Jandy | R0411800 | Cable Kit | 4424 Valve Actuator Replacement Cable

This cable kit is a replacement wiring component designed for compatible 4424 valve actuator applications. It is used to restore the electrical connection between the valve actuator and the automation control system, allowing the actuator to receive control signals for automated valve positioning.

Built for pool automation repair and equipment pad service, this replacement kit is used when the original actuator cable is damaged, worn, cut, deteriorated, or no longer providing reliable communication between the actuator and control panel.

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Key Features

• Replacement cable kit for compatible 4424 valve actuator applications

• Restores wiring connection between the valve actuator and automation control system

• Supports automated valve operation for pool/spa mode changes, water features, and equipment routing where configured

• Used to replace damaged, cut, worn, or deteriorated actuator wiring

• Suitable for pool automation service, valve actuator repair, and equipment pad maintenance

• Helps correct actuator control issues caused by compromised cable connections

• Intended for use with properly matched automation panels and valve actuator assemblies

• Professional installation is recommended to ensure correct wiring, routing, and actuator operation

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Product Overview

This cable kit is used to service the wiring connection on a compatible 4424 valve actuator. The actuator depends on a reliable cable connection to receive commands from the automation system and move the valve to the required position for pool, spa, water feature, or equipment flow control.

The kit is commonly used during automation troubleshooting when an actuator does not respond correctly, operates intermittently, or shows signs of damaged wiring. Since valve actuators are often installed outdoors at the equipment pad, cables can be affected by sun exposure, moisture, abrasion, rodents, service damage, or general wear over time.

During installation, power to the automation system should be disconnected and the existing actuator wiring should be inspected before replacement. Cable routing should avoid sharp edges, heat sources, pinch points, and areas where the wire could be pulled or damaged during future equipment service.

After installation, the actuator should be tested through the automation system to confirm proper valve movement, direction, and stop position. Routine maintenance should include inspecting actuator wiring, connectors, valve movement, and automation response to ensure reliable valve control and long-term system performance.