.3 14.0 247.1 6V165/6 552.0 499.3 80.0 644.0 109.0 317.0 566.4 93.0 289.0 10.6 2V460/6 1498.9 43.8 7.5 8.0 259.8 6V525 970.7 31.4 13.8 129.6 3.0 358.6 4V105 302.0 3.6 16.0 37.0 88.3 15.1 65.9 70.4 27.0 114.8 733.0 238.4 181.5 99.6 46.1 323.0 40.0 255.8 53.9 7.0 171.9 2V785 1455.5 5.1 11.9 88.4 34.enersysinc.0 221.6 89.0 165.0 826.3 457.1 15.0 94.0 199.1 60.6 44.0 274.3 80.8 81.3 2V275 781.6 www.0 1452.0 131.8 23.5 47.0 58.8 57.9 6V155 491.0 2489.8 40.0 2188.0 580.0 107.0 118.9 443.8 13.8 25.0 338.0 405.0 407.4 513.0 405.2 21.4 18.5 2V1575 2910.4 45.3 1.0 107.0 734.2 60.0 160.0 30.4 181.5 19.0 242.0 495.0 427.4 27.2 356.4 31.0 999.0 83.8 45.5 29.0 108.7 56.0 830.0 209.0 1123.6 6V130 405.0 832.5 65.0 248.0 734.6 27.3 6.0 14.0 830.9 106.7 8.0 97.0 377.0 101.0 138.0 500.0 450.0 165.0 145.2 65.1 42.0 226.0 42.8 81.0 23.3 175.0 1945.0 1468.0 205.8 70.0 254.0 289.3 130.6 234.0 4.5 66.0 123. 8 25.0 898.0 214.9 17.0 4.8 12.0 196.5 3 4 5 6 7 8 9 10 12 24 12V20 87.0 309.1 7.0 294.2 15.6 117.8 5.8 29.6 664.0 698.9 18.7 29.6 56.0 1884.0 202.0 699.8 146.5 5.0 155.0 931.3 14.7 388.0 201.6 910.7 4.9 37.1 25.4 2V400/2 660.0 141.6 78.0 466.7 225.6 44.6 154.0 72.1 327.2 18.0 255.6 11.0 184.3 25.0 218.5 35.0 2130.1 108.4 65.0 1345.0 55.1 40.0 238.8 166.0 167.0 1196.6 422.9 6V165/2 531.0 208.4 224.5 20.0 531.8 250.3 103.0 491.6 91.6 27.4 337.0 202.0 14.0 171.0 1717.0 142.2 845.8 65.0 246.2 82.9 64.4 69.0 141.4 16.0 71.4 57.7 5.0 246.0 182.6 122.8 23.2 18.0 1116.0 109.0 706.0 15.4 51.3 1.0 114.0 141.6 51.4 10.2 62.0 143.3 2V275 751.4 10.0 349.0 763.0 236.0 270.6 51.0 524.0 45.3 72.9 52.7 34.0 194.2 42.6 409.0 2119.8 75.0 1048.0 314.6 302.1 2V1770 3126.8 352.1 9.0 552.0 167.4 503.0 157.7 6V525 926.1 20.0 97.0 815.9 37.4 449.5 24.2 123.8 163.6 75.8 58.5 11.0 16.9 17.8 329.0 198.0 405.1 428.0 3.0 1256.8 40.0 135.4 5.7 32.0 2.4 27.6 19.5 209.8 25.0 31.9 130.0 16.6 36.0 184.0 215.0 128.0 164.0 284.0 3.0 394.0 101.0 288.2 80.0 1572.6 446.0 144.5 84.4 35.6 51.0 385.3 10.0 53.4 20.0 494.8 149.0 368.0 491.8 752.8 81.0 1689.4 295.0 32.9 246.4 503.8 160.4 503.9 46.7 8.0 130.0 289.4 57.5 47.0 284.5 35.4 503.0 108.0 122.0 571.5 3.7 24.7 31.4 26.9 212.0 284.5 137.0 1449.6 3.5 434.0 329.0 507.0 143.0 48.9 49.3 331.0 15.6 6V105 291.1 40.0 466.0 143.0 190.2 52.5 67.5 13.0 31.4 69.0 83.0 751.0 587.3 2V1050 1853.7 32.8 5.5 41.6 80.0 92.0 30.5 47.0 1126.0 2394.0 81.2 330.5 65.1 2V200 585.5 6.0 34.3 64.1 92.7 13.7 2.3 358.0 799.0 719.4 388.0 170.8 88.1 45.6 11.2 176.4 Publication No: EN-V-PG-001 February 2003 .1 47.0 611.0 46.5 37.4 2V1575 2779.3 72.5 8.8 146.2 31.0 217.4 538.0 220.0 196.6 12V45 195.0 427.0 354.6 709.0 474.0 572.8 65.0 51.3 291.0 711.2 179.8 72.7 563.5 2.0 368.7 51.5 194.7 27.8 79.7 35.0 220.5 427.8 39.0 286.0 1079.4 80.1 141.6 56.0 142.3 43.0 399.9 10.5 29.0 128.7 13.2 21.0 214.0 117.0 122.1 42.8 146.0 141.6 303.0 797.0 1243.0 122.0 97.0 744.1 1.0 144.2 98.0 337.3 3.0 399.6 81.9 17.0 93.7 68.8 58.6 377.0 165.0 1396.0 36.0 24.5 47.0 372.2 45.9 5.0 249.7 152.0 628.6 7.0 122.7 5.2 282.4 212.0 127. 12 Discharge Currents (Amperes) at 20°C to 1.5 2 2.1 58.1 11.6 117.0 581.0 13.2 59.1 77.0 24.5 73.8 90.1 631.2 47.0 118.0 17.0 58.0 168.0 355.1 26.2 184.0 563.0 236.0 18.2 89.0 424.0 108.9 101.8 19.8 34.7 22.0 384.0 141.0 844.3 103.8 20.0 253.0 282.0 33.0 561.0 46.0 942.7 30.2 169.0 74.6 8.1 2.4 43.8 65.0 129.9 40.3 32.0 117.8 28.8 101.0 241.7 18.0 1420.9 32.9 59.0 146.5 53.8 13.5 23.0 857.2 49.0 524.4 250.0 349.7 549.2 276.4 304.0 27.6 23.0 1000.0 890.1 39.0 202.8 2V320 910.1 39.9 73.0 1596.0 372.9 9.3 72.0 23.7 22.2 21.5 16.1 485.9 70.0 286.9 376.7 51.3 6.2 97.0 353.0 114.0 737.6 637.0 101.0 177.0 213.3 28.0 659.9 37.0 123.4 4.0 15.8 42.71 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 1256.2 2V350 708.1 327.0 2397.4 10.8 23.4 86.2 13.4 492.5 70.4 124.0 17.4 20.5 20.9 29.0 6.5 65.0 59.9 130.2 18.0 448.3 61.0 11.4 27.0 43.2 546.6 28.8 8.3 66.7 47.0 95.0 135.6 40.0 628.0 42.0 93.0 227.0 278.0 483.0 113.3 6.7 13.0 406.0 257.0 162.9 39.0 71.2 59.9 6V155 476.4 124.0 471.0 3.9 17.0 70.1 2V915 1621.6 2V460/6 1459.0 82.1 74.9 132.8 102.7 7.9 81.0 276.6 303.9 18.0 1165.1 6V165/6 531.7 31.4 106.8 37.0 12V35 148.0 107.5 51.2 77.8 30.0 8.5 47.0 199.3 12.8 45.0 171.3 15.0 8.0 405.0 1179.0 155.0 23.1 67.1 25.4 61.0 1197.2 6.0 177.8 7.0 430.0 103.5 197.1 215.4 69.8 16.8 332.5 119.0 988.0 419.1 12V80 339.2 7.0 37.4 62.6 27.1 20.0 177.6 351.0 11.4 34.7 18.2 282.3 18.3 13.8 117.0 107.9 1.0 699.8 233.0 160.0 235.0 113.0 171.0 311.9 117.4 60.6 227.0 338.0 633.9 37.7 2V400/4 1171.0 429.enersysinc.2 184.4 183.0 53.9 41.0 95.7 119.2 13.9 89.6 51.0 563.3 4V230 500.6 56.6 449.0 4V155 476.9 68.7 15.3 10.7 381.3 15.0 246.8 14.0 710.0 370.8 22.0 342.0 325.2 89.0 128.0 321.2 60.0 345.0 1099.8 556.4 388.4 159.6 100.0 157.0 46.3 184.0 651.6 377.3 59.0 97.6 2V500/2 503.2 109.0 108.7 19.0 329.5 64.0 340.4 2V500/6 1597.0 107.0 383.0 491.0 24.7 246.9 358.9 40.0 576.com 12V70 290.2 4.0 2.0 798.9 101.9 40.0 859.0 46.0 355.4 69.8 20.9 4.0 21.4 503.9 12.0 91.8 250.8 163.0 217.8 24.2 47.0 127.0 149.0 34.7 318.0 1065.2 71.4 212.1 163.0 819.7 119.0 81.0 480.7 16.0 1288.4 95.4 36.9 81.3 267.2 660.2 676.0 83.4 62.3 4V525 926.9 87.0 247.0 558.0 450.8 198.2 6.2 82.7 28.0 225.0 660.4 52.0 104.0 302.7 51.6 www.9 10.9 73.0 37.0 97.1 42.9 17.9 9.2 43.5 39.3 63.7 57.8 179.0 255.4 258.0 608.0 2693.0 110.0 245.0 1397.8 406.1 20.0 9.4 304.6 4V105 291.8 236.0 1526.0 985.0 6.0 391.5 8.0 143.0 1111.0 435.0 327.0 125.9 34.0 92.6 75.0 710.2 15.8 20.0 798.1 12V55 241.9 46.4 281.0 107.7 6V590 1042.0 1018.2 80.0 94.3 31.0 64.7 2V460/4 1000.8 79.0 829.1 53.8 149.2 28.7 51.1 53.8 179.8 53.2 481.9 87.2 9.6 21.0 196.9 46.0 679.0 171.0 1900.9 12.0 7.7 57.6 50.7 2V310 972.9 4.0 509.0 509.0 97.0 82.6 21.9 148.0 164.3 8.3 6.9 70.7 13.2 109.1 24.0 393.8 2V785 1389.6 6V130 391.0 644.0 138.8 65.8 294.0 4.0 60.9 17.0 598.0 500.8 53.0 429.0 7. 0 15.9 17.7 45.5 65.4 3.6 696.0 134.0 103.5 23.3 156.0 607.0 166.8 439.2 492.0 164.0 1097.5 646.0 94.2 34.1 15.2 77.0 142.0 2584.0 1368.0 195.9 12.0 238.5 245.6 321.5 120.8 680.0 573.0 556.6 182.0 15.6 81.0 909.0 144.0 232.0 168.5 8.0 121.9 19.5 3.0 152.0 344.0 1637.2 52.0 226.6 100.5 2 2.0 53.0 568.8 40.2 2V350 679.0 141.0 1363.1 169.6 328.7 2V785 1323.3 104.0 1534.4 20.3 176.0 250.9 12.0 1418.6 81.0 656.0 402.0 23.4 47.0 231.0 502.0 769.5 6.6 106.0 420.4 29.1 527.0 730.7 33.8 24.7 18.7 37.0 602.9 17.5 52.3 6.1 40.0 333.3 16.0 169.1 40.0 194.9 17.0 688.9 193.0 2.0 246.0 155.5 35.5 88.6 56.9 9.0 4V155 455.2 525.4 161.3 143.7 88.8 13.0 1320.4 5.0 51.0 697.7 193.4 48.2 440.9 51.1 80.3 4V525 882.9 9.0 731.0 974.1 541.9 20.0 93.0 245.0 94.1 15.0 548.7 20.4 27.0 274.9 48.1 9.5 71.0 34.2 173.8 379.5 34.0 365.0 495.0 140.6 51.4 548.3 80.0 86.0 194.7 12.5 8.0 91.0 1842.1 91.5 27.9 53.0 1340.0 127.0 291.0 168.0 1670.9 6V155 455.2 74.0 546.0 1173.2 377.6 21.1 67.5 27.1 166.8 402.8 26.0 495.4 20.0 155.3 2V1575 2645.0 309.0 137.6 46.2 208.0 7.6 28.6 11.6 51.6 49.3 2V275 716.1 2V200 560.6 12V45 177.0 795.0 248.1 94.2 47.5 24.5 64.0 424.9 2V1770 2976.4 2V400/2 696.4 51.1 71.5 175.0 144.3 12.0 107.0 607.4 101.9 17.0 17.2 179.0 11.5 57.0 8.0 2.0 325.7 2V320 874.0 231.3 39.0 30.2 39.0 207.3 143.0 549.0 223.0 684.4 20.8 5.2 66.8 374.9 1.0 177.0 58.0 766.0 4.7 417.0 127.9 53.0 640.0 348.7 22.7 409.4 245.2 264.0 344.0 742.4 232.5 11.0 18.3 81.0 1261.0 18.8 46.0 297.2 332.0 145.0 299.5 81.4 348.4 42.0 344.6 13.2 256.2 10.0 583.0 39.2 117.4 245.0 219.7 7.4 166.com 12V70 264.9 70.4 735.4 16.5 57.0 1149.0 154.8 71.0 630.0 32.8 117.2 13Publication No: EN-V-PG-001 February 2003 .2 60.8 51.0 2047.7 5.0 190.5 19.0 285.4 19.0 99.73 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.3 62.0 163.0 684.0 107.0 496.9 17.6 273.0 557.6 46.0 92.9 17.4 23.0 3.6 32.0 63.2 61.0 325.0 114.7 2V310 934.6 15.5 3 4 5 6 7 8 9 10 12 24 12V20 85.8 51.1 252.0 123.6 60.9 322.6 102.4 337.3 15.8 10.8 373.4 79.0 253.1 21.5 8.7 31.4 36.7 241.4 182.1 66.0 38.7 13.4 25. Discharge Currents (Amperes) at 20°C to 1.9 46.6 15.4 56.0 96.3 32.5 65.2 4.9 80.0 2308.9 58.9 70.8 45.8 37.0 3.0 201.7 35.6 73.2 37.4 35.0 58.5 41.5 91.0 70.0 106.6 212.6 4V105 280.1 42.0 60.5 47.0 861.0 116.0 418.0 285.8 82.8 297.1 350.8 481.9 13.4 327.0 955.5 27.0 141.9 37.3 62.0 1132.0 198.0 325.2 492.6 2V500/2 492.8 40.1 88.3 609.1 80.4 403.5 13.0 381.0 278.0 83.5 5.2 3.5 2.0 2V915 1543.2 30.2 18.0 209.7 23.0 782.6 73.7 34.0 320.0 12V35 135.7 4.2 77.5 88.7 115.4 27.1 80.0 181.1 20.8 892.1 252.2 6.0 522.0 473.0 486.2 70.6 213.2 123.7 127.0 7.0 73.9 6V165/2 508.7 14.3 466.5 60.0 107.0 286.3 224.3 57.7 88.0 1234.8 297.0 166.0 344.3 230.4 26.9 17.6 6V105 280.5 73.0 159.1 2V1050 1763.2 130.0 380.4 36.0 821.4 47.0 16.9 18.0 36.3 18.0 161.0 167.5 40.4 95.0 366.9 18.0 1484.0 335.8 138.1 21.0 2052.0 1000.9 43.0 818.4 22.0 15.0 488.6 655.0 366.0 218.6 81.0 53.9 362.2 117.6 24.0 464.7 213.8 117.4 160.0 397.8 23.3 28.8 627.2 492.3 21.7 22.5 28.0 377.0 6.0 24.8 467.1 12V55 220.0 58.0 113.0 148.7 2V400/4 1121.8 99.0 682.0 72.0 96.0 214.3 146.6 28.3 31.0 97.6 58.8 82.0 339.0 116.6 7.4 161.5 123.0 127.5 224.4 147.1 419.3 97.1 80.6 276.0 587.0 446.0 21.8 440.8 261.0 72.6 6V130 377.0 190.0 464.1 42.5 47.0 614.7 8.3 14.1 43.0 389.0 1096.0 1.0 117.0 1197.3 42.0 182.0 9.1 25.0 107.0 243.5 47.6 68.0 695.0 27.8 46.9 69.8 4.1 13.0 97.0 11.0 209.0 122.0 454.enersysinc.8 205.3 32.0 37.1 11.0 287.6 50.7 2.0 199.6 102.1 126.2 123.4 818.9 69.7 72.6 56.3 4V230 500.0 154.0 297.2 7.0 183.0 31.6 51.0 139.0 126.0 365.4 55.8 371.3 13.8 41.0 110.5 51.0 39.0 650.6 23.2 1.2 208.4 20.0 365.2 492.3 275.4 29.0 109.0 198.6 6V590 992.0 219.4 79.8 82.0 596.4 71.3 25.6 311.0 212.1 40.2 18.1 60.0 387.2 34.2 6.9 286.8 298.4 147.0 1091.7 31.3 176.0 391.0 16.0 198.1 73.6 19.6 44.0 163.6 550.3 28.0 420.0 1062.8 24.0 122.7 51.0 141.0 276.7 37.4 130.0 94.0 76.5 65.0 134.0 277.0 546.6 286.1 13.1 56.0 141.0 173.2 6.0 669.0 126.5 64.5 68.6 63.4 161.0 134.0 803.1 427.6 182.0 130.0 766.0 199.6 13.0 309.8 30.4 240.0 1213.3 99.0 93.1 2.7 8.4 10.0 141.7 54.9 35.2 47.7 20.6 www.0 243.0 244.0 213.6 11.0 516.6 109.2 85.0 682.0 2297.8 144.0 58.6 68.0 989.0 139.9 3.1 6V165/6 508.1 46.6 2V460/6 1401.0 42.5 29.2 10.9 115.2 64.0 1026.6 32.2 45.7 45.0 835.0 841.0 240.6 50.0 478.7 53.9 414.4 20.0 283.0 34.0 910.4 2V500/6 1531.0 118.0 27.0 97.2 492.0 54.2 323.0 398.0 173.7 23.0 113.0 113.1 80.1 6.5 71.1 12V80 308.8 45.6 276.1 56.0 99.5 57.0 426.0 511.4 16.0 6.0 1820.6 6V525 882.0 107.5 287.5 526.9 322.0 1161.0 391.7 221.0 866.0 7.1 25.0 487.8 5.9 86.9 10.8 40.0 147.5 68.7 4.0 276.0 42.9 52.8 37.0 9.0 322.1 31.0 31.8 350.4 5.0 440.0 1032.3 15.8 349.2 74.0 45.0 484.0 14.6 3.8 121.8 4.7 18.0 411.0 64.3 8.0 23.1 69.6 109.3 10.0 121.2 377.4 98.0 348.5 65.6 42.0 194.0 307.0 684.0 140.7 2V460/4 1000.4 10.0 170.0 104.0 83.0 106.5 63.4 64.0 736.8 25.0 1531.0 340.0 8.6 51.8 7.0 37.0 454.9 4.6 90.8 387.0 142.0 1045.7 13. 