Height w/o Terminals (in)

Transcription

1 EaglePicher Technologies, LLC Commercial Power P.O. Box 47 Joplin, MO 6482 (417) Carefree Sealed Lead Acid (SLA) MSDS EaglePicher s Carefree lead acid batteries are sealed and do not require maintenance during long periods of operation. If you do not find what you are looking for or would like more information, please contact us. Click on Part Number to view data sheet. Carefree Sealed Lead Acid (SLA) Batteries Nominal Voltage Nominal 77 F Length (in) Width (in) Height w/o Terminals (in) Height w/ Terminals (in) Weight (lb) Part Number CF-12V33/C CF-12V33/U CF-12V4FR CFR-12V CFR-12V CFR-12V CFR-12V CFR-12V CFR-12V CFR-12V134

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4 CF-6V33 CF-12V33/C Specifications CF-6V33 Nominal Voltage... 6V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (1.65 amps to 1.75 volts) ampere hours 1 Hour Rate (3.1 amps to 1.75 volts) ampere hours 5 Hour Rate (5.4 amps to 1.6 volts) ampere hours 1 Hour Rate (19 amps to 1.6 volts) ampere hours 1/2 Hour Rate (35 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (159mm) Width inches (85mm) Height (excluding terminals) inches (165mm) Height (including terminals) inches (171mm) Weight lbs (5.5kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods Float Charging: Constant Potential Source of 6.8 to 6.9 volts continuously. Routine Charging: Constant Potential Source of 7.25 to 7.45 volts with a charging current of 1 ampere maximum. Terminal: Standard is tin plated brass, positive terminal is.3 stock x.25 wide, negative terminal is.3 stock by.25 wide, mates with Amp Faston series or equal. Case Material: ABS 6.25 (159) 3.35 (85) (171) (165) Specifications CF-12V33/C Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (1.65 amps to 1.75 volts) ampere hours 1 Hour Rate (3.1 amps to 1.75 volts) ampere hours 5 Hour Rate (5.4 amps to 1.6 volts) ampere hours 1 Hour Rate (19 amps to 1.6 volts) ampere hours 1/2 Hour Rate (35 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (171mm) Width inches (159mm) Height (excluding terminals) inches (165mm) Height (including terminals) inches (171mm) Weight lbs (54kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 1 ampere maximum. Terminal: Standard is tin plated brass, positive terminal is.3 stock x.25 wide, negative terminal is.3 stock by.25 wide, mates with Amp Faston series or equal. Case Material: ABS 6.72 (171) 6.25 (159) 6.5 (165) 6.75 (171) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

5 2.7 Charge Voltage per Cell vs. Temperature CF-6V33 CF-12V33/C Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Deep Cyclic Charging Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) Typical Voltage Characteristic (7 F) DISCHARGE CURVE A 3.1A 1.65A A 3.1A 1.65A A 9. 19A A 35A 1 6 Volt Volt min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

6 CF-12V33/U1 Specifications CF-12V33/U1 Nominal Voltage V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (1.65 amps to 1.75 volts) ampere hours 1 Hour Rate (3.15 amps to 1.75 volts) ampere hours 5 Hour Rate (5.5 amps to 1.75 volts) ampere hours 1 Hour Rate (.6 amps to 1.6 volts)....6 ampere hours 1/2 Hour Rate (33.4 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (195mm) Width inches (13mm) Height (excluding terminals) inches (159mm) Height (including terminals) inches (18mm) Weight lbs (1.2kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 9.9 ampere maximum. Terminal: Standard is lead post, bolt and nut Case Material: ABS 7.68 (195) 5.12 (13) (18) (159) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

7 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CF-12V33/U1 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 33.4A.6A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 5.5A 3.15A 1.65A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

8 - + CF-12V4FR Specifications CF-12V4FR Nominal Open Circuit Voltage V Nominal Working Voltage V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (1.85 amps to 1.75 volts) ampere hours 1 Hour Rate (3.4 amps to 1.75 volts) ampere hours 5 Hour Rate (6. amps to 1.75 volts) ampere hours 1 Hour Rate (21. amps to 1.6 volts) ampere hours 1/2 Hour Rate (31. amps to 1.6 volts) ampere hours Max. Physical Size: Length inches (254mm) Width inches (97mm) Height (excluding terminals) inches (3mm) Height (including terminals) inches (3mm) Weight lbs (15.kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +16 F (-51 C to +71 C) Charge... F to +122 F (-18 C to +5 C) Recharging Methods: Float Charging: Constant Potential Source of to volts continuously. Routine Charging: Constant Potential Source of 14.7 to 15. volts with a charging current of 13.5 ampere maximum. Hardware Package: Two 1-32 x 1/2" Lg. 1mm Hex Head Bolts; Two No. 1 Flat Washers, and Two No. 1 Split Ring Lock Washers - all are Stainless Steel. Terminal: Lead plated copper insert threaded for 1-32 bolt. Flame Arrestor - Polypropylene 1. cu ft/min (27l/min) Case Material: Polycarbonate Flame Class: UL94 V-O Limited Oxygen Index: 35% Float Life Expectancy: 8+ years at 77 F (25 C) 1% Capacity Screened and Matched Two Year Full Warranty at average battery temperature of 77 F (25 C) or less 1. (254) 8. (3) 3.8 (97) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

