VGS series (OPzV) GLOBAL OPzV Valve Regulated Sealed Industrial Battery
Head Office Chang-Won Factory Industrial battery & Motive Power, EV(Electric Vehicle) - Capacity : 1.5 Million/year - Gross Area : 8,000 m Gwang-Ju Factory Automotive battery - Capacity : 14 Million/year - Gross Area :,000 m R&D Center History Sep. 195 Founded as R&D center of the Korea Navy Jan. 1965 KS certified as the first in Korean battery industry Jan. 1965 Secured technical tie-up with YUASA Battery in Japan Apr. 1975 Capital invested from YUASA Battery in Japan Nov. 1983 KS certified for entire line of products Jul. 1988 Secured technical tie-up with HAGEN in Germany Nov. 1989 Opened KwangJu plant for automotive battery Oct. 199 Secured technical tie-up with SAFT in France Jan. 1993 ISO 900 certified as the first in Asian battery industry Apr. 1994 ChangWon plant and KwangJu plant ISO 9001 certified by DNV QA Nov. 1994 Opened the nd KwangJu plant Oct. 1997 KwangJu plant QS 9000 certified by DNV QA Nov. 000 KwangJu plant ISO 14001 certified by DNV QA Dec. 003 KwangJu Plant ISO/TS 16949 certified by KFQ Sep. 005 Changed the New Company name from GLOBAL & YUASA Co., Ltd. to SEBANG GLOBAL Battery Co., Ltd. Aug. 007 Awarded the new technology certification of nickel hydride battery (NET) Mar. 008 Achieved the environment mark certification of nickel hydride battery. Aug. 008 Granted the KS certification of nickel hydride battery Prizes Received the Leading Export Company Award Given the Export Award for recording $50 million in Export Sales Selected as one of Korea's best 100 quality management companies Received the Iron Tower Award for Quality Management Received the Korea Customs Service Commissioner s Award on Tax Day Recognized as one of the top companies by the Ministry of Labor for excellent management-labor relations Recognized by the Ministry of Commerce, Industry and Energy for superior quality Received the Engineering Award from the Ministry of Science and Technology Received the President s Award at the Korean Quality Management Conference Technological Innovation Award for GMH Recognized for having the number one brand power in the battery industry ISO 9001 TS 16949 KS certificate JIS certificate ISO 14001 KEPIC UL certificate TSE certificate Carbon put print labeling certificate
VGS series (OPZV) GLOBAL OPzV valve regulated sealed industrial battery GLOBAL OPzV valve regulated lead acid batteries are especially suitable for applications high-level of reliability and performance. They are designed and manufactured according to DIN 4074 and characterized by their long float and cycle life in standby applications. GLOBAL OPzV cells are designed for service life (at an ambient temperature of 0 with 80% residual capacity) and affords high cyclic stability. The battery is designed with a three-layer closed structure to eliminate electrolyte leakage. It also has an internal flameproof enclosure to prevent explosions due to GLOBAL OPzV batteries have excellent deep discharge recovery. The batteries can be recharged to 95% capacity in 1 hours, even following 30 days connected to a The rate of self-discharge by the OPzV batteries is extremely low by comparison to Renewable Energy(Solar & Wind power) Product Characteristics Positive Tubular Plates Cast from special antimony-free lead alloy and enclosed in extremely strong porous tubular gauntlets. These gauntlets are filled with the active positive material, resulting in an extremely robust and long life assembly. Negative Plates Consist of an antimony free lead alloy grid, pasted with active material. Container & Cover Cell contaniers and lids are from a high grade acid-resisgant ABS resin. Standard Container : Acid-resistant ABS resin Cover : UL94-V0 = ABS Option Container & Cover : UL94-V0 = ABS