tubular gel battery - rekasurya

30
JYC Battery Manufacturer Co ., Ltd . TECHNOLOGIES Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values. Page 1 of 2 Http://www.jycbattery.com Tubular GEL Battery OPzV100 (2V100AH) Constant Power Discharge (Watts) at 20 ℃ ( 68℉) Constant Current Discharge (Amperes) at 20 ℃ ( 68℉) Specification Applications Solar energy, wind energy Electric power , nuclear power Communication Ship, maritime affairs UPS, medical facilities and emergency lighting Situation with high environmental protection and energy-saving Better safety performance and reliability Designed service life of 22 years Nomial Voltage Approx Weight Max. Discharge Current Internal Resistance Operating Temp.Range Container Material 2V Cycle Use Standby Use Initial Charging Current less than 25.0A.Voltage 2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃ No limit on Initial Charging Current Voltage 2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃ Capacity 100.0Ah@10hr to 1.80V/cell Dimension Length Width Container Height Total Height (with Terminal) Rated Capacity Approx 1.8 (10hr,1.80V/cell,20℃/68℉) (5hr,1.75V/cell,20℃/68℉) (3hr,1.75V/cell,20℃/68℉) (1hr,1.60V/cell,20℃/68℉) Discharge : -20 55℃ (-4 131℉) Charge : 0 40℃ (32 104℉) Storage : -20 50℃ (-4 122℉) Main Technical Advantages Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame. have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure. Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance. Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided. Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided. Self-discharge <2% pre month @ 20℃(68℉) 103 2mm (4.06 inches) 206 3mm (8.11 inches) 355 3mm (14.0 inches) 390 3mm (15.3 inches) ABS 800A (5s) Approx 13.2 kg (29.1 lbs) 100 AH/10.0A 87.7 A H/17.5A 77.7 AH/25.9A 56.8 AH/56.8A 1.85V/cell 1.80V/cell 1.75V/cell 1.70V/cell 1.65V/cell 1.60V/cell F.V/Time 15min 1h 2h 3h 10min 5h 8h 10h 30min 171.0 155.0 122.0 89.7 60.8 46.7 31.9 22.2 18.7 210.0 188.0 142.0 101.0 66.8 50.8 34.4 23.8 20.0 248.0 210.0 152.0 105.0 68.6 51.9 35.1 24.2 20.3 279.0 230.0 161.0 109.0 70.4 53.0 35.6 24.5 20.5 299.0 242.0 167.0 112.0 71.9 54.0 36.2 24.8 20.8 313.0 251.0 171.0 114.0 72.8 54.6 36.5 25.0 20.9 1.85V/cell 1.80V/cell 1.75V/cell 1.70V/cell 1.65V/cell 1.60V/cell F.V/Time 15min 1h 2h 3h 10min 5h 8h 10h 30min 318 292 233 174 118 91.2 62.7 44.1 37.3 384 348 269 194 129 98.8 67.4 47.1 39.7 446 384 284 201 132 101 68.5 47.8 40.3 492 413 298 207 135 102 69.3 48.3 40.7 519 430 307 212 137 104 70.1 48.7 41.0 532 439 311 214 138 104 70.6 49.0 41.3

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Page 1: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV100 (2V100AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 25.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 100.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 1.8 mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

103 2mm (4.06 inches)

206 3mm (8.11 inches)

355 3mm (14.0 inches)

390 3mm (15.3 inches)

ABS

800A (5s)

Approx 13.2 kg (29.1 lbs)

100 AH/10.0A

87.7 A H/17.5A

77.7 AH/25.9A

56.8 AH/56.8A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

171.0 155.0 122.0 89.7 60.8 46.7 31.9 22.2 18.7

210.0 188.0 142.0 101.0 66.8 50.8 34.4 23.8 20.0

248.0 210.0 152.0 105.0 68.6 51.9 35.1 24.2 20.3

279.0 230.0 161.0 109.0 70.4 53.0 35.6 24.5 20.5

299.0 242.0 167.0 112.0 71.9 54.0 36.2 24.8 20.8

313.0 251.0 171.0 114.0 72.8 54.6 36.5 25.0 20.9

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

318 292 233 174 118 91.2 62.7 44.1 37.3

384 348 269 194 129 98.8 67.4 47.1 39.7

446 384 284 201 132 101 68.5 47.8 40.3

492 413 298 207 135 102 69.3 48.3 40.7

519 430 307 212 137 104 70.1 48.7 41.0

532 439 311 214 138 104 70.6 49.0 41.3

Page 2: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV100 (2V100AH)