2 224.3 68.0 133.0 206.0 429.0 1145.0 126.2 79.7 314.8 158.5 23.0 1005.0 1617.3 212.9 46.0 29.8 6V165/2 485.0 1209.0 176.0 318.6 18.0 97.0 133.0 136.4 15.0 295.0 348.3 248.2 51.0 32.0 340.6 8.6 37.3 15.6 74.4 86.0 1053.0 223.0 244.5 11.2 45.0 120.0 122.0 82.0 367.0 198.9 69.4 6.0 410.2 64.0 358.0 91.0 159.6 6V105 269.8 49.7 4.6 2V1770 2825.0 283.0 1290.7 57.1 51.0 382.0 139.0 410.0 337.6 28.1 88.0 362.0 370.4 8.0 94.8 60.0 396.5 6V525 837.8 18.4 119.9 37.0 175.0 97.1 42.7 75.1 162.0 169.0 883.3 99.5 379.3 221.1 21.9 65.0 36.0 238.6 40.0 1167.0 219.4 51.9 80.0 13.0 161.0 1382.0 106.0 84.0 16.0 973.3 32.0 165.1 46.2 62.0 60.0 374.0 670.0 93.0 558.0 789.3 145.2 23.0 166.0 627.4 51.0 107.6 13.7 2V320 839.6 13.0 367.3 420.9 23.0 182.8 33.7 115.0 481.0 180.5 291.0 369.0 337.7 37.6 www.7 22.1 21.0 106.4 255.6 70.8 506.0 84.4 20.2 64.0 122.1 6.5 135.3 35.6 72.0 270.5 27.9 100.0 573.0 145.0 139.1 31.5 281.2 401.0 617.1 46.3 248.0 181.4 2V500/6 1465.0 484.0 403.5 46.0 317.0 194.4 81.4 5.0 1491.0 142.8 5.5 56.0 337.9 3.0 193.7 70.7 39.4 91.3 18.0 145.75 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 64.0 94.9 80.5 11.0 782.0 13.0 1098.0 582.0 303.0 240.0 55.7 7.8 20.0 169.6 72.0 676.0 327.1 200.7 29.3 69.5 40.0 1776.0 98.9 11.0 410.0 218.0 385.0 42.9 3.1 58.8 2V915 1465.2 12.4 13.4 180.0 64.0 280.3 26.2 46.0 151.1 89.7 62.4 24.3 2V275 680.6 70.0 8.3 14.0 196.0 223.0 120.8 172.3 12.0 9.0 45.2 77.4 34.1 42.0 1970.8 30.5 113.0 112.9 100.8 6V155 427.0 839.4 79.0 343.0 93.0 15.9 9.0 265.0 25.0 58.5 12.4 81.6 53.7 2.0 372.8 58.0 819.8 18.0 1021.9 12.2 49.3 15.4 132.4 20.0 669.2 72.0 109.1 40.5 2 2.0 481.0 217.0 18.0 1309.5 3 4 5 6 7 8 9 10 12 24 12V20 83.6 305.5 2V500/2 481.9 75.1 80.4 2V400/2 733.5 56.0 1964.5 35.2 39.0 719.0 537.0 397.0 874.0 204.0 151.0 79.2 54.8 4.0 430.8 7.7 139.0 240.2 47.3 628.0 442.0 113.9 2.9 39.enersysinc.0 96.8 60.0 634.9 311.0 165.8 13.0 388.2 62.0 15.6 44.0 4.1 80.0 732.2 6.0 385.0 211.0 41.8 65.5 47.0 289.7 2V460/4 1000.8 172.0 239.0 165.6 504.0 106.0 50.0 143.5 45.2 6.1 6V165/6 485.0 440.5 41.1 121.0 140.5 31.4 19.4 19.0 124.7 329.8 81.0 2.0 638.9 80.1 210.0 6.9 85.5 27.7 58.0 2209. 14 Discharge Currents (Amperes) at 20°C to 1.2 47.5 68.0 136.9 39.0 34.0 1325.6 53.7 41.0 245.4 15.9 23.5 24.0 675.0 654.5 118.0 141.0 153.5 538.8 142.6 51.4 56.0 732.0 240.0 107.0 114.7 37.0 123.0 205.0 1229.7 139.4 53.0 168.0 584.7 51.0 158.0 2195.8 25.4 21.0 1074.2 4.9 361.0 31.0 137.7 57.0 165.0 216.8 17.0 9.0 31.0 231.6 53.4 150.5 116.8 13.0 103.5 26.0 319.0 270.8 27.7 218.4 36.0 53.1 2V200 535.5 11.0 235.6 240.0 229.0 479.0 82.4 20.0 193.3 189.0 27.2 124.5 31.6 7.1 15.0 96.0 577.0 307.0 161.2 153.9 17.0 328.6 13.7 19.9 17.6 67.0 513.0 192.0 166.0 64.5 186.1 80.0 111.1 34.0 563.6 4V105 269.3 6.0 96.2 36.1 16.1 470.0 1281.8 7.4 56.0 143.6 50.6 74.0 614.2 90.4 8.0 2V1050 1674.0 118.9 4.2 171.2 87.0 958.9 18.0 275.2 6.0 875.4 258.0 50.0 481.0 180.0 497.7 31.8 4.4 72.1 2.0 154.5 65.5 124.0 51.9 60.1 20.4 8.0 2470.6 24.0 764.5 56.com 12V70 238.0 1146.5 29.0 526.5 42.0 957.0 657.2 2V350 651.0 1100.8 Publication No: EN-V-PG-001 February 2003 .0 545.0 64.2 8.1 67.0 11.0 254.0 283.8 23.2 18.8 4.5 65.4 211.3 269.7 316.0 242.0 145.0 93.3 69.0 34.0 590.2 27.0 1139.8 343.0 291.2 10.0 380.7 22.0 584.6 14.6 21.8 40.1 6.2 26.0 14.8 62.0 808.0 53.0 526.0 285.0 732.0 461.6 20.1 88.0 12V35 121.6 79.6 23.7 4.9 3.9 17.5 277.7 2V400/4 1071.0 160.9 1.0 240.0 73.0 91.2 25.0 123.0 540.0 719.2 28.4 452.2 72.0 7.5 45.0 20.0 34.0 98.0 420.2 52.4 236.5 587.9 171.3 28.0 144.5 47.6 20.0 434.8 48.0 4V155 427.0 592.0 1751.0 19.0 455.0 510.4 51.1 104.0 141.8 17.2 70.4 3.8 28.0 270.6 43.6 67.0 655.1 522.8 10.0 474.0 326.0 281.2 103.9 17.0 451.0 539.1 12V80 278.0 5.0 246.8 57.4 64.0 141.6 24.0 198.0 982.0 422.7 5.0 921.8 79.0 249.1 21.0 319.4 23.0 773.6 39.8 143.1 10.8 92.0 1438.8 42.1 2V1575 2511.7 791.0 811.0 721.7 7.4 10.6 13.4 20.0 113.0 291.7 2V310 889.5 45.2 3.8 17.0 79.0 736.0 295.0 360.2 18.1 57.8 395.0 1076.1 40.0 332.0 140.0 5.0 370.8 51.6 2V785 1256.1 81.0 126.1 9.0 96.8 23.0 211.0 42.8 97.0 192.0 716.6 51.0 270.0 211.5 41.0 1579.7 224.4 38.1 25.0 31.0 189.5 32.0 651.0 1012.8 53.2 10.0 125.5 291.0 481.1 29.0 15.6 3.0 129.0 475.0 106.9 60.2 407.8 9.6 34.0 382.8 47.0 479.6 8.0 325.8 69.6 405.0 327.2 166.0 323.0 124.2 70.7 115.1 62.0 379.9 52.0 112.8 37.0 442.3 69.4 36.0 117.2 1.0 324.0 11.6 23.8 43.4 10.0 1464.4 16.0 159.1 15.0 478.7 10.7 48.0 163.7 316.0 274.4 5.0 180.5 73.3 4V230 500.5 280.0 265.0 37.4 79.0 358.4 33.0 8.0 480.0 141.8 343.3 27.5 2.0 205.3 26.0 481.6 6V130 363.0 246.0 96.5 2V460/6 1333.0 649.1 87.6 40.0 16.0 197.0 539.0 662.7 46.5 32.5 130.0 359.0 168.0 161.0 103.3 4V525 837.0 717.0 337.0 823.0 401.7 188.0 348.0 1.0 655.0 204.0 22.0 225.0 506.0 344.0 16.5 450.0 100.0 17.6 12V45 160.0 112.2 70.1 12V55 198.5 46.0 108.0 114.5 6V590 942.1 25.0 118.0 30.6 72.0 109.5 3.6 18.0 305.7 35.6 94.0 494.2 67.9 12.2 46.7 58.0 478.0 122.0 37.9 127.0 194.4 95.0 432.1 62.0 106. 0 111.7 72.0 283.6 5.0 1934.0 321.8 39.6 55.2 22.2 75.0 276.0 123.0 133.8 14.2 2V785 1091.8 0.0 232.0 130.6 29.0 550.0 312.0 377.0 165.4 64.0 605.0 1041.7 278.8 81.1 4V230 500.0 109.0 529.6 17.0 77.0 138.4 3.2 11.4 35.0 353.2 5.9 16.1 25.4 62.5 23.6 12V45 143.1 51.4 207.0 370.1 19.5 18.3 69 60 47.3 22.0 297.0 375.5 23.0 324.0 405.2 249.8 15.0 46.0 137.0 346.3 64.0 156.7 78.6 4.0 40.0 769.0 14.0 325.0 31.5 16.0 92.8 2.9 212.6 53.0 42.3 48.1 208.0 193.4 21.0 569.0 403.0 63.0 175.0 866.0 564.4 50.0 439.1 2V275 581.0 342.0 157.0 122.0 88.9 12V35 109.0 231.0 228.8 78.0 2176.0 1059.0 440.0 79.0 36.2 221.9 17.1 20.0 27.2 8.9 75.0 6.2 148.9 7.0 302.0 384.9 17.0 19.9 47.0 228.0 259.8 45.4 22.7 23.2 27.3 8.2 2V915 1273.3 2V1575 2183.0 108.0 31.0 333.0 16.0 345.0 999.0 397. Discharge Currents (Amperes) at 20°C to 1.0 205.8 136.5 277.6 30.0 645.0 220.0 11.7 2.0 853.0 453.4 45.1 311.0 435.0 530.0 72.8 118.4 8.0 185.0 94.0 277.2 402.0 1756.1 54.0 295.1 158.0 137.3 2V1050 1455.5 16.8 7.2 401.9 174.0 138.9 49.3 15.0 282.0 725.0 274.0 104.2 316.0 34.6 21.5 57.0 156.0 78.1 20.0 94.0 20.2 49.6 53.0 194.0 134.0 81.5 10.0 80.0 100.0 95.6 36.3 56.3 6.0 911.6 89.7 321.3 8.5 15Publication No: EN-V-PG-001 February 2003 .0 163.8 3.0 21.7 3.6 10.6 59.0 93.0 369.0 167.2 17.8 51.0 177.0 13.6 252.2 355.0 155.0 26.1 30.0 203.7 8.2 2V460/4 1000.4 52.5 4.0 38.3 33.0 92.0 49.8 63.0 470.7 72.0 797.6 59.2 241.0 313.0 423.8 7.5 13.1 6V165/6 413.0 2.2 4V525 728.0 440.0 397.4 71.7 334.8 47.0 83.0 1155.0 102.0 353.0 110.4 44.0 312.0 370.4 5.0 78.0 189.0 122.0 101.0 171.6 40.0 115.9 204.1 379.7 124.6 137.0 127.6 566.4 13.0 4V155 343.0 684.0 222.2 12.8 88.enersysinc.1 59.7 67.0 189.4 12.0 440.3 12.0 115.6 22.4 52.0 751.0 421.0 628.0 235.com 12V70 213.0 314.2 39.0 446.0 33.0 256.7 12.0 70.5 39.0 806.0 297.4 117.0 473.4 50.0 20.0 208.0 324.5 10.0 111.0 6.6 71.0 668.8 2V500/6 1239.0 471.1 26.0 697.8 54.0 17.0 107.0 172.0 26.5 2V310 719.3 28.5 67.0 115.0 232.6 137.5 6V105 241.9 18.0 153.4 271.0 46.1 3.0 1209.1 41.0 156.2 3.0 645.0 322.0 191.5 29.5 23.9 9.0 33.0 200.5 6V130 325.2 2V400/4 911.0 520.7 10.2 10.8 60.3 80.6 50.0 212.0 20.0 18.7 46.0 167.6 55.7 46.6 36.5 39.8 45.5 18.0 176.6 50.5 111.0 403.0 124.0 422.0 92.8 54.7 4.0 30.7 6.2 27.0 306.2 9.3 80.0 175.0 257.0 276.0 1360.1 12V55 177.8 106.0 472.8 348.0 46.9 357.4 2.0 67.8 42.0 256.0 31.7 162.7 75.0 297.3 161.0 942.0 67.3 40.0 761.0 62.0 1128.4 48.0 14.3 42.0 243.0 415.0 93.3 248.9 2.5 57.0 1003.5 39.0 102.4 46.3 13.9 28.0 469.5 71.8 68.0 51.8 27.1 25.0 520.0 581.7 7.0 138.0 154.0 368.0 944.3 40.0 141.2 230.0 402.5 85.0 1304.4 62.0 4.8 83.6 30.0 106.0 14.0 155.0 972.0 278.0 84.7 52.0 139.8 105.2 2V460/6 1078.0 171.0 618.0 11.1 78.0 127.0 101.1 2V350 749.8 28.2 2V500/2 440.6 109.3 7.2 115.0 217.0 456.0 100.6 69.8 60.6 187.0 140.0 15.0 63.9 18.0 650.5 www.0 333.1 85.0 136.2 23.1 27.6 515.80 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.6 71.2 85.0 69.2 5.0 967.4 361.0 160.0 461.2 86.0 709.2 85.2 52.0 1949.7 234.0 239.4 17.0 107.6 316.0 281.5 289.0 127.0 151.7 19.5 218.6 17.0 141.2 22.0 376.0 120.0 334.0 148.0 45.0 202.0 185.5 71.6 4V105 241.0 81.0 6.4 281.8 26.0 191.0 1060.0 77.0 273.4 13.4 35.0 826.6 33.0 100.4 15.0 104.8 78.0 239.3 556.0 705.0 342.1 199.4 22.0 127.8 20.0 520.0 1192.0 91.0 235.0 461.0 153.0 1732.9 37.0 472.5 2 2.0 110.0 305.0 115.0 1127.0 185.2 61.0 200.0 1010.0 440.0 193.0 149.6 24.0 839.3 42.1 43.0 520.0 440.7 21.3 113.0 353.7 6V155 343.0 140.0 265.6 67.5 23.5 2.0 188.0 117.9 6.0 201.7 9.0 577.0 37.7 39.4 59.0 577.8 52.0 607.2 66.0 594.0 585.0 240.3 637.6 92.8 6.4 44.0 1289.9 16.0 175.0 891.1 32.2 17.7 92.0 70.7 12.0 115.0 4.5 126.4 13.0 90.0 206.3 37.6 18.0 706.0 278.3 99.0 781.9 90.4 11.5 2V1770 2456.5 3 4 5 6 7 8 9 10 12 24 12V20 71.0 489.0 133.4 271.4 7.9 18.8 26.6 214.5 2V320 737.0 352.4 13.8 3.7 63.6 35.0 1124.0 63.3 99.1 68.0 108.4 79.1 12V80 249.6 69.4 257.6 24.1 65.0 228.6 35.1 42.0 105.0 164.0 9.2 687.7 458.0 48.0 569.0 124.4 151.4 55.3 248.0 26.2 483.6 78.0 99.0 159.6 15.7 6V165/2 413.6 36.0 156.5 23.8 41.9 1.0 1268.0 214.0 531.1 2V400/2 843.0 270.0 157.2 39.6 297.0 31.6 69.0 345.2 61.8 15.3 86.8 99.2 6.6 61.0 117.3 24.7 52.7 135.4 46.0 314.0 20.2 32.0 1467.6 56.3 8.3 59.0 529.0 410.0 188.1 20.3 37.0 1593.0 658.2 1.2 6V590 819.8 4.7 25.8 18.9 47.0 583.0 7.2 54.8 34.1 46.7 67.0 120.0 708.3 15.5 6.8 25.6 66.0 95.4 186.7 15.2 6V525 728.3 144.0 140.1 16.0 93.7 15.0 31.0 514.2 10.5 94.0 95.1 37.9 6.7 63.0 399.0 162.8 26.7 4.0 344.0 139.0 140.3 113.5 10.5 35.0 435.0 869.5 189.3 79.1 241.0 122.0 171.0 1561.0 329.0 44.3 42.8 425.0 1416.0 397.0 5.2 40.8 5.7 234.0 222.0 265.0 289.0 652.0 130.0 353.0 666.0 320.9 171.4 11.2 10.0 33.0 376.0 228.9 31.0 469.0 89.3 79.2 41.9 31.0 597.5 57.0 26.7 59.0 157.5 32.8 124.0 120.8 14.6 343.0 407.0 217.0 625.6 64.0 172.5 133.0 140.0 555.0 460.0 192.7 53.1 2V200 455.5 289.5 57.7 21.0 500.9 50.1 32.6 3.0 50.6 46.0 7.5 452.6 12.0 52.0 40.0 324.9 17.5 67.7 49.4 106.0 24. 0 1672.0 142.8 16.3 51.0 71.0 584.2 2.0 444.0 92.0 128.2 226.5 31.6 30.4 110.5 47.0 103.7 67.7 23.0 27.4 68.2 38.5 17.0 534.2 75.0 205.2 82.0 719.0 77.5 26.0 37.0 16.0 311.0 297.9 3.0 8.0 296.0 667.0 106.0 115.0 263.0 282.6 58.7 35.2 67.8 16.0 15.6 92.0 429.6 39.0 107.8 74.0 700.0 438.9 22.0 278.7 21.1 126.0 103.1 19.0 115.0 78.0 173.2 35.1 32.0 233.4 284.4 13.3 53.9 28.0 165.0 44.7 48.0 229.7 17.0 201.4 18.5 17.0 160.0 264.3 10.0 1345.0 42.com 12V70 197.1 44.1 72.0 340.7 4.0 154.0 179.0 107.0 302.5 60.2 35.0 107.5 60.4 15.1 38.4 172.0 105.6 6.9 64.0 550.0 298.4 90.0 14.0 806.0 205.0 349.4 94.0 53.0 110.0 700.0 1068.0 618.0 15.1 45.7 4V155 276.3 153.8 416.0 848.3 61.2 135.0 151.0 722.0 360.5 289.0 238.8 40.5 48.6 87.0 1201.3 3.9 357.4 36.0 116.0 99.4 2V350 639.8 2V275 495.0 37.6 29.7 44.4 12.0 176.0 126.7 6V165/6 342.0 367.5 6V165/2 342.0 3.6 78.4 68.9 10.7 50.0 897.1 49.0 123.0 150.4 60.3 7.0 500.0 847.0 1098.0 1.3 48.8 142.0 520.4 218.6 8.8 134.4 28.4 15.0 262.9 40.0 159.7 317.9 92.0 131.3 57.5 4.0 123.0 91.8 2V1770 2073.8 78.0 10.0 146.0 151.1 2V400/2 719.0 185.0 8.0 21.1 224.0 393.2 13.9 9.8 34.0 991.0 88.2 16.3 63.1 207.2 15.9 19.0 423.5 30.0 198.0 222.7 11.7 30.3 43.4 64.0 96.1 34.6 20.1 49.0 434.0 495.6 20.0 356.0 615.8 51.0 298.0 42.9 26.3 58.0 345.85 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.3 6V525 614.1 22.0 253.0 105.0 27.0 38.0 41.0 619.6 63.2 180.2 397.0 300.5 30.0 668.0 279.0 356.9 59.3 33.0 380.0 116.0 154.0 169.2 56.1 2V460/4 858.0 478.5 30.0 16.0 708.7 0.0 118.0 150.3 63.0 322.4 76.2 3.4 78.6 16.0 182.8 48.1 490.5 Publication No: EN-V-PG-001 February 2003 .2 66.0 98.0 123.6 67.0 29.3 80.0 54.0 8.0 25.2 4.0 311.9 5.0 376.0 145.0 26.0 236.4 2.0 314.0 130.2 57.1 27.0 672.0 549.9 21.8 33.9 46.0 44. 