Terminals Nut inserted structure(99.9% pure copper) Adopted Earthquake - resistant design Vent Plugs pressure relief valve. Microporous Separator Made from acid and corrosion resistant PVC material with excellent porosity Low electrical resistance enabling easy movement of electrolytes and oxygen ions. Electrolyte Dilute sulphuric aicd fixed in form of gel in connection with additives. Certificate ISO 9001 ISO 14001 TSE(TURKEY STANDARD) 4 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery Product Construction Pressure Relief Valve Polarity Plate Red : Positive Blue : Negative Microporous Separator Negative Plate Positive Plate ABS Lid Copper inserted ABS Container Specification Type Designation GLOBAL Model Nominal Voltage (V) Capacity (AH) 10HR 1HR (1.80V/Cell) (1.60V/Cell) 1HR (1.67V/Cell) length (L) ( ) Dimensions(mm) width (W) ( ) height (H) ( 3) total height (TH)( 5) Weight (kg) 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 VGS 00 VGS 50 VGS 300 VGS 350 VGS 40 VGS 490 VGS 600 VGS 800 VGS 1000 VGS 100 VGS 1500 VGS 1600 VGS 1800 VGS 000 VGS 00 VGS 500 VGS 3000 00 50 300 350 40 490 600 800 1000 100 1500 1600 1800 000 00 500 3000 106 133 159 190 30 65 330 416 50 665 767 830 919 10 1086 178 1533 103 14 145 14 145 166 145 10 10 10 10 15 15 15 15 1 1 06 06 06 06 06 06 06 191 33 75 75 397 397 397 397 487 576 355 355 355 471 471 471 647 647 647 647 779 77 77 77 77 77 77 39 39 39 511 511 511 687 687 687 687 837 81 81 81 81 81 81 0.5 4.5 9.0 31.0 37.0 4.0 50.0 68.0 8.0 97.0 15.0 140.0 155.0 160.0 176.0 00.0 40.0 (Note : H pole height, TH connection line height) 5
VGS series Drawings with Terminal Position Valve Regulated Recyclable Tubular plates Single cell Maintenance free Nominal Capacity 160 ~ 3000 Ah Life time Safe under deep discharge 6 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery PERFORMANCE DATA Discharge Characteristics Diagram The curves shown in Figure1 illustrate the typical discharge feature of VGS batteries at an ambient temperature of 0 The symbol C expresses the nominal capacity of the battery measured at a 10-hour discharge rate. (77 F). VGS Discharge Characteristics Curves Voltage (V) Time (Hr) Discharge characteristics diagram VGS160~3000AH at 0 (77 ) Charge Characteristics 1. New batteries can be used without charging. However, batteries put into service long after the manufacturing date may need to be charged.. During charging, the ambient temperature should be in the 0~40 range. If the surface temperature exceeds 50 while charging, the charging should be stopped and resumed when the temperature drops below 40. Observe polarity when connecting. Temperature and Floating Charge Characteristics Floating charge voltage set-up depending on temperature Floating charge voltage:.4v(0 ) If the ambient temperature is too high, this may cause deterioration in battery performance, damage or deformation. The charge voltage should be lowered in order to prevent over charging. Floating charge voltage (V) Temperature -10 0 10 0 5 30 35 40 Voltage.33V.30V.7V.4V.V.1V.19V.18V When the ambient temperature is higher than 0 compensation formula listed above. (77 F), the float charge voltage would be adjusted according to the temperature 7
VGS series Temperature Characteristics The diffusion rate of electrolytes, reaction rate of active materials in the plates and the discharge capacity are affected in direct proportion to ambient temperature (If the VGS is stored in an environment above 0 degrees Celsius, the depletion rate of electrolytes increases, which can shorten the service life of the battery) - Figure. <Ambient Temperature> Disharge (Hours) Final Voi (Volt) Capability per Temperature -0 0 0 50 ~1hours 1.67 7 80 100 105 1~ 3hours 1.75 43 85 100 105 % of capacity 3~5hours 1.77 48 87 100 104 5~10hours 