T11 Terminal

Page 3: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV200 (2V200AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 50.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 200.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 1.2 mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

103 2mm (4.06 inches)

206 3mm (8.11 inches)

355 3mm (14.0 inches)

390 3mm (15.3 inches)

ABS

1600A (5s)

Approx 17.0 kg (37.48 lbs)

200 AH/20.0A

175.5 A H/35.1A

155.7 AH/51.9A

114.0 AH/114.0A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

171.0 155.0 122.0 89.7 60.8 46.7 31.9 22.2 18.7

210.0 188.0 142.0 101.0 66.8 50.8 34.4 23.8 20.0

248.0 210.0 152.0 105.0 68.6 51.9 35.1 24.2 20.3

279.0 230.0 161.0 109.0 70.4 53.0 35.6 24.5 20.5

299.0 242.0 167.0 112.0 71.9 54.0 36.2 24.8 20.8

313.0 251.0 171.0 114.0 72.8 54.6 36.5 25.0 20.9

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

318 292 233 174 118 91.2 62.7 44.1 37.3

384 348 269 194 129 98.8 67.4 47.1 39.7

446 384 284 201 132 101 68.5 47.8 40.3

492 413 298 207 135 102 69.3 48.3 40.7

519 430 307 212 137 104 70.1 48.7 41.0

532 439 311 214 138 104 70.6 49.0 41.3

Page 4: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV200 (2V200AH)

T11 Terminal

Page 5: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV250 (2V250AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 50.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 250.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 1.1 mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

124 2mm (4.88 inches)

206 3mm (8.11 inches)

355 3mm (14.0 inches)

390 3mm (15.3 inches)

ABS

2000A (5s)

Approx 22.0 kg (48.5lbs)

250 AH/25.0A

219 A H/43.8A

194.7 AH/64.9A

143 AH/143A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

213.0 194.0 153.0 112.0 76.0 58.4 39.9 27.8 23.4

263.0 235.0 178.0 126.0 83.5 63.5 43.0 29.8 25.0

311.0 263.0 190.0 131.0 85.8 64.9 43.8 30.3 25.4

348.0 287.0 201.0 136.0 88.0 66.3 44.5 30.6 25.7

374.0 303.0 209.0 140.0 89.9 67.5 45.2 31.0 25.9

392.0 314.0 214.0 143.0 91.1 68.3 45.7 31.3 26.1

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

397 365 292 217 148 114 78.4 55.1 46.6

480 435 337 243 161 123 84.3 58.8 49.6

558 480 355 251 165 126 85.6 59.7 50.4

615 517 372 259 168 128 86.7 60.3 50.9

648 538 383 265 171 130 87.7 60.9 51.3

665 549 389 267 173 130 88.2 61.2 51.6

Page 6: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV250 (2V250AH)

T11 Terminal

Page 7: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV300 (2V300AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 75.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 300.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 1.0 mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

103 2mm (4.06 inches)

206 3mm (8.11 inches)

355 3mm (14.0 inches)

390 3mm (15.3 inches)

ABS

Approx 24.0 kg (52.91 lbs)

2400A (5s)

300 AH/30.0A

263 A H/52.6A

233.7 AH/77.9A

171 AH/171A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

256 233 183 135 91.2 70.0 47.8 33.3 28.1

315 282 214 152 100 76.2 51.6 35.7 30.0

373 316 228 158 103 77.9 52.6 36.3 30.5

418 344 241 164 106 79.5 53.4 36.8 30.8

449 364 251 168 108 81.0 54.2 37.2 31.1

470 377 257 171 109 81.9 54.8 37.5 31.4

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

476 438 350 260 177 137 94.1 66.1 55.9

576 522 404 291 194 148 101 70.6 59.6

669 577 426 301 198 151 103 71.7 60.4

738 620 447 311 202 153 104 72.4 61.0

778 645 460 317 205 155 105 73.1 61.5

799 658 467 321 207 157 106 73.5 61.9

Page 8: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV300 (2V300AH)

T11 Terminal

Page 9: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV400 (2V400AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 100.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 400.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 0.8mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

