Benefits● Long life according to EUROBAT Classification● High discharge performance● 99%+ gas recombination efficiency● Maximum charge efficiency● Low self-discharge rate● Horizontal or Vertical installization

Drawing

Specifications

TAB MOTION AGM series VRLA battery uses latest AGM technology, high purity raw ma\ terials and many patented

technologies that ensure its long floating and cycle life, it is applicable to less frequency of power failure, and shallow discharge of depth site. It is mainly used for indoor telecommunication base station.

6GFM-200

10

10HR (20.0A, 1.80V)

200

Length

1HR (110A, 1.75V)

110

Total Height

Cycle use

2.40 (-3.5mV/℃/cell), max charge current: 50A

Float use

2.27 (-3.5mV/℃/cell)

Battery Model

Design Life (years, 25℃)

Capacity (Ah, 25℃)

Dimensions (mm)

Approx. Weight (kg)

Reference Internal Resistance (mΩ)

Maximum Discharge Current (A/1 Sec.)

Self-Discharge (25℃)

Charge Voltage (V/cell, 25℃)

Short Circuit Current (A)

5HR (34.3A, 1.80V)

171.5

Width

3HR (50.0A, 1.80V)

150

Height

60.0

3.1 ( fully charged @ 25℃)

1600

≤2% per months

3850

Applications ● Telecommunications● Power system● UPS● Emergency power

SP-31

Standards ● IEC 60896-21/22● JIS C8704-1/2● EUROBAT guide

SP-31SP-31

12V 250Ah C100 SOLAR

series VRLA battery uses latest AGM technology, high purity raw mater in and mary patentedtechnologies that ensure its long floating and cycle life, it is applicable to less frequency os power failure, andshallow discharge of depth site. It is mainly used for indoor telecommunication base station.

TAB MOTION AGM

5

540.8

503.4

478.4

444.6

421.5

10

405.1

383.8

364.4

343.0

322.5

15

333.2

318.1

298.7

282.7

269.2

20

282.2

270.7

257.6

242.0

231.2

30

195.6

190.4

184.5

176.0

168.4

40

159.1

155.1

150.6

144.7

138.2

50

133.9

130.7

126.1

121.2

116.5

1

124.0

120.3

115.4

110.0

106.0

1.5

91.8

89.4

87.2

84.7

82.9

2

73.9

72.1

70.4

69.1

67.7

3

54.7

53.3

52.2

51.0

50.0

4

43.9

43.0

42.1

41.3

40.6

5

37.3

36.4

35.6

35.0

34.3

6

32.36

31.81

31.13

30.58

30.01

8

25.68

25.25

24.89

24.46

24.13

1.60

1.65

1.70

1.75

1.80

Constant Current Discharge Data (25℃, A)

min hEndVoltage(V/cell)

5

902.8

836.9

799.9

763.9

724.5

10

688.3

656.1

622.5

591.4

564.8

15

586.3

558.6

537.0

512.4

494.9

20

496.3

478.3

461.8

442.3

427.0

30

370.3

356.4

344.2

332.3

320.7

40

298.6

289.9

281.0

270.6

261.0

50

251.0

244.4

237.9

231.7

225.7

1

221.6

216.2

210.2

204.9

199.6

1.5

179.4

175.1

170.9

167.5

163.3

2

149.0

146.3

143.5

141.1

138.1

3

114.3

112.1

110.0

107.8

106.2

4

88.9

87.6

86.2

84.7

83.1

5

74.8

73.5

72.6

71.4

70.1

6

65.43

64.38

63.53

62.70

61.76

8

53.02

52.20

51.52

50.75

49.97

1.60

1.65

1.70

1.75

1.80

Constant Power Discharge Data (25℃, W/cell)

min hEndVoltage(V/cell)

Discharge Data

Performance Curve

Temperature vs. charge voltage Design life vs. temperature

Charge performanceTemperature vs. capacity

10

21.13

20.86

20.59

20.28

20.00

10

43.15

42.42

41.81

41.15

40.50

0 .20

0 .15

0 .12

0 .09

120

100

80

14.0

15.0

140

Charge Voltage

Charge Capacity

0 .06

0.03

0

60

40

20

0 0

11.0

12.0

13.0

Charge Current

0 2 4 6 8 10 12 14 16 18 20

(0.15CA,25℃ )(V)(A)(%) VoltageCurrentCapacity

-15 -5 5 15 25 35 450

20

40

60

80

100

120

Temperature(℃)

Charge time(h)

Temperature(℃)

Ch

arg

e vo

lta

ge

(V)

Des

ign

life

(yea

rs)

0 5 10 15 20 25 30 35 40 4513.2

13.4

13.6

13.8

14.0

14.2

14.4

15.0

14.6

14.8Equalizing charge

Floating charge

0

2

4

6

8

10

12

25 30 35 40 45 5020

Dis

cha

rge

cap

aci

ty(%

)

Temperature(℃)