An actuator sensor cable connects to the actuator (mover component) of a machine, and transmits a current (control signal) that moves or controls a system or a mechanism. The wires in an actuator sensor cable can be made of copper or polyolefin, while the outer insulation sheath is made from thermoplastic materials such as polyurethane, PVC or EPR.
What are actuator sensor cables used for?
Actuator sensor cables are used in indoor and outdoor applications. The cables are highly resistant to weather and extreme temperatures. Actuator sensor cables are used in industries such as food and beverage production, medical technology, chemical processing, tool manufacturing and electromagnetic-sensitive environments.
Actuator sensor cables are flexible, durable and suitable for harsh industrial environments due to their resistance to solvents, oils, resins and chemicals.
Types of actuator sensor cables
Actuator sensor cables are classified according to a number of variables:
Cable length, diameter, thickness, cross-sectional area size and core strand measurement
Cable shape (either multicore, single core or twisted)
Description:
These special, ultra-flexible cables for cable-holder chains are
designed to provide permanent support for many high speed flex movements. • The conductors are gathered into harnesses• Assembled into cable strands around a pull-resistant central core• Strand pitch is very short, ...
Description:
Multi-strand bare copper core, particularly flexible.PVC mix insulation
with high mechanical strength.Black conductors are marked with white lettering.Perfectly suited for cable-holder chains.General screening in ultra-flexible copper on CF 31 models.Cable length: 20 metres.
Description:
A reliable, flame retardant cable for use in
power chain applications. • Extra fine strands of copper wire• Conductors insulated with special PVC, black with white numbers + green/yellow earth wire• Special PVC external sleeve, silver-grey RAL 7001, flame-retardant• Small ...
Description:
Chainflex® PVC control cable is designed for medium
load requirements. • Silicon-free• Without influence of oil• Not shielded• Torsion resistant• Preferably indoor applications• Flame-retardant in accordance to IEC 60332-1-2, CEI 20-35, FT1, VW1• Freely suspended travel distances ...