145 2mm (5.17 inches)

206 3mm (8.11 inches)

471 3mm (18.5 inches)

506 3mm (19.9 inches)

ABS

4800A (5s)

Approx 34.0 kg (75.0lbs)

400 AH/40.0A

348 A H/69.6A

308.5 AH/102.8A

227 AH/227A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

329 303 248 188 126 97.2 66.5 46.4 39.3

405 367 289 212 139 106 71.8 49.7 42.0

479 411 308 220 142 108 73.1 50.6 42.7

537 449 326 229 146 110 74.3 51.2 43.2

577 474 339 235 149 112 75.4 51.8 43.6

604 490 347 239 151 114 76.2 52.3 43.9

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

612 570 473 363 245 190 131 92 78.2

740 680 546 407 268 206 141 98.4 83.4

860 751 576 420 274 209 143 99.8 84.6

948 808 604 434 280 213 145 101 85.4

1000 840 621 443 284 216 146 102 86.2

1026 857 631 448 286 217 147 102 86.6

Page 10: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV400 (2V400AH)

T11 Terminal

Page 11: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV500 (2V500AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 125.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 500.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 0.73mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

ABS

Approx 35.5 kg (78.26 lbs)

166 2mm (6.54 inches)

206 3mm (8.11 inches)

471 3mm (18.5 inches)

506 3mm (19.9 inches)

4800A (5s)

500 AH/50.0A

435 A H/87.0A

385 AH/128.3A

284 AH/284A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

384 354 289 219 147 113 77.6 54.2 45.9

472 429 337 247 162 123 83.7 58.0 49.0

559 480 359 257 166 126 85.3 59.0 49.8

627 523 380 267 170 129 86.7 59.8 50.3

673 553 395 274 174 131 88.0 60.5 50.9

704 572 405 279 176 133 88.9 61.0 51.2

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

714 665 552 424 286 221 153 107 91.3

863 794 637 474 313 240 164 115 97.3

1003 876 672 491 320 244 167 116 98.7

1106 942 704 506 326 248 169 118 99.7

1166 980 725 517 332 252 171 119 101

1197 1000 736 523 334 253 172 120 102

Page 12: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV500 (2V500AH)

T11 Terminal

Page 13: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV600 (2V600AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 150.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 600.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

Approx 0.62mΩ

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

145 2mm (5.17 inches)

206 3mm (8.11 inches)

646 3mm (25.4 inches)

681 3mm (26.8 inches)

ABS

4800A (5s)

Approx 46.0 kg (101.4Ibs)

600 AH/60.0A

520 A H/104A

456 AH/152A

341 AH/341A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

409 389 335 267 177 137 94.2 65.8 56.2

503 470 390 301 195 149 102 70.5 60.0

595 526 416 313 200 152 104 71.7 60.9

668 574 440 325 205 156 105 72.6 61.6

717 607 458 335 209 158 107 73.5 62.3

750 628 469 341 212 160 108 74.1 62.7

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

761 730 640 517 344 268 185 130 112

919 871 738 578 376 290 199 139 119

1069 962 779 598 385 295 202 141 121

1178 1034 816 617 393 300 205 143 122

1243 1076 840 631 399 304 207 144 123

1276 1098 853 637 402 306 208 145 124

Page 14: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV600 (2V600AH)

T11 Terminal

Page 15: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV800 (2V800AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 250.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 800.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

6400A (5s)

Approx 0.5mΩ

Approx 64.5 kg (142.2 lbs)

800 AH/80.0A

690 A H/138A

609 AH/203A

454 AH/454A

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

191 2mm (7.52 inches)

210 3mm (8.27 inches)

646 3mm (25.4 inches)

681 3mm (26.8 inches)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

545 518 446 356 236 183 126 87.8 74.9

671 627 520 401 259 199 135 94.0 80.0

794 702 554 418 267 203 138 95.6 81.3

891 766 587 434 273 207 140 96.8 82.2

956 809 610 446 279 211 142 98.0 83.0

1001 838 626 454 283 214 144 98.8 83.6

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1014 973 853 689 459 357 247 174 149

1226 1162 984 771 502 387 265 186 159

1425 1282 1038 798 513 394 270 189 161

1571 1379 1088 823 524 400 273 191 163

1657 1435 1120 841 532 406 276 193 164

1701 1464 1137 850 536 409 278 193 165

Page 16: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Terminal

64

62

663.7

2681

2

9.7

15.7

Tubular GEL Battery

OPzV800 (2V800AH)

