Page 1

VRLA (AGM-GEL) BATTERIES

LANDPORT EUROPE

2016 2017


TABLE OF CONTENTS BATTERIES Terminals LP BATTERIES AGM technology, general purpose

3 4-9

LPC BATTERIES AGM technology, deep cycle

10 - 11

LPCG BATTERIES GEL technology, deep cycle gel

12 - 13

LPX BATTERIES AGM technology, high rate/UPS

14 - 15

LPL BATTERIES AGM technology, long life standby

16 - 19

LPS BATTERIES AGM technology, solar power

20 - 23

LPF BATTERIES AGM technology, front terminal

24 - 25

TECHNICAL INFORMATION

26 - 27

BATTERY MAINTENANCE AND CARE 2

Safety precaution and Protection kits

29

Battery storage and using circumstances

29

Using conditions

29

Installation of batteries

29 - 30

Use of battery

30 - 31

Battery maintenance

31 - 33

DISCLAIMER AND TERMS & CONDITIONS

34 - 35


TERMINALS Terminal shapes vary from one battery to another. By identifying the correct replacement battery from the listing in this book, you are assured of the proper terminal configuration. For custom applications, refer to the following chart to identify terminal shape and corresponding batteries.

39

13 [0.512]

4.5 [0.177]

6.35 [0.25] 0.8 [0.031]

T6

17 [0.669]

8 [0.315]

13 [0.512]

¦6 [0.236]

2 [0.079]

4.5 [0.177]

M6 [0.236]

¦16 [0.63]

Lead Torque: 3.9 ~ 5.4 N*m

T7

¦18[0.709] M6[0.236]

Brass Coated Tin; Torque: 3.9 ~ 5.4 N*m

Brass Coated Tin; Torque: 3.9 ~ 5.4 N*m

7.5 6.5 6

20 [0.787]

Lead Torque: 11 ~ 14.7 N*m

T11

¦20 [0.787] M8 [0.315]

Lead Torque: 3.9 ~ 5.4 N*m

Brass Coated Tin; Torque: 11~14.7 N*m

7 [0.276]

18 [0.709]

T10 ¦6 [0.236]

T9

8.5 [0.335]

¦6.5 [¦0.256]

]

T5

16 [0.63]

39

7.5 6.5 6

Brass Coated Tin Torque: 3.9 ~ 5.4 N*m

¦6.5

0.0

]

14 [0.551]

T3

2 [0.079]

6[0.236]

0.0

¦6.5 [¦0.256]

¦6.2

16 [0.63]

[R

[R

7.95 [0.313]

6 [0.236]

16 [0.63]

R1

R1

FASTON TYPE (Copper)

¦6.5

16 [0.63]

16 [0.63]

T2

FASTON TYPE (Copper) 3.4 [0.134]

¦6.2

6.35 [0.25]

14 [0.551]

T1 0.8 [0.031]

3.2 [0.126]

Terminal Shape

¦6 [0.236]

Terminal Shape

4.75 [0.187]

Terminal Shape

8 [0.315]

17 [0.669]

18 [0.709] 22 [0.866]

¦9 [0.354]

8.5

Black

S

9 [0.354]

C

Spring Steel Fully Collapsible

8.5

13.5

22

18 [0.708]

Lead Torque: 11 ~ 14.7 N*m

Red

¦9 [0.354]

¦8.5 [0.335]

18 [0.709] 22 [0.866]

10 [0.394]

T14-2 ¦9 [0.354]

¦8.5 [0.335]

18 [0.709] 22 [0.866]

10 [0.394] ¦8.5 [0.335]

13 [0.512]

18 [0.709] 22 [0.866]

10 [0.394]

15.9 [0.626]

13.5

Red

13 [0.512]

Lead Torque: 11 ~ 14.7 N*m

13 [0.512]

17.4 [0.685]

15.9 [0.626]

T14-1

¦8.5 [0.335]

¦21 [0.827]

T13 Brass Coated Tin; Torque: 3.9 ~ 5.4 N*m

¦9 [0.354]

M6 [0.236]

22

6 [0.236]

¦6 [0.236]

¦19 [0.748]

Brass Coated Tin; Torque: 2.0 ~ 3.0 N*m

13 [0.512]

17.4 [0.685]

10 [0.394]

M5 [0.197]

4 [0.157]

T12

¦12 [0.472]

8.5 [0.335]

16 [0.63]

13 [0.512]

¦8 [¦0.315]

Black

Toy Battery Connector H-Connector

3


LP BATTERIES

AGM technology, general purpose

LANDPORT EUROPE


General Features

• • • • • •

Using oxygen recombination technology: maintenance-free PbCaSn alloy for plate grids: less gassing, less self-discharging High quality AGM separator: extend cycle life and prevent micro short circuit ABS material: increase the strength of battery container. (Flame-retardant ABS is optional) High purity raw material: ensure low self discharge rate Silver-coated copper terminals (T1, T2 terminal), brass insert terminals and lead terminals improve the electric conductivity

4V, 6V, 8V, 12V Series - Typical Applications

• Security (alarm systems, fire alarm systems, emergency lighting) • Backup power / uninterruptible power supply (UPS) • Traffic (control & signal systems for road, air, railway)

• • • •

Green energy systems (solar panels, wind turbines) Telecommunication systems Medical equipment (patient lifts, bath lifts, stairlifts) Hobby (electric scooters, toys)

Specifications Model

Stock item

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Net Width Height Total Height Weight (kg) (mm) (mm) (mm)

Terminal

LP4-3.5

4

3.50

3.26

2.94

2.12

90

34

59

65

0.45

T1

LP4-4.5

4

4.50

4.19

3.78

2.73

52.5

48

94

100

0.60

T1

LP4-5.0

4

5.00

4.65

4.20

3.04

91

50

74

74

0.66

T1

LP4-8.0

4

8.00

7.44

6.80

5.02

91

50

101

101

0.97

T2

LP4-10

4

10.0

9.30

8.50

6.28

101

50

94

100

1.14

T2

LP6-1.0

6

1.00

0.93

0.84

0.607

51

42

51

57

0.25

T1

6

1.20

1.12

1.01

0.73

97

24

51.5

57.5

0.29

T1

6

2.00

1.86

1.68

1.21

43

37

76

76

0.34

/

LP6-1.2

LP6-2.0 LP6-2.8

6

2.80

2.60

2.35

1.70

66

33

97

103

0.57

T1

LP6-3.2

6

3.20

2.98

2.69

1.94

134

34

60

66

0.67

T1

LP6-4.0

6

4.00

3.72

3.36

2.43

70

47

100

106

0.74

T1

LP6-4.0H

6

4.00

3.72

3.36

2.43

70

47

100

106

0.73

T1

6

4.50

4.19

3.78

2.73

70

47

100

106

0.81

T1

6

4.50

4.19

3.78

2.73

70

47

100

106

0.75

T1

6

4.50

4.19

3.78

2.73

67

67

96

109

0.81

S

LP6-5.0

6

5.00

4.65

4.20

3.04

169

35

70

74

0.95

T1

LP6-5.4

6

5.40

5.02

4.53

3.28

70

47

100

106

0.80

T1

LP6-4.5

LP6-4.5H LP6-4.5S

LP6-6.0

6

6.00

5.58

5.05

3.64

70

47

100

106

0.88

T1

LP6-7.0

6

7.00

6.51

5.95

4.40

151

34

94

100

1.10

T1

VdS certified

5


Model

6

Stock item

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Net Weight Width Height Total Height (kg) (mm) (mm) (mm)

