TTD series insulation piercing clamp

Short Description:

It is used for the branch connection of insulated cables in building power distribution systems, the connection of low-voltage overhead insulated cables, the branch connection of low-voltage insulated household cables, and street lamp power distribution systems.


Product Detail

Product Tags

Overview

Main line: insulated copper or aluminum
Branch line: insulated copper or aluminum
Can be operated with electricity or power failure
The main body of the piercing clamp is made of high-strength, mechanical and weather-resistant insulating materials.
The screws equipped with tightening torque nuts are treated with anti-corrosion. The torque nuts make installation easier, safer and faster. Its constant puncture pressure can ensure that the cable connection achieves the best electrical effect.
The puncture clamp is waterproof and can withstand a voltage of 6kV in water without breakdown.
The end cap of the waterproof branch line is sealed to prevent water from entering the branch wire. It can be branched on the left or right as needed.

WX1 Insulation Piercing Clamp Selection Table

model

Equivalent model

Main line (mm²)

Branch (mm²)

Maximum current (A)

bolt

Torque nut

Quantity

H(mm)

WX041FJ

TTD041FJ

6-35

1.5-10

86

1×M8

13

F1309

WX051FJ

TTD051FJ

16-95

1.5-10

86

1×M8

13

F1309

WX101FJ

TTD101FJ

6-50

2.5(6)-35

200

1×M8

13

F1314

WX151FJ

TTD151FJ

25-95

2.5(6)-35

200

1×M8

13

F1314

WX201FJ

TTD201FJ

35-95

25-95

377

1×M8

13

F1318

WX251FJ

TTD251FJ

50-150

25-95

377

1×M8

13

F1318

WX271FJ

TTD271FJ

35-120

35-120

377

1×M8

13

F1318

WX281FJ

TTD281FJ

50-185

2.5(6)-35

200

1×M8

13

F1314

WX401FJ

TTD401FJ

50-185

50-150

504

2×M8

13

F1318

WX431FJ

TTD431FJ

70-240

16-95

377

2×M10

17

F1720

WX441FJ

TTD441FJ

95-240

50-150

504

2×M10

17

F1725

WX451FJ

TTD451FJ

95-240

95-240

530

2×M10

17

F1725

WX551FJ

TTD551FJ

120-400

95-240

679

2×M10

17

F1737

Overview

It is used for the branch connection of insulated cables in building power distribution systems, the connection of low-voltage overhead insulated cables, the branch connection of low-voltage insulated household cables, and street lamp power distribution systems.
Main line: insulated copper or aluminum
Branch line: insulated copper or aluminum
Can be operated with electricity or power failure
The main body of the piercing clamp is made of high-strength, mechanical and weather-resistant insulating materials.
The screws equipped with tightening torque nuts are treated with anti-corrosion treatment, which makes the installation of torque bolts easier, safer and faster, and its constant puncture pressure can ensure the cable connection

WX1 fire-resistant flame-retardant insulation piercing clamp selection table

model

Equivalent model

Main line (mm²)

Branch (mm²)

Maximum current (A)

bolt

Torque nut

Quantity

H(mm)

WX041FV0

TTD041FV0

6-35

1.5-10

86

1×M8

13

F1309

WX051FV0

TTD051FV0

16-95

1.5-10

86

1×M8

13

F1309

WX101FV0

TTD101FV0

6-50

2.5(6)-35

200

1×M8

13

F1309

WX151FV0

TTD151FV0

25-95

2.5(6)-35

200

1×M8

13

F1314

WX201FV0

TTD201FV0

35-95

25-95

377

1×M8

13

F1318

WX251FV0

TTD251FV0

50-150

25-95

377

1×M8

13

F1314

WX271FV0

TTD271FV0

35-120

35-120

377

1×M8

13

F1314

WX281FV0

TTD281FV0

50-185

2.5(6)-35

200

1×M8

13

F1314

WX401FV0

TTD401FV0

50-185

50-150

504

2×M8

13

F1318

WX431FV0

TTD431FV0

70-240

16-95

377

2×M10

17

F1720

WX441FV0

TTD441FV0

95-240

50-150

504

2×M10

17

F1725

WX451FV0

TTD451FV0

95-240

95-240

530

2×M10

17

F1725

WX551FV0

TTD551FV0

120-400

95-240

679

2×M10

17

F1737

Installation of WX1 fire-resistant and flame-retardant insulation piercing clamp

”"

1. Unscrew the wire clamp first.
2. Clamp the main line into the main line groove, and do not twist the main line with the knife ruler. Pay attention to whether the wire diameter range corresponds to this wire clamp.
3. Put the branch line into the branch line slot. The matters needing attention are the same as above.
4. Tighten with a socket wrench. Disable the open-end wrench.
5. When tightened to a certain strength, the constant torque nut is broken. as the picture shows.
6. The effect after installation.

”TTD ”TTD

”TTD


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