Page 17: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV1000 (2V1000AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 250.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 1000.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.45 mΩ

Approx 78.5 kg (173.1 lbs)

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

233 2mm (9.17 inches)

210 3mm (8.27 inches)

646 3mm (25.4 inches)

681 3mm (26.8 inches)

8000A (5s)

1000 AH/100.0A

865 A H/173A

762 AH/254A

568 AH/568A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

682 648 558 445 295 228 157 110 93.7

839 784 650 502 324 249 169 118 100

992 877 693 522 333 254 173 119 102

1113 957 733 542 342 259 175 121 103

1196 1011 763 558 349 264 178 122 104

1251 1047 782 568 354 267 180 123 105

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1268 1217 1066 862 574 446 309 217 186

1532 1452 1230 964 627 483 332 232 199

1782 1603 1298 997 641 492 337 236 201

1964 1724 1360 1029 654 500 341 238 203

2071 1793 1400 1051 665 507 345 241 205

2126 1830 1421 1062 670 511 347 242 206

Page 18: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV1000 (2V1000AH)

Terminal

9.7

15.7

Page 19: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV1500 (2V1500AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 375.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 1500.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.30 mΩ

Approx 105.0 kg (231.48 lbs)

(10hr,1.80V/cell,20�/68�)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

275 3mm (10.8 inches)

210 3mm (8.27 inches)

796 3mm (31.3 inches)

831 3mm (32.7 inches)

12000A (5s)

1500 AH/150.0A

1285 A H/257A

1131 AH/377A

849 AH/849A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

876 854 781 666 436 339 233 164 140

1077 1034 910 750 479 369 252 175 150

1274 1157 970 781 492 377 257 178 152

1430 1263 1027 811 504 385 261 180 154

1535 1333 1068 834 515 392 265 183 156

1606 1381 1095 849 522 396 267 184 157

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1629 1605 1492 1288 847 661 459 324 279

1968 1916 1722 1442 926 717 493 346 298

2288 2114 1817 1491 946 730 501 351 302

2522 2274 1903 1538 966 742 507 355 305

2660 2365 1960 1572 981 752 513 359 308

2730 2414 1989 1588 989 757 517 360 309

Page 20: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV1500 (2V1500AH)

T11 Terminal

Page 21: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV1650 (2V1650AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 312.5A. Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 1650.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.29 mΩ

Approx 117.0 kg (257.94 lbs)

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

275 3mm (10.8 inches)

210 3mm (8.27 inches)

796 3mm (31.3 inches)

831 3mm (32.7 inches)

13200A (5s)

1650 AH/165.0A

1402.5 A H/280.5A

1234.2 AH/411.4A

925.6 AH/925.6A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

876 854 781 666 436 339 233 164 140

1077 1034 910 750 479 369 252 175 150

1274 1157 970 781 492 377 257 178 152

1430 1263 1027 811 504 385 261 180 154

1535 1333 1068 834 515 392 265 183 156

1606 1381 1095 849 522 396 267 184 157

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1629 1605 1492 1288 847 661 459 324 279

1968 1916 1722 1442 926 717 493 346 298

2288 2114 1817 1491 946 730 501 351 302

2522 2274 1903 1538 966 742 507 355 305

2660 2365 1960 1572 981 752 513 359 308

2730 2414 1989 1588 989 757 517 360 309

Page 22: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

T11 Terminal

OPzV1650 (2V1650AH)

Page 23: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV1800 (2V1800AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 450.0A. Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 1800.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.28 mΩ

Approx 115.0 kg (254 lbs)

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

275 3mm (10.8 inches)

210 3mm (8.27 inches)

796 3mm (31.3 inches)

831 3mm (32.7 inches)

14400A (5s)

1800 AH/180.0A

1548 A H/309.6A

1362AH/454.1A

1022 AH/1022A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

876 854 781 666 436 339 233 164 140

1077 1034 910 750 479 369 252 175 150

1274 1157 970 781 492 377 257 178 152

1430 1263 1027 811 504 385 261 180 154

1535 1333 1068 834 515 392 265 183 156

1606 1381 1095 849 522 396 267 184 157

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1629 1605 1492 1288 847 661 459 324 279