1.80 48 87 100 104 Temperature Self-discharge Characteristics Diagram The self-discharge rate of VGS batteries is approximately.0% per month when batteries are stored at an ambient temperature of 0 (77 F). The self-discharge rate varies with ambient temperature. Figure 4. indicates the available capacity and storage times at various temperatures. %ofcapacity Designed Life storage time(months) Design Life Cycle Lifetime by DOD Years Floating volt :.V / Cell / 0 % of capacity Temperature Accelerated Test :Applied Arrhenius Equation Number of Cycles vs. Depth of Discharge (DOD) 8 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery Amperes to F.V at 5 (in Amperes) Type Time VGS 160 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 15 103 19 14 153 161 170 174 190 310 37 393 419 45 503 559 59 700 837 30 84 105 13 139 146 161 170 188 30 359 388 418 445 496 558 585 697 836 1h 6 78 95 106 11 136 150 167 57 304 341 387 419 464 516 548 645 775 h 43 53 64 77 81 95 105 18 186 4 57 301 31 36 403 444 50 603 3h 35 44 55 63 64 79 89 104 150 180 11 49 69 98 33 35 415 498 4h 9 35 45 51 55 67 73 9 130 157 18 19 33 61 91 31 365 435 5h 5 31 38 45 47 55 63 77 11 133 156 188 00 5 51 66 313 376 8h 17 1 8 3 33 4 45 57 81 99 118 147 156 170 189 08 33 79 10h 14 18 7 8 38 39 49 67 83 98 119 18 14 160 168 199 39 Amperes to F.V at 5 (in Amperes) Type Time VGS 160 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 15 11 15 177 196 05 19 6 45 398 478 507 538 58 645 717 76 896 1075 30 97 1 143 163 171 193 08 41 377 444 49 537 57 643 716 753 895 1074 1h 71 89 111 13 131 159 175 196 300 353 399 457 495 548 609 647 761 915 h 46 61 76 88 93 111 13 149 15 59 99 350 373 40 467 545 585 700 3h 35 47 58 70 74 90 10 19 173 16 49 89 313 346 385 409 481 578 4h 9 40 50 59 63 78 88 108 149 187 19 5 68 304 338 374 45 510 5h 5 34 4 50 55 66 75 96 19 161 184 0 37 6 9 310 367 437 8h 17 4 30 36 41 50 57 67 91 11 134 16 17 193 15 36 68 3 10h 14 18 5 30 34 39 46 59 77 95 117 138 146 16 184 191 30 76 Amperes to F.V at 5 (in Amperes) Type Time VGS 160 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 15 145 181 10 63 77 9 305 317 515 63 658 696 754 835 98 986 1160 1390 30 114 14 168 13 5 50 51 95 448 57 590 659 70 790 878 965 1098 1316 1h 78 101 1 147 175 191 195 3 350 414 470 543 588 651 74 769 90 1086 h 50 68 83 94 113 137 140 184 46 98 346 41 439 493 548 60 683 80 3h 37 5 64 76 85 103 114 144 19 40 88 334 361 400 445 473 556 668 4h 30 44 54 65 70 86 95 10 164 0 39 90 309 347 386 44 483 580 5h 5 36 45 54 60 73 80 101 137 169 01 47 67 96 330 349 411 494 8h 18 5 31 38 43 53 58 74 94 10 14 179 183 06 38 43 97 357 10h 15 1 7 3 36 41 48 61 8 100 118 151 156 17 01 04 49 30 9
VGS series Amperes to F.V at 5 (in Amperes) Type Time VGS 160 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 15 159 199 34 6 76 305 37 380 591 70 765 814 881 976 1085 1153 1357 168 30 1 153 184 11 5 75 31 501 587 656 737 786 884 983 1081 130 1474 1h 81 108 13 153 166 190 1 55 381 453 519 60 65 7 803 85 1003 104 h 50 71 88 104 111 136 151 186 6 30 374 448 477 537 597 656 747 895 3h 36 54 67 80 85 10 119 148 00 50 96 359 379 419 479 495 583 718 4h 30 45 56 68 7 86 100 16 170 1 53 309 39 371 413 443 515 619 5h 4 37 46 56 60 73 84 105 141 176 10 60 81 311 346 368 433 519 8h 18 5 3 39 41 5 59 73 96 1 144 180 189 14 40 53 300 360 10h 16 7 33 35 40 49 6 83 10 10 153 160 180 04 0 55 306 Amperes to F.V at 5 (in Amperes) Type Time VGS 160 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 15 181 30 71 307 3 361 385 440 695 886 905 996 1079 1195 138 1411 1660 199 30 131 171 06 40 55 91 319 375 581 680 765 865 937 1037 1153 15 144 1730 1h 84 116 143 169 181 19 53 91 43 59 590 693 750 831 94 981 1155 1386 h 51 74 9 109 118 14 163 03 77 344 407 497 536 594 661 701 87 991 3h 39 55 6 75 88 108 14 155 