Terminal

LP6-7.2

6

7.20

6.70

6.12

4.52

151

34

94

100

1.20

T2

LP6-7.5

6

7.50

6.98

6.40

4.71

151

34

94

100

1.26

T2

LP6-7.8

6

7.80

7.25

6.63

4.90

151

34

94

100

1.28

T2

LP6-8.5

6

8.50

7.91

7.25

5.34

151

34

94

100

1.20

T2

LP6-8.5H

6

8.50

7.91

7.25

5.34

98

56

118

120

1.52

T2

LP6-10

6

10.0

9.3

8.5

6.3

151

51

94

100

1.57

T1

LP6-12

6

12.0

11.2

10.2

7.5

151

51

94

100

1.80

T1

LP6-13

6

13.0

12.1

11.1

8.16

108

70

140

140

2.24

T1/T2

LP6-14

6

14.0

13.0

11.9

8.79

151

51

94

100

2.05

T2

LP6-20

6

20.0

18.6

17.0

12.6

157

83

125

125

3.21

T3

LP6-36

6

36.0

33.5

30.6

22.6

161

87

163

169

5.50

T2

LP6-60

6

62.4

60.0

51.5

36.6

185

112

205

205

9.10

T2

LP6-120

6

124.8

120.0

103.0

73.2

280

128

203

203

16.80

T6

LP6-150

6

156.0

150.0

129.0

91.5

260

180

247

253

21.20

T7

LP6-200H

6

210.0

200.0

172.0

122.0

306

168

222

228

28.20

T8

LP8-3.2

8

3.20

2.98

2.69

1.94

134

36.5

63

69

0.75

T1

LP12-0.8

12

0.80

0.74

0.67

0.49

96

25

62

62

0.35

/

LP12-1.2

12

1.20

1.12

1.01

0.73

97

43

52

58

0.57

T1

12

1.90

1.77

1.60

1.15

178

35

60

66

0.87

T1

12

2.10

1.95

1.76

1.28

178

35

60

66

0.96

T1

12

2.20

2.05

1.85

1.34

70

48

98

104

0.80

T1

12

2.30

2.14

1.93

1.40

178

35

60

66

0.96

T1

12

2.80

2.60

2.35

1.70

132

33

98

104

1.18

T1

LP12-1.9 LP12-2.1

LP12-2.2 LP12-2.3

LP12-2.8 LP12-2.9

12

2.90

2.70

2.44

1.76

79

56

99

105

1.10

T1

LP12-3.2

12

3.20

2.98

2.69

1.94

134

67

60.5

66.5

1.35

T1

LP12-4.0L

12

4.00

3.72

3.36

2.43

195

47

70

76

1.60

T1

12

4.00

3.72

3.36

2.43

90

70

101

107

1.45

T1

12

4.50

4.19

3.78

2.73

90

70

101

107

1.48

T1

12

5.00

4.65

4.20

3.04

151

53

93

99

1.75

T1

12

5.40

5.02

4.54

3.28

90

70

101

107

1.65

T1/T2

LP12-6.0

12

5.80

5.58

5.05

3.64

90

70

101

107

1.88

T1

LP12-6.0H

12

6.00

5.58

5.05

3.64

140

48

102

103

1.61

T1/T2

LP12-6.5

12

6.50

6.05

5.55

4.08

151

65

93.5

99

2.06

T1

12

7.00

6.53

5.80

4.26

151

65

94

99

2.18

T1/T2

LP12-7.2

12

7.20

6.72

6.00

4.38

151

65

93.5

99

2.35

T2

LP12-7.5

12

7.50

7.00

6.25

4.56

151

65

93.5

99

2.45

T2

12

7.80

7.28

6.50

4.74

151

65

94

100

2.50

T2

LP12-4.0 LP12-4.5

LP12-5.0 LP12-5.4

LP12-7.0

LP12-7.8

VdS certified

VdS

VdS

VdS

VdS


Model

LP12-8.5

Stock item

Voltage (V)

LP12-10

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Dimensions Net Weight Width Height Total Height (kg) (mm) (mm) (mm)

Terminal

Ah (1hr)

Length (mm)

12

8.50

7.93

7.15

5.31

151

65

94

99

2.45

T1

12

10.0

9.3

8.50

6.28

151

98

95

101

3.25

T2

LP12-10H

12

10.0

9.3

8.5

6.3

151

65

111

117

3.20

T2

LP12-12

12

12.0

11.2

10.2

7.5

151

98

95

101

3.60

T2

LP12-14

12

14.0

13.0

11.9

8.79

151

98

95

101

4.05

T2

LP12-15

12

15.0

14.0

12.8

9.42

181.5

77

167.5

167.5

4.70

T3

VdS certified

VdS

LP12-17

12

17.0

15.8

14.3

10.5

181.5

77

167.5

167.5

5.40

T12

VdS

LP12-18

12

18.0

16.7

15.1

11.1

181

77

167

167

5.40

T3

VdS

LP12-20

12

20.0

18.6

17.0

12.6

181.5

77

167.5

167.5

5.78

T3

LP12-24

12

24.0

22.3

20.4

15.1

166

175

125

125

7.20

T3/T12

LP12-24H

12

24.0

22.3

20.4

15.1

165

125

175

182

8.70

T10

12

26.0

24.2

22.1

16.3

166

175

125

125

7.80

T12

12

28.0

26.0

23.8

17.6

166

175

125

125

8.10

T3

LP12-28H

12

28.0

26.0

23.8

17.6

165

125

175

175

9.10

T3

LP12-30

12

29.0

27.0

24.7

18.2

166

175

125

125

8.60

T3

LP12-30H

12

30.0

27.9

25.5

18.8

195

130

164

178

9.70

T5

12

33.0

30.7

28.1

20.7

195

130

164

178

10.50

T5

12

35.0

32.6

29.8

22.0

195

130

164

178

11.20

T5

12

40.0

38.0

32.7

23.2

197

165

170

170

13.20

T6

12

40.0

38.5

33.1

23.5

255

97

203

203

12.50

T7

LP12-26 LP12-28

LP12-33

LP12-35 LP12-40

LP12-40H LP12-50

12

46.8

45.0

38.7

27.5

197

165

170

170

14.50

T6

LP12-55

12

52.0

50.0

43.1

30.5

257

132

200

200

16.00

T6

LP12-60

12

57.2

55.0

47.3

33.6

229

138

205

211

16.50

T6

LP12-65H

12

62.4

60.0

51.5

36.6

259

168

208

214

18.50

T6

LP12-65

12

65.0

62.1

53.6

37.5

348

167

178

178

21.30

T6

12

72.8

70.0

60.0

42.7

348

167

178

178

21.60

T6

LP12-70 LP12-80

12

78.0

75.0

64.5

45.8

348

167

178

178

23.50

T6

LP12-80H

12

78.0

75.0

64.5

45.8

259

168

210

214

22.30

T6

LP12-85H

12

83.2

80.0

69.0

48.8

259

168

208

214

24.00

T6

12

93.6

90.0

77.5

54.9

330

173

212

220

28.00

T11

LP12-90 LP12-100

12

104.0

100.0

88.0

63.8

330

173

212

220

30.40

T11

LP12-120

12

124.8

120.0

103.2

73.2

408

177

225

225

35.00

T11

12

140.4

135.0

116.0

82.4

345

172

274

280

41.20

T11

12

156.0

150.0

129.0

91.5

483

170

239

239

43.50

T11

12

187.2

180.0

155.0

109.8

532

207

214

220

52.80

T11

LP12-135 LP12-150

LP12-180 LP12-200

12

208.0

200.0

172.0

122.0

522

240

218

224

61.00

T11

LP12-250

12

260.0

250.0

215.0

152.5

522

268

220

226

73.00

T11

For each model a detailed technical data sheet is available on request!

VdS

7

VdS


2V Series - Typical Applications

• Tele-communication central station (wired or cellular) • Power system communication, military communication • Network communication including: data transmission, television signal transmission • Uninterruptable Power System (UPS- for Telecom)

Specifications Model

8

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Net Weight (kg)

Terminal

Total Height (mm)

LP2-65

2

68.2

65.0

56.5

39.5

170

72

205

212

4.70

T6

LP2-72

2

75.6

72.0

62.5

43.7

170

72

205

212

5.50

T6

LP2-100

2

105.0

100.0

87.0

60.7

170

72

205

212

6.00

T6

LP2-120

2

126.0

120.0

104.5

72.8

170

98

205

212

7.60

T7

LP2-150

2

157.6

150.0

130.5

91.1

170

98

205

212

8.50

T7

LP2-200

2

210.0

200.0

174.0

121.4

170

110

328

350

12.70

T11

LP2-250

2

262.0

250.0

217.5

151.8

170

110

328

350

13.80

T11

LP2-300

2

316.0

300.0

261.0

182.1

170

150

328

350

17.70

T11

LP2-350

2

368.0

350.0

304.5

212.5

170

150

328

350

19.30

T11

LP2-400

2

420.0

400.0

348.0

242.8

210

175

330

350

24.30

T11

LP2-450

2

472.0

450.0

391.5

273.2

210

175

330

350

27.00

T11

LP2-500

2

526.0

500.0

435.0

303.5

240

175

327.5

347.5

29.00

T11

LP2-600

2

630.0

600.0

522.0

364.2

300

175

330

350

35.70

T11

LP2-800

2

840.0

800.0

696.0

485.6

410

175

330

350

47.00

T11

LP2-1000

2

1050.0

1000.0

870.0

607.0

475

175

328

350

59.00

T11

LP2-1200

2

1260.0

1200.0

1044.0

728.4

475

175

328

350

66.40

T11

LP2-1500

2

1576.0

1500.0

1305.0

910.5

403

354

339

349

96.00

T11

LP2-2000

2

2100.0

2000.0

1740.0

1214.0

490

350

339

349

120.50

T11

LP2-2500

2

2626.0

2500.0

2175.0

1517.5

490

350

339

349

133.60

T11

LP2-3000

2

3150.0

3000.0

2610.0

1821.0

709

350

337

347

180.00

T11

For each model a detailed technical data sheet is available on request!