1968 1916 1722 1442 926 717 493 346 298

2288 2114 1817 1491 946 730 501 351 302

2522 2274 1903 1538 966 742 507 355 305

2660 2365 1960 1572 981 752 513 359 308

2730 2414 1989 1588 989 757 517 360 309

Page 24: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

T11 Terminal

Tubular GEL Battery

OPzV1800 (2V1800AH)

Page 25: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV2000 (2V2000AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 500.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 2000.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.25 mΩ

Approx 152.0 kg (335.1 lbs)

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

399 3mm (15.7 inches)

214 3mm (8.42 inches)

772 3mm (30.4 inches)

807 3mm (31.8 inches)

16000A (5s)

2000 AH/200A

1710 A H/342A

1506 AH/502A

1131 AH/1131A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1167 1139 1041 888 581 452 311 218 187

1436 1379 1214 1000 638 491 336 234 200

1698 1543 1293 1041 656 502 342 237 203

1906 1684 1369 1081 673 513 348 240 205

2047 1778 1424 1112 687 522 353 243 208

2142 1841 1460 1131 696 528 356 245 209

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

2171 2140 1990 1718 1129 882 612 432 373

2624 2554 2296 1922 1234 955 658 462 397

3051 2819 2422 1987 1262 973 668 469 403

3363 3032 2538 2051 1288 989 676 474 407

3547 3154 2613 2095 1309 1002 684 478 410

3640 3218 2653 2118 1319 1010 689 481 413

Page 26: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV2000 (2V2000AH)

T11 Terminal

Page 27: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV2500 (2V2500AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 625.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 2500.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.20 mΩ

Approx 196.0 kg (432 lbs)

(10hr,1.80V/cell,20℃/68℉)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

487 2mm (19.2 inches)

212 3mm (8.35 inches)

772 3mm (30.4 inches)

807 3mm (31.8 inches)

20000A (5s)

2500 AH/250.0A

2140 A H/428A

1884 AH/628A

1414 AH/1414A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1459 1424 1302 1110 726 565 389 273 234

1795 1723 1517 1250 798 614 420 292 250

2123 1929 1617 1301 820 628 428 297 254

2383 2105 1711 1351 841 641 434 301 257

2559 2222 1780 1390 859 653 441 304 259

2677 2301 1826 1414 870 661 446 307 261

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

2714 2675 2487 2147 1412 1102 765 540 466

3280 3193 2870 2403 1543 1194 822 577 496

3814 3523 3028 2484 1577 1216 835 586 504

4204 3790 3172 2564 1610 1236 846 592 509

4434 3942 3267 2619 1636 1253 855 598 513

4550 4023 3316 2647 1649 1262 861 601 516

Page 28: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPzV BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV2500 (2V2500AH)

T11 Terminal

487

110330

Page 29: Tubular GEL Battery - Rekasurya

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

Note The above data are average values, and can be obtained with 3 charge/discharge cycles. These are not minimum values.

Page 1 of 2Http://www.jycbattery.com

Tubular GEL Battery

OPzV3000 (2V3000AH)

Constant Power Discharge (Watts) at 20 ℃ (68℉)

Constant Current Discharge (Amperes) at 20 ℃ (68℉)

Specification

Applications

Solar energy, wind energy

Electric power, nuclear power

Communication

Ship, maritime affairs

UPS, medical facilities and emergency

lighting

Situation with high environmental protection

and energy-saving

Better safety performance and reliability

Designed service life of 22 years

Nomial Voltage

Approx Weight

Max. Discharge Current

Internal Resistance

Operating Temp.Range

Container Material

2V

Cycle Use

Standby Use

Initial Charging Current less than 750.0A.Voltage

2.40V~2.50V at 20℃(68℉)Temp. Coefficient -5mV/℃

No limit on Initial Charging Current Voltage

2.25V~2.30V at 20℃(68℉)Temp. Coefficient -3mV/℃

Capacity 3000.0Ah@10hr to 1.80V/cell

Dimension

Length

Width

Container Height

Total Height (with Terminal)

Rated Capacity

ABS

Approx 0.18 mΩ

Approx 220.0 kg (485 lbs)

(10hr,1.80V/cell,20�/68�)

(5hr,1.75V/cell,20℃/68℉)

(3hr,1.75V/cell,20℃/68℉)

(1hr,1.60V/cell,20℃/68℉)

Discharge : -20 55℃ (-4 131℉)

Charge : 0 40℃ (32 104℉)

Storage : -20 50℃ (-4 122℉)

Main Technical Advantages

Plate: positive plate adopts tubular plate which can prevent active material falling, and adopts multi-component alloy frame.

have fine corrosion-resisting performance and long service life. Negative plate adopts special radiated structure.