00 58 309 387 419 464 476 548 60 744 4h 31 46 58 68 74 89 103 18 177 0 60 37 349 391 436 456 545 645 5h 7 38 48 57 61 75 85 106 144 180 16 70 9 34 360 38 450 540 8h 19 7 33 39 4 55 59 73 99 16 146 184 196 1 46 61 307 367 10h 17 8 33 36 45 5 63 84 105 16 157 164 181 09 15 63 314 Amperes to F.V at 5 (in Amperes) Type Time VGS 160 4 OPzV 00 5 OPzV 50 6 OPzV 300 5 OPzV 350 6 OPzV 40 7 OPzV 490 6 OPzV 600 8 OPzV 800 10 OPzV 1000 1 OPzV 100 1 OPzV 1500 13 OPzV 1600 15 OPzV 1800 16 OPzV 000 18 OPzV 00 0 OPzV 500 4 OPzV 3000 15 199 49 33 346 364 436 471 543 85 1007 1037 135 143 1377 1530 166 1913 469 30 137 190 31 74 9 339 377 450 676 805 917 985 1050 1181 140 1444 1641 104 1h 85 106 133 159 190 3 65 330 416 50 665 767 830 919 10 1086 178 1533 h 56 66 83 113 15 15 171 14 88 358 48 531 557 585 655 70 885 106 3h 41 50 6 75 91 111 16 160 13 68 31 400 433 479 533 566 666 799 4h 33 46 58 70 75 91 103 13 178 0 60 330 35 396 441 474 553 661 5h 9 39 49 58 6 77 87 109 148 183 19 76 95 36 368 386 460 55 8h 1 8 33 40 45 56 6 78 10 15 149 188 198 3 50 63 313 374 10h 18 3 33 37 46 53 63 84 105 16 158 165 183 10 16 63 315 10 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 00 (V, 00AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 00 Dimensions (L*W*H*TH) (mm) 103*06*355*39 Weight (kg) 0.5 Internal Resistance (m 0.85 1.85V / Cell 166 13 93 60 45 37 31 18.1 1.80V / Cell 199 153 108 71 54 48 37 5.4 1.67V / Cell 49 190 106 66 50 46 39 8.6 11
VGS series VGS 50 (V, 50AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 50 Dimensions (L*W*H*TH) (mm) 14*06*355*39 Weight (kg) 4.5 Internal Resistance (m 0.8 1.85V / Cell 193 155 115 76 58 47 40 8 3.7 1.80V / Cell 34 184 13 88 67 56 46 3 7 3.0 1.67V / Cell 33 31 133 83 6 58 49 33 8 3.1 1 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 300 (V, 300AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 300 Dimensions (L*W*H*TH) (mm) 145*06*355*39 Weight (kg) 9.0 Internal Resistance (m 0.54 1.85V / Cell 15 176 135 90 70 56 48 33 8 3.3 1.80V / Cell 6 11 153 104 80 68 56 39 33 3.6 1.67V / Cell 346 74 159 113 75 70 58 40 33 3.9 13
VGS series VGS 350 (V, 350AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 350 Dimensions (L*W*H*TH) (mm) 14*06*471*511 Weight (kg) 31.0 Internal Resistance (m 0.53 1.85V / Cell 5 185 141 98 77 66 57 4 34 4.0 1.80V / Cell 76 166 111 85 7 60 41 35 4. 1.67V / Cell 364 9 190 15 91 75 6 45 37 4.4 14 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 40 (V, 40AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 40 Dimensions (L*W*H*TH) (mm) 145*06*471*511 Weight (kg) 37.0 Internal Resistance (m 0.5 1.85V / Cell 44 08 161 115 9 79 67 48 40 4.8 1.80V / Cell 307 54 19 138 104 88 74 54 4 5.0 1.67V / Cell 436 339 3 15 111 91 77 56 46 5. 15
VGS series VGS 490 (V, 490AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 490 Dimensions (L*W*H*TH) (mm) 166*06*471*511 Weight (kg) 4.0 Internal Resistance (m 0.45 1.85V / Cell 57 8 180 131 104 91 77 57 47 5.6 1.80V / Cell 37 75 1 151 119 100 84 59 49 5.8 1.67V / Cell 471 377 65 171 16 103 87 6 53 6.1 16 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 600 (V, 600AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 600 Dimensions (L*W*H*TH) (mm) 145*06*647*687 Weight (kg) 50.0 Internal Resistance (m 0.44 1.85V / Cell 81 68 14 166 133 114 97 68 56 6.7 1.80V / Cell 380 31 55 186 148 16 105 73 6 7. 1.67V / Cell 543 450 330 14 160 13 109 78 63 7.5 17
VGS series VGS 800 (V, 800AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 800 Dimensions (L*W*H*TH) (mm) 10*191*647*687 Weight (kg) 68.0 Internal Resistance (m 0.34 1.85V / Cell 456 41 35 30 18 154 13 91 76 9.1 1.80V / Cell 591 501 381 6 00 170 141 96 83 9.6 1.67V / Cell 85 676 416 88 13 178 148 10 84 10.0 18 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 1000 (V, 1000AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 1000 Dimensions (L*W*H*TH) (mm) 10*33*647*687 Weight (kg) 8.0 Internal Resistance (m 0.9 1.85V / Cell 549 485 383 78 193 163 114 95 11.4 1.80V / Cell 70 587 453 30 50 1 176 1 10 1.0 1.67V / Cell 1007 805 50 358 68 0 183 15 105 1.6 19
