Custom Control CablesCustom Control CablesA division of Bryant Industries, LLC985-360-3967Quote0

Product category

Utility Cables

Utility cables are general-purpose control cable assemblies used to manually operate a remote function from a convenient control point. They are commonly paired with a T-handle, knob, or similar hand control for equipment functions such as choke, throttle, shutoff, latch release, vent, valve, or damper control.

Application fit

Utility cables are straightforward hand-operated controls for moving, releasing, opening, closing, or adjusting mechanical functions on equipment.

Series options

Series options cover cable size, duty level, length, mounting style, travel, temperature rating, handle style, and end fittings.

3 Series Utility CableCompact utility cable for lighter-duty hand-operated controls, short-to-moderate routing, and tight equipment packaging.3 Series Heavy Duty Utility CableHeavy-duty 3 Series utility cable for applications that need a stronger utility-style assembly while keeping a compact cable size.4 Series Heavy Duty Utility CableGeneral-purpose heavy-duty utility cable for manual equipment controls requiring more capacity than 3 Series options.6 Series Heavy Duty Utility CableLarger heavy-duty utility cable for more demanding hand-operated controls, longer runs, or applications requiring a more robust assembly.

Common uses

Utility cables are often used when an operator needs to control a mechanical function by hand from a remote location. Typical applications include choke controls, throttle controls, engine shutoff controls, fuel valves, vents, latch releases, damper controls, valve controls, door or hood releases, and other general equipment control functions.

Engineering fit

Utility cables are a strong fit for straightforward hand-operated controls with a T-handle, knob, or similar operator interface on one end and a mechanical connection on the other.

Quote details

Cable series, overall length, travel, mounting style, handle or knob style, conduit fittings, end fittings, and temperature requirements determine the final configuration.