Separator: adopt special micro-pore PVC-SiO2 separator from Europe AMER-SIL Company, separator have big porosity and low resistance.

Electrolyte: adopts Germany gas silicon dioxide,electrolyte in gel state in the battery without flowing,leakage and lamination can be avoided.

Safety valve: adopt Germany technology,constant opening and closing,accumulator case expansion,damage and electrolyte dry up can be avoided.

Self-discharge <2% pre month @ 20℃(68℉)

576 3mm (20.7 inches)

212 3mm (8.35 inches)

772 3mm (30.4 inches)

807 3mm (31.8 inches)

24000A (5s)

3000 AH/300.0A

2565 A H/513A

2262 AH/754A

1697 AH/1697A

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

1751 1708 1562 1332 871 677 467 327 281

2154 2068 1820 1500 957 737 504 350 300

2548 2314 1940 1561 984 754 513 356 305

2859 2526 2054 1621 1009 769 521 361 308

3071 2667 2136 1668 1031 783 529 365 311

3212 2762 2191 1697 1044 793 535 368 314

1.85V/cell

1.80V/cell

1.75V/cell

1.70V/cell

1.65V/cell

1.60V/cell

F.V/Time 15min 1h 2h 3h10min 5h 8h 10h30min

3257 3210 2985 2577 1694 1323 918 648 559

3936 3831 3444 2883 1852 1433 987 693 596

4576 4228 3634 2981 1893 1460 1002 703 604

5045 4548 3807 3076 1932 1483 1015 710 610

5320 4731 3920 3143 1963 1504 1026 717 615

5460 4828 3979 3177 1979 1515 1033 721 619

Page 30: Tubular GEL Battery - Rekasurya

This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specification are subject to modification without notice. Contact JYC for the latest information.

JYC OPvZ BATTERIES

Http://www.jycbattery.com Page 2 of 2

JYC Battery Manufacturer Co.,Ltd.TECHNOLOGIES

2

Dimensions

30

40

60

80

95

110

Ava

ilabl

e ca

paci

ty( %

)

35

45

50

55

65

70

75

85

90

100

-20 -15 0 15 20 25

Ambient temperature( )-10 -5 5 10 30

C3

C5

C10

105

C1

Discharge Characteristics Charging Characteristics

General Relation of Capacity VS. Storage Time

Effect of Temperature on Long Term Float Life

Battery temperature

5

Charging voltage

2.25V/cell

Life

exp

ecta

ncy

(yea

r)

2068

0C3086

40104

50122 OF

Storage time (months)

Residual average capacity in % of C10

Ava

ilabl

e ca

paci

ty /

%

Temperature Effects in Relation to Battery Capacity

0 5 10 15 20 25

40

20

40

60

80

100

120

3020

10

Depth of discharge in % of C10

0.2C10

0.1C10

0 50 100

25

20

10

0

Charg

ing tim

e in

hours

A

B

2.50

2.45

2.40

2.35

2.30

2.25

2.20

2.15

2.10-20 -10 0 10 20 30 40 50

Temperature 0( C )

Equaling charge voltage for max. 16 hours

Floa t volt age + /- 1%

Charg

e v

olta

ge (

V/c

ell)

Charge voltage:

A 2.25 V/cell B 2.40 V/cell

State of charge 100 % State of charge 90 %

For continuous charging we recommend a voltage of 2.25 V.

The charging voltage must be compensated to the curve for

acontinuously different battery ambient temperature.

B

A

22

20

18

16

14

12

10

Cycle Life in Relation to Depth of Discharge

Acc.to IEC 896-2 (25℃ / 77℉)

Number of Cycles

Extr

acte

d c

apacity in %

1500 2000 2500 3000 3500 4000 4500 5000

100

90

80

70

60

50

40

30

20

10

5500 6000 6500

Tubular GEL Battery

OPzV3000 (2V3000AH)

T11 Terminal