16 Discharge Currents (Amperes) at 20°C to 1.0 1513.7 25.5 3 4 5 6 7 8 9 10 12 24 12V20 58.1 122.0 420.9 12V55 164.9 44.2 36.0 209.7 23.0 358.1 19.3 43.5 44.0 510.9 13.1 82.5 2.4 26.0 121.0 37.0 297.0 154.0 144.1 44.8 60.0 52.0 77.0 157.0 21.6 9.0 1003.1 4V525 614.2 233.0 417.9 50.4 63.0 605.6 10.3 39.0 130.0 16.0 145.0 100.0 230.0 743.0 260.0 584.0 572.0 334.0 132.0 380.0 24.0 199.0 594.8 12V80 230.8 60.0 142.0 1238.9 92.8 36.0 413.4 5.8 576.2 14.0 519.0 108.0 179.4 12.7 23.0 119.0 186.3 41.3 49.3 6V590 691.0 126.6 42.0 269.9 50.0 396.2 2V785 921.1 2V400/4 743.6 74.5 32.3 75.0 156.4 401.7 38.4 7.2 64.0 153.0 389.0 96.9 9.0 353.0 296.4 77.0 1286.3 98.0 303.0 472.9 86.7 155.7 9.3 380.0 189.0 100.7 118.4 25.0 193.0 346.0 59.8 66.7 54.0 210.0 12.0 95.0 29.0 393.1 59.8 25.6 7.5 32.9 107.9 19.0 464.0 565.9 64.1 246.0 207.9 10.7 12.1 86.0 53.0 907.1 126.3 205.0 92.3 72.0 15.0 184.0 468.4 6V105 211.5 42.0 400.2 14.0 59.1 4.8 36.0 231.0 422.4 46.3 72.0 630.0 413.4 21.3 148.0 318.0 142.0 538.9 13.3 52.0 21.0 494.4 208.7 1.2 199.0 19.5 20.9 262.6 54.8 75.1 21.0 549.0 1853.0 403.4 39.4 46.0 953.8 5.0 18.0 171.1 207.0 623.6 307.2 13.9 44.2 38.0 501.0 64.0 314.0 381.6 67.6 50.4 60 54.0 13.5 44.0 1002.8 71.0 246.0 214.1 9.0 1127.7 142.0 195.0 448.1 36.0 100.1 11.5 80.0 762.7 45.0 6.5 2.2 67.3 244.0 134.0 534.2 325.0 102.0 134.7 46.0 605.0 115.0 259.0 943.6 58.5 3.3 7.enersysinc.0 315.0 134.7 452.0 119.0 393.0 825.0 148.8 6.6 196.6 92.6 104.1 217.3 17.3 112.0 85.0 354.1 76.0 466.9 2V915 1075.0 223.0 867.0 64.0 210.0 138.1 95.2 14.0 334.0 393.3 75.0 88.0 183.0 64.0 282.3 36.5 274.1 76.0 198.0 495.1 113.0 78.0 712.0 1486.0 18.7 6.7 167.5 75.5 10.1 21.0 136.7 2V1050 1228.0 8.0 311.8 43.0 323.6 87.0 187.7 35.0 448.0 123.0 227.0 1061.3 80.2 76.0 279.3 334.8 34.0 209.0 167.0 24.0 551.8 29.0 98.0 12.5 6V155 276.0 32.2 31.0 297.0 133.0 534.0 18.9 353.0 279.5 4.2 123.0 240.6 71.1 21.0 108.6 2V500/2 393.0 176.4 19.2 37.8 5.0 275.0 10.3 52.0 381.7 22.8 6.0 1647.0 257.7 63.1 94.0 87.5 17.4 131.5 474.7 25.0 375.0 7.3 5.0 269.9 262.6 1.2 14.5 45.5 189.0 322.0 4.1 59.9 6.7 168.7 50.7 38.0 557.2 9.0 115.7 56.0 115.0 314.3 244.8 17.5 18.0 87.0 347.7 2V200 371.4 12.0 129.0 961.0 91.0 1143.4 6V130 276.4 18.9 32.0 468.0 88.8 19.0 198.0 107.0 51.0 47.2 14.0 784.0 214.0 262.1 83.8 6.0 629.6 16.0 227.5 20.0 133.0 334.1 7.0 159.0 195.0 88.5 99.9 50.0 368.0 148.7 30.1 26.0 103.7 54.5 2 2.1 64.4 68.5 11.2 4.1 87.0 176.5 14.2 6.0 139.0 333.0 282.2 155.1 44.0 227.0 417.0 205.0 98.0 403.4 33.4 39.4 24.5 47.0 182.0 312.0 95.0 24.0 105.4 12V45 132.8 8.1 47.0 10.9 8.0 92.3 181.0 11.1 86.0 47.0 537.6 13.7 26.8 74.0 115.0 1392.0 470.7 3.0 193.6 6.9 288.2 2.6 20.0 446.5 284.5 31.0 156.4 www.4 48.0 240.0 356.4 31.4 3.0 131.1 68.4 6.7 22.0 259.0 69.8 29.0 148.1 43.5 54.0 504.0 71.0 36.6 2V460/6 858.0 259.0 29.7 5.9 84.0 104.8 16.0 21.1 54.0 175.0 131.0 393.7 2V310 572.7 63.5 4V230 414.7 25.0 173.0 282.0 892.0 115.3 237.2 226.8 15.0 37.0 349.4 2V500/6 1028.0 171.8 25.9 12V35 100.5 55.1 2V320 634.0 138.2 2.4 24.1 45.5 17.0 203.0 130.9 30.3 4V105 211.9 61.7 5.6 33.4 265.8 2.2 13.2 68.3 253.0 824.0 173.0 158.6 298.5 22.1 26.2 5.7 56.5 2V1575 1842. 0 900.0 532.0 1255.0 2982.0 564.0 434.6 1067.0 3246.4 58.0 421.3 211.0 180.0 1124.0 179.0 593.0 1570.0 495.0 44.5 30.8 1305.2 100.0 532.0 405.0 1487.0 155.9 61.0 1830.8 39.0 1566.0 120.9 731.0 487.0 518.0 1375.0 302.0 933.2 66.7 7.0 288.0 218.0 226.8 2V275 1466.0 2915.5 1035.2 Constant power discharge performance data 6V165/2 1035.0 3651.1 123.1 32.0 537.0 134.0 130.0 3661.3 59.0 957.9 125.4 32.0 72.0 1395.5 14.6 48.0 362.7 48.0 1893.0 282.2 39.4 814.9 7.0 231.0 21.0 473.0 725.enersysinc.0 105.0 920.1 34.0 1499.0 6V525 1832.6 16.6 88.0 248.0 1381.6 713.0 616.5 2 2.2 60.4 41.0 186.0 270.0 1221.0 103.1 19.0 649.8 2V400/2 1201.9 146.0 2V1050 3665.3 65.2 339.0 1458.9 12V35 285.1 71.2 602.9 30.0 532.0 957.0 437.0 123.0 324.0 2164.0 744.0 70.4 77.7 24.0 111.3 429.0 1046.0 339.0 121.0 152.0 16.6 73.0 36.0 495.2 39.0 98.0 536.0 148.0 194.6 1.0 105.6 101.7 643.7 24.0 1233.0 487.0 215.0 2356.0 715.0 37.0 55.0 100.0 581.0 177.0 304.7 14.3 4.0 2135.6 566.0 135.0 2751.7 2V310 1755.0 231.0 45.4 44.6 51.8 17.0 14.0 2081.0 872.0 1200.0 17.6 92.0 1039.0 99.0 1800.1 31.0 120.0 179.0 417.0 181.0 92.1 45.0 162.0 1082.0 185.0 290.0 342.3 250.0 654.0 113.9 256.0 44.7 20.3 77.8 163.0 135.0 92.0 125.3 174.0 261.0 62.0 810.0 130.0 158.0 125.4 13.0 88.0 376.9 54.8 72.2 17.2 920.0 460.0 785.0 1849.0 115.8 34.0 39.0 154.0 308.0 6.0 92.0 290.0 433.8 22.0 2440.0 326.9 5.9 6V130 725.0 125.2 2V200 1123.2 6V165/6 1035.1 18.8 39.3 9.0 884.0 1375.0 236.0 736.0 242.0 6V590 2062.0 465.5 1076.0 98.0 5.0 600.0 366.0 35.4 288.0 1701.0 530.0 750.0 1093.0 470.0 1570.0 154.8 22.0 134.0 625.0 76.5 40.0 580.0 31.0 266.0 266.0 135.0 1145.5 3 4 5 6 7 8 9 10 12 24 12V20 167.0 17Publication No: EN-V-PG-001 February 2003 .0 2V1770 6185.0 314.7 116.0 414.0 318.0 196.7 54.0 108.3 34.8 26.0 49.4 178.8 34.9 6V105 569.0 153.6 42.0 382.2 127.7 2V500/2 957.0 275.0 523.5 2V320 1835.3 171.0 299.0 204.0 238.0 644.0 103.0 994.0 1546.0 322.1 8.0 4642.0 743.0 35.6 17.0 1201.0 406.0 1305.0 265.0 923.0 1958.9 11.9 30.0 353.0 33.0 957.9 61.0 4118.0 376.1 24.0 2651.0 830.0 24.0 544.0 1092.0 219.9 59.0 2748.0 606.0 2530.0 26.0 116.0 7.0 181.0 103.0 133.0 312.0 43.8 26.9 510.0 899.0 49.2 3.0 115.0 974.0 248.6 16.0 84.0 591.0 229.1 25.0 390.1 51.0 125.0 249.0 654.0 374.com 12V70 560.0 690.7 824.0 2354.6 231.0 139.0 157.0 342.0 111.0 214.2 26.7 106.0 152.3 631.0 1217.8 56.0 616.3 40.0 1623.0 261.0 236.0 202.8 823.0 462.0 697.0 349.0 171.5 342.0 272.3 67.0 578.0 446.0 376.0 177.0 2289.6 42.5 192.1 48.0 979.0 336.4 44.0 78.0 1366.1 138.0 188.9 7.0 238.1 36.0 133.0 250.0 164.8 126.0 312.0 1801.5 13.0 957.6 96.0 318.2 6.0 202.0 465.7 76.0 1220.0 177.0 418.3 Performance Data 12V80 646.6 19.7 27.0 108.0 1044.0 851.0 198.0 1312.9 652.0 884.0 157.0 1334.0 188.0 164.0 141.0 290.0 334.0 67.0 51.0 805.6 4V525 1832.0 785.0 982.0 139.4 38.5 678.0 266.0 92.0 315.0 29.0 324.1 67.4 178.0 119.0 88.4 10.0 8.0 107.3 624.8 118.0 1373.8 154.9 57.1 467.7 1072.0 275.0 373.1 3.6 51.0 1620.0 653.0 13.4 9.0 20.0 218.5 379.2 50.6 90.9 36.8 8.0 62.0 763.0 138.4 26.0 88.0 81.0 462.4 64.3 58.5 465.0 843.2 12V55 475.1 83.1 67.3 12.2 22.2 www.4 374.0 697.0 40.0 231.0 94.1 239.0 243.5 102.0 139.0 370.0 810. Constant Power Discharge (Watts per cell) at 20°C to 1.0 957.0 108.3 419.9 134.0 795.0 441.0 326.0 649.7 4.7 56.0 119.0 2209.4 678.0 154.0 141.0 121.0 2V785 2749.0 469.0 198.0 681.0 460.0 520.0 278.0 144.0 99.8 4V155 869.0 88.7 38.0 418.0 56.1 8.0 537.6 90.7 95.9 204.0 340.0 308.0 88.0 80.7 115.7 28.0 181.6 73.0 53.6 31.0 740.3 34.0 1325.0 170.5 77.0 346.0 187.9 399.0 2063.9 72.1 67.1 32.0 265.0 406.2 940.0 215.0 600.0 644.0 268.5 41.7 79.0 226.6 83.0 576.0 972.5 237.6 51.0 178.3 76.0 750.0 316.0 278.0 155.0 185.0 88.0 5300.3 31.0 370.0 12.7 73.0 127.0 126.4 36.2 48.0 709.0 91.0 773.0 26.8 538.4 8.0 198.0 111.0 244.0 154.0 203.0 268.0 113.0 195.6 242.0 156.8 29.0 200.0 694.7 60.5 48.4 36.0 139.0 168.0 433.0 226.0 4711.8 748.0 495.0 620.0 1242.4 41.0 760.5 58.8 9.8 11.5 84.3 693.3 45.7 54.0 207.0 1944.6 51.9 72.0 520.0 368.0 124.4 13.0 200.0 70.0 194.0 218.4 2V500/6 3105.6 102.1 25.0 471.1 18.0 282.0 98.3 77.0 216.0 231.9 59.0 214.0 88.1 470.0 208.0 1649.0 748.0 3141.0 154.0 193.0 268.0 1104.0 135.0 254.8 150.0 62.1 11.0 2734.0 539.0 10.3 114.2 22.0 265.6 32.4 14.0 972.7 76.0 1243.0 671.2 22.0 229.0 616.2 49.0 1110.0 878.9 45.0 157.7 160.0 1418.0 1305.0 430.0 17.0 669.4 136.5 201.0 1767.0 140.5 78.0 157.0 6.0 372.0 79.0 1066.0 1082.1 26.0 870.3 31.0 103.8 31.0 286.5 82.60 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 144.0 746.0 209.7 387.0 83.0 108.2 14.2 17.1 312.0 911.3 4V105 569.0 1547.0 2430.0 265.0 1215.9 36.0 552.0 477.2 12.0 89.6 86.4 42.0 925.9 4V230 900.0 266.0 2407.3 2V460/4 1800.7 100.2 66.0 108.0 251.2 849.0 736.2 22.9 554.8 92.0 1309.8 35.0 611.0 403.0 372.5 916.0 404.0 292.5 11.0 763.6 28.2 70.0 3280.9 48.7 515.0 158.1 38.0 113.0 906.2 6V155 869.0 99.7 85.3 2V400/4 2249.0 4126.0 134.0 104.3 624.6 71.0 580.7 48.2 31.0 310.0 20.5 30.0 805.0 4.5 658.0 303.0 1119.0 141.0 81.3 76.0 96.1 165.5 838.3 204.0 91.0 1553.0 1963.2 12V45 394.4 65.9 12.0 67.0 1767.0 2V1575 5497.0 2092.0 1491.0 51.0 21.2 53.0 411.6 104.5 292.0 2V915 3207.0 414.0 434.0 324.0 630.1 20.0 68.1 123.0 292.3 15.0 317.4 14.0 656.4 2V350 1335.0 1079.7 2V460/6 2632.0 2249.0 1220.0 368. 0 2356.6 1067.0 195.5 379.0 68.0 278.0 49.6 102.6 73.5 916.0 539.0 209.5 41.8 22.0 470.0 308.6 51.8 538.2 12V55 475.0 92.8 17.0 266.0 473.0 36.2 22.0 4126.0 249. 18 Constant Power Discharge (Watts per cell) at 20°C to 1.5 30.4 65.5 678.0 1334.0 372.0 17.8 126.0 1082.0 115.4 678.5 14.2 60.0 198.0 878.7 27.0 2135.6 28.0 1110.0 14.0 1395.0 644.0 743.2 920.0 250.4 10.0 972.6 566.2 14.0 67.0 1801.0 170.0 366.0 654.0 600.0 620.4 374.0 578.0 275.0 318.0 203.2 6.0 690.0 616.0 236.0 154.0 116.0 92.0 238.0 390.0 157.0 282.1 123.0 532.8 2V275 1466.9 45.0 275.0 133.3 171.0 1849.0 1375.0 162.0 630.1 239.0 1944.0 226.0 5300.0 80.0 1487.0 231.0 31.2 6V155 869.0 178.1 470.0 6V525 1832.5 58.9 554.0 268.0 141.0 911.0 1328.3 204.0 900.0 324.3 624.6 16.0 1066.9 54.2 66.0 231.8 39.0 265.4 64.0 315.0 1553.1 19.0 1255.0 460.0 715.9 61.0 434.0 44.0 4642.8 56.0 653.2 70.0 1418.1 48.4 136.0 304.0 133.0 2354.5 78.5 192.2 26.3 2V460/4 1800.7 95.6 48.0 92.0 219.0 214.0 697.7 54.0 154.0 1830.0 1570.2 3.0 1312.0 495.5 102.0 108.0 119.0 266.3 31.7 2V460/6 2632.0 312.1 312.7 643.0 1373.0 51.0 39.0 215.7 4.9 256.0 155.0 957.0 268.2 49.9 7.8 72.0 372.0 103.6 17.0 2V785 2749.0 1221.0 537.0 2651.0 88.3 419.8 26.0 3651.0 270.1 36.4 814.0 272.0 105.0 152.0 2430.8 154.0 6.3 31.1 18.0 141.9 11.0 207.3 4.0 656.5 82.0 471.0 697.0 957.enersysinc.0 81.0 177.0 198.0 40.0 78.0 99.8 118.9 57.0 4.6 86.0 370.0 200.0 870.3 34.5 77.6 31.5 201.0 746.0 1767.0 2982.4 26.2 6V165/2 1035.9 731.com 12V70 560.9 204.0 72.0 1458.0 487.0 979.7 56.8 4V155 869.0 20.0 1767.0 29.0 1201.9 72.2 849.0 238.0 200.1 24.0 544.0 805.0 1309.3 45.0 851.9 134.0 177.0 576.5 658.0 1242.5 1035.0 139.6 104.0 1079.0 2081.0 157.1 26.0 120.4 58.0 1217.0 884.1 67.0 121.0 785.0 67.0 215.0 188.2 339.0 1200.0 1145.2 6V165/6 1035.0 580.0 231.0 994.0 202.0 181.0 292.2 66.0 51.0 403.0 314.0 139.6 90.9 30.0 469.2 22.5 48.7 100.0 649.0 446.4 14.0 2092.0 600.0 487.2 31.6 4V525 1832.0 957.0 1046.3 174.0 417.0 96.0 810.0 1325.0 204.5 40.0 2V1575 5497.4 32.0 694.9 652.0 1119.6 92.0 70.0 292.0 736.0 185.0 198.0 4711.5 237.0 324.0 406.7 515.0 88.0 218.5 1076.8 748.0 111.0 495.7 85.0 62.0 53.7 106.0 434.0 94.0 370.0 135.0 171.3 67.0 113.2 127.0 830.0 130.3 114.0 139.0 181.3 429.8 823.0 312.3 4V105 569.0 119.0 282.4 14.0 1104.0 906.1 25.1 8.1 45.9 146.0 156.0 886.0 681.3 15.0 376.0 795.2 22.4 77.2 39.0 16.5 2 2.0 740.0 111.0 81.0 920.0 124.0 649.0 322.0 340.0 164.0 185.1 71.1 51.0 144.9 510.0 125.0 