Southwire 511124509 22 Awg 4-wire Automation Cable 250 Ft

Product Description

The SOUTHWIRE 511124509 is an unshielded automation communication cable designed for low-voltage control and communication wiring in building automation, HVAC, and industrial control applications. Built with a 22 AWG bare copper conductor and PVC insulation, this cable measures 0.126 inches in outside diameter. It is sold in 1-foot cut increments with a minimum cut length of 250 feet from a 500-foot coil. Licensed electricians and HVAC controls technicians are the typical installers for this type of cable in automation and controls wiring work.

This cable is suited for residential and commercial automation systems where unshielded, multi-conductor communication wiring is specified. Typical applications include thermostat wiring, zone control panels, building automation controllers, and similar low-voltage signal runs. The 4-conductor configuration supports a range of control and communication layouts common in HVAC and building controls. It ships in 1-foot increments with a 250-foot minimum order quantity per cut.

Key Features

• 22 AWG bare copper conductor for reliable low-voltage signal transmission
• 4-wire configuration supports multiple control and communication runs in a single cable
• PVC insulation rated for temperatures from -4 degrees F to 167 degrees F
• 0.126 inch outside diameter for routing through conduit and tight spaces
• Sold in 1-foot cut increments with a 250-foot minimum cut length
• Unshielded design suitable for standard automation and controls environments

Compatibility

Designed for use in low-voltage automation and communication wiring applications where 22 AWG unshielded 4-conductor cable is specified.

Installation Notes

Installation should be performed by a licensed electrician or qualified controls technician in accordance with NEC requirements for low-voltage wiring. De-energize all control circuits before making connections. Avoid routing this unshielded cable parallel to high-voltage power conductors for extended runs, as this can introduce noise on communication signals. Verify that the minimum bend radius is maintained when pulling through conduit or raceways.