DSHG-10