L-006(Paint black square) L shape actuator for Dosage sprayed valve

The system translates variable electrical current signals into proportional hydraulic actuation. As the current input increases or decreases within the operating range, the valve opens or closes to a corresponding degree. This allows precise intermediate positions rather than simple on/off switching, which is critical for consistent spray volume in dosage-controlled applications.

The safety valve activates when the system pressure exceeds a preset threshold, releasing the excess pressure before it can cause structural damage to the spray valve or connected components. This is a passive mechanical safeguard that operates independently of the electrical control signal, ensuring protection even during control system faults or unexpected pressure spikes.

Yes. The L-006 is designed with an interchangeable coil and terminal interface, meaning the solenoid coil can be swapped using standard tools. The terminal connections are compatible with common replacement coil types, so field maintenance teams can perform coil replacement without sourcing proprietary parts or modifying existing wiring.

When power to the actuator is cut, residual hydraulic pressure can remain trapped in the system. Without a release mechanism, this pressure poses a risk during maintenance or disassembly. The automatic power-off pressure release vents this residual pressure safely as part of the de-energization sequence, reducing the risk of unintended spray or component damage when personnel access the equipment.

The proportional control mechanism accepts standard analog current signals, which are the common output format for PLC and industrial controller systems. This makes the L-006 straightforward to integrate into existing automated production environments. The interchangeable terminal interface also supports adaptation to different control cabinet wiring standards without actuator-side modification.

External steel components are processed with a specialized electroplating treatment that deposits a protective metallic layer over the base material. This layer acts as a barrier against moisture, oxidizing agents, and mechanical abrasion — all of which are common in industrial and chemical spraying environments. The result is a surface that maintains dimensional integrity and appearance over a significantly longer service interval than uncoated steel parts.