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hydraulics · directional-control

Hydraulic motor reversing control circuit

This example documents the electrical command circuit for a reversible hydraulic motor. A fused 24 V supply feeds two momentary pushbuttons. Each button energizes a dedicated relay coil and the matching solenoid on a 4/3 directional valve, one for forward flow and one for reverse flow. The drawing makes the relationship between an operator command and the valve coil easy to trace during installation or troubleshooting. It is intended as a simple manual-control reference. A production machine usually also needs electrical interlocking, a stop command, overload and pressure protection, and a separate hydraulic schematic showing the pump, relief valve, return path, and motor ports.

Type Circuit schematicStandard IEEE Std 315 / ANSI Y32.2Engine schematex-circuitUpdated 9/24/2026
Reversible hydraulic motor control
Drawing preview
The request

“Draw a fused 24 V control circuit for a reversible hydraulic motor with forward and reverse pushbuttons, relay coils, and forward and reverse solenoids on a 4/3 directional valve.”

Then tryAdd a pilot lamp for the forward command.Add a pilot lamp for the reverse command.
What is in this drawing

Read the decisions behind it.

01Two directions

Separate forward and reverse commands energize separate valve solenoids.

02Low-voltage control

The operator station is supplied at 24 V DC.

03Clear labels

Valve solenoids identify the commanded rotation direction.

Use for a motor-driven conveyor, winch, or rotary fixture where the electrical controls need a clear directional reference.

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FAQ

Common questions

How does a hydraulic motor reverse?

A directional valve reverses the fluid path through the motor, changing its rotation direction.

Why label both valve solenoids?

The labels show which coil produces each commanded direction and reduce wiring mistakes.

What should be added for a production machine?

Add safety interlocks, stopping logic, pressure protection, and the hydraulic power and return circuit.