Technical data:

Special PUR drag chain encoder cable according to UL AWM Style 20233 and 20236 and CSA
Temperature range moving -30°C to +80°C stationary -40°C to +80°C
Nominal voltage according to Siemens 30 V according to Bosch Rexroth and Lenze 300 V Further details on request
Test alternating voltage, 50 Hz Core/core 2000 V Core/shield 1000 V
Operating capacitance at 800 Hz Core/core approx. 70 nF/km Core/shield approx. 110 nF/km
Insulation resistance min. 20 MOhm x km
Coupling resistance max. 250 Ohm
Minimum bending radius moving 10x cable Ø stationary 6x cable Ø
Construction:
Tinned copper wire, according to DIN VDE 0295 Class 6, super-fine stranded, BS 6360 cl.6, IEC 60228 cl.6
Core insulation made of special polypropylene
Core colors on request
Fleece wrapping to support sliding movement
Overall shielding with tinned drain wire and tinned copper braid, approx. 85% coverage
Polyester film
Outer jacket made of PUR
Jacket color: green (RAL 6018) according to DESINA® or orange
Properties:
PUR outer jacket, low adhesion, extremely abrasion-resistant, halogen-free, UV, oil, hydrolysis and microbe resistant.
These cables are manufactured according to high quality guidelines and correspond to the DESINA® standard.
Due to the high-quality special core insulation, the PUR jacket and the highly flexible strand structure, these cables are ideally suited for use in drag chains and offer a high level of functional reliability.
The approx. 85% dense shielding braid optimally meets the requirements for electromagnetic compatibility (EMC).
With the UL/CSA approval, particularly interesting for the export-oriented market.
The materials used in production are silicone and cadmium-free and free from substances that impair paint wetting.
Resistant to cleaning and disinfectants in accordance with ECOLAB
Use:
These low-capacitance incremental encoder cables or position reporting cables transmit control pulses for the positioning and process characteristics of servo motors and are used as connection cables for tachometers, brakes and pulse generators under heavy mechanical stress in plant and mechanical engineering, as well as in control and automation technology. For use in energy chains, please observe the installation guidelines. EMC = Electromagnetic Compatibility To optimize the EMC properties, we recommend a large-area, all-round contact on both sides of the copper braid.
Standard lengths: 100 m, 500 m, 1000 m
Technical changes reserved.