Data Communication Cable (LIYY/LIYCY)
LiYY is a VDE approved, flexible PVC multi-conductor European data Communication Cable. for use in flexible or stationary applications under low mechanical stress with free movement without any tensile stress, loads or forced movements in dry, moist and wet conditions. Commonly used as control and signal cables in the electronics of computer systems, electronic control equipment, office machines and measurement devices in the tool making and machine industries. LiYY is recommended when a small outer diameter is required. Not permitted for outdoor use.

LiYCY is a VDE approved, flexible, overall shielded, PVC multi-conductor European data transmission cable. for use in flexible or stationary applications under low mechanical stress with free movement without any tensile stress, loads or forced movements in dry, damp or wet conditions. Commonly used as control and signal cables in the electronics of computer systems, electronic control equipment, office machines and measuring devices in the tool making and machine industries. the tinned copper braid shield offers better protection against electrical interference for precise impulse transmissions. LiYCY is recommended when a small outer diameter is required. Not permitted for outdoor use.

Application:

to be installed in dry and humid rooms and used as a termination and connection cable in the control, measuring and signal technology.

Construction:

1. Fine-stranded bare copper
2. Core insulation of polyvinylchloride (PVC)
3. Layer of plastic foil
4. Wide-meshed bare copper braiding
5. Outer sheath of polyvinylchloride (PVC), grey
Information:

Operating peak voltage [V]:
0,14mm 350 volt, all others 500 volt
Test voltage [VAC]:
0,14mm 800 volt, all others 1.200 volt
Standards:

Adapted to DIN VDE 0812
DIN EN 60228 class 5 (construction)
DIN 47100 or factory standard (core identification)
Technical data:
Temperature range in motion  -5C till +50C
 one time / fixed  -30C till +70C
Bending radius in motion x diameter 10
Flammability standard  EN 60332-1-2
Insulation resistance min. [MOhm/km] 100