VGS series VGS 100 (V, 100AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 100 Dimensions (L*W*H*TH) (mm) 10*75*647*687 Weight (kg) 97.0 Internal Resistance (m 0.8 1.85V / Cell 58 541 434 3 60 9 19 137 114 13.6 1.80V / Cell 765 656 519 374 96 53 10 144 10 14.4 1.67V / Cell 1037 917 665 48 31 60 19 149 16 14.8 0 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 1500 (V, 1500AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 1500 Dimensions (L*W*H*TH) (mm) 10*75*779*837 Weight (kg) 15.0 Internal Resistance (m 0.7 1.85V / Cell 617 598 500 381 311 71 33 167 139 16.6 1.80V / Cell 814 737 60 448 359 309 60 180 153 18.0 1.67V / Cell 135 985 767 531 400 330 76 188 150 18.3 1
VGS series VGS 1600 (V, 1600AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 1600 Dimensions (L*W*H*TH) (mm) 15*397*77*81 Weight (kg) 140.0 Internal Resistance (m 0.6 1.85V / Cell 657 637 533 406 33 88 48 177 148 17.7 1.80V / Cell 881 786 65 477 379 39 81 189 160 19. 1.67V / Cell 143 1050 830 557 433 35 95 198 165 19.5 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 1800 (V, 1800AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 1800 Dimensions (L*W*H*TH) (mm) 15*397*77*81 Weight (kg) 155.0 Internal Resistance (m 0.5 1.85V / Cell 739 716 599 456 373 35 79 199 167 0.0 1.80V / Cell 976 884 71 537 419 371 311 14 180 1.6 1.67V / Cell 1377 1181 919 585 479 396 36 3 183 1.9 3
VGS series VGS 000 (V, 000AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 000 Dimensions (L*W*H*TH) (mm) 15*397*77*81 Weight (kg) 160.0 Internal Resistance (m 0.4 1.85V / Cell 81 796 666 507 415 36 311 186.3 1.80V / Cell 1085 983 803 597 479 413 346 40 04 4.0 1.67V / Cell 1530 140 10 655 533 441 368 63 16 4.4 4 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 00 (V, 00AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 00 Dimensions (L*W*H*TH) (mm) 15*397*77*81 Weight (kg) 176.0 Internal Resistance (m 0.3 1.85V / Cell 874 859 708 573 441 399 39 39 197 3.6 1.80V / Cell 1153 1081 85 656 495 443 368 53 0 6.4 1.67V / Cell 166 1444 1086 70 566 474 386 63 16 6.6 5
VGS series VGS 500 (V, 500AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 500 Dimensions (L*W*H*TH) (mm) 1*487*77*81 Weight (kg) 00.0 Internal Resistance (m 0. 1.85V / Cell 108 996 831 634 518 454 389 77 33 7.9 1.80V / Cell 1357 130 1003 747 583 515 433 300 55 30.0 1.67V / Cell 1913 1641 178 885 666 55 460 313 63 30.6 6 VGS series
GLOBAL OPzV Valve Regulated Sealed Industrial Battery VGS 3000 (V, 3000AH/10hr) GLOBAL OPzV cells are designed for service life (at an ambient Nominal Capacity (AH) 3000 Dimensions (L*W*H*TH) (mm) 1*576*77*81 Weight (kg) 40.0 Internal Resistance (m 0.1 1.85V / Cell 13 1195 998 760 6 545 464 33 79 33.4 1.80V / Cell 168 1474 104 895 718 619 519 360 306 36.0 1.67V / Cell 469 104 1533 106 799 661 55 374 315 36.8 7
Danger The battery s operating environment should be well-ventilated to ensure that the concentration of hydrogen in the air is under %. The storage battery may emit small amounts of hydrogen gas which could ignite due to fire or short circuit if pemitted to accumulate. Do not short-circuit the storage battery positive and negative terminals. This could result in battery leakage, fire or explosion. Do not install the battery in an enclosed space or near sources heat. This could result in explosion or fire. Do not attach wires or other metals to the positive or negative terminals of the storage battery. Avoid placing torque wrenches, or other metal tools on top of the