9


LPC BATTERIES

AGM technology, deep cycle

LANDPORT EUROPE


General Features

• Using oxygen recombination technology: maintenance-free • Special grid alloy: less gassing, less self-discharging • For longer cycle life: special paste formula, over dimensioned negative plate, optimised manufacturing process, additives for deep discharge • Special anti-vibration design (optional) • High quality AGM separator: extend cycle life and prevent micro short circuit • ABS material: increase the strength of battery container. (Flame-retardant ABS is optional)

6V, 12V Series - Typical Applications

• Construction (aerial platforms, scissor lifts) • Cleaning (sweepers, scrubbers, vacuums) • Hobby (electric scooters, toys)

• Recreation (golf caddies/trolleys, boats, motor homes/caravans) • Healthcare (electric wheelchairs, mobility scooters)

Specifications Model

Stock item

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Net Weight (kg)

Terminal

Total Height (mm)

LPC6-5.6

6

6.0

5.6

5.1

3.62

70

47

100

106

0.88

T2

LPC6-13

6

13.9

13.0

11.4

8.4

151

51

94

100

2.05

T2

LPC12-3.5

12

3.44

3.2

2.8

2.07

134

67

60.5

66.5

1.35

T1

LPC12-5.6

12

6.0

5.6

4.91

3.62

90

70

101

107

1.77

T1

12

7.72

7.2

6.31

4.65

151

65

94

99

2.50

T1

12

8.48

8.0

7.5

5.27

151

65

93.5

99

2.45

T2

LPC12-7.2

LPC12-8.0 LPC12-13

12

13.9

13.0

11.4

8.4

151

99

97

101

4.30

T1

LPC12-18

12

19.3

18.0

15.8

11.6

181.5

77

167.5

167.5

6.05

T3/T12

LPC12-24

12

25.7

24.0

21.0

15.5

166.5

175

125

125

8.70

T12

12

25.7

24.0

21.0

15.5

165

125

175

175

9.10

T3

LPC12-24H LPC12-26

12

27.8

26.0

22.8

16.8

166

175

125

125

9.35

T3

LPC12-33

12

35.4

33.0

28.9

21.3

195

130

164

180

11.65

T5

LPC12-38

12

40.7

38.0

33.3

24.5

197

165

170

170

14.20

T6

LPC12-50

12

53.6

50.0

43.9

32.3

257

132

200

200

18.10

T6

LPC12-55

12

59.0

55.0

48.2

35.5

229

138

210

230

17.70

T9

LPC12-60S

12

64.4

60.0

52.5

38.7

260

168

173

179

19.45

T6

LPC12-75H

12

80.4

75.0

65.8

48.5

260

168

208

214

22.30

T6

LPC12-100

12

107.2

100.0

87.7

64.6

330

173

212

220

30.40

T11

LPC12-120

12

128.6

120.0

95.4

77.5

408

177

225

225

37.60

T11

LPC12-150

12

160.8

150.0

131.6

96.9

483

170

238.5

238.5

43.50

T11

LPC12-200

12

214.4

200.0

175.4

129.2

522

240

218

224

61.50

T11

For each model a detailed technical data sheet is available on request!

11


LPCG BATTERIES

GEL technology, deep cycle gel

LANDPORT EUROPE


General Features

• For longer cycle life: special paste formula, over dimensioned negative plate, optimised manufacturing process, additives for deep discharge • Special anti-vibration design (optional) • Thick plates, special formula of paste and plate manufacturing process for a long service life • ABS material: increase the strength of battery container (Flame-retardant ABS is optional) • Long discharge time • Suitable for standby power and energy storage power use • Using special lead-calcium alloy to boost up the grid anti-corrosive performance and extend the battery using life • Special separators boost up the battery internal performance • High thermal capacity, reduce the risk of thermal runaway and drying up, can be used in poor environment • High gas recombination efficiency • Little water losing, no electrolyte stratification phenomenon • Long storage time • Good deep discharge resilience performance

12V Series - Typical Applications

• Healthcare (electric wheelchairs, mobility scooters) • Recreation (golf caddies/trolleys, boats, motor homes/caravans) • Green energy systems (solar panels, wind turbines)

• • • •

Medical equipment (patient lifts, bath lifts, stairlifts) Construction (aerial platforms, scissor lifts) Cleaning (sweepers, scrubbers, vacuums) Hobby (electric scooters, toys)

13 Specifications Model

Stock item

LPCG12-24 (P)

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Total Height (mm)

Net Weight (kg)

Terminal

12

24.0

22.6

19.8

13.8

166

175

125

125

8.70

T12

LPCG12-31

12

30.0

27.6

24.3

17.8

195

130

164

180

10.70

T5

LPCG12-38

12

38.0

35.0

30.7

22.5

197

165

170

170

13.50

T6

12

45.0

41.5

36.4

26.7

257

132

200

200

16.20

T6

12

50.0

46.1

40.5

29.7

229

138

205

211

17.60

T6

12

60.0

55.4

48.6

35.6

259

168

190

190

19.70

T6

LPCG12-45 LPCG12-50

LPCG12-60 LPCG12-60S

12

60.0

55.4

48.6

35.6

260

174

173

179

19.00

T6

LPCG12-70H

12

70.0

64.6

56.5

40.5

260

168

208

214

23.00

T6

LPCG12-85

12

85.0

77.2

68.5

50.1

305

168

207

213

26.70

T6

LPCG12-100

12

97.0

89.4

81.0

59.0

330

173

212

218

31.00

T11

LPCG12-125

12

131.4

120.0

105.0

76.7

345

172

274

280

47.30

T11

LPCG12-140

12

136.4

124.0

109.0

79.6

485

170

239

239

44.20

T11

LPCG12-200

12

202.0

184.0

161.5

118.0

522

240

218

224

62.90

T11

For each model a detailed technical data sheet is available on request!


LPX BATTERIES

AGM technology, high rate/UPS

LANDPORT EUROPE


General Features

• Silver-coated copper terminals (T1, T2 terminal), brass insert terminals and lead terminals improve the electric conductivity • Thin plate technology, special grid design, unique paste formula and plate curing process optimize high rate performance • High quality AGM separators with less electrical resistance improve high current discharging properties • ABS material: increase the strength of battery container (Flame-retardant ABS is optional)

6V, 12V Series - Typical Applications

• Backup power / uninterruptible power supply (UPS) • Security (alarm systems, fire alarm systems, emergency lighting)

• Traffic (control & signal systems for road, air, railway) • Telecommunication systems

Specifications Model

Voltage (V)

Watts in 15min (W/cell)

Ah (8hr)

Capacity Ah (5hr)

Terminal

Total Height (mm)

Net Weight (kg)

Ah (1hr)

Length (mm)

LPX6-200

6

675.8

200.0

174.5

136.0

322

178

228

234

30.50

T11

LPX12-2.2

12

8.19

2.06

1.90

1.59

178

35

60

66

0.96

T1

LPX12-3.2

12

12.5

3.14

2.90

2.43

134

67

60.5

66.5

1.35

T1

LPX12-5.4

12

20.7

4.85

4.47

3.74

90

70

101

107

1.77

T1

LPX12-6.0

12

25.6

6.00

5.54

4.64

151

65

93.5

99

2.18

T2

LPX12-7.0

12

28.4

7.00

6.46

5.41

151

65

93.5

99

2.50

T2

LPX12-7.6

12

32.2

7.60

7.04

5.89

151

65

93.5

99

2.45

T2

LPX12-9.0

12

33.3

7.65

7.10

5.96

151

65

93.5

99

2.66

T2

LPX12-12

12

49.8

12.0

10.5

8.77

151

98

95

101

4.05

T2

LPX12-17

12

63.4

17.0

16.0

12.3

181.5

77

167.5

167.5

5.78

T12

LPX12-18

12

67.4

18.0

17.0

13.0

181.5

77

167.5

167.5

6.00

T3

LPX12-20

12

81.4

20.0

18.5

13.9

181.5

77

166

166

6.90

T12

12

99.8

24.0

21.8

16.9

166

175

125

125

8.60

T3

LPX12-35

12

120.1

33.3

30.3

22.9

195

130

164

180

10.50

T10

LPX12-38

12

126.3

36.6

32.8

25.3

197

165

170

170

13.20

T6

LPX12-65

12

221.2

65.0

55.5

41.8

348

167

178

178

21.20

T6

LPX12-72

12

237.7

72.0

65.5

46.2

260

168

208

214

22.30

T6

LPX12-100

12

356.1

100.0

89.5

68.2

330

173

212

220

30.40

T11

LPX12-120

12

483.8

120.0

105.0

85.3

408

177

225

225

37.60

T11

LPX12-150

12

487.5

150.0

131.0

100.4

483

170

238

238.5

43.50

T11

LPX12-200

12

675.8

200.0

174.5

136.0

522

240

218

224

61.50

T11

LPX12-250

12

783.3

250.0

218.0

165.5

522

268

220

226

73.00

T11

LPX12-24

Stock item

Dimensions Width Height (mm) (mm)

For each model a detailed technical data sheet is available on request!