9 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CF-12V4FR Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 31.A 21.A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 6.A 3.4A1.85A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

10 CFR-12V38 Specifications CFR-12V38 Nominal Voltage...12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (2. amps to 1.5 volts) ampere hours 1 Hour Rate (3.72 amps to 1.5 volts) ampere hours 5 Hour Rate (6.8 amps to 1.2 volts) ampere hours 1 Hour Rate (23.2 amps to 1.2 volts) ampere hours 1/2 Hour Rate (42. amps to 1.2 volts) ampere hours Max. Physical Size: Length inches (197mm) Width inches (165mm) Height (excluding terminals) inches (17mm) Height (including terminals) inches (17mm) Weight lbs (13.6kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.5 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 15. volts with a charging current of 16. ampere maximum. Terminal: Standard is bolt and nut (M5) Case Material: Flame Retardant ABS 7.76 (197) 6.5 (165) 6.69 (17) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

11 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CFR-12V38 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 42A 23.2A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 6.8A 3.72A 2.A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

12 CFR-12V55 Specifications CFR-12V55 Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (2.75 amps to 1.75 volts) ampere hours 1 Hour Rate (5.3 amps to 1.75 volts) ampere hours 5 Hour Rate (9.1 amps to 1.6 volts) ampere hours 1 Hour Rate (34 amps to 1.6 volts) ampere hours 1/2 Hour Rate (58 amps to 1.6 volts) ampere hours Max. Physical Size: Length inches (236mm) Width inches (132mm) Height (excluding terminals) inches (5mm) Height (including terminals) inches (235mm) Weight lbs (18kg) Energy Density ( Hour Rate): watt hrs/cu in ( Hour Rate): watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.5 to 14.9 volts with a charging current of 18. ampere maximum. Terminal: Standard is lead post, bolt and nut Case Material: Flame Retardant ABS 8.74 (222) 9.29 (236) 5.2 (132) 8.7 (5) 9.25 (235) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

13 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CFR-12V55 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 58A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 34A 9.1A 5.3A 2.75A 4 o F 4 o C

14 CFR-12V65 Specifications CFR-12V65 Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (3.25 amps to 1.75 volts) ampere hours 1 Hour Rate (6.2 amps to 1.75 volts) ampere hours 5 Hour Rate (1.6 amps to 1.75 volts) ampere hours 1 Hour Rate (4.2 amps to 1.6 volts) ampere hours 1/2 Hour Rate (68 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (355mm) Width inches (167mm) Height (excluding terminals) inches (179mm) Height (including terminals) inches (183mm) Weight lbs (22.2kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 19.5 ampere maximum. Terminal: Standard is tin plated brass, bolt and nut Case Material: Flame Retardant ABS (355) 6.57 (167) (183) (179) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

15 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CFR-12V65 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 68A 4.2A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 1.6A 6.2A 3.25A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

16 CFR-12V7 Specifications CFR-12V7 Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (3.5 amps to 1.75 volts)... 7 ampere hours 1 Hour Rate (6.56 amps to 1.75 volts) ampere hours 5 Hour Rate (11.5 amps to 1.75 volts) ampere hours 1 Hour Rate (43.2 amps to 1.6 volts) ampere hours 1/2 Hour Rate (72 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (258mm) Width inches (166mm) Height (excluding terminals) inches (6mm) Height (including terminals) inches (235mm) Weight lbs (24.kg) Energy Density ( Hour Rate): watt hrs/cu in ( Hour Rate): watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 18. ampere maximum. Terminal: Standard is lead post, bolt and nut Case Material: Flame Retardant ABS 1.16 (258) 6.54 (166) 8.11 (6) 9.25 (235) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

17 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CF-12V7 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 72A 43.2A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 11.5A 6.56A 3.5A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

18 CFR-12V1 Specifications CFR-12V1 Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (5. amps to 1.75 volts)... 1 ampere hours 1 Hour Rate (9.6 amps to 1.75 volts) ampere hours 5 Hour Rate (16.5 amps to 1.75 volts) ampere hours 1 Hour Rate (61.8 amps to 1.6 volts) ampere hours 1/2 Hour Rate (15 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (33mm) Width inches (171mm) Height (excluding terminals) inches (2mm) Height (including terminals) inches (227mm) Weight lbs (32.kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 3. ampere maximum. Terminal: Standard is tin plated brass, bolt and nut Case Material: Flame Retardant ABS 13. (33) 6.73 (171) 8.66 (2) 8.94 (227) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

19 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CFR-12V1 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 15A 61.8A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 16.5A 9.6A 5.A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