7.8 9.0 126.0 261.0 21.0 1893.2 940.0 1546.0 303.0 382.0 153.0 120.0 113.0 226.0 763.0 111.7 60.0 3141.0 520.0 709.0 88.0 187.0 750.7 54.7 48.0 421.0 2751.0 465.0 290.0 750.9 61.2 12V45 394.6 88.7 14.2 2V200 1123.0 134.6 83.0 104.8 22.0 763.0 611.0 265.1 165.0 278.0 1039.0 606.0 44.4 13.3 9.0 20.0 99.0 316.3 12.0 179.0 376.5 30.0 248.0 113.2 17.6 96.1 20.0 125.3 77.0 1963.0 Publication No: EN-V-PG-001 February 2003 .0 591.0 125.3 58.0 24.0 1800.4 36.0 193.0 154.4 288.0 430.0 437.0 334.0 290.0 346.1 34.0 495.0 144.0 135.0 884.5 292.1 67.0 411.0 218.0 108.0 1701.0 405.1 83.4 2V350 1335.7 387.0 663.0 477.0 414.0 229.0 414.9 4V230 900.1 11.0 2249.2 100.4 41.0 79.0 539.0 84.0 45.6 90.0 462.0 83.0 925.0 76.5 2V320 1768.0 202.0 725.8 35.0 342.8 11.7 28.7 1072.0 748.0 140.0 62.0 3280.0 1649.2 12.9 72.7 76.0 88.3 77.0 1620.6 42.1 67.6 242.6 713.0 530.0 188.0 218.0 98.0 773.1 3.6 1.0 103.0 265.3 12V80 646.0 103.0 523.0 89.8 34.5 3 4 5 6 7 8 9 10 12 24 12V20 167.0 1305.0 810.0 179.0 55.0 194.7 38.0 404.3 631.0 70.1 32.9 12V35 285.8 8.8 29.7 2V310 1755.0 265.0 35.0 1566.0 88.9 399.9 30.0 21.0 62.0 532.2 50.0 593.1 31.1 32.7 79.0 152.0 518.0 2V1050 3665.0 251.0 957.4 2V500/6 3105.4 178.8 150.8 39.0 1071.6 51.0 1305.0 1215.0 2734.0 37.3 34.0 99.0 625.0 3661.0 2V1770 6185.0 254.0 108.0 1093.0 433.0 134.0 5.0 1547.0 154.0 157.5 84.5 11.0 1491.0 236.0 1623.0 214.0 98.4 178.0 91.0 242.1 18.9 7.0 1124.0 2440.3 250.0 135.0 35.0 326.2 22.0 362.0 186.0 532.0 181.7 116.0 26.0 339.0 441.8 1305.0 1044.0 243.0 248.9 36.3 2V400/4 2249.0 349.0 368.4 36.7 24.0 105.0 302.0 49.7 48.0 460.0 2V915 3207.2 39.5 342.0 974.0 336.0 1220.0 326.0 843.4 13.1 467.0 923.0 805.4 44.0 552.7 7.0 290.0 1958.0 134.0 138.0 2407.0 433.0 644.8 2V400/2 1201.3 65.8 26.0 982.2 www.0 168.0 310.0 299.4 38.0 56.0 12.0 1375.0 1381.0 100.7 24.6 231.0 157.0 141.0 308.9 59.0 135.0 368.6 16.4 9.6 71.0 1499.3 76.0 374.0 1243.0 261.0 418.7 76.6 73.0 744.0 406.6 51.0 17.4 8.9 6V105 569.0 194.0 465.0 564.0 2748.0 286.2 48.0 229.0 1570.6 19.0 2289.0 196.3 40.4 42.0 317.0 108.0 2209.0 2164.0 376.1 25.9 125.0 10.7 20.3 59.0 616.0 654.8 31.0 933.0 1220.0 268.0 520.0 127.0 43.4 44.7 2V500/2 957.0 1233.7 160.0 580.0 324.9 12.0 88.0 98.0 6.1 38.6 42.6 101.0 216.0 266.0 154.4 41.0 208.0 288.7 115.0 669.0 33.0 231.0 972.0 177.1 138.0 226.5 465.0 26.0 785.8 34.0 88.2 602.3 211.0 736.0 121.0 748.0 164.2 17.0 3246.63 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 130.0 581.0 155.9 48.0 8.0 537.0 418.0 139.0 616.0 107.0 4118.9 5.7 824.0 180.8 92.0 103.7 73.0 373.8 163.0 2063.0 266.1 123.0 462.6 51.2 53.0 353.3 693.0 123.0 13.0 2530.0 244.9 36.0 91.9 59.0 158.0 2915.0 125.0 92.0 872.0 6V590 2062.0 108.6 32.0 158.0 342.0 1082.1 8.0 148.0 957.3 624.3 76.5 13.0 115.9 6V130 725.5 838.0 318. 0 243.0 1242.0 17.4 2V500/6 3021.0 1849.3 631.7 73.0 920.0 248.0 292.0 39.3 12V80 622.5 658.0 830.0 188.0 196.3 34.0 2349.0 125.6 32.0 1307.0 611.0 287.0 302.0 157.9 11.7 531.0 152.0 1255.0 278.0 362.0 37.4 2V350 1335.0 471.0 1209.0 139.0 907.0 107.0 134.0 265.2 12.0 127.4 119.0 238.8 72.5 115.3 437.0 139.0 20.9 194.6 91.3 419.7 60.0 523.9 554.0 266.0 806.0 277.2 31.0 900.0 288.4 44.5 30.0 382.9 59.1 270.0 1351.0 2701.0 1411.0 433.0 218.0 99.0 185.0 88.5 2V320 1735.0 231.3 59.0 417.0 1494.0 2521.7 106.4 201.0 434.7 80.9 510.0 805.6 48.5 177.0 200.0 308.2 940.0 591.1 26.0 21.0 654.0 1305.0 317.0 226.0 179.4 65.0 4.0 1351.0 2277.0 957.0 368.0 125.6 41.0 318.2 6V165/2 1007.0 113.1 67.0 92.0 743.1 470.0 1310.0 1316.0 1200.0 925.2 22.0 88.0 326.0 135.0 725.0 1870.1 11.0 1531.3 429.4 14.4 26.0 110.0 1201.5 838.0 1351.6 19.0 209.0 552.0 268.2 6V155 869.4 58.0 261.9 6V105 557.0 1603.0 877.0 248.2 66.0 2363.5 289.0 231.3 114.0 177.0 649.2 144.0 661.0 181.0 477.0 1801.2 920.4 42.0 2207.0 593.3 67.0 108.1 25.6 203.0 404.0 239.2 1034.3 562.0 520.7 98.0 3248.0 872.1 342.0 84.9 30.9 36.5 30.0 40.0 4558.0 308.4 678.4 13.5 14.0 2080.8 126.2 6.0 372.0 141.0 152.6 96.0 681.0 123.9 72.0 957.5 11.0 275.0 88.1 8.0 616.0 840.7 56.0 114.1 19.7 24.0 157.2 12V55 465.3 4V105 557.8 22.1 67.3 693.0 736.8 26.1 38.5 48.9 72.0 1119.8 4V155 869.0 304.0 696.0 185.0 1486.6 101.0 43.0 579.1 25.0 748.0 1961.7 27.0 154.3 76.9 61.0 1491.1 3.0 312.3 77.8 31.4 10.6 92.2 17.0 314.0 495.9 243.0 339.9 45.4 282.0 736.0 746.0 2V1575 5342.7 116.0 94.2 191.0 326.2 22.0 44.4 168.0 4054.0 108.0 974.6 83.7 255.1 32.0 181.0 578.7 4.3 1263.0 744.0 164.7 100.6 17.0 229.0 315.2 39.0 98.0 218.0 67.8 39.1 123.0 401.0 81.9 36.0 962.1 24.0 92.7 38.0 1334. Constant Power Discharge (Watts per cell) at 20°C to 1.7 98.0 2026.0 495.0 89.0 155.com 12V70 543.0 987.0 785.0 414.0 532.2 2V200 1072.0 1800.2 22.0 83.2 66.0 88.4 374.0 215.4 13.0 4593.0 537.0 56.0 1201.0 369.0 6V525 1781.0 418.0 322.0 214.6 41.0 3606.0 135.0 272.0 265.0 162.3 157.3 67.0 120.0 1144.0 740.2 48.0 103.0 644.0 121.0 268.0 130.5 916.9 5.8 2V400/2 1201.0 455.0 2418.0 63.1 32.3 65.enersysinc.0 108.0 368.0 2241.9 146.1 467.9 370.0 144.0 2680.0 783.0 353.0 340.3 45.5 178.7 160.6 51.7 95.0 310.0 495.0 158.6 4V525 1781.9 28.3 2V460/4 1800.0 696.0 299.6 137.0 2137.6 1067.7 643.0 1755.9 59.6 171.0 349.0 437.0 187.0 4052.3 31.8 34.0 1723.3 15.0 537.3 335.0 1802.0 6V590 2003.0 135.7 7.6 61.3 40.9 61.0 139.0 373.0 877.9 148.0 957.0 401.0 870.0 600.0 340.7 14.1 20.3 4.0 185.8 487.7 2V310 1754.0 1201.0 2088.6 104.7 54.0 218.2 6V165/6 1007.8 22.0 216.1 342.8 56.2 125.6 31.8 29.1 83.0 242.6 51.5 161.0 625.0 539.4 14.0 195.4 32.0 177.0 2297.2 17.6 16.0 20.0 539.0 1392.3 624.8 748.0 715.3 45.1 138.0 72.0 1218.0 154.0 1535.0 979.0 2V915 3116.7 531.9 134.0 141.0 877.5 100.0 581.0 713.2 602.0 113.0 31.0 1958.4 9.5 13.9 7.2 100.0 2632.0 421.0 177.0 125.9 54.0 266.0 1066.1 78.0 188.7 48.0 1684.0 2V1770 6010.0 238.9 108.0 520.0 144.0 372.4 41.0 254.0 1202.0 1612.0 606.0 1069.5 58.0 405.5 84.0 1233.0 70.0 1566.0 198.5 82.3 2V400/4 2145.0 2102.0 96.6 35.0 266.6 199.5 678.0 962.0 620.1 156.0 115.0 1531.0 121.0 290.0 981.0 113.0 98.0 44.2 39.0 116.0 693.0 465.0 690.5 2 2.0 324.3 58.0 1110.4 87.0 79.9 62.1 212.8 236.1 18.0 324.0 104.9 399.0 198.0 1308.0 208.9 1076.0 747.0 656.8 487.0 13.3 472.0 3062.65 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.7 20.0 1381.0 55.0 2887.6 235.0 906.3 9.0 544.0 374.1 71.0 469.4 366.0 644.0 168.8 34.6 566.1 31.6 51.0 795.0 1104.0 957.0 179.1 134.0 376.2 50.0 5168.8 92.4 814.4 250.0 17.0 530.0 36.0 8.7 2V500/2 957.0 616.0 105.2 12V45 384.6 631.0 105.9 30.3 12.4 49.0 1058.4 282.0 226.0 292.5 40.0 1044.0 2V785 2671.0 19Publication No: EN-V-PG-001 February 2003 .0 156.7 85.4 127.6 16.0 81.6 90.0 202.0 21.0 759.1 156.4 36.0 743.0 318.0 164.0 180.0 202.0 2V1050 3561.0 434.0 654.8 39.0 108.8 2V275 1372.2 120.0 218.4 77.1 312.7 86.0 229.0 462.0 303.5 3 4 5 6 7 8 9 10 12 24 12V20 160.2 3.0 616.9 134.2 22.6 71.1 48.8 243.2 26.5 191.0 10.1 67.0 460.0 418.0 6.9 172.0 933.0 26.0 215.0 181.0 773.8 9.0 3603.0 805.0 24.0 120.0 851.0 12.0 759.0 1083.0 462.3 31.0 2961.0 133.0 103.0 1305.0 649.2 60.6 51.9 731.0 130.0 236.0 154.8 26.5 230.0 133.0 207.0 1079.0 1039.9 7.0 465.3 72.0 669.1 51.4 38.8 235.0 154.0 878.6 61.9 48.0 110.0 249.0 376.0 170.3 72.2 14.0 2721.6 1.5 102.0 564.0 261.0 49.5 797.0 53.0 600.3 76.0 470.7 100.0 154.7 2V460/6 2630.9 12V35 275.0 155.0 70.0 441.0 1044.1 45.2 53.0 806.0 268.0 135.6 51.0 957.1 1595.0 411.0 92.7 76.0 140.0 154.8 11.0 124.0 231.4 330.0 7.2 49.8 35.7 48.0 250.5 304.0 316.8 17.0 390.0 226.6 51.0 26.5 77.9 265.3 77.9 134.0 204.6 35.1 179.7 433.0 1519.6 91.1 8.0 125.1 201.0 270.0 403.0 286.1 98.0 430.0 709.0 200.0 265.0 747.3 827.0 653.9 6V130 714.8 8.7 54.0 2402.0 265.9 57.2 141.1 36.4 44.3 67.4 64.8 823.9 139.1 18.0 29.3 34.0 6.4 36.2 www.0 1444.5 41.6 90.1 34.0 214.7 76.7 115.0 1925.0 153.3 76.9 383.0 3206.0 1243.0 88.0 103.0 110.7 24.0 369.6 88.0 460.0 923.9 12.0 92.0 346.0 231.0 88.0 324.0 198.7 515.4 41.9 4V230 900.2 339.0 33.5 78.0 375.0 579.4 167.0 289.2 70.0 1553.0 5.0 119.0 518.0 103.0 1121.0 125.7 79.6 28.3 624.0 1069.0 14.9 538.4 8.0 290.4 194.5 1035.0 16.0 414. 1 78.4 282.0 81.9 139.0 158.0 396.7 79.0 648.6 43.0 780.1 31.4 49.0 88.0 268.0 6V525 1725.5 58.0 249.0 1324.9 30.4 8.0 2934.0 110.8 39.6 35.0 14.4 51.0 152.2 12.3 693.0 906.7 103.8 83.0 154.3 69.0 218.0 951.0 299.0 349.0 4470.4 53.0 2077.8 4V155 865.6 91.0 2702.0 369.2 66.0 116.4 28.9 72.6 484.0 215.0 218.0 92.4 13.67 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 870.6 152.7 619.4 464.0 31.7 200.0 1324.6 51.7 20.0 99.0 292.0 187.8 31.2 178.0 1077.0 154.0 123.0 373.0 20.1 67.6 96.0 124.1 67.8 11.9 24.0 2200.0 1300.0 1579.0 2649.0 1282.0 248.7 9.8 66.0 110.5 177.0 615.0 3973.0 736.0 303.0 5029.3 4.1 25.0 113.0 620.0 920.5 531.0 644.7 377.0 135.0 231.0 437.4 441.0 36.0 215.1 156.0 304.7 76.0 317.0 465.8 18.6 585.0 139.0 268.0 202.2 133.8 560.0 951.0 1070.9 134.9 59.0 866.0 Publication No: EN-V-PG-001 February 2003 .1 269.2 6V165/2 979.3 65.0 214.1 6.0 89.0 923.8 242.0 105.0 152.8 426.0 739.0 266.0 396.3 157.0 1426.0 974.0 20.5 14.3 76.0 411.0 164.5 813.0 2235.0 460.2 12V55 454.0 368.0 744.0 1464.0 265.6 484.0 746.8 50.1 156.2 14.0 1800.0 288.0 733.7 160.7 643.8 8.9 59.0 272.3 1561.0 185.3 167.0 2608.0 125.0 933.0 462.0 195.0 135.7 54.3 309.0 2105.0 275.0 157.6 200.1 25.4 282.0 1490.3 77.6 76.0 1958.6 91.2 234.0 324.1 32.0 181.0 1601.5 337.0 586.9 36.6 51.0 430.0 340.0 644.0 539.3 67.0 324.0 1178.8 35.0 200.0 108.0 127.4 2V350 1310.6 41.6 4V525 1725.0 690.3 34.8 551.1 742.0 805.4 448.0 72.3 61.0 520.5 16.0 53.0 70.0 2607.8 72.4 943.9 234.1 19.7 171.4 841.0 1178.0 177.0 316.8 26.0 14.7 48.0 1521.0 170.2 623.7 48.0 107.0 1242.4 36.0 748.0 4470.0 286.0 177.0 10.0 2V785 2588.7 2V310 1749.4 1240.0 226.0 308.5 2V320 1696.0 188.0 166.0 1243.6 203.6 125.0 369. 