Compensating Cables

Mixed – Compensating Cables

Description	TC Type	Item Number
TP-440-2KC-0,25L	NiCr-Ni(EN)	2-2300-00044
TP-440-2KC-0,25L	NiCr-Ni(DIN)	2-2300-00174
TP-440-4KC-0,25L	NiCr-Ni	2-2300-00047
TP-440-2SC-0,25L	Pt10%Rh-Pt	2-2305-00015
TP-440-2RC-0,25L	Pt10%Rh-Pt	2-2307-00002
TG-412-2KC-0,22L	NiCr-Ni	2-2300-00040
TG-412-2KC-0,75L	NiCr-Ni	2-2300-00041
TG-412-4KC-0,25L	NiCr-Ni	2-2300-00043
TG-412-2SC-0,25L	Pt10%Rh-Pt	2-2305-00029

Example: Kapton-and glass fibre-insulated cables (Combination GK)

Each conductor is glass fibre-insulated while the cable as a whole is surrounded by a Kapton film. The positive properties of both materials are combined to an optimum. Application conditions as well as recommendations for use can be taken from the descriptions for each material.

The most important advantage is that the cable can be bent to a certain degree at temperatures above 180°C without damage to the glass fibre insulation.

Insulation Single Conductor
C = Cerafi ( Ceramic fibre ) 
G = Glass fibre 
K = Kapton ( Polyimid ) 
P = PVC ( Polyvinyl Chloride ) 
R = Refrasil ( Quartz fibre ) 
S = Silicon 
T = PTFE/PFA/ECTFE/FEP
Other Sheath 
C = Cerafi ( Ceramic fibre ) 
G = Glass fibre 
K = Kapton ( Polyimid ) 
P = PVC ( Polyvinyl Chloride ) 
R = Refrasil ( Quartz fibre ) 
S = Silicon 
T = PTFE/PFA/ECTFE/FEP

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