15


LPL BATTERIES

AGM technology, long life standby

LANDPORT EUROPE


General Features

• Special grid alloy and high purity raw material ensure less gassing, less self-discharging • Grid refining technology and the thicker plates are used to extend the battery standby life and reduce the plate grid corrosion speed • Lower acid density, excess of electrolyte and larger distance between plates to keep battery at low temperature and slow down plate grid corrosion speed • Using oxygen recombination technology: maintenance-free • ABS material: increase the strength of battery container. (Flame-retardant ABS is optional) • Unique vent valve design: control water losing, prevent air and spark going inside

4V, 6V, 12V Series - Typical Applications

• Traffic (control & signal systems for road, air, railway) • Security (alarm systems, fire alarm systems, emergency lighting)

• Backup power / uninterruptible power supply (UPS) • Telecommunication systems

4V, 6V, 12V Series - Specifications Model

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Net Weight (kg)

Terminal

Total Height (mm)

LPL4-8.0

4

8.48

8.00

6.94

4.92

102

44

95

101

1.01

T2

LPL6-6.5

6

6.89

6.50

5.64

4.00

151

34

94

100

1.26

T2

LPL6-9.0

6

9.54

9.00

7.81

5.54

151

51

94

100

1.70

T2

LPL6-11

6

11.7

11.0

9.54

6.77

151

51

94

100

1.90

T2

LPL6-18

6

19.1

18.0

15.6

11.1

157

83

125

125

3.21

T3

LPL6-100

6

107.0

100.0

87.0

62.0

195

170

206.5

212.5

16.50

T6

LPL6-200

6

214.0

200.0

174.0

124.0

322

178

228

234

35.00

T11

LPL12-4.5

12

4.78

4.50

3.90

2.77

151

53

93

99

1.90

T1

LPL12-7.0

12

7.42

7.00

6.05

4.31

151

65

93.5

99

2.45

T2

LPL12-12

12

12.7

12.0

10.4

7.38

151

98

95

101

3.80

T2

LPL12-18

12

19.1

18.0

15.6

11.1

181.5

77

167.5

167.5

5.70

T3

LPL12-24H

12

25.4

24.0

20.8

14.8

165

125

175

175

8.70

T12

LPL12-24

12

25.4

24.0

20.8

14.8

166

175

125

125

7.80

T12

LPL12-26

12

27.6

26.0

22.6

16.0

166

175

125

125

8.10

T3

LPL12-28H

12

29.6

28.0

24.3

17.2

165

125

175

175

9.10

T3

LPL12-28

12

29.6

28.0

24.3

17.2

166

175

125

125

8.60

T3

LPL12-38

12

40.6

38.0

33.1

23.6

197

165

170

170

13.20

T6

LPL12-45

12

45.0

42.0

36.6

26.0

197

165

170

170

14.50

T6

LPL12-55

12

58.8

55.0

47.9

34.1

229

138

210

230

17.70

T9

LPL12-60

12

64.2

60.0

52.2

37.2

260

168

210

216

21.00

T6

LPL12-65

12

69.6

65.0

56.5

40.3

348

167

178

178

21.20

T6

LPL12-70

12

75.0

70.0

60.9

43.4

348

167

178

178

24.00

T6

17


Model

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Total Height (mm)

Net Weight (kg)

Terminal

LPL12-75

12

80.2

75.0

65.5

46.5

260

168

208

214

23.00

T6

LPL12-90H

12

96.4

90.0

78.5

55.8

306

168

208

230

27.50

T14

LPL12-100

12

107.0

100.0

87.0

62.0

330

173

212

220

31.50

T11

LPL12-120

12

128.4

120.0

104.5

74.4

408

177

225

225

37.60

T11

LPL12-140

12

149.8

140.0

122.0

86.8

345

172

274

280

45.50

T11

LPL12-150

12

160.5

150.0

130.5

93.0

483

170

238.5

238.5

48.20

T11

LPL12-200

12

214.0

200.0

174.0

124.0

522

240

218

224

65.00

T11

LPL12-250

12

268.0

250.0

217.5

155.0

522

268

220

226

75.50

T11

Terminal

Net Weight (kg)

For each model a detailed technical data sheet is available on request!

2V Series - Typical Applications

• Tele-communication central station (wired or cellular) • Power system communication, military communication • Network communication including: data transmission, television signal transmission • Uninterruptable Power System (UPS- for Telecom) • EPS

18

2V Series - Specifications Model

Voltage (V)

Ah (20hr)

Capacity Ah Ah (10hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Total Height (mm)

LPL2-100

2

106.8

100.0

88.5

60.1

170

72

205

212

6.00

T6

LPL2-150

2

160.0

150.0

133.0

90.1

170

98

205

212

8.50

T7

LPL2-200

2

214.0

200.0

177.5

120.1

170

110

328

350

13.40

T11

LPL2-250

2

266.0

250.0

222.0

150.2

170

110

328

350

14.50

T11

LPL2-300

2

320.0

300.0

266.0

180.2

170

150

330

350

18.50

T11

LPL2-400

2

426.0

400.0

355.0

240.3

210

175

330

350

25.60

T11

LPL2-500

2

534.0

500.0

443.5

300.3

240

175

327.5

347.5

30.50

T11

LPL2-600

2

640.0

600.0

532.5

360.4

300

175

330

350

36.30

T11

LPL2-800

2

854.0

800.0

710.0

480.5

410

175

330

351

59.00

T11

LPL2-1000

2

1068.0

1000.0

887.5

600.7

475

175

328

350

60.00

T11

LPL2-1200

2

1280.0

1200.0

1065.0

720.8

475

175

328

350

66.40

T11

LPL2-1500

2

1600.0

1500.0

1331.0

901.0

403

354

339

349

97.80

T11

LPL2-2000

2

2134.0

2000.0

1775.0

1201.3

490

350

339

349

126.70

T11

LPL2-2500

2

2668.0

2500.0

2218.5

1501.6

490

350

339

349

150.50

T11

LPL2-3000

2

3202.0

3000.0

2662.0

1802.0

709

350

337

347

180.00

T11

For each model a detailed technical data sheet is available on request!


