PT heat shrinkable breakouts PT3_1.5-10-C/1
PT3 three output shrinkable breakout
Symbol: PT3_1,5-10-C/1
Diameter main D Min. Diameter before Shrinking [mm]: 28
Diameter main D Max. Diameter after Shrinking [mm]: 9
Diameter output d
Min. Diameter before Shrinking [mm]:9
Max. Diameter after Shrinking [mm]:3
Overall length P [mm]
Min. Diameter before Shrinking [mm]: 55-53
Max. Diameter after Shrinking [mm]: 70-72
The length of a finger F [mm]
Min. Diameter before Shrinking [mm]: 15-17
The thickness of the TF [mm]
Dimension after total shrinking ± 20% : 1.8
Symbol: PT3_1,5-10-C/1
Diameter main D Min. Diameter before Shrinking [mm]: 28
Diameter main D Max. Diameter after Shrinking [mm]: 9
Diameter output d
Min. Diameter before Shrinking [mm]:9
Max. Diameter after Shrinking [mm]:3
Overall length P [mm]
Min. Diameter before Shrinking [mm]: 55-53
Max. Diameter after Shrinking [mm]: 70-72
The length of a finger F [mm]
Min. Diameter before Shrinking [mm]: 15-17
The thickness of the TF [mm]
Dimension after total shrinking ± 20% : 1.8
PT heat shrinkable breakouts
Heat shrinkable breakouts for insulating of cable ends at separated cores, plastic,
rubber or resaturated paper insulated.
- used for voltage up to 0,6 / 1kV as a direct electrical insulation
- used for voltage up to 18 / 30kV as a component of heads sets
- possibility to use cables of two, three, four and five cores
- abrasion resistant
- resistant to changing weather conditions
- resistant to most chemicals
- resistant to UV radiation
- made of thermally stabilized polymers
- covered on the inside with hot melt glue, providing the additional seal
Heat shrinkable breakouts for insulating of cable ends at separated cores, plastic,
rubber or resaturated paper insulated.
- used for voltage up to 0,6 / 1kV as a direct electrical insulation
- used for voltage up to 18 / 30kV as a component of heads sets
- possibility to use cables of two, three, four and five cores
- abrasion resistant
- resistant to changing weather conditions
- resistant to most chemicals
- resistant to UV radiation
- made of thermally stabilized polymers
- covered on the inside with hot melt glue, providing the additional seal
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