SERVO 55700 / 60700 CY Composite Servo Cable

SERVO 55700 and 60700 CY Composite Servo Cable

SERVO 55700 and SERVO 60700 CY combine motor-power and control circuits between a frequency converter and motor. The listed family data separates 600/1000 V supply cores from 250 V AC control pairs and identifies a gray PVC sheath. SERVO 60700 CY adds an overall tinned-copper braid, while SERVO 55700 keeps its control-pair screen arrangement model-specific. Keeping both designations on one page matches the shared composite-cable purchasing intent without treating the constructions as identical.

Choose by control-pair arrangement, overall screening, core combination, cable diameter, bend mode and any UV suffix. Fixed and moving values are different, and the control circuit must be checked separately from the motor supply. Use the selected model row and size table as the ordering record.

• Choose it when: one composite cable must carry both motor power and control circuits.
• Compare carefully: 60700 CY has an overall tinned-copper braid; 55700 screening is model-specific.
• Provide for RFQ: drive, control voltage, core schedule, size, length and movement duty.

See the Industrial Cables category for other screened servo constructions.

Construction

The composite construction uses fine copper supply cores, numbered supply cores, green-yellow earth and control pairs in a gray PVC sheath. The model rows remain separate because screen configuration differs.

Supply cores are listed at 600/1000 V and control pairs at 250 V AC. The outer sheath is gray PVC, RAL 7001.

Applications

• Converter-to-motor and servo controller/motor engineering.
• Machine routes requiring power and control circuits in one cable.
• Dry, damp or wet interior routes within the selected model limits.

Specify overall-screen needs, separate control-pair screening, fixed or repeated movement, UV suffix and grounding method. A conventional Type P VFD cable uses a different circuit arrangement.

Specifications

Standards

• Adapted VDE 0812/0250/0281 references.
• EN 60228 class 5 conductor reference.
• VDE 0293 core-identification reference.
• EN 60332-1-2 flame-test reference.
• ASTM G154 where the selected UV version states it.

The quotation record identifies the selected model and its applicable inspection documentation.