19


LPS BATTERIES

AGM technology, solar power

LANDPORT EUROPE


General Features

• Good cyclic property. Enhanced overcharge endurance and overdischarge recovery property • High purity raw material: ensure low self discharge rate • Using oxygen recombination technology: maintenance-free • Lower acid density, excess of electrolyte and larger distance between plates to keep battery at low temperature and slow down plate grid corrosion speed • ABS material: increase the strength of battery container. (Flame-retardant ABS is optional) • Unique plate group configuration, high quality AGM separator and battery management system ensure battery with a longer service life • Special vent valve design: control water losing, prevent air and spark going inside

6V, 12V Series - Typical Applications

• Green energy systems (solar panels, wind turbines) • Traffic (control & signal systems for road, air, railway)

• Recreation (boats, motor homes/caravans)

6V, 12V Series - Specifications Model

Voltage (V)

Ah (100hr)

Ah (20hr)

Capacity Ah (10hr)

Ah (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Terminal

Total Height (mm)

Net Weight (kg)

LPS6-115

6

115

105

100

87.0

60.8

195

170

206.5

212.5

16.50

T6

LPS6-230

6

230

210

200

174.5

121.5

322

178

228

234

35.00

T11

LPS12-7.5

12

7.50

6.84

6.52

5.80

3.98

151

65

93.5

99

2.45

T2

LPS12-18

12

18.4

16.8

16.0

14.2

9.76

181.5

77

167.5

167.5

5.70

T3

LPS12-20

12

20.7

18.9

18.0

16.0

11.0

181.5

77

167.5

167.5

6.00

T3

LPS12-30

12

30.0

27.4

26.0

23.1

15.9

165

125

175

175

9.10

T3

LPS12-36

12

36.8

33.6

32.0

28.5

19.5

195

130

164

178

11.20

T5

LPS12-40

12

43.7

40.0

38.0

33.2

23.1

197

165

170

170

13.20

T6

LPS12-45FT

12

46.0

42.0

40.0

34.9

24.3

277

106

222

222

15.50

T6

LPS12-50

12

50.0

45.0

42.9

37.4

26.1

197

165

170

170

14.50

T6

LPS12-60FT

12

63.3

57.8

55.0

48.0

33.4

277

106

222

222

17.30

T6

LPS12-75

12

74.8

68.2

65.0

56.7

39.5

348

167

178

178

21.20

T6

LPS12-85FT

12

86.3

78.7

75.0

65.5

45.6

564

114

187

187

26.00

T6

LPS12-85

12

86.3

78.7

75.0

65.5

45.6

260

168

208

214

25.00

T6

LPS12-100FT

12

103.5

94.5

90.0

78.5

54.7

508

110

238.5

238.5

32.00

T13

LPS12-115

12

110.0

100.0

95.2

83.0

57.9

306

168

208

230

30.60

T14

LPS12-115FT

12

115.0

105.0

100.0

87.0

60.8

508

110

238.5

238.5

35.00

T13

LPS12-135

12

138.0

126.0

120.0

104.5

72.9

408

177

225

225

37.60

T11

21


Model

Voltage (V)

Ah (100hr)

Ah (20hr)

Capacity Ah (10hr)

Ah (5hr)

Ah (1hr)

Length (mm)

Dimensions Height Width (mm) (mm)

Total Height (mm)

Net Weight (kg)

Terminal

LPS12-145FT

12

143.8

131.3

125.0

109.1

75.9

551

110

287

287

41.50

T6

LPS12-160

12

161.0

147.0

140.0

122.2

85.1

345

172

274

280

45.50

T11

LPS12-170FT

12

173.0

157.6

150.0

131.0

91.1

551

110

287

287

46.40

T6

LPS12-230

12

230.0

210.0

200.0

174.5

121.5

522

240

218

224

65.00

T11

LPS12-285

12

287.5

262.5

250.0

218.0

151.9

522

268

220

226

77.00

T11

Net Weight (kg)

Terminal

Total Height (mm)

For each model a detailed technical data sheet is available on request!

2V Series - Typical Applications

• Green energy systems

• Communication systems

2V Series - Specifications Model

22

Voltage (V)

Ah (100hr)

Ah (20hr)

Capacity Ah (10hr)

Ah (5hr)

Ah (1hr)

Length (mm)

Dimensions Height Width (mm) (mm)

LPS2-115

2

115

107

100

88

58.8

170

72

205

212

6.00

T6

LPS2-170

2

173

160.6

150

132

88.2

170

98

205

212

8.50

T7

LPS2-230

2

230

214

200

175.5

117.6

170

110

328

350

13.00

T11

LPS2-285

2

288

268

250

219.5

147

170

110

328

350

14.50

T11

LPS2-350

2

345

322

300

263.5

176.4

170

150

330

350

17.70

T11

LPS2-400

2

403

374

350

307.5

205.8

170

150

330

350

19.30

T11

LPS2-450

2

460

428

400

351.5

235.2

210

175

330

350

24.90

T11

LPS2-550

2

575

536

500

439.5

294

240

175

327.5

347.5

30.00

T11

LPS2-700

2

690

642

600

527

352.8

300

175

330

350

36.30

T11

LPS2-900

2

920

856

800

703

470.4

410

175

330

350

50.40

T11

LPS2-1100

2

1150

1070

1000

878.5

588

475

175

328

350

59.00

T11

LPS2-1350

2

1380

1284

1200

1054.5

705.5

475

175

328

350

66.40

T11

LPS2-1700

2

1730

1606

1500

1318

881.9

403

354

339

349

96.00

T11

LPS2-2300

2

2300

2140

2000

1757.5

1175.9

490

350

339

349

123.00

T11

LPS2-2800

2

2880

2676

2500

2197

1469.9

490

350

339

349

133.60

T11

LPS2-3500

2

3450

3210

3000

2636

1763.9

709

350

337

347

180.00

T11

For each model a detailed technical data sheet is available on request!


23


LPF BATTERIES

AGM technology, front terminal

LANDPORT EUROPE


General Features

• Specifically ideal for 19 inch or 23 inch power cabinets • Front terminals make the installation, maintenance and supervision easy • Shield designs protect terminals from short circuit and show good appearance • Unique vent valve design: reduce water losing and prevent air/spark going inside • Thick plates, special formula of paste and plate making process for a long service life • ABS material: increase the strength of battery container (Flame-retardant ABS is optional)

12V Series - Typical Applications

• Telecommunication systems • Security (alarm systems, fire alarm systems, emergency lighting)

• Backup power / uninterruptible power supply (UPS) • Traffic (control & signal systems for road, air, railway)

12V Series - Specifications Model

Voltage (V)

Ah (10hr)

Capacity Ah Ah (8hr) (5hr)

Ah (1hr)

Length (mm)

Dimensions Width Height (mm) (mm)

Terminal

Total Height (mm)

Net Weight (kg)

LPF12-40

12

41.5

40.0

37.8

27.7

277

106

222

222

15.50

T6

LPF12-55

12

55.0

53.0

48.2

35.9

277

106

222

222

17.30

T6

LPF12-70

12

70.0

67.4

61.5

45.7

564

114

187

187

25.50

T6

LPF12-75

12

75.0

72.2

65.5

49.5

564

114

187

187

26.00

T6

LPF12-90

12

94.4

90.4

82.0

61.4

508

110

238.5

238.5

32.00

T13

LPF12-90H

12

94.4

90.4

82.0

61.4

394

110

285

285

32.60

T6

LPF12-100A

12

100.0

95.2

87.0

64.4

508

110

238.5

238.5

35.00

T13

LPF12-100B

12

100.0

96.8

89.0

65.0

545

110

233

233

35.60

T13

LPF12-100H

12

100.0

95.2

87.0

64.4

394

110

285

285

34.50

T6

LPF12-125

12

125.0

119.2

108.5

79.9

551

110

287

287

41.50

T6

LPF12-150A

12

150.0

142.4

130.5

97.5

551

110

287

287

46.40

T6

LPF12-150B

12

150.0

142.4

130.5

97.5

545

110

280

280

46.00

T13

LPF12-180

12

170.0

161.6

148.0

110.5

560

126

280

280

54.00

T13

For each model a detailed technical data sheet is available on request!

25


DEFINITIONS OF VRLA-AGM BATTERY

FEATURES

A VRLA-AGM battery is an electric storage lead-acid battery.

• • • • • • • • • • • •

• Sealed with special compound epoxy and using pressure controlled vent valves. • Starved electrolyte design - acid solution is absorbed in separators. • Using a recombination reaction to prevent the escape of hydrogen and oxygen gases. • Non spillable - can be operated in any position. But, upside-down installation is not recommended. • Maintenance free. But connections must be retorqued and the batteries should be cleaned periodically. A VRLA-AGM battery uses recombinant technology. The oxygen produced from the positive plates of the battery is absorbed by the negative plates. This suppresses the generation of hydrogen at the negative plates. The recombination of oxygen and hydrogen leads to Water (H2O), retaining the electrolyte amount within the battery. Water filling is never required. Battery should never be opened as this would damage the battery with additional oxygen from the air. The warranty will be void if the battery is opened.

