• FLOAT:
  • Absolyte IIP:
    

    2.23 - 2.27 volts per cell at 25 �C
    Vcorrected = V25 C - [0.0055 V/ �C x (Tactual - 25 �C)]
    Do not adjust below 2.20 volts per cell or above 2.35 volts per cell.

  • Absolyte XL:
    

    2.23 - 2.25 volts per cell at 25 �C
    Use same formula as above for temperature correction
    Do not adjust below 2.20 volts per cell or above 2.35 volts per cell.

  • Lead calcium:
    

    2.17 - 2.25 volts per cell (1.215 specific gravity)
    2.23 - 2.33 volts per cell (1.250 specific gravity)

  • Lead antimony:
    

    2.15 -- 2.17 volts per cell (1.215 specific gravity)
    2.19 - 2.23 volts per cell (1.250 specific gravity)

  • Marathon/Sprinter:
    

    2.25 - 2.30 volts per cell
    Use same formula as above for temperature correction.

• EQUALIZE: (times listed below are for after charging current has tapered and stabilized)
  • Absolyte IIP:
    

    2.30 volts per cell (at 25 �C) for 24 hours
    2.35 volts per cell (at 25 �C ) for 12 hours
    Use same formula as above for temperature correction.
    Do not adjust below 2.20 volts per cell or above 2.35 volts per cell.

  • Absolyte XL:
    

    Same as Absolyte IIP
    

  • Lead calcium:
    

    Cell Volts	Time (hr) for 1.215 SG*	Time (hrs) for 1.250 SG*
    2.24	222	----
    2.27	166	----
    2.30	105	----
    2.33	74	166
    2.36	50	118
    2.39	34	80
    2.42	----	54
    2.45	----	36

  • Lead Antimony:
    

    Cell Volts	Time (hrs) for 1.215 SG*	Time (hrs) for 1.250 SG*
    2.24	80	----
    2.27	60	----
    2.30	48	----
    2.33	36	58
    2.36	30	51
    2.39	24	39
    2.42	----	29
    2.45	----	26
    2.48	----	24

    * Periods listed are for cell temperatures of 21 �C to 32 �C; for temperatures 13 �C to 20.5 �C double the number of hours. For temperatures 4�C to 12 �C, quadruple the number of hours.

  • Marathon/Sprinter:
    

    2.35 volts per cell (at 25 �C) for 24 hours
    2.40 volts per cell (at 25 �C) for 12 hours
    Use same temperature as above for temperature correction.
    Do not adjust below 2.21 volts per cell or above 2.40 volts per cell.

Locate the correct amp/watt data table for the end voltage you are using. Locate the appropriate column for the required back-up time. Read down until you find the current/power you are looking for then read straight across to the left for the cell type.

For batteries with complex load profiles, sizing should be done per IEEE-485. Please consult Support Power, Inc., we will calculate the appropriate GNB cell size per IEEE-485 and provide you with a copy of the cell sizing worksheet.

To determine back-up time locate the correct amp/watt data table for the end voltage you are using. Next, locate the cell type you have and read straight across to the required amp/watt value then straight up for the back-up time.

These types of questions should be forwarded to Support Power at 631-218-0876.

• Absolyte IIP and XL
  

  Torque all terminal and intercell connections to 100 in�lb at least once per year. Tray hardware should be torqued to 35 ft�lb

  
  
  
• Flooded cells
  

  M & N line cells with 1/8" connectors - 100 in�lb at least once per year
  M & N line cells with two "sandwiched" 1/8" connectors or a �" connector - 150 in�lb at least once per year.
  PDQ & N & H line cells with �" connectors - 150 in�lb at least once per year.

  
  
  
• Marathon/Sprinter
  

  Torque all connections to 100 in�lb at least once per year.

• Marathon/Sprinter
  

  Model	SC current (amps)
  M12V30	120
  M12V40	1500
  M12V70	1700
  M12V90	2000
  M6V180	2000
  S12V120	1500
  S12V170	1500
  S12V300	2000
  S12V370	2000
  S6V740	2000

• Absolyte XL
  

  Model	SC current (amps)
  XL 2000	14600
  XL 3000	21900
  XL 4000	29200
  XL 5000	36500
  XL 6000	43800

• Absolyte IIP
  

  Cell Type	Short Circuit Current(amps)
  50A05	1024.71
  50A07	1537.07
  50A09	2049.43
  50A11	2561.78
  50A13	3074.14
  50A15	3586.50
  50A17	4098.86
  50A19	4611.21
  50A21	5123.57
  50A23	5635.93
  50A25	6148.28
  50A27	6660.64
  90A05	1296.84
  90A07	1945.26
  90A09	2593.67
  90A11	3242.09
  90A13	3890.51
  90A15	4538.93
  90A17	5187.35
  90A19	5835.77
  90A21	6484.18
  90A23	7132.6
  90A25	7781.02
  90A27	8429.44
  90A29	9077.86
  90A31	9726.28
  90A33	10374.69
  100A09	2911.32
  100A11	3639.15
  100A13	4366.98
  100A15	5094.81
  100A17	5822.64
  100A19	6550.47
  100A21	7278.30
  100A23	8006.13
  100A25	8733.96
  100A27	9461.79
  100A29	10189.62
  100A31	10917.45
  100A33	11645.28
  100A39	13100.94
  100A45	15284.43
  100A51	17467.92
  100A57	19651.41
  100A63	21834.9
  100A69	24018.39
  100A75	26201.88
  100A81	28385.37
  100A87	30568.86
  100A93	32752.35
  100A99	34935.84