20 Constant Power Discharge (Watts per cell) at 20°C to 1.0 207.0 133.2 12V45 370.0 488.6 41.0 1115.0 8.0 5.0 144.3 76.9 722.5 577.9 7.0 177.0 2V1050 3450.4 2V500/6 2938.0 1566.0 226.2 2V200 1050.6 1.0 157.0 1304.0 1052.8 26.0 652.0 1038.4 943.0 88.0 1040.2 4V105 546.0 1738.0 1184.0 115.0 188.0 135.7 82.8 26.5 431.4 115.0 153.2 66.0 322.0 81.0 316.9 54.0 181.0 606.0 725.2 141.6 1180.0 520.6 664.4 41.0 532.4 13.0 121.9 72.4 115.0 88.7 288.9 6V105 546.0 198.3 12V80 609.0 48.9 61.6 35.0 155.0 901.0 31.0 1110.0 312.0 2V1575 5175.0 1044.2 55.5 3 4 5 6 7 8 9 10 12 24 12V20 158.0 978.0 373.0 248.0 196.0 231.0 1987.0 96.4 13.0 31.7 2V460/6 2624.0 1250.0 270.8 119.0 58.0 3977.4 472.6 1310.0 372.2 17.1 910.0 155.4 41.0 55.0 108.9 113.0 6V590 1941.0 805.0 518.1 284.0 705.0 405.7 70.9 17.0 20.5 22.6 58.0 185.0 145.0 180.7 7.0 552.0 140.enersysinc.6 83.0 130.0 135.0 204.5 26.0 316.0 469.0 143.0 1759.0 200.6 101.6 85.9 6V130 699.1 41.0 1842.0 226.0 578.0 133.8 12.0 3552.0 414.0 21.2 14.0 3209.0 214.0 804.0 692.0 1304.1 926.9 36.3 2V400/4 2100.9 57.0 4.4 87.0 103.0 648.7 905.0 581.6 36.0 326.0 715.0 544.7 73.0 2080.0 535.3 77.5 30.0 431.0 266.0 465.0 1664.5 82.0 261.5 14.0 470.0 144.4 253.5 42.2 49.3 9.4 77.0 88.0 134.0 103.2 100.0 1066.0 1104.6 91.4 65.9 108.5 30.0 154.3 45.2 9.0 315.1 3.5 19.0 1305.0 243.7 98.0 978.0 231.0 3535.1 463.0 102.0 39.0 1141.6 706.8 17.0 114.9 342.0 31.0 693.0 800.2 1023.0 1486.7 513.1 77.0 656.6 48.0 124.0 1381.4 44.4 123.6 90.1 87.0 141.0 6.9 134.0 179.0 339.0 390.0 44.3 337.0 346.3 67.0 156.0 1956.0 2V1770 5822.0 168.9 48.0 488.8 63.0 1305.0 537.4 119.1 47.6 28.0 254.9 12V35 270.0 238.5 577.5 56.2 22.com 12V70 531.8 37.0 229.9 61.7 325.0 120.0 615.0 743.0 2508.0 47.0 587.0 120.8 265.6 90.7 38.0 800.5 1015.0 141.4 137.0 236.4 44.0 278.6 32.0 1553.2 17.0 872.7 60.6 1180.0 471.5 177.5 30.0 785.1 299.0 113.9 194.0 103.2 287.2 22.8 2V275 1346.0 460.1 45.2 www.0 1387.0 93.0 537.0 743.4 943.9 62.7 652.0 302.0 79.0 421.0 290.0 198.1 227.0 238.1 371.8 209.3 60.0 265.0 7.0 70.0 290.0 33.0 681.0 530.0 250.0 217.3 1058.0 310.0 1676.0 139.8 34.0 235.9 101.4 147.0 836.2 53.5 21.0 795.9 342.0 413.0 12.4 10.0 1052.0 208.0 830.2 3.0 652.0 1326.0 119.6 114.0 6.5 40.0 113.0 433.7 620.0 121.9 13.0 105.7 56.0 477.0 743.0 900.0 261.0 2229.8 7.2 99.0 2340.6 125.0 2217.9 38.0 869.0 656.0 1401.7 550.0 764.0 3157.0 733.9 20.0 2357.0 923.0 88.0 104.0 184.0 88.2 190.6 125.6 137.0 353.0 108.6 71.2 15.4 108.0 1231.2 1049.0 2062.0 1902.7 76.0 625.0 218.0 417.1 24.0 1490.4 81.0 308.0 376.0 324.0 1491.7 80.0 314.2 599.0 362.8 133.0 2318.0 523.5 365.0 40.9 160.5 2 2.8 28.8 34.2 39.1 505.0 164.0 368.2 26.0 26.8 39.0 125.0 404.7 619.0 1201.9 11.0 2V915 3019.0 693.0 231.2 282.3 2V460/4 1800.0 2401.0 229.7 24.0 1846.0 266.0 462.0 382.0 1119.4 943.1 826.1 238.7 39.9 5.0 108.9 674.4 36.0 98.0 979.9 366.7 24.0 124.0 181.1 98.7 239.1 106.4 51.6 92.9 4V230 900.1 8.8 66.9 45.0 202.0 216.0 26.0 616.0 92.0 29.0 139.6 51.0 495.0 434.8 2V400/2 1180.5 531.0 416.0 92.0 1213.0 878.2 6V165/6 979.4 943.2 334.7 4.3 67.0 737.0 84.0 92.4 250.0 414.1 32.0 265.9 193.2 50.0 276.1 8.3 59.0 198.1 12.3 86.0 268.2 6V155 865.0 292.2 22.5 199.0 1039.0 162.0 653.4 171.4 813.0 564.6 51.3 11.0 17.0 242.0 179.9 30.0 326.7 2V500/2 943.9 100.0 739.5 47.3 34.0 72.9 190.7 98.9 16.0 98.1 38.0 586.3 76.0 125.2 780.0 403.7 674.0 265.3 45.0 416.0 154.0 376.0 434.8 397.1 32.5 17.0 374.2 529.0 869.8 26.3 61.0 1767.6 33.0 17.5 100.0 130.5 15.6 95.0 44.0 611.0 209.0 2852.0 154.1 11.0 72.0 372.2 39.0 2980.0 1490.2 22. 0 353.0 805.0 98.0 208.6 51.7 136.8 929.0 1405.7 12.0 1302.0 133.6 91.0 643.0 616.0 690.2 50.2 81.6 1.9 12V35 266.0 215.0 242.0 644.9 6.0 185.0 2535.9 124.0 274.3 157.0 937.0 532.3 34.8 646.3 77.0 372.9 142.5 177.0 198.3 581.0 120.0 480.7 241.3 282.9 62.9 36.8 80.0 214.7 2V310 1739.0 36.0 1054.9 57.1 156.0 2V1575 5007.9 4.0 1809.0 116.7 76.9 16.2 49.0 229.0 460.0 4346.3 199.4 49.0 1503.0 2213.6 37.4 199.0 3886.7 216.0 1044.0 460.0 218.0 162.2 48.3 67.0 243.8 39.7 123.0 391.1 45.3 153.0 854.0 317.1 8.3 30.6 171.7 649.0 119.0 518.0 139.8 1040.0 187.7 462.6 207.0 308.2 6V165/2 951.0 290.4 482.2 12V80 595.0 2V785 2503.7 60.1 67.0 322.0 421.0 155.9 134.0 115.1 125.0 2897.4 250.0 462.0 195.9 134.0 477.0 2577.0 130.9 54.0 88.4 192.8 13.0 202.0 265.9 72.0 1839.9 14.0 689.8 5.8 441.0 756.0 966.4 69.0 1226.4 188.9 4V230 900.0 738.0 2V1770 5632.0 140.0 134.8 929.0 2326.7 80.0 226.0 188.0 20.8 35.0 127.3 183.7 114.1 28.4 531.0 158.0 430.0 177.0 154.0 376.3 2V460/4 1800.0 81.0 933.3 540.9 85.1 165.2 1159.0 39.8 47.0 155.1 36.0 157.0 267.8 406.2 6V165/6 951.0 91.2 6V155 853.0 17.0 209.0 1553.1 38.0 920.0 177.0 469.4 429.6 511.0 349.0 2173.2 55.7 233.0 214.0 1163.0 96.0 135.2 1160.3 26.1 19.2 100.0 1136.0 135.0 368.7 38.0 859.0 248.0 537.0 2899.0 11.1 114.8 106.9 59.0 649.2 35.0 154.0 152.0 911.0 302.2 22.0 238.1 11.0 2017.0 268.3 190.0 2190.1 78.0 748.0 288.0 6.8 31.0 923.3 13.2 62.0 164.9 72.0 2676.3 1717.4 44.0 1640.9 108.7 159.0 3101.0 1457.8 26.0 123.0 231.0 746.5 18.0 1297.0 649.5 737.0 414.0 21.0 979.7 98.8 72.9 48.3 67.0 2379.7 54.7 76.1 33.3 45.6 342.0 168.0 314.0 44.5 59.0 79.1 332.5 47.0 304.0 88.6 41.0 1586.0 92.9 6V105 531.7 76.0 625.6 83.0 303.0 121.0 324.2 141.7 31.5 372.6 396.7 425.7 441.0 290.0 233.0 830.0 139.6 28.6 90.4 15.0 339.1 114.4 77.5 799.0 265.0 215.6 101.5 91.2 53.9 6V130 685.0 272.0 31.6 90.5 47.0 139.0 3458.0 391.0 14.0 125.0 644.0 1729.2 22.0 154.0 326.1 6.5 546.6 87.5 40.0 373.0 1153.4 2V500/6 2854.0 376.0 123.7 40.0 1952.9 36.4 15.0 1874.0 157.0 2489.4 482.9 139.0 2V1050 3338.4 19.9 26.0 231.0 362.7 57.6 342.0 144.7 4.4 472.7 31.0 434.9 671.0 1718.0 465.3 105.5 37.0 114.0 154.1 144.0 564.0 736.7 731.4 36. Constant Power Discharge (Watts per cell) at 20°C to 1.0 33.3 10.0 170.8 996.0 553.0 268.0 200.0 892.0 216.0 98.3 2V400/4 2055.0 1190.2 359.2 22.4 366.2 66.4 119.3 572.0 10.6 65.0 689.7 1256.8 335.6 334.0 326.0 690.9 286.0 312.69 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.4 85.0 2811.0 656.0 2067.0 88.0 1073.0 552.1 237.7 79.3 65.5 30.3 77.0 89.3 4.0 2069.0 471.0 4889.0 2267.0 1630.5 30.4 26.0 121.8 7.6 26.0 181.4 13.6 51.0 715.2 3.3 67.6 1216.7 20.0 894.4 502.2 39.0 179.2 35.8 26.0 1947.8 17.1 61.8 2V400/2 1160.1 24.7 265.1 51.0 434.2 4V105 531.0 740.0 390.0 795.3 100.0 108.5 235.0 179.0 537.8 7.3 14.5 3 4 5 6 7 8 9 10 12 24 12V20 156.1 320.0 2156.8 33.0 218.4 119.2 500.8 33.4 82.3 176.2 704.5 105.0 264.0 101.0 92.3 76.0 181.0 113.0 2V915 2920.6 96.0 1291.3 105.0 1491.6 32.7 2V500/2 929.0 1289.6 91.0 1106.0 141.0 368.3 45.6 41.1 25.0 3.1 32.0 2591.5 794.0 55.7 643.0 346.8 47.8 929.9 20.8 20.0 531.0 405.6 813.0 872.0 1295.2 2V200 1027.0 859.0 372.0 1066.0 314.2 39.0 268.4 41.0 324.0 974.0 470.3 76.4 13.9 58.0 29.4 41.0 275.5 58.0 1034.0 141.0 1381.0 1449.0 643.9 194.0 480.0 120.0 1206.4 65.9 1012.1 25.7 1031.0 8.0 539.0 123.3 572.0 202.7 1245.0 99.0 785.2 15.6 72.3 7.0 465.0 433.2 43.0 266.6 203.0 156.0 231.0 82.0 1551.6 235.0 611.0 6V590 1877.0 653.2 22.0 1440.7 72.0 26.8 8.9 61.4 2V350 1286.6 166.0 261.3 76.0 1119.0 1034.0 1305.2 1285.0 226.0 793.5 124.0 340.0 200.0 382.7 28.0 308.6 9.4 14.3 1110.0 310.0 123.0 1039.7 2V460/6 2609.0 198.0 530.0 730.0 249.4 17.8 39.8 4V155 853.1 156.0 3489.8 2V275 1320.0 113.1 8.0 455.0 404.0 88.0 278.1 616.0 830.1 98.0 414.1 12.0 462.7 368.2 579.6 92.3 282.0 133.8 17.0 91.3 34.0 2068.8 831.0 17.0 315.0 518.0 231.0 1388.0 110.5 112.1 596.0 615.0 606.1 32.0 1104.0 26.0 135.0 1153.8 102.0 12.0 1298.enersysinc.0 899.0 88.8 225.0 198.1 39.com 12V70 519.3 59.0 40.6 1527.0 135.6 51.0 81.4 55.8 608.6 71.2 21.0 207.0 84.0 3162.0 248.9 30.0 110.7 294.5 287.6 132.6 98.0 324.5 2 2.3 9.0 414.0 264.0 113.6 72.2 803.0 681.0 144.0 188.0 3891.0 164.0 744.0 6V525 1669.9 45.0 613.0 805.0 53.7 369.8 11.7 98.0 437.0 185.0 292.0 286.0 270.0 130.0 1379.2 66.8 929.8 23.0 4372.4 65.0 108.0 88.2 22.0 738.0 1022.3 495.6 50.7 48.0 973.5 2V320 1660.0 544.0 575.0 7.9 42.0 2306.0 697.0 1475.0 266.3 159.0 523.0 718.4 87.0 229.0 204.0 108.1 99.0 292.0 72.6 137.1 31.2 659.0 181.0 374.0 226.0 299.0 218.7 76.0 615.7 56.0 44.0 619.1 67.0 250.0 1449.0 1242.0 177.0 20.5 307.4 531.5 94.0 266.3 70.0 196.0 125.5 671.2 9.4 520.0 578.2 281.6 4V525 1669.0 581.0 613.9 14.9 30.0 1800.1 61.0 1943.0 1034.2 17.8 713.0 316.0 154.0 5.2 12V45 356.7 11.0 870.7 369.8 929.0 414.0 718.7 30.9 59.3 423.0 725.0 70.1 11.0 103.0 937.5 100.0 775.4 36.3 171.0 21Publication No: EN-V-PG-001 February 2003 .0 793.3 92.0 104.0 103.2 12V55 442.0 575.0 371.0 152.9 147.1 53.8 763.0 900.9 61.5 176.0 236.7 48.0 261.0 411.0 417.3 693.4 44.0 1566.7 24.0 108.7 30.6 7.0 906.0 518.0 1295.7 107.0 920.9 199.9 14.2 150.1 www.3 132.0 314.6 51.0 254.0 103.1 250.1 51.0 403.0 1243.2 17.0 878.0 70.0 180.0 238.1 726.7 24.0 124. 0 370.8 185.0 1610.0 414.0 1138.0 311.1 31.9 1006.5 139.6 700.0 683.0 218.0 8.0 1518.2 46.0 725.0 2248.3 47.5 2V320 1616.4 235.7 72.0 339.8 14.7 568.0 1012.0 340.3 77.3 247.7 303.0 325.0 226.0 605.0 375.0 1196.0 1264.1 47.3 45.0 900.8 47.0 4745.0 266.0 686.6 640.0 22.0 268.9 230.6 1.8 510.0 218.7 24.6 28.0 187.1 478.2 914.7 76.0 154.2 261.0 60.5 58.3 13.4 82.3 10.8 229.0 869.0 459.0 370.0 180.0 1460.9 1491.0 53.4 68.0 14.4 362.3 57.0 113.0 322.1 165.0 1025.0 162.0 308.8 595.0 26.0 1095.2 39.1 353.8 38.0 3036.6 40.6 138.0 475.0 1127.7 81.4 1226.2 99.7 169.0 1124.5 3 4 5 6 7 8 9 10 12 24 12V20 154.0 237.0 644.8 2V275 1284.0 430.6 493.0 642.4 230.0 1378.2 284.6 96.7 76.4 607.0 302.0 231.9 198.2 22.0 177.0 289.0 733.0 125.4 409.2 505.0 349.0 209.0 242.2 53.1 213.2 50.6 699.2 331.0 362.5 91.0 2351.6 425.0 164.0 920.7 48.0 6V525 1610.0 552.5 229.5 53.7 80.7 11.0 135.0 317.0 1420.6 101.3 15.9 284.0 1406.2 195.0 846.1 32.0 654.0 121.9 30.7 448.1 113.6 195.0 3793.2 37.0 611.0 632.0 133.6 364.4 41.0 374.0 88.0 730.5 1021.0 4261.4 364.0 609.0 1693.6 51.0 517.8 1682.7 66.0 784.8 148.0 7.0 29.0 736.0 81.0 198.2 818.4 575. 22 Constant Power Discharge (Watts per cell) at 20°C to 1.0 2539.0 530.3 400.0 139.9 6V105 515.2 339.0 177.3 17.4 26.0 769.5 134.6 40.0 127.9 55.0 207.9 59.0 1278.0 122.0 368.9 36.2 176.0 528.0 215.0 108.3 67.2 4V105 515.8 39.3 780.0 919.0 141.0 133.9 54.0 321.0 511.3 15.0 91.0 201.6 610.1 45.0 139.0 1582.0 245.1 9.4 36.0 1263.3 877.0 1229.0 730.0 1549.0 152.6 100.2 9.2 604.0 311.0 177.6 51.0 70.3 175.6 23.8 2V400/2 1182.4 44.0 689.0 88.4 54.3 2V400/4 2001.2 154.0 157.8 701.7 131.6 19.5 40.0 2174.0 299.0 1894.0 130.5 113.8 314.0 1551.0 471.0 2V785 2415.7 418.9 75.0 170.7 156.3 26.0 303.0 135.7 801.0 1124.0 249.0 181.4 40.0 414.0 254.0 239.0 96.1 24.0 269.0 346.0 417.0 1012.6 277.0 651.2 740.8 17.8 33.6 92.0 869.8 51.4 77.2 57.0 429.0 119.0 840.1 30.7 880.7 38.1 12V55 426.1 www.4 37.enersysinc.0 260.0 368.0 616.0 864.3 101.8 462.4 2V500/6 2765.9 4V230 900.0 2V1575 4831.5 47.0 2109.8 84.8 28.0 465.2 26.9 36.6 122.0 60.2 914.0 139.9 197.0 103.7 188.7 86.4 153.0 683.6 113.8 26.5 30.7 20.5 589.6 1191.7 391.0 403.6 790.0 98.6 198.3 77.0 268.0 1481.4 248.0 1032.0 4217.0 141.0 6V590 1812.0 1367.0 933.2 110.2 261.0 155.5 141.0 470.0 1686.2 66.0 108.5 190.1 11.0 1800.3 457.0 182.6 57.1 213.3 65.0 266.5 156.0 154.0 11.6 467.9 35.0 164.0 116.6 122.0 312.0 644.0 2209.0 404.0 123.7 118.0 237.9 227.3 84.7 54.9 4.0 748.0 154.0 44.9 202.4 223.1 25.1 432.4 471.0 266.0 1406.0 418.8 35.1 49.0 433.0 156.0 133.0 2525.0 88.5 364.9 33.0 544.7 2V500/2 914.2 789.8 33.0 278.0 2857.9 45.3 779.0 805.9 35.6 723.4 62.2 3.0 846.4 690.0 625.1 67.0 2812.8 965.3 59.0 31.2 1415.4 13.0 36.7 75.2 526.0 81.6 90.0 681.71 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.2 17.3 34.6 198.0 327.5 663.6 51.0 5.1 263.2 66.9 30.0 2460.0 262.0 663.0 321.4 440.0 923.0 243.0 72.0 130.0 308.0 906.2 914.3 34.0 522.7 40.0 725.1 89.7 98.6 7.1 19.4 44.0 1840.0 1039.0 268.6 69.9 227.3 13.com 12V70 501.0 537.0 245.5 229.0 21.1 38.0 530.0 976.0 185.9 72.4 13.0 966.0 462.3 728.8 122.8 26.0 120.2 39.1 25.4 98.0 644.9 14.4 471.0 1238.2 2V200 1001.1 12V45 342.7 31.0 289.0 289.0 562.7 4.0 204.0 134.7 2V310 1705.9 59.7 26.0 2306.4 157.0 91.0 144.1 169.5 247.9 12V35 258.0 155.8 99.0 158.8 6.0 804.2 682.8 47.5 9.4 1251.8 39.4 409.1 124.0 21.0 179.5 35.3 45.0 218.0 386.0 275.0 325.8 13.0 1242.0 2057.3 1132.0 914.0 376.6 91.2 154.0 144.0 2V915 2818.0 1296.4 653.0 260.4 364.0 2050.4 41.0 310.8 105.8 16.0 20.5 990.6 700.0 3372.0 79.1 142.0 157.6 2102.0 122.1 6.8 81.6 104.0 70.0 198.0 185.3 2V460/4 1800.7 136.0 33.4 117.0 88.7 24.0 1035.0 511.0 201.0 1283.0 6.4 233.3 4.9 97.7 65.7 48.0 784.0 1967.9 17.7 60.8 11.0 44.0 179.4 2V350 1252.0 88.0 1175.0 125.8 42.0 421.2 281.0 575.9 62.0 12.5 896.2 914.0 1104.8 105.0 2761.0 1828.0 920.5 30.0 103.2 6V155 832.0 89.8 131.3 67.0 187.4 49.1 467.8 107.5 2 2.2 12V80 575.8 746.0 272.1 32.1 8.9 66.4 87.0 369.0 952.0 115.0 3415.7 156.0 140.5 31.8 14.0 539.2 49.0 1066.7 7.0 382.6 71.0 1371.0 1094.0 12.3 77.0 100.0 578.0 122.7 2V460/6 2557.0 1270.0 187.7 79.7 111.7 970.2 72.6 145.0 92.7 192.9 263.0 1064.0 411.0 215.6 216.7 98.0 Publication No: EN-V-PG-001 February 2003 .3 18.0 124.8 39.9 61.0 386.0 2V1050 3221.0 1263.6 288.0 436.0 1219.0 3.0 2464.1 156.4 607.5 30.4 65.0 135.7 8.0 174.0 88.0 745.0 288.8 7.5 30.0 314.0 644.3 19.0 181.6 529.0 10.0 152.2 22.2 72.9 11.0 323.0 2645.7 28.0 429.0 108.2 349.9 61.0 632.2 339.4 329.7 56.0 1933.2 204.0 181.4 560.0 316.3 76.0 273.0 231.6 12.5 113.6 540.1 301.2 17.4 560.0 225.0 783.0 99.0 22.0 1771.1 478.0 120.8 79.6 51.8 98.8 51.0 104.2 914.3 76.7 31.0 615.6 32.0 108.0 113.0 1380.0 133.0 289.8 72.0 84.2 14.0 403.0 103.0 216.0 373.0 3106.0 821.6 90.0 1114.7 76.4 493.0 113.0 713.1 8.0 609.2 315.2 6V165/2 921.0 26.8 92.0 390.0 882.0 195.2 93.1 278.5 42.0 17.2 64.4 1003.0 830.2 208.0 121.8 5.2 110.4 636.0 2024.7 568.6 55.1 15.0 3788.0 2190.0 98.0 1479.4 104.6 91.2 6V165/6 921.9 6V130 669.8 17.3 7.6 4V525 1610.0 1925.3 83.2 22.8 107.2 526.0 198.8 72.1 278.3 543.0 262.0 579.0 742.1 716.0 1289.0 469.4 36.8 4V155 832.9 164.0 167.0 459.0 2V1770 5435.7 20.0 537.0 225.2 1182.0 135.0 1567.0 236.1 59.0 20. 