26

Maintenance-free, no water adding required. Sealed Valve-Regulated Spill proof / leak proof Deep discharge protection Plate grids from lead-calcium alloy, free of antimony No corrosion Installs vertically or horizontally Low gassing (unless overcharged) Good cycling and stationary performance Good high rate discharges Long shelf life Rugged and vibration-resistant

AGM (CYCLIC) CONSTRUCTION ✓ Negative Terminal Post ✓ Safe Vent Valve ✓ Inter-cell Connector ✓ Positive Terminal Post ✓ Container Cover ✓ Sealing Compound Epoxy ✓ Sealing O-ring ✓ Positive Plate ✓ AGM Separator ✓ Negative Plate ✓ Case

BATTERY OPERATION THEORY

PbO2

+

Porous Lead Dioxide Positive Plate Active Material

2H2SO4

+

Sulfuric Acid Electrolyte

Discharging

Pb

Porous Lead Negative Plate Active Material

STATE OF CHARGE VS.OPEN CIRCUIT VOLTAGE

Open circult voltage (V/cell)

2.25

Charging

2.07

2.00

1.93

1.86 0

10

20

30

40

50

60

70

State of charge (%)

80

90

100

+

Lead Sulfate Positive Plate Active Material

2H2O Water Electrolyte

+

PbSO4 Lead Sulfate Negative Plate Active Material

CHARGE VOLTAGES AND TEMPERATURE RANGES Temp (°F)

2.14

PbSO4

>120 110-120 100-11 90-100 80-90 70-80 60-70 50-60 40-50 30-40 20-30 10-20 <10

Boost Charge(V/cell) Float Charge(V/cell) Optimum Maximum Optimum Maximum 2.23 2.27 2.28 2.30 2.32 2.35 2.38 2.40 2.43 2.46 2.49 2.53 2.58

2.28 2.32 2.33 2.35 2.37 2.40 2.43 2.45 2.48 2.51 2.54 2.58 2.63

2.15 2.17 2.18 2.20 2.22 2.25 2.28 2.30 2.33 2.34 2.36 2.38 2.39

2.18 2.22 2.23 2.25 2.27 2.30 2.33 2.35 2.38 2.39 2.41 2.43 2.44

Temp (°C) >49 43-49 38-43 32-38 27-32 21-27 16-21 10-16 4-10 (-1)-4 (-6)-(-1) (-12)-(-6) <-12


DEFINITIONS OF VRLA GEL BATTERY What is gel? Gel is usually produced by homogeneous dispersion of pyrogenic silica in diluted sulfuric acid. Pyrogenic silica is a kind of powder of very well dispersed SiO2, which absorb more than 10 times of its weight liquids, producing gel. Because of the thixotropic properties of gel (liquid by stirring and solid by resting), after a certain gelling time, the agglomerates are connecting themselves together to form a network which keeps the liquid inside and gives the gel structure. This form can be broken by stirring to single agglomerates giving again a liquid form. Main difference from AGM batteries • Using gel SOL as electrolyte • Using the extra microporous separator which can: reduce the depolarization of the negative electrode and avoid the PCL 3 effect (premature capacity loss due to negative plate sulphation); significantly decreases thermal runaway; during deep discharge or pole reversal, help to prevent short circuits by dendrite growth between the plates • Plate thickness tolerance is not critical since the high compression of plate group assembly is not required • More electrolytes for better contact with plates and active materials and container walls, good for releasing internal heat and cooling battery temperature • Better vent valve design to lower gassing rate and water losing rate to extend battery lifetime

ADVANTAGE OF GEL BATTERIES • No electrolyte adjustment needed • Do not need quick recharging after discharging • Insensitive to occasional deep discharge. Deep discharging resistance is high and much higher than in case of AGM since AGM has less electrolyte ( only about 66% in comparison to gel)

GENERAL RELATION OF CAPACITY VS. STORAGE TIME

Remaining Capacity(%)

120

Residual average capacity in % of C10

100 80

10 °C

60 40 °C

40

30 °C

20 °C

20

0

5

10

15

Storage time (months)

20

25

• Extremely low gas extrication during charging • Low self-discharge: 50% of the nominal capacity after a 12 months’ storage in room temperature • High charge acceptance • High energy at low temperature • Higher operating reliability and longer lifetime, as mistakes due to wrong maintenance will not occur • The tendency to thermo-runaway-effect is strongly reduced for gel batteries since the higher electrolyte content than AGM (b/c the contact between plates and container walls for heat dispersion through the surrounding gel) • Can be stored and used in upright or on side position (side position may give less capacity) • No pollution problems if container is damaged • Approved for air transport (IATA) • Almost no acid stratification which can occur in AGM and conventional wet cells, especially on the tall batteries • Self-resealing valves with adapter to reduce severe water losing and extend battery life • Low cost rate ( cost vs. life time and cost vs. Cycles)

GEL CONSTRUCTION ✓ Negative Terminal Post ✓ Safe Vent Valve Design ✓ Container Cover ✓ Inter-cell Connector ✓ Positive Terminal Post ✓ Sealing Compound Epoxy ✓ Sealing O-ring ✓ Positive Plate ✓ Gel Separator ✓ Negative Plate ✓ Case

27

CHARGE VOLTAGES AND TEMPERATURE RANGES Temp (°F) >120 110-120 100-11 90-100 80-90 70-80 60-70 50-60 40-50 30-40 20-30 10-20 <10

Boost Charge(V/cell) Float Charge(V/cell) Optimum Maximum Optimum Maximum 2.23 2.27 2.28 2.30 2.32 2.35 2.38 2.40 2.43 2.46 2.49 2.53 2.58

2.28 2.32 2.33 2.35 2.37 2.40 2.43 2.45 2.48 2.51 2.54 2.58 2.63

2.15 2.17 2.18 2.20 2.22 2.25 2.28 2.30 2.33 2.34 2.36 2.38 2.39

2.18 2.22 2.23 2.25 2.27 2.30 2.33 2.35 2.38 2.39 2.41 2.43 2.44

Temp (°C) >49 43-49 38-43 32-38 27-32 21-27 16-21 10-16 4-10 (-1)-4 (-6)-(-1) (-12)-(-6) <-12


VRLA (AGM-GEL) BATTERIES Battery maintenance and care

LANDPORT EUROPE


1. SAFETY PRECAUTION AND PROTECTION KITS • When working any battery system, be sure you have the necessary tools and safety equipment, including but not limited to: - insulated tools - rubber apron and gloves - face protection/face shield - safety goggles - fire extinguisher - emergency eye wash and shower, if available - acid spill cleanup kit • Pay attention to the electrical warning symbols to avoid serious injury or death caused by electrical shock or burns. • Multi-cell battery systems can attain high voltage and/or currents. Do NOT touch un-insulated batteries, connectors or terminals. To prevent serious electrical burns and shock, use EXTREME CAUTION when working with the system. • Always wear safety protection clothes and protect all exposed skin and eye surfaces. • Use non-conductive or insulated tools when working with ANY battery system. • All installation tools should be adequately covered with vinyl electrical tape or suitable no-conducting material to minimize the possibility of shorting across connections. • Never lay tools or other conductive objects on the battery. • Avoid any possible reasons for shorting, explosions and personal injury. • Do NOT throw away any batteries or battery components, they are recyclable resources. • There is sulfuric acid in the battery. Do not make contact with sulfuric acid on skin, clothes, or especially in eyes. If eyes make contact with sulfuric acid, please wash with a lot of clean water, and consult a physician immediately.

• •

When storing the battery, disconnect charger and load. Store in dry and cool conditions. After storing for any certain time, please charge the batteries before use.

Using circumstances • No fire, flame or heat supply should be near the battery. • Avoid operating near heat supply and in direct sunlight. • Avoid operating in humid / damp locations. • Do not operate in sealed enclosed or without ventilation.

3. USING CONDITIONS Temperature range: VRLA AGM Battery VRLA GEL Battery Charging Discharging Storage

0 ~ +40°C -20 ~ +55°C -15 ~ +50°C

0 ~ +40°C -20 ~ +55°C -15 ~ +55°C

• Parallel connection: recommended within 4 groups. • Multilayer installation: temperature among layers should be controlled within 3°C. • Heat dispersing: maintain 20mm inter-bloc distance between batteries. • Ventilation: ensure batteries are stored and used in ventilated conditions. • Optimum ambient temperature: +5°C ~ +35°C. • Mixing batteries: do not mix new and old batteries, batteries from different manufacturers, if required consult LP technical support.

4. INSTALLATION OF BATTERIES 2. BATTERY STORAGE AND USING CIRCUMSTANCES Storage • If the battery has high temperature or poor ventilation during storage and delivery, self-discharge will be increased. Therefore, keep good ventilation and keep away from fire, flame, water and heat supply etc.

4.1 Unpack and check • Delivery: prevent any force on the terminal; do not tamper with any seals; do not place upside down; do not throw or cause any impact to the battery; do not cause any metallic short circuit. • Inspection: packaging / appearance of battery for signs of damage.