20 CFR-12V1 Specifications CFR-12V1 Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (6. amps to 1.75 volts)... 1 ampere hours 1 Hour Rate (11.4 amps to 1.75 volts) ampere hours 5 Hour Rate (18.8 amps to 1.75 volts) ampere hours 1 Hour Rate (74.2 amps to 1.6 volts) ampere hours 1/2 Hour Rate (125 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (41mm) Width inches (175mm) Height (excluding terminals) inches (227mm) Height (including terminals) inches (227mm) Weight lbs (38.kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 36. ampere maximum. Terminal: Standard is tin plated brass, bolt and nut Case Material: Flame Retardant ABS (41) 6.89 (175) 8.94 (227) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

21 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CFR-12V1 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosion or fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 125A 74.2A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 18.8A 11.4A 6.A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C

22 CFR-12V134 Specifications CFR-12V134 Nominal Voltage... 12V Nominal Capacity at 77 F (25 C) Voltage readings are per cell Hour Rate (6.7 amps to 1.75 volts) ampere hours 1 Hour Rate (12.7 amps to 1.75 volts) ampere hours 5 Hour Rate (24.4 amps to 1.6 volts) ampere hours 1 Hour Rate (9.8 amps to 1.6 volts) ampere hours 1/2 Hour Rate (156 amps to 1.6 volts) ampere hours Max. Physical Size Length inches (344mm) Width inches (171mm) Height (excluding terminals) inches (275mm) Height (including terminals) inches (278mm) Weight... 1 lbs (45kg) Energy Density ( Hour Rate) watt hrs/cu in ( Hour Rate) watt hrs/lbs Operating Temperature Range: Discharge F to +14 F (-51 C to +6 C) Charge... F to +1 F (-18 C to +49 C) Recharging Methods: Float Charging: Constant Potential Source of 13.6 to 13.8 volts continuously. Routine Charging: Constant Potential Source of 14.4 to 14.7 volts with a charging current of 26.8 ampere maximum. Terminal: Standard is threaded insert, bolt and washer Case Material: Flame Retardant Polypropylene (344) 6.75 (171) 1.82 (275) 1.95 (278) Above data are average values which can be obtained within 3 charge/discharge cycles. These are not minimum values.

23 2.7 Charge Voltage per Cell vs. Temperature 2.6 Deep Cyclic Charging CFR-12V134 Charging vs Temperature The charging of Carefree batteries is best accomplished in a temperature range of 6 F to 9 F. Charging within this temperature range requires no temperature compensation. For applications over a wider temperature range, charging voltage must be changed as a function of temperature. (see chart at right) Capacity vs Temperature The efficiency of the lead-acid system decreases as the temperature decreases and increases as temperature increases from room temperature (7 ) as illustrated. These four curves shown are based on discharges at the hour, 5 hour, 11/2 hour and 1 hour rates. Self-Discharge Characteristics High temperature increases the rate of self-discharge of all battery systems but even in this respect, the lead-calcium battery is perhaps least affected. In general, the rate of self-discharge can be expected to double for each F rise in temperature above 7 F. Battery Operating Conditions & Cautions Battery contains toxic material (lead) and corrosive fluid (sulfuric acid) Charging can produce explosive gases Do not charge in gas tight enclosures Charge battery in a well-ventilated area away from sparks, flames or smoking Use approved voltage controlled charger Do not short-circuit battery terminals, as this can cause an explosionor fire Keep batteries and chargers away from children Charge battery as soon as possible after use Do not store battery in discharged state Do not puncture, disassemble, mutilate or incinerate MUST BE RECYCLED OR DISPOSED OF PROPERLY Installation Care All CAREFREE batteries are carefully assembled and with proper charging will provide excellent service. When placing the battery into service it must be inspected to make sure that the battery has not been damaged by rough handling. If the unit has been damaged, there is a possibility of a loss of a small amount of sulfuric acid electrolyte and possible corrosion of adjacent components. Any sulfuric acid can cause severe burns to the skin and eyes. If contact is made with a damaged battery, immediately wash the contacted area with water for at least 5 minutes. When installing the battery in equipment, ventilation must be provided. Toward the end of charge and under overcharge conditions, hydrogen and oxygen gas can be generated. If this gas is allowed to accumulate in the enclosure and a spark is introduced, an explosion could result. The specifications on this sheet may be changed by Eagle-Picher Technologies, LLC, without notice. P.O. BOX 47 JOPLIN, MO 6482 (417) FAX (417) inquiry.carefree@eaglepicher.com Web Site: BATTERY VOLTAGE (V) (AMPERE HOURS) VOLTS PER CELL PERCENTAGE OF NOMINAL CAPACITY PERCENTAGE OF FULL CAPACITY Shallow Cyclic Charging Float Charging VARIOUS RATES OF DISCHARGE AMBIENT TEMPERATURE o F 38 o C hr /2 hr. 5 hr. 1 hr TEMPERATURE 8 o F 27 o C Capacity as Affected by Temperature 1 49 Typical Voltage Characteristic (7 F) DISCHARGE CURVE 156A 9.8A o F 16 o C STORAGE TIME - MONTHS 5 ( o C) 122 ( o F) ( o F) ( o C) 24.4A 12.7A 6.7A min. hrs. DISCHARGE TIME Typical Self-Discharge Characteristics 4 o F 4 o C