storage battery. This can result in leakage, heat generation, explosion, or burns due to short circuiting. It is recommended that metal tools such as torque wrenches and spanners be covered with vinyl electrical tape for insulation. The storage battery contains dilute sulfuric acid which serves as an electrolyte. Sulfuric acid is dangerous and can cause serious bums and blindness. Please avoid contact with the skin. In the case of skin exposure, immediately flush the area with large amounts of water. In the case of eye exposure, flush the eyes with tap water or clean water and immediately seek medical attention. Use a wet cloth to clean the storage battery. A dry cloth can cause static electricity through friction, posing a risk of explosion. When installing the storage battery in a device, make sure that the devic is not completely closed or sealed. Use of the storage battery in a closed device could pose a risk of fire, explosion and damage to the device. Warning Do not attempt to disassemble, modify or break open the storage battery. This could result in leakage, fire, explosion or other consequences. Please replace the battery according to the service cycle listed in the instruction manual or listed on devices. Exceeding the recommended replacement date can result in leakage, fire, explosion or other consequences. When placing storage batteries in an array, please make sure that the positive and negative polarity is consistent. Connection of opposite polarities can result in fire or damage to battery charging equipment. Do not use storage batteries in an environment close to heat sources. This could result in leakage, fire, explosion or other consequences. Immediately cease use of the storage battery if corrosion, leakage, or deformation of the terminals is apparent. Operation of the battery in such conditions can result in leakage, fire, explosion or other consequences. Caution The storage battery does not generate heat. Heat is a sign of overcharging and could also cause the battery charger to malfunction. Please do not store the battery next to transformers or other hot areas such as the interior of a car, areas with direct exposure to strong sunlight, or near fire. Excessively high temperatures can result in leakage, fire, explosion or other consequences. The storage batteries should only be charged with specified chargers recommended by the manufacturer. Charging the battery with unapproved devices could result in leakage, heat generation, explosion or shortening of the battery s service life. Do not install the storage battery in areas prone to flooding. Contact with water could result in electrocution or fire. The storage battery operating temperature range is -15 to 45 degrees Celsius, but the most appropriate temperature is 0 to 5 degrees Celsius. Performance and service life may decrease when the battery is operated outside of the ideal temperature range resulting in decreased service life, damage to the product or warping. Batteries which have completed their service life should be disposed of by an authorized waste management firm. Please contact the manufacturer for list of firms handling battery disposal. The maximum discharge voltage listed on the storage battery spec sheet should not be exceeded. This charge in excess of the maximum discharge current could result in leakage, heat generation, explosion or other consequences. The storage battery should not be operated in environments with excessive dust or particulate pollution. These environments can cause short circuits. Do not clean the storage battery with water or brine. This could result in damage to the storage battery or fire in addition to corrosion of the connector plate and terminals. 8 VGS series
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