2 551.0 1454.0 1225.0 88.0 2038.0 852.0 2314.0 760.2 275.7 76.2 37.9 11.0 96.3 47.9 154.6 896.7 7.0 430.0 216.5 110.7 282.0 1877.0 303.8 39.7 123.2 440.3 56.8 298.0 144.0 1371.9 45.0 906.0 2V1575 4645.2 187.0 5.0 84.0 850.0 5.0 4134.9 30.5 3 4 5 6 7 8 9 10 12 24 12V20 151.0 10.0 349.1 958.0 1361.0 177.9 516.8 4V155 802.0 239.0 611.4 1002.0 1093.8 17.8 556.0 771.0 29.4 41.6 471.0 382.0 530.0 634.7 56.6 597.1 8.0 98.0 113.0 2V915 2710.0 1260.0 317.0 722.0 701.0 1181.0 207.1 25.4 131.6 896.5 199.0 139.2 54.0 367.0 471.0 72.0 1440.9 98.1 355.0 638.4 77.0 26.0 1157.2 66.0 141.8 26.8 2056.9 36.0 2041.1 408.0 1208.0 33.2 400.0 625.0 321.9 59.0 3674.0 1241.3 7.0 198.4 120.0 261.2 462.0 339.0 20.6 253.0 544.0 421.0 135.0 380.5 30.8 31.7 154.6 204.5 58.0 3279.3 4.4 41.0 368.0 88.0 1064.0 735.2 12V80 549.0 33.5 715.4 82.8 235.8 39.0 518.0 152.0 7.1 515.2 22.0 155.9 61.0 1116.8 35.1 32.0 1057.8 242.0 380.0 144.3 80.8 1098.8 111.2 14.0 3038.0 187.9 225.0 448.0 1640.3 136.6 92.0 1230.0 914.4 90.0 181.0 133.0 322.4 152.8 35.0 987.0 537.0 139.0 275.9 81.0 14.6 51.0 154.0 314.6 1246.0 539.0 225.6 854.9 3.0 374.0 268.4 47.0 113.8 92.com 12V70 477.2 53.5 2V320 1563.0 708.1 24.8 72.2 9.3 2V400/4 1939.8 195.4 99.0 266.8 201.8 257.0 390.0 98.1 8.0 180.0 1013.0 139.9 96.0 1099.0 2025.6 896.8 383.4 65.0 771.0 616.6 1.0 120.0 4593.0 604.7 7.9 30.5 9.0 362.0 162.4 107.8 35.1 39.6 1387.0 124.0 107.8 64.9 137.0 2V1770 5226.6 341.9 325.4 130.0 868.4 97.0 368.0 103.0 4082.5 318.6 71.0 6V525 1548. Constant Power Discharge (Watts per cell) at 20°C to 1.0 514.8 242.2 646.0 261.0 364.5 28.6 4V525 1548.7 38.9 6V105 499.6 51.8 357.4 23.4 112.0 900.0 823.0 115.2 17.6 896.0 551.0 299.0 9.0 558.2 325.0 373.2 66.6 597.4 111.0 1661.7 11.8 224.0 120.0 1080.7 5.0 59.0 8.0 2722.3 67.7 2V310 1649.0 643.4 42.0 257.0 177.0 1361.0 1111.0 403.0 1575.0 316.5 74.0 215.6 253.0 402.3 77.0 1103.3 65.5 660.0 1350.2 1453.2 6V155 802.0 720.0 501.0 608.2 153.2 579.0 900.0 108.3 40.0 638.8 227.0 122.6 154.2 36.0 1226.4 13.0 1013.0 218.0 923.7 20.0 216.2 195.0 88.0 321.0 302.0 686.1 515.6 51.8 134.4 494.8 711.0 268.3 224.5 7.0 243.0 675.3 48.0 340.3 77.5 636.0 526.0 463.3 34.0 44.0 179.0 21.0 601.6 315.0 457.1 852.7 98.0 187.0 121.2 6V165/2 890.0 108.2 354.7 14.2 22.0 254.9 6V130 652.0 53.0 154.0 125.0 748.0 778.9 72.0 413.4 105.1 19.8 272.0 411.3 2V460/4 1800.0 130.8 756.0 6.0 60.5 881.0 181.9 72.2 120.3 26.7 4.7 163.9 220.0 1251.0 70.0 2160.0 12.8 33.0 268.1 38.0 141.3 59.0 372.0 2700.0 99.5 684.1 32.2 531.1 180.4 36.0 226.0 90.4 44.0 3332.0 122.0 116.0 158.7 6.6 8.0 165.8 355.0 181.0 929.0 2804.9 36.3 458.8 685.4 295.0 501.0 278.0 81.0 569.0 140.4 211.3 67.0 272.0 1275.3 145.1 483.73 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 200.8 459.1 65.0 200.6 20.4 31.4 85.0 1378.1 194.2 551.9 59.2 22.3 26.0 831.0 103.0 1543.0 155.0 1518.0 1531.0 644.0 1481.0 259.0 1350.7 60.4 36.1 12V45 327.8 216.0 107.1 42.4 588.0 862.0 2279.0 15.9 411.1 www.2 490.0 733.0 322.0 364.2 173.0 139.4 77.4 30.7 83.0 154.2 6V165/6 890.0 987.6 48.6 804.9 12V35 248.8 26.4 112.7 56.8 2V400/2 1246.0 829.5 2 2.4 211.0 179.7 79.9 83.0 229.4 39.7 154.2 1208.0 134.0 1800.0 156.0 650.0 215.0 6V590 1742.2 244.6 115.0 315.8 11.0 239.2 49.2 17.2 400.8 102.0 578.0 346.0 2186.0 3689.0 717.9 166.0 242.8 154.0 2V785 2323.3 419.9 308.1 651.4 735.0 100.0 44.0 268.2 438.0 720.6 63.2 1193.0 472.0 2430.3 623.7 394.0 272.9 170.2 15.7 685.1 12V55 405.2 39.6 471.8 685.6 48.6 193.2 50.0 36.0 422.1 19.0 81.0 417.6 28.0 308.4 25.0 31.4 462.8 35.0 537.0 123.6 91.1 25.5 68.0 1800.0 119.0 315.6 154.4 345.8 104.2 354.0 308.5 40.3 34.1 15.2 39.7 14.0 457.7 2V460/6 2474.0 283.8 332.7 531.0 283.0 104.0 414.4 2V500/6 2672.0 470.0 679.0 1093.0 186.9 61.2 4V105 499.4 1654.4 92.0 2492.6 99.0 127.0 1913.0 1201.0 1542.2 116.0 616.0 1728.0 422.8 173.7 54.0 134.0 209.3 272.0 462.8 132.3 789.5 130.6 771.0 88.0 1350.0 170.0 310.0 888.4 44.8 780.2 17.0 616.0 23Publication No: EN-V-PG-001 February 2003 .0 1837.0 198.0 152.6 40.8 74.7 24.6 101.5 30.7 582.4 13.0 236.0 92.4 947.6 732.8 77.6 32.9 66.enersysinc.0 2450.6 88.7 2V500/2 896.2 61.6 40.0 288.3 45.0 88.0 97.4 109.4 51.6 90.0 26.0 287.5 19.0 60.8 692.8 195.2 2V200 969.0 167.0 204.0 164.0 2143.9 17.2 501.8 651.8 4.0 906.0 604.3 67.5 1164.0 2962.4 49.0 113.6 421.0 130.0 88.0 185.6 76.8 332.6 726.7 31.8 272.0 956.0 236.4 83.0 575.0 195.0 12.6 26.0 810.0 22.0 121.2 3.0 433.4 55.6 185.0 225.2 13.0 90.0 186.6 96.7 80.0 20.0 2V1050 3097.8 17.4 2V350 1209.0 198.0 71.7 120.0 70.0 967.3 76.1 759.0 249.0 231.0 1225.1 45.0 1812.2 572.9 72.7 12.9 4V230 900.0 523.0 935.0 2381.7 98.0 215.0 1913.2 47.9 11.7 52.0 266.0 231.7 141.0 376.0 134.0 266.0 400.3 45.4 47.0 312.9 47.3 10.9 14.0 800.0 2603.0 259.7 76.6 90.5 110.9 47.0 1039.0 185.6 281.8 2V275 1238.1 21.4 105.0 1057.0 236.8 224.0 1012.0 89.0 805.2 72.6 896.9 30.0 1975.8 16.2 40.6 51.0 433.0 181.0 79.7 97.0 1459.9 62.0 164.4 18.0 309.0 125.2 225.7 28.8 556.2 57.0 831.0 309.8 106.8 22.0 135.0 287.4 30.0 231.8 607.4 51.0 157.8 33.0 103.1 936.9 54.6 91.1 11.0 681.1 67.8 976.2 981.3 13.3 76.0 17.0 1275.0 133.0 157.0 725.0 469.0 1246.0 675.7 24.1 31.4 131.2 462.9 278.4 87.0 644.0 177.0 2152.8 190.0 140.0 122.6 12.2 225.8 55.6 163. 5 18.8 137.0 858.0 752.0 371.0 320.0 181.0 231.0 344.9 568.0 756.0 105.0 255.0 567.2 172.0 453.0 79.0 33.9 505.5 58.3 76.0 39.0 272.1 19.5 9.5 865.0 234.0 170.0 913.4 20.9 12V35 237.0 604.0 339.9 6V105 484.0 569.8 4.0 218.0 2V915 2599.0 349.0 53.9 132.0 485.0 6.0 542.8 638.3 30.8 927.2 17.0 99.8 115.8 129.0 51.0 1043.0 3573.0 1181.0 417.0 282.0 305.0 215.7 5.5 483.1 25.0 133.0 879.0 198.0 21.0 104.0 82.2 3.0 596.0 185.0 215.0 2V1575 4455.9 110.0 724.0 226.7 152.0 124.0 1212.0 2961.6 319.0 156.0 366.3 34.0 597.0 2244.0 95.0 309.0 191.4 13.4 36.0 88.2 17.7 118.0 356.0 252.0 198.3 26.1 45.0 877.3 73.6 6.0 20.7 98.0 665.0 278.6 91.6 48.6 669.2 66.7 31.0 1535.0 1511.3 25.0 1034.2 37.2 14.2 13.0 794.5 228.1 16.1 82.8 138.2 9.8 275.0 84.0 1312.1 130.0 665.4 36.0 470.0 462.0 411.0 139.2 107.5 449.2 15.0 108.0 3986.1 11.0 807.0 199.0 107.0 339.3 268.0 314.0 1061.9 51.0 135.0 1818.0 198.0 344.0 36.2 39.7 2V500/2 879.8 26.1 86.0 670.9 14.0 748.0 12.0 316.0 879.0 209.0 680.0 796.0 2V1770 5012.0 646.6 1.0 214.9 21.0 154.1 237.0 122.0 1329.5 137.9 72.0 140.0 51.5 30.7 221.0 155.6 51.0 26.9 777.0 256.0 362.0 299.0 1430.0 249.0 121.0 47.0 139.8 2V400/2 1311.8 587.0 181.0 26.0 790.0 2879.0 133.0 259.5 184.0 88.0 204.7 76.0 177.6 35.0 920.5 76.3 161.7 76.0 127.0 76.8 57.0 103.1 347.1 67.0 640.0 278.7 678.5 26.6 824.0 107.1 38.0 725.0 1097.8 433.0 154.0 1311.9 55.1 96.9 6V130 636.0 549.6 72.8 114.0 180.9 272.3 326.0 563.0 103.0 812.3 64.4 98.5 903.0 1079.6 71.0 517.2 22.0 1760.5 22.0 122.0 268.8 35.7 98.3 238.1 96.0 1206.9 30.0 373.0 626.0 133.0 376.0 756.5 192.0 670.1 21.7 24.2 22.0 12.0 591.0 997.6 40.8 33.8 2V275 1191.5 399.1 35.3 4.7 163.0 315.0 1181.0 70.9 293.2 2V200 938.0 1316.0 518.0 537.0 877.0 374.7 348.0 36.4 98.0 179.8 26.0 2624.7 4.0 135.0 308.0 2V1050 2970.0 2010.1 56.6 12.0 2122.0 215.0 462.0 128.4 171.0 144.6 47.0 578.0 3935.1 639.0 163.5 220.0 321.1 46.0 308.4 2V350 1166.0 54.8 543.4 148.0 133.0 96.5 3 4 5 6 7 8 9 10 12 24 12V20 149.7 20.5 224.6 7.0 2362.0 122.8 543.2 129.0 5.6 90.0 1755.0 1359.0 411.4 19.8 183.0 2118.0 107.9 110.0 116.0 433.3 1137.0 1885.0 1919.0 2387.0 413.0 1853.0 115.3 89.0 266.3 39.0 100.0 100.0 2011.5 2 2.6 51.75 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.7 60.0 1044.0 1100.0 929.3 30.0 113.6 51.0 542.0 125.0 3543.0 1439.0 2121.8 129.0 17.3 2V460/4 1800.6 290.0 177.1 www.0 1246.0 266.0 6V590 1671.2 465.2 639.0 366.0 275.0 960.4 164.0 469.0 81.9 192.3 632.0 923.0 Publication No: EN-V-PG-001 February 2003 .8 143.0 894.0 430.0 468.0 513.0 180.0 14.0 1173.7 11.8 118.2 50.1 66.8 223.7 440.6 14.0 110.0 302.0 108.0 47.0 303.3 76.0 256.8 105.0 62.4 49.0 154.0 2551.0 2V785 2227.2 110.0 370.1 65.3 1063.0 485.0 130.2 609.0 510.0 20.0 231.0 322.0 1039.0 1234.0 836.0 771.0 155.3 67.0 185.7 472.0 42.0 187.0 831.0 1192.0 453.0 403.9 61.0 233.0 278.0 411.1 25.0 366.8 39.2 6V155 759.0 203.0 1771.0 421.0 640.0 960.6 1415.0 374.7 152.7 79.6 91.0 1312.0 373.2 103.0 1478.0 89.8 72.6 573.1 12V45 313.enersysinc.0 1624.0 98.0 179.0 177.0 181.2 465.3 77.2 96.1 197.0 88.0 315.4 266.0 141.4 44.0 113.2 81.0 6V525 1485.0 90.4 87.0 707.9 61.3 91.1 32.6 48.0 628.7 152.3 221.6 47.1 13.1 504.0 411.9 62.4 13.0 634.0 60.0 1160.0 134.2 71.1 31.0 388.2 47.0 224.0 1994.5 2V320 1510.0 29.2 518.0 157.0 88.0 215.0 1257.0 879.0 119.0 2267.4 41.7 210.9 11.8 39.5 30.8 33.0 164.3 59.2 31.9 686.4 2V500/6 2580.0 644.0 185.0 120.1 32.9 55.0 60.6 8.9 15.4 25.0 1059. 24 Constant Power Discharge (Watts per cell) at 20°C to 1.2 53.3 45.0 310.7 221.0 1476.0 555.8 16.0 391.0 288.8 11.0 707.4 65.0 437.2 7.0 1059.0 390.6 32.6 51.0 1323.6 90.0 1360.5 40.6 71.9 45.0 9.4 44.8 31.2 39.0 242.0 224.0 259.0 680.0 154.3 135.5 99.0 153.0 530.0 245.9 54.0 123.7 38.0 157.8 587.0 90.0 685.0 130.0 8.0 1415.0 278.9 167.9 30.4 82.3 65.0 539.7 28.6 96.3 221.9 218.0 1968.7 568.5 67.8 4V155 759.3 2V400/4 1876.7 7.0 4427.0 125.0 1530.6 48.0 832.0 268.7 30.0 317.0 2067.5 83.2 33.7 73.0 907.7 79.0 3176.0 987.0 120.6 72.0 302.8 703.2 122.0 400.0 103.0 185.9 17.0 162.4 55.0 1588.4 266.0 70.6 101.0 702.0 105.0 850.0 453.0 272.0 216.3 10.6 40.0 113.0 88.0 1218.0 315.0 91.7 2V460/6 2373.6 54.6 35.0 154.0 5.0 725.8 11.0 745.0 31.0 282.0 266.0 707.0 309.0 382.0 152.0 356.0 234.5 175.0 7.6 4V525 1485.0 81.2 6V165/6 860.0 1627.0 346.7 24.0 1163.6 232.0 44.8 17.0 139.5 7.0 2436.0 241.0 985.0 628.0 906.0 185.2 66.2 983.3 197.0 544.0 879.4 111.0 245.1 119.6 491.0 879.0 334.0 60.0 268.0 268.4 41.0 596.0 98.9 59.0 2740.0 72.0 453.0 537.0 616.4 77.0 430.1 40.9 59.0 233.6 945.0 152.4 218.0 699.8 111.0 309.6 92.6 12.0 812.0 88.2 4V105 484.0 943.0 15.0 739.4 732.0 267.0 2632.2 6V165/2 860.8 17.3 707.0 1238.7 210.0 471.9 351.7 80.3 326.1 8.4 182.0 1330.7 40.3 191.0 1134.0 1079.0 959.0 92.4 76.0 195.0 391.0 144.6 28.0 121.0 312.0 10.0 305.0 950.3 67.6 337.1 24.9 3.2 12V80 522.0 410.8 64.9 36.1 8.0 44.0 770.1 85.8 405.0 2296.0 1421.7 522.9 505.2 22.3 77.0 1679.0 719.0 596.0 670.3 34.0 236.7 2V310 1582.0 199.0 164.0 625.8 42.0 243.0 805.0 457.2 150.0 411.7 56.9 36.0 704.1 12V55 384.3 45.0 488.0 207.0 1788.0 732.2 23.0 133.6 14.3 28.0 462.9 19.0 823.2 162.0 591.9 4V230 900.2 49.0 3238.9 192.0 851.0 398.com 12V70 453.0 1165.7 251.0 158.0 611.0 141.0 59.0 1191. 