• Flooded
  

  Cell Type	Short Circuit Current(amps)
  M*T-05	1886
  M*T-07	2696
  M*T-09	3364
  M*T-11	4049
  N*T-07	3687
  N*T-09	4865
  N*T-11	6043
  N*T-13	7206
  N*T-15	8347
  N*T-17	9486
  N*T-19	10595
  N*T-21	11704
  N*T-23	12706
  N*T-25	13678
  N*T-27	14718
  N*T-29	17136
  N*T-31	18360
  N*T-33	19584
  N*T-35	20808
  H*T-21	20756
  H*T-23	21846
  H*T-25	22772
  H*T-27	23754
  H*T-29	24104
  H*T-31	24497
  H*T-33	25288
  H*T-35	25798
  H*T-37	26809
  M*X-05	2082
  M*X-07	3017
  M*X-09	3987
  M*X-11	4895
  M*X-13	5820
  M*X-15	6728
  N*X-07	4160
  N*X-09	5446
  N*X-11	6732
  N*X-13	7986
  N*X-15	9210
  N*X-17	10404
  N*X-19	11429
  N*X-21	12393
  N*X-23	13632
  N*X-25	14779
  N*X-27	15912
  N*X-29	17136
  N*X-31	18360
  N*X-33	19584
  N*X-35	20808
  P*Q-11	12474
  P*Q-13	14313
  P*Q-15	16153
  P*Q-17	17993
  P*Q-19	18881
  P*Q-21	20426
  P*Q-23	21970
  P*Q-25	23515
  P*Q-27	25059

• Absolyte IIP:
  
  • 10% connector hardware (W02-062501 and W03-0601)
    
  • Cover leg Kit (K17-COVLEG)
    
  • Intermodule Hardware Kit (K17-417000)
    
  • Absolyte IIP Accessory Kit (K17-400403)
    
  • Connectors (contact Support Power, Inc.)
• Absolyte XL:
  
  • 10% connector hardware (W02-062501 and W03-0601)
    
  • Intermodule Hardware Kit (K17-417000)
    
  • Absolyte XL Accessory Kit (K17-418404)
    
  • Connectors (contact Support Power at (631) 218-0876 for P/N)
• Flooded:
  
  • 10% connector hardware (contact sales representative for P/N)
  • Flash Arrestor Assembly (N03104870 for large; N03104881 for small)
  • Electrolyte sampling tube cover (N05103518002)
  • Hydrometer (Z02107801250 for 1.215 SG; Z02107801280 for 1.250 SG)
  • Thermometer (Z03043529002 for 216mm; Z03043529003 for 244mm)
  • Seal Nuts (F04-401132-001 for 1.5" square posts; F04-401131-001 for 1.0" square posts) Part number is for cells manufactured after August 1995
  • Connector (contact sales representative for P/N)

Oftentimes, it is possible to determine equivalents by comparing the product literature (cell size, amp-hour rating, discharge characteristics). If this is not possible, please contact Support Power, Inc. at (631) 218-0876.

Please contact Support Power at (631) 218-0876.

Please contact Support Power at (631) 218-0876.

There should be a minimum of 4.5" between the stack and the wall and between back-to-back stacks. A minimum of 36" aisle space should be available adjacent to the battery system.

Also note, allow at least six inches past total system length wherever a terminal plate assembly is to be located.

As a rule of thumb, for each 10 �C above 25 �C, the battery life is halved. At temperatures below 25 �C, the capacity is reduced according to the following table:

Temperature	Percent capacity
25 �C	100%
20 �C	95%
15 �C	90%
10 �C	84%
5 �C	76%
0 �C	71%

End voltage is the voltage of the cell (or battery) at the end of the duty cycle. End voltage is usually selected based on the duration of the discharge and the minimum system voltage the equipment can tolerate. For long duration discharges (12+ hours), it is recommended that a high end voltage be used (1.90+ volts per cell). For short duration discharges (< 90 min.) such as UPS systems, a low end voltage is used (e.g. 1.67 volts per cell). For normal duration discharges (90 min to 12 hr), an average end voltage (e.g. 1.75 volts per cell) should be used.

For more information on GNB's lead-acid battery recycling program please call:

• 631-277-1034

To immobilize the electrolyte in a gel cell, the electrolyte is mixed with fumed silica then the cell is filled while the mixture is still liquid. In time, the mixture gels similar to what one observes with "Jello".

In GNB's Absolyte cells, the electrolyte is absorbed in the glass separators (similar to a sponge).

See the on-line product literature or call Support Power at 631-218-0876