Control Cable End Fitting

Non lock control heads are designed for remote engine shutdown/choke, latch/valve operation, and numerous other applications. These panel or bracket mounted units are intended for light to moderate loads. They are cost effective solutions to mechanically connecting a manual input source to a remote output, especially when space is limited or rod linkage and bell cranks are not suitable choices. Various T-handles/knobs with or without functional identifications, as well as output end configurations are available.

Micro Adjust control heads are ideal for remote operation of a throttle, regulating valve, or other applications needing precise adjustment capabilities. Depressing the center button allows pushing or pulling the knob to make course travel adjustments. A flexible dust seal protects the internal release mechanism. Rotating the knob clockwise extends the output in the finite mode, and counter-clockwise retracts. Four and one-half turns results in 1" of linear travel. The maximum recommended load is 20lbs. Normal vibration does not affect the micro adjust setting. An optional friction lock accessory is available for applications where vibration is excessive. A disconnect feature and various output end configurations are available to suit a particular application.

A twist lock control head is a mechanical component used to secure control cables in place within a system. This type of mechanism typically involves twisting the cable to lock it securely in position, ensuring a reliable connection between the cable and the control mechanism.These control cable heads are commonly employed in various industries and applications where precise control and secure cable connections are essential.

The button lock control head cables remotely operate and lock in position heater, ventilation, air conditioning or numerous other mechanisms needing adjustment. Depressing the center button allows pushing or pulling the knob to make course travel adjustments. Routing of the flexible cable allows installation options that are not possible with solid linkages. Various output configurations are available to suit a specific application.

Micro adjustment control heads are ideal for remote operation of a throttle, regulating valve, or other applications needing precise adjustment capabilities. Depressing the center button allows pushing or pulling the knob to make course travel adjustments. A flexible dust seal protects the internal release mechanism. Rotating the knob clockwise extends the output in the finite mode, and counter-clockwise retracts. Four and one-half turns results in 1" of linear travel. The maximum recommended load is 20lbs. Normal vibration does not affect the micro adjust setting. An optional friction lock accessory is available for applications where vibration is excessive. A disconnect feature and various output end configurations are available to suit a particular application.

These twist lock control heads are a robust and simple design — only one moving part.  The T-handle is free to travel the full length of the control until locked.  Rotating the T-handle 1/8 turn in either direction along the travel will secure loads up to 100lb, and yet unlocks with ease.  They are cost effective solutions to mechanically connecting and locking a manual input source to a remote output, especially when space is limited or rod linkage and bell cranks are not suitable choices.

Phidix provides a comprehensive range of ball joints designed for precise motion control and mechanical linkage systems. Our ball joints are available in various materials — including steel, brass, stainless steel, and engineering plastics — to meet diverse industrial and automotive needs. Whether used in control cables, transmission linkages, or adjustable mechanical arms, our ball joints ensure reliable connection, smooth movement, and long service life.Each ball joint is manufactured with precision machining and strict quality control, providing superior load-bearing performance, resistance to wear, and corrosion protection even under harsh environments.
Phidix