0 164.3 4V525 1322.8 90.7 16.0 1038.0 436.0 108.0 240.0 757.6 71.1 32.5 121.0 1592.0 2964.0 563.2 131.0 890.9 10.0 662.0 98.1 4.0 10.2 22.0 253.6 508.0 38.7 35.0 32.0 161.3 63.0 154.1 25.3 632.0 28.0 490.0 185.5 80.0 1061.0 2539.4 67.0 71.4 41.0 106.0 327.2 3.9 327.9 61.1 67.2 39.7 208.4 895.7 4V155 626.0 752.0 388.0 20.0 222.0 2064.0 470.0 98.5 72.0 203.6 542.0 293.0 129.0 133.0 330.7 395.0 115.9 135.9 17.0 130.0 1254.5 89.7 7.0 453.5 263.5 3 4 5 6 7 8 9 10 12 24 12V20 130.0 1070.0 25Publication No: EN-V-PG-001 February 2003 .0 131.0 490.0 130.0 1297.2 33.5 53.9 12.9 61.0 2002.2 141.7 355.1 803.3 120.0 326.0 70.0 158.0 711.0 393.0 1317.2 11.9 12V55 342.3 35.0 140.0 153.0 92.0 77. Constant Power Discharge (Watts per cell) at 20°C to 1.0 793.0 91.0 212.0 1104.0 154.0 347.7 468.4 234.0 269.9 54.0 264.0 263.0 309.8 91.0 231.0 961.0 114.0 2116.2 6V165/2 751.0 1055.0 180.5 223.0 44.0 608.0 1575.0 231.0 10.8 161.9 318.0 663.0 893.0 113.1 2V200 819.3 104.2 50.5 1037.0 420.2 131.0 1307.0 447.5 218.0 380.6 65.1 594.9 13.0 1213.5 103.0 275.0 206.0 194.4 176.4 2V1050 2645.0 978.0 313.8 72.0 121.0 3581.8 24.0 414.4 69.9 35.3 98.0 604.0 809.5 36.2 194.1 32.9 36.9 68.0 386.5 280.0 1681.0 251.8 39.0 418.4 46.0 1327.3 104.0 500.0 12V45 273.0 26.0 169.1 116.0 810.9 96.0 3537.0 150.0 1067.0 266.0 5.0 187.0 198.0 8.5 30.9 555.0 627.7 4V230 900.0 273.0 150.3 59.4 50.0 154.0 64.0 88.8 91.0 89.0 427.5 49.1 25.0 135.7 2V500/2 810.0 283.0 540.3 19.4 44.2 2V350 1348.8 44.0 106.6 201.6 51.3 2V310 1311.6 119.4 3.2 39.5 55.0 2238.2 12.0 533.0 180.2 76.0 1537.0 3242.8 39.0 192.0 242.5 106.0 636.3 76.1 743.0 30.0 431.4 167.0 1194.6 38.0 590.0 1179.9 318.0 1126.7 79.0 77.1 19.1 189.0 16.2 25.0 156.0 2426.0 251.8 30.0 120.9 14.0 752.0 95.1 44.0 131.4 594.7 6V525 1322.2 49.0 667.1 14.0 138.0 11.0 54.7 16.0 353.0 275.0 810.9 58.0 1617.0 315.0 704.0 131.0 304.0 20.3 2V400/4 1639.4 131.7 465.0 292.0 471.0 1255.0 878.6 104.0 439.7 656.4 77.6 8.5 89.3 59.0 197.4 13.9 12V35 213.0 400.0 12.0 131.0 3183.2 29.5 90.0 249.0 762.5 576.0 151.0 219.0 116.5 2 2.0 89.4 13.0 1769.0 319.0 809.9 90.4 50.0 1688.5 47.2 64.8 135.0 484.1 8.0 298.0 572.0 463.0 138.5 97.0 120.0 105.8 33.0 43.4 303.7 468.0 3980.7 297.2 178.3 254.0 690.0 277.7 18.0 180.0 2111.0 810.5 52.7 382.0 490.0 98.6 373.0 219.6 51.0 418.0 111.0 592.1 11.0 660.0 13.5 42.0 298.0 98.8 12.0 593.3 77.1 74.1 95.0 316.0 177.0 361.0 671.0 720.0 705.4 81.8 40.0 431.0 792.0 988.1 8.0 360.4 92.0 1470.8 41.0 88.1 178.7 409.5 752.0 414.0 846.9 30.0 15.0 1129.0 762.8 15.0 71.0 891.3 518.5 2V320 1349.0 327.0 356.3 791.0 1019.0 206.0 374.4 41.enersysinc.0 746.0 1231.0 175.0 739.0 415.0 180.0 592.0 529.0 175.1 76.0 139.3 34.5 25.7 29.5 30.9 676.0 59.0 164.0 663.4 78.0 961.2 14.0 467.1 465.0 242.0 810.6 154.0 90.0 1780.0 1319.0 361.6 57.5 218.0 1549.0 569.0 266.0 131.5 24.3 45.4 19.0 368.0 799.3 210.5 19.0 108.0 353.6 669.0 112.0 717.0 810.0 351.0 302.0 292.7 76.0 563.3 234.3 24.0 103.5 263.3 2V1575 3967.0 298.8 95.0 6.9 36.2 4.5 76.4 2V400/2 1517.6 24.0 121.0 2634.2 140.2 32.0 120.0 328.0 214.8 31.0 528.1 1166.3 59.0 704.8 www.0 253.4 44.7 24.2 22.6 208.0 390.0 2729.3 6.0 37.2 28.3 709.0 533.3 2V460/4 1800.0 2882.8 30.0 70.0 274.0 14.0 983.4 17.5 44.0 847.0 622.6 157.0 1778.6 51.7 528.0 910.4 45.9 159.0 125.5 101.7 2V460/6 1966.0 1326.1 63.0 844.0 154.0 120.6 111.6 51.6 542.8 2V275 1045.2 18.7 76.9 67.1 14.0 206.0 83.7 4V105 443.1 112.0 219.0 238.6 71.0 10.0 43.0 417.0 151.4 322.0 397.3 1017.0 121.0 533.0 2122.7 61.0 729.4 82.0 640.0 157.7 109.3 69.7 6V590 1488.0 1081.0 878.4 55.2 17.6 2V785 1984.0 194.6 625.0 1921.0 1756.0 551.0 906.8 9.2 20.0 111.5 53.0 509.0 124.7 3.0 194.1 85.8 26.0 1160.2 600.0 163.8 209.0 152.7 35.0 603.7 430.9 653.1 38.0 264.0 328.0 176.8 35.3 210.80 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 117.0 22.0 1407.6 205.7 224.2 17.0 995.0 1061.2 46.0 825.0 884.6 1.8 40.0 1186.0 266.0 1050.0 2375.0 87.0 270.7 24.0 2358.0 836.8 6.0 894.3 35.0 391.5 47.4 98.9 6V105 443.0 5.3 69.0 52.0 541.0 20.0 529.1 234.0 213.0 374.4 31.0 284.7 34.0 125.2 416.3 76.4 181.0 41.8 22.7 447.0 28.0 251.1 6V165/6 751.0 2257.5 128.1 8.0 169.8 55.9 6V130 586.0 34.8 81.6 508.0 262.1 56.0 591.0 177.0 239.6 90.8 62.0 486.0 238.6 68.0 994.2 6V155 626.0 51.0 178.0 88.0 87.0 509.0 298.0 123.0 338.0 541.0 53.0 190.8 31.6 953.0 150.0 985.0 208.0 356.3 65.4 117.6 9.0 621.0 611.0 143.1 14.0 157.5 78.1 65.0 80.6 482.0 218.0 102.0 1200.1 2V500/6 2254.7 60.0 113.9 59.7 82.0 131.3 34.0 102.9 30.0 879.0 340.0 100.0 398.0 185.0 242.0 1989.3 452.0 328.0 152.0 320.0 140.0 871.3 271.0 235.0 1881.1 191.0 368.0 222.0 135.0 251.0 627.0 1441.0 1179.0 653.4 13.0 264.1 191.7 82.0 45.0 88.4 156.8 27.0 870.0 302.3 45.0 1136.0 295.0 102.0 140.0 374.0 141.7 4.0 89.0 436.3 39.0 192.2 1250.7 675.0 1317.0 306.0 439.0 356.0 579.0 373.0 1415.6 90.0 644.0 1505.3 21.com 12V70 399.0 1097.0 940.9 87.0 718.0 180.0 625.9 59.5 150.5 2V915 2314.0 7.6 65.8 350.0 431.0 293.0 446.0 103.0 786.0 219.0 164.0 127.0 633.1 7.0 542.3 98.0 26.3 44.0 225.0 1899.0 593.2 284.8 149.0 264.0 247.0 301.2 32.0 663.1 508.0 1857.0 751.0 1471.6 49.7 224.0 103.6 244.8 12V80 456.0 450.5 9.6 28.0 2V1770 4463.0 758.0 178.0 178.7 5.0 1117.0 213. 3 22.0 704.2 427.0 2432.0 235.0 254.0 261.5 67.0 295.0 1855.0 87.0 878.0 1010.3 391.5 46.9 95.0 16.4 201.0 441.0 169.0 811.0 245.3 44.0 112.6 88.4 478.4 126.0 148.5 89.1 16.0 42.0 81.0 89.6 47.0 44.1 59.0 98.9 12.2 596.0 1906.0 251.5 87.3 212.0 174.0 204.1 10.85 volts per cell Cell Standby Time (Minutes) Standby Time (Hours) Type 5 10 15 20 25 30 35 40 45 50 55 1 1.0 80.8 151.9 8.0 1024.3 85.0 715.7 2V275 916.2 12.6 69.0 169.4 244.0 139.0 1219.5 4V105 395.0 163.0 206.0 774.0 134.0 1554.0 325.0 427.0 324.1 118.8 12V35 180.0 639.0 307.0 134.0 969.0 1536.0 130.4 408.0 589.9 95.1 29.0 893.6 40.0 541.3 79.0 729.8 25.0 1144.6 89.1 538.9 8.7 51.0 672.0 1180.0 257.3 2V500/2 728.4 27.3 391.2 49.7 195.7 6.0 192.7 13.8 32.2 54.0 102.7 11.5 216.1 461.3 85.0 928.0 3130.1 5.0 253.5 157.1 317.0 174.0 586.4 671.0 334.8 1031.0 3.0 217.0 1391.0 1182.5 174.1 6V165/2 645.7 16.9 546.0 178.0 278.3 304.2 32.0 98.7 11.0 344.0 811.5 289.2 31.0 516.9 61.0 289.0 225.6 39.3 138.9 4.0 267.1 61.0 228.2 92.0 263.0 675.2 13.0 406.8 141.0 679.0 308.0 362.2 427.0 384.2 100.0 234.0 687.0 87.8 112.0 309.0 621.0 2024.8 12V45 235.0 23.8 6V105 395.0 654.6 58.0 609.0 1112.0 287.4 256.0 509.0 15.0 810.0 541.0 151.2 4V155 515.8 20.0 1165.0 260.0 294.0 326.8 20.3 92.0 457.8 97.9 104.0 408.6 20.0 117.0 1152.0 380.0 454.0 152.5 515.0 143.0 374.8 19.3 19.0 994.0 335.0 395.0 333.0 157.0 206.8 35.0 40.8 141.1 75.9 104.5 17.2 42.0 377.0 144.0 98.0 777.4 58.6 23.6 423.9 35.3 92.5 269.0 577.6 89.0 457.0 1705.0 153.0 24.9 50.7 50.6 370.0 3072.0 721.7 26.0 406.0 81.3 341.1 52.3 58.0 6.1 18.0 694.7 67.0 91.0 501.0 183.1 581.5 43.0 1270.1 107.0 240.0 127.0 7.0 115.0 39.5 46.0 247.4 269.0 777.9 2V310 1069.2 159.0 253.0 1261.0 180.6 39.0 324.0 505.1 410.5 3 4 5 6 7 8 9 10 12 24 12V20 108.0 125.com 12V70 344.0 377.0 672.7 13.0 2527.4 158.0 154.4 85.0 307.9 33.8 751.8 42.7 31.0 581.0 108.0 2279.0 344.3 608.1 209.0 130.0 125.3 19.0 760.6 388.5 75.5 1.0 11.0 435.3 63.0 433.6 40.0 380.2 72.0 856.8 48.0 337.0 798.0 1318.0 261.5 30.9 40.6 39.7 82.0 729.2 22.0 728.0 2026.0 263.0 53.1 95.0 360.0 254.5 179.4 26.5 11.0 2783.0 900.9 60.0 541.3 6V590 1283.0 105.0 40.9 13.0 640.0 852.5 41.0 728.0 302.1 29.0 76.0 4.0 600.0 1015.0 108.0 222.6 34.0 6.4 28.0 568.4 633.4 52.0 656.6 213.0 298.0 119.2 2.0 205.2 27.2 179.0 402.0 516.1 6V155 515.1 710.0 337.0 509.2 104.7 92.7 14.0 Publication No: EN-V-PG-001 February 2003 .0 464.6 18.0 466.0 227.0 1034.0 444.2 10.6 107.0 675.0 278.9 37.0 578.0 140.7 12V55 294.0 219.8 122.5 179.6 47.5 124.9 188.0 929.0 308.0 134.6 www.8 26.8 122.8 94.0 11.8 56.6 501.0 361.0 379.0 76.0 90.6 52.6 2V500/6 1936.0 1371.0 271.0 947.6 4V230 772.0 1015.0 211.3 29.0 2843.0 542.0 111.0 170.1 538.6 2V1575 3421.0 675.6 13.0 102.0 507.0 294.8 75.enersysinc.8 31.3 217.0 621.6 87.8 32.8 70.0 153.6 29.0 1623.6 173.0 122.7 341.0 1623.0 1548.0 191.5 4.0 92.4 37.6 66.0 286.7 35.0 179.0 309.6 72.0 577.4 29.6 26.1 118.2 10.2 47.3 58.0 842.0 185.0 305.0 928.8 70.0 568.9 12.0 9.0 32.6 15.8 44.0 532.0 1144.3 440.9 13.0 140.0 560.0 1050.4 7.0 370.5 2 2.0 411.0 457.7 35.0 505.0 448.0 210.0 241.0 1371.5 2V915 1996. 26 Constant Power Discharge (Watts per cell) at 20°C to 1.1 461.0 1474.0 125.0 628.7 199.1 2V1050 2281.0 360.4 845.5 26.2 67.0 526.0 97.6 68.0 169.1 46.0 182.1 50.6 71.7 33.0 486.0 2330.1 109.6 14.0 1685.9 63.0 356.0 102.0 41.0 188.0 386.0 564.4 244.0 190.4 2V200 687.0 1627.2 58.0 2144.4 12.0 836.0 234.0 1136.8 25.5 137.0 420.0 406.6 34.0 500.6 39.0 206.0 874.9 21.9 59.2 84.8 204.4 260.0 222.0 1081.6 230.0 265.1 495.0 119.0 39.1 52.7 293.0 1032.0 586.0 444.1 888.0 120.0 541.8 144.6 8.8 79.6 47.0 903.0 253.0 711.8 2V350 1182.0 189.1 75.0 975.5 6.0 125.3 144.0 86.0 452.0 119.0 119.2 4V525 1140.6 37.0 728.0 677.0 151.0 201.0 135.4 6V165/6 645.0 367.0 13.0 948.0 183.0 126.6 748.0 635.0 289.3 55.3 5.0 379.0 97.3 62.0 2162.1 2V785 1711.0 86.0 608.0 393.4 168.0 80.9 76.0 174.0 1742.0 174.2 84.4 94.0 235.4 17.0 153.0 228.0 1351.2 8.0 134.0 798.5 55.9 21.0 61.8 122.5 89.0 27.0 134.0 34.6 22.0 234.0 99.7 4.7 294.5 290.5 71.5 66.0 271.0 333.0 156.5 289.1 61.0 44.8 42.0 893.7 561.9 60.0 1918.9 50.2 6.7 71.6 227.0 521.0 1792.0 195.4 58.0 179.0 114.0 182.0 762.0 144.7 65.4 51.2 13.0 2048.8 1072.9 24.6 23.7 51.3 390.0 268.0 269.0 763.0 99.0 1825.0 414.0 285.8 348.0 2622.0 206.0 120.0 812.0 510.0 109.4 33.0 62.5 29.8 35.7 84.8 96.3 2V400/4 1375.0 761.8 183.0 347.0 117.0 1359.5 29.0 285.6 21.8 62.6 12V80 394.0 149.0 145.0 169.5 615.0 304.0 427.0 9.5 780.9 3.0 219.1 495.0 728.3 6V525 1140.7 316.6 180.1 61.0 231.0 1200.0 721.8 123.0 204.4 201.0 106.0 170.3 2V460/6 1603.0 19.2 32.0 374.0 109.9 112.6 53.8 89.5 137.0 673.0 3457.0 69.0 206.0 728.0 617.1 916.0 134.0 596.0 1441.8 75.0 189.0 953.5 582.0 251.0 254.0 198.0 75.2 14.0 542.0 842.0 46.0 1013.0 705.0 6.0 119.3 15.0 600.9 162.0 169.0 95.1 34.7 26.0 352.3 100.0 29.0 77.0 2V1770 3849.7 71.6 74.1 22.0 157.0 134.0 206.0 37.2 140.0 635.0 151.4 33.4 29.3 9.0 600.7 131.0 866.0 191.0 241.0 1136.0 1082.2 89.0 1264.5 462.0 8.9 536.9 70.0 1043.3 2V460/4 1603.0 70.3 161.0 70.6 2V400/2 1329.0 1318.0 16.8 37.6 665.1 51.0 1800.2 46.0 232.0 1024.5 75.8 126.0 121.0 176.5 111.2 2V320 1192.0 75.0 75.0 97.0 339.8 41.0 393.8 6V130 511.0 541.0 26.1 40. the recommended float conditions.25-2.24V Duration of discharge 0°C 5°C 10°C 15°C 20°C 25°C 30°C 35°C 40°C 5 minutes Under these conditions a recharge will be completed in to 59 minutes 0. 