29


4.2 Notices before Installation • If no abnormity after check, install the batteries in the designated position. • If installing the batteries in the battery chamber, place them starting at the bottom of chamber. • Avoid installing the batteries near any heat supply such as transformers or heat exhaust of other equipment. • Battery may cause flammable gas during storage, avoid enclosing with any apparatus which produce flames / sparks. • Before connecting, clean the terminals to bright metal. • Ensure that no conductive material can connect between positive and negative terminals.

30

4.3 Installation and connection • Use insulated tools only. • Connect batteries, then connect battery group with charger or load. • When multi-group batteries are parallel connected, connect in series first and then parallel connection. • Before and after connection, apply antirust compound such as petroleum gel on the surface of battery terminal. • After batteries are installed, test the voltage of the battery group, if correct link battery to load. • Use correct torque on all terminals, ensuring every connecting nut and screw is secure; see torque settings below:

Terminal type

Torque

T1 T2 T3 T5 T6 T7 T9 T10 T11 T12 T13 T14-1 T14-2 S C

N/A N/A 3.9 ~ 5.4 N*m 3.9 ~ 5.4 N*m 3.9 ~ 5.4 N*m 3.9 ~ 5.4 N*m 11.0 ~ 14.7 N*m 3.9 ~ 5.4 N*m 11.0 ~ 14.7 N*m 2.0 ~ 3.0 N*m 3.9 ~ 5.4 N*m 11.0 ~ 14.7 N*m 11.0 ~ 14.7 N*m N/A N/A

5. USE OF BATTERY 5.1 Supplementary charge • During the delivery and storage, the battery will lose part of the capacity due to self-discharge, so please supplement charge before use. • If storage occurs before installation / connection, supplement charge regularly. • Charge is needed when voltage is below 2.09 V/cell. 5.2 Charge 5.2.1 Float charge Charge parameter • Charge voltage: 2.23 ~2.30V/cell(25°C) • The maximum charge current: VRLA AGM VRLA GEL

0.30C10 0.20C10

• Temperature compensation coefficient: -3mV/cell (taking 25°C as base point) • Total variation range of charge voltage is ±0.02V/cell Note: 1. All cell/bloc voltages of a battery group have a little difference at the beginning of use, half year later they become matched. 2. Effect from too high float voltage or too low float voltage as below: - Too high for a long time (overcharge): life shortened. - Too low for a long time (not charge enough): cannot meet load and/or make battery voltages inconsistent. The battery group capacity will drop accordingly and life is shortened. 5.2.2 Cycle use charge Charge parameter • Charge voltage: 2.40 ~2.50V/cell(25°C) • The maximum charge current: VRLA AGM VRLA GEL • • •

0.30C10 0.20C10

Temperature compensation coefficient: -5mV/cell (taking 25°C as base point) Total variation range of charge voltage:±0.02V/cell Supplementary charge capacity is 110% ~ 130% of discharge capacity, ambient temperature is below 5°C.


Note: 1. Charge time is the time when terminal voltage reaches value as the above table shows during charging at a constant 0.30C (A) or less. 2. If the charge time is over the time as above table, it will cause over charge, which will shorten the life of the batteries; if the charge time is less than the time as above table, the batteries cannot meet the normal capacity. 5.2.3 Equalization charge Charge parameter • Charge voltage: 2.30 ~2.40V/cell (25°C) • The maximum charge current: VRLA AGM VRLA GEL

0.30C10 0.20C10

• Temperature compensation coefficient: -3mV/cell (taking 25°C as base point) • Total variation range of charge voltage is ±0.02V/cell Note: 1. Do not carry this operation under standard float charging. Adopt equalization charging under below situations: - Discharging capacity is above 20% of rated capacity. - Lay aside the battery without using it for more than 3 months. - Float voltage of battery unit is less than 2.18V/cell. - Continuously float charging battery for 3~6 months or low voltage batteries appears in battery group. - More than 1 year fully under float operation. - Supplementary charge the battery after installation and before using. - Equalizing charge the battery after the capacity test. 5.2.4 Notes during charging • Charge current at the end of charge is over 0.05 C10A, which may result in permanent damage on battery appearance and battery life; pay more attention to charging voltage. • The used charger should have digressive automatic constant voltage device, please contact us if use other kind of charger.

• If the ambient temperature is not 25°C , temperature compensation should be applied on the voltage, using the formula is U=U25°C - K×(T -25) T—ambient temperature; K—temperature compensation coefficient • Judgment on charge end point, usually, if the battery charge can meet any one of the below listed condition, it can be regarded as the charge end point. a) Charged value is not less than 1.2 times of the released value. b) The current is less than 0.005 C10A (C10 = rated capacity of the battery) during the final period of charging. c) The current is steady for 5 hours during the final period of charging.

6 BATTERY MAINTENANCE 6.1 Cleanness • Keep the battery surface and its working circumstance clean and dry. • Keep battery clean and avoid static condition. • Clean battery with damp cloth avoiding contact with terminals, no organic solvent such as gasoline, alcohol etc. or clothes with such substance should be used to clean battery. 6.2 Inspection and maintenance To better understand the operation of battery and equipment and also to prevent battery damage during maintenance inspection, please periodically inspect the battery and record it.

31


6.2.1 Inspection items per month:

32

Items

Contents

Standards

Maintenance

Total float charging voltage of battery group

Measure output end voltage of positive and negative end of battery group with voltage meter

1. Tested data comply with the data displayed on the meter and meet the voltage standard under the temperature conditions 2. The error of float charge voltage after temperature compensation Is ≤±50mV

1. If data attained by testing is varies from the standard, the tested data should prevail 2. For those adjusted by monitor module and still can’t reach the allowed error range after module adjustment, repair is to be applied or send them back to factory

Battery appearance

Inspect battery case and cover for bulge, leakage or damage

Normal

Find out the reasons if abnormal appearance exist, please change battery if it effects the normal use of battery group

Inspect for dust or stains

Clean

Clean the dust and stain with damp cloth

Inspect the harness and terminal for rust or corrosion

No rust

Clean the rust, change the harness and paste with antirust coating/paste

Temperature of the battery

Test the temperature of the terminal and battery surface by infrared thermometer

Under 35°C

Determine reason for temperature being above standard value and proceed on relevant course of action

Connection Parts

Check the tightness of terminal bolt/screw with torque spanner

Fastness please refer to the table of torque

Tighten the loosen bolt/screw in time

Switch DC power supply

Check the connection Without appearance of corrosion cable and terminals for or dirt dirt and corrosion

Take out the connection cable and clear it in water if it is light corrosion, for serious corrosion please replace the cable and clear the connection point with a steel brush before attaching new connectors

AC power supply switch to UPS or Cut off AC power supply + change to UPS DC power supply smoothly or DC power supply

Correct the potential difference

6.2.2 Inspection items per quarter Apart from the maintenance per month, additional articles added as below: Items

Contents

Standards

Maintenance

Float voltage of each battery

Measure the end voltage of each battery in battery group.

Float voltage value after temperature equalization ±50mV

If float voltage is over standard value, please apply equalization charge the battery group after discharging them and then float charge them for 1~2 month, please contact us if still have any deviation from standard.

Repair batteries which with laggard single cell

1. Equalization charge of the battery group: charge the battery at upper limit voltage and last more than 10H, 3 times of discharge cycle is necessary when case is serious. 2. On-line repair of single cell: connect the cell the activation meter or charger with the laggard battery and charge the single cell.

The difference of float charge voltage between single cell in a group of battery should meet the below standard: 2V series 90mv 6V series 240mv 12V series 480mv

Single cell should be replaced if it fails in repair.

Activation charge and discharge

Charge and discharge the battery by one cycle, then charge the battery by the lower limit of the equalization voltage

About 30% of the rated capacity is released.

Produced this text on the batteries which float charge more than 6moths but without discharge.


