

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The GENERIC WIRE CABLE mtw16strred500r is a 16 AWG stranded copper MTW (Machine Tool Wire) rated for 600 volts and supplied on a 500-foot spool in red insulation. MTW wire is built to handle the flex, oil exposure, and mechanical stress found inside industrial control panels and machine tool enclosures. This spool carries 26 strands of copper for improved flexibility compared to solid conductors, and the PVC jacket is rated for continuous operation from -25 to 105 degrees C. At 8 amps continuous, it suits motor control, relay wiring, and low-voltage signaling runs in both OEM machine builds and field service applications.
This wire is intended for use in machine tool enclosures, factory automation panels, and industrial control cabinets where UL-listed MTW wire is specified. The red jacket aids circuit identification in multi-conductor panel layouts. Electricians and industrial maintenance technicians pulling new circuits or replacing damaged wiring in machine tools, conveyors, and automated equipment will find the 500-foot spool practical for larger jobs or stocking purposes. The wire suits both original equipment wiring and retrofit or repair scenarios in commercial and light industrial environments.
Designed as an MTW-type stranded copper wire suitable for use in machine tool enclosures, industrial control panels, and automated equipment wiring where 16 AWG, 600-volt MTW wire is specified.
Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and any applicable local codes governing machine tool and industrial control wiring. De-energize the panel or equipment completely before pulling or terminating wire. Verify that terminal block ratings and overcurrent protection match the 8-amp current capacity of this conductor. Avoid sharp bend radii that could damage the PVC jacket and compromise insulation integrity.
Thanks for subscribing!
This email has been registered!