80% of the capacity is replaced in approximately: 10 hours at 0.03 1. Temperature Float voltage range per cell 0°C 2.06 1.30-2.94 0.27-2.com Publication No: EN-V-PG-001 February 2003 27 . depending on the Float voltage depth of discharge. regime.86 0. Note: For a completely discharged battery.33-2. but for those seeking a more economical charging system a current limit of 0.1 C10 6 hours at 0.06 1. in order to achieve a normal service life.22-2. Increasing the charge voltage to 2.Operating Characteristics The PowerSafe V range of cells should be charged using Fast recharge constant potential chargers.125 C3 (A).08 C10 : 0. At the beginning of charge the float voltage is adjusted for room ambient temperatures in current must be limited to 0.27V Battery temperature 35°C 2.25V 40°C 2.90 0.96 1 1. This charge accordance with the following table.91 0.97 1 1. must not be used more than once per month.3 C10 5 hours no current limit applied www. Under these At normal room temperature (20°C). the reference temperature 25°C 2. must be terminated when the charge current remains reasonably steady for 3 consecutive hours after the voltage To optimise battery performance it is recommended that the limit has been reached.09 1. the charge must be monitored and voltage is equal to 2.21-2. to halve the recharge time.80 0.28V being 20°C.04 1.24-2.36V The effect of temperature on capacity 10°C 2.30V shown in the following table.05 1.10 approximately 72 hours.28 volts per cell.33V Correction factors for capacity at different temperatures are 20°C 2. however.1 C10 : 0. 1 hour to 24 hours 0.1 C3 (A) is adequate. 30°C 2.07 Charging current A discharged VRLA battery will accept a high recharge current.40 volts per cell can reduce recharge time and it is possible.86 0.enersysinc. (i) the utilisation of the sulphuric acid in the electrolyte is reverse into the discharge mode. the requirements of electromagnetic battery.C. For optimum operation the minimum voltage of the system Maintenance should be related to the duty as follows: Every month. (i) discharge at a lower current for a longer time than accommodated provided that.com Publication No: EN-V-PG-001 February 2003 . Principal factors affecting the life of recombination batteries Float charge ripple Deep discharge Excessive ripple on the D. and therefore no immunity The battery should be recharged under a constant potential tests shall be required. prEN 50226:1995 which reads as follows: (ii) the sulphation of the plate is at its maximum and the internal resistance of the cell is also at its maximum.g. the recharge of the battery may require more than 96 hours. and therefore the requirements for electromagnetic amps. take a reading of the individual bloc voltages 5 h ≤ t ≤ 8h 1. Rechargeable cells or batteries are not sensitive to normal electromagnetic disturbances. then compatibility shall be deemed to be satisfied. In such cases.enersysinc. Free-standing rechargeable cells or of 2. the system peak to peak voltage (ii) failure of the charging system. 1 h ≤ t ≤ 5h 1. falls within ±2. In order to protect the battery it is advisable to have system monitoring and low voltage cut-out. During recharge this condition may produce metallic Electro-Magnetic Compatibility (EMC) dendrites which can penetrate the separator and cause PowerSafe V products are covered by the EMC statement in a short circuit in a cell.28 = 20°C float voltage. Poor control of the float voltage Cycling or micro-cycling It is recommended therefore. that voltage regulation across Poor quality of charging current (excessive ripple) the system including the load. Duty Minimum end voltage N = the number of cells in the battery and 5 min ≤ t ≤ 1h 1. but without the battery connected.75V in the battery. under steady state conditions. total and the electrolyte now consists only of water. with the battery disconnected the original system specification.3 C10 (A) in order to prevent excessive internal heating.80V from the average voltage is acceptable. Under no circumstances should the current flowing through When a battery is completely discharged: the battery when it is operating under float conditions.65V 2. compatibility shall be accommodated by the design of the system.5% on individual voltages 8 h ≤ t ≤ 20h 1. check that the total voltage at the battery terminals is (N x 2.5% of the (iii) battery not recharged immediately after a recommended float voltage of the battery. for a 6V105 the maximum charge current is 31 inert. supply across a battery has the effect of reducing life and performance. The system must be checked once or twice a year. including the regulation limits.28V) for a temperature of 20°C.70V Once a year. If the sulphation of the cell/battery is extensive. but the load connected. discharge. A variation of ±4. system are for all practical purposes electromagnetically For instance.28 volts per cell with the current limited to a maximum batteries electrically isolated from any associated electrical of 0. shall be better High ambient temperature than ±1% between 5% and 100% load. Operating Instructions and Guidelines Accidental deep discharge Transient and other ripple type excursions can be e. Note: It should be noted that rechargeable cells or batteries are part of an electrical system. 28 www. and the manner in which they are used could Note: Deep discharging will produce a premature deterioration of the invoke the requirements of the electromagnetic compatibility upon battery and a noticeable reduction in the life expectancy of the that system. instructions supplied with the equipment. distribution board. environment.40 volts per cell at 20°C can be Tighten the nuts or bolts to the recommended levels of used to reduce the commissioning period from 24 to 15 hours. the batteries should be charged at a constant float voltage adjusted according to the ambient temperature. Commence installation at the least accessible point.g. and ensuring that the It is advisable to unpack all the cells or monoblocs and connections made between the charger and the batteries accessories before commencing to erect and not to unpack have the same electrical resistance. 2. plastic insulating cover is provided which totally protects the unit terminals.com Publication No: EN-V-PG-001 February 2003 29 . conditions.enersysinc. to avoid out of step conditions. These are factory fitted to all products of the General recommendations range and there is no need to remove them until access to Do not wear clothing of synthetic material to avoid static the terminals is required. Torque setting alternatively. Setting up the battery stands Do not use chemicals or detergents. torque indicated on the product label. Mounting in a cabinet Ensure that the cabinet: Commissioning charge is sufficiently strong to cope with the weight of the Ensure that the batteries will be operated in a clean battery. Always use insulated tools for fitting and torquing up Where the batteries have been stored under harsh battery connections. Avoid short circuiting selected float voltage per cell. generation. this increased voltage recharge is particularly effective. www. is suitably insulated is naturally ventilated Before use. To level the stand use the adjustable insulating feet. no special and erect cell by cell. The number of cells in series (N) will not affect the They should be unpacked with care. arrangements have to be made for batteries in parallel. especially if the lid or the No special circuit arrangements are required. All items should be carefully checked against the where the parallel connection is made at the charger or accompanying advice notes to ascertain if any are missing. container is damaged. In parallel Unpacking Using constant voltage chargers.Installation and Commissioning Charge Warning In series PowerSafe V cells are already charged when delivered. terminals of opposite polarity as these units are capable of Therefore. Connecting the cells e.28 volts per cell at 20°C for 48 to 96 hours or. The structure should be assembled in accordance with Use insulated tools. a voltage of 2. Although no special circuit arrangements are required. Use only a clean soft damp cloth for cleaning the cells. charging float voltage = N x Cell float Voltage discharging at a very high current. Advise the Sales Department of any discrepancies. Consult the drawing for the correct position of the cell poles. the bus bar run length and the area of cross section should be designed so that the circuit resistance value Transit insulation covers are fitted to one pole or a rigid for each string is equal within limits ±5%. but for optimum charge In order to easily charge the batteries after prolonged efficiency the current output of the charger can be limited storage.07Vpc 40% 2. Following storage and before putting the batteries into service. A current limit is not essential.5mV per 10°C.10 volts per cell. State of charge Voltage 100% 2. reduced capacity and service life. Refreshing charge is advised if the voltage drops below Battery state of charge 2. Battery Storage Storage conditions Recharge of stored batteries Store the battery in a dry. clean and preferably cool location. 6 months at 20°C 3 months at 30°C The necessity of a refreshing charge can also be determined 6 weeks at 40°C by measuring the open circuit voltage of a stored battery. 30 www. As the batteries are supplied charged.04Vpc 20% 2. The battery state of charge can be determined by measuring the open-circuit voltage of cells in rest position for 24 hours Failure to observe these conditions may result in greatly at 20°C. storage time is limited.com Publication No: EN-V-PG-001 February 2003 .14Vpc 80% 2.10Vpc 60% 2.00Vpc Open circuit voltage variation with temperature is 2.enersysinc. a refreshing charge shall be performed at 20°C for Storage time 48 to 96 hours. it is advisable not to store batteries for more than: to 10% of the 3-hour capacity rating. Cabinets and other special designs can be engineered and supplied to meet particular specifications.Battery Accommodation A comprehensive range of steel stands has been specifically designed to provide a compact battery arrangement whilst retaining the requirements of electrical and mechanical safety.com Publication No: EN-V-PG-001 February 2003 31 . Please contact Enersys Sales Department for further information.enersysinc. ease of installation and access during operation for taking meter readings. www. Transition boxes can be supplied for convenient connection of outgoing cables. Shenzhen 518066. China Tel: +86-755-2689 3639 Fax: +86-755-2689 8013 Contact: www.enersysinc.Subject to revisions without prior notice Tel: +32 (0)2 247 94 47 Fax: +32 (0)2 247 94 49 EnerSys Asia No.Global Headquarters P. Box 14145 Reading. Yanshan Road Shekou. 49.com . PA 196212-4145 USA Tel: +1-610-208-1991 +1-800-538-3627 Fax: +1-610-372-8613 EnerSys EMEA Houtweg 26 1140 Brussels Belgium Publication No: EN-V-PG-001 February 2003 .O.