6.2.3 Basic requirements and cautions on maintenance Requirements: • Principle “find out the hidden trouble and insure the safety” should be complied when make test on the battery. • Daily maintenance and performance analysis should be carried out strictly according the processing plan. • Battery parameter setting operation should be strictly complied with the maintenance rules and related requirement. • Always wear insulated gloves when handling the batteries to avoid electric shock. Make sure the metal instrument is insulated. • Use instrument and meters which meet the test requirement. • Physical articles: - Check whether the post and connection is clean or not, whether there is any appearance of oxidation or corrosion. In case it is serious, please clear it and reduce the resistance. - Check for any loose connection, if any, please tighten them up. - Check if there is any appearance of acid climbing, leakage of liquid, and whether there is liquid overflow around the safety valve. - Check if there is any damage, leakage and distortion on the battery case and the post; it should be without any damage and distortion. - Check there is any abnormal temperature increase on the battery and its connection. - Check and adjust the set of related parameters. - Check the float voltage, equalization voltage, float charging current is normal or not on the base of technical parameters and site environment. Please handle it in time. - Check the limited charge current set is correct, please adjust immediately. - Check the alarm voltage (below voltage and over voltage alarm) of the battery set is correct, if not, please adjust promptly. - If there is off-load set, please check the off-load voltage is correct, if not, please adjust promptly.

Cautions: • Keep batteries out of reach of children. • Do not use batteries for application other than those specified in its specification. • Do not attempt to dis-assemble revised, damaged, impacted, disposed batteries, otherwise the battery would leak, get hot, or explode. • Do not dispose of the batteries in water, fire, and do not heat the batteries. • Do not cause any short circuit. • If the voltage of battery pack is above 45V, please be sure to wear insulated gloves when working; otherwise, there is a risk of severe electrical shock. • Do not bring face close to the top of batteries, please keep a sensible distance when you are measuring and repairing, you must wear safety goggles. • There is sulphuric acid in the battery, do not allow contact of sulphuric acid with skin, cloths, especially eyes. If eyes come in contact with sulphuric acid, please wash with a lot of clean water, and consult a physician immediately.

33


LANDPORT EUROPE

DISCLAIMER Users are cautioned that the information in this book was the most current information provided to us at the time of publication. The information is subjected to change without notice. Users should use the most current edition of the Landport Motorcycle Battery Replacement Information Book. Landport expressly denies any responsibility for the accuracy provided to us. While we have made every effort to accurately catalogue the replacement battery information contained

POWER ON COMMAND

in this book, Landport denies any liability for damages as a consequence of using the information in this book. Users should also attempt to obtain replacement battery information from the o.e. manufacturerâ&#x20AC;&#x2122;s user manual or service department for their specific application. All orders are being agreed and executed with our general sales- and delivery conditions, as registered at the chamber of commerce, under number 18050673.


GENERAL TERMS & CONDITIONS OF DELIVERY AND PAYMENT OF LANDPORT B.V. GENERAL 1.1

Landport’s General Terms and Conditions apply to all deliveries of goods and the provision of services by Landport to the Customer.

1.2

Additions or changes to these General Terms and Conditions shall only be binding if they have been confirmed by us in writing. Any conditions of the Customer shall not apply.

OFFERS 2.1

Our offers are without obligation, unless an offer explicitly states otherwise.

2.2

We are only bound after we have accepted an order in writing or by e-mail, or after we have actually carried out an assignment.

PRICE

The prices referred to in catalogues, price lists and the like are without obligation and can be changed by us. At the customer’s request we shall confirm in writing the prices

3.2

Our offer shall state whether the sales price offered therein is without obligation or binding.

3.3

The sales prices referred to in our offers always exclude VAT.

3.4

The offer shall also state which taxes, entitlements, excises and levies imposed by the government are not included in the sales prices.

3.5

Changes in the taxes, etc. referred to in 3.3 and 3.4 shall be charged on to the customer, in which case the Customer shall not be entitled to cancel the purchase or order.

3.6

Changes in factory or importer’s prices, in exchange rates, etc. shall also be charged on to the Customer, in which case the Customer shall be entitled to cancel the purchase

3.1

that apply at any particular point in time.

or order without charge, by reporting such to us in writing within one week after we have informed the Customer of the change.

DELIVERIES 4.1

Delivery deadlines issued by us are determined to the best of our ability on the basis of the data known at the time the agreement was entered into.

4.2

We are not bound by delivery deadlines which cannot be met, nor are we liable for the resulting loss or damage, unless the exceeding of the delivery deadline can be attributed

In the event of inordinate exceeding of the delivery deadline, we shall consult with the Customer. If said consultations do not lead to the result desired by the Customer and

4.3

to intent or gross negligence on our part.

4.4

ourselves, the Customer and we shall be entitled to cancel the agreement without charge. We shall have fulfilled our obligation to deliver by offering the goods once to the Customer, in accordance with that stated on the matter in the offer or agreement.

4.5

The customer shall in that case be obliged to take receipt of the goods.

In the event of non-receipt, we shall put the goods into storage at the expense and risk of the Customer. In such cases, our warehouse shall apply as the delivery destination and the invoice for the delivered goods, plus a storage surcharge of 15%, as a notification of storage. We shall charge the Customer for all the costs of retention and storage,

plus a 25% surcharge.

4.6

4.7

Complaints relating to deficiencies which are discernible upon delivery or after inspection must be communicated to us as soon as possible in writing and, in any event, no

The risk related to the goods shall pass to the Customer at the moment of delivery. later than five working days after delivery.

OWNERSHIP 5.1

Our ownership of the goods passes to the Customer after the latter has fulfilled all payment obligations vis-à-vis us.

5.2

The Customer is not entitled to alienate or encumber the goods or transfer them in any other way to the control of third parties as long as ownership has not been transferred,

unless such occurs with our explicit, prior permission. We are entitled to attach conditions to said permission.

PAYMENT 6.1

Payment shall be made in cash (which also includes transfers to our bank or Giro account) upon delivery, unless agreed otherwise in writing.

6.2

In the event of non-payment or late payment, the Customer shall be legally in default, without a notice of default having to be given. The Customer shall then owe us

interest from the due date of the invoice which shall be equal to the statutory interest rate, increased by 3% each year. In addition, we are entitled to pass on the claim for

collection, whereby the Customer shall owe us all the costs incurred during collection. The level of these costs is set at 15% of the invoice amount, with a minimum applying

of e 100,= such without prejudice to the interest referred to in the second sentence of this section and without prejudice to any legal costs owed. GUARANTEE & LIABILITY

We shall not provide any other guarantee with regard to the goods than that issued by our supplier. These guarantee conditions are to be issued to the Customer upon delivery

7.2

If the supplier’s guarantee conditions are judged by a court not to be binding, the present General Terms and Conditions of Landport shall exclusively apply.

7.3

Our guarantee obligation covers the replacement or repair of goods to the best of our ability during the guarantee period which exhibit manufacturing or material defects, in

7.4

If the Customer wishes to appeal to our guarantee obligations, it shall act in accordance with our instructions as regards the making available to us of the faulty products.

7.5

This guarantee lapses in the event of defects to the goods which are the consequence of wear and tear, incompetent use, a lack of care, any damage inducing event which

Our liability is explicitly limited to that referred to in the above sections of this article. We are not liable for any loss or damage, no matter on what account such has occurred,

7.1

of the goods or are available for perusal at our premises and shall be sent to the Customer on request.

so far as we can recover the costs of replacement or repair from our supplier.

7.6

occurs after delivery or any change made by the Customer or third parties.

including all direct and indirect loss or damage, such as consequential loss or damage or trading loss. In the event of us being liable, this shall, at all times, be limited to the

amount or amounts for which we are insured.

ANNULMENT We are entitled to annul the agreement with immediate effect without having to issue a notice of default and without judicial intervention and without being liable for any compensation, if the Customer fails to fulfil any obligation arising from the agreement, or fails to do so on time, if the Customer is declared bankrupt, is granted a (provisional) suspension of payments, if its business is liquidated or if the Customer loses the disposal of its property. All our claims are to be immediately due and payable. APPLICABLE LAW AND DISPUTES Dutch law applies to all agreements which are subject to these terms and conditions. Unless the law imperatively designates a different court, all disputes shall be exclusively settled by the competent court in ‘s-Hertogenbosch. Filed at the Chamber of Commerce and Industry under number 18050673 (2004).

35


LANDPORT B.V. RAMGATSEWEG 63 | 4941 VN RAAMSDONKSVEER - THE NETHERLANDS PHONE: +31 (0) 162 58 14 00 | FAX: +31 (0) 162 58 14 01 E-MAIL: INFO@LANDPORTBV.COM | WWW.LANDPORTBV.COM

ACCU VIKS B.V.B.A. FILLIERSDREEF 65 | B-9800 DEINZE - BELGIUM PHONE: +32 (0)9 386 78 58 | FAX: +32 (0)9 386 58 16 E-MAIL: INFO@ACCUVIKS.BE | WWW.ACCUVIKS.BE

VRLA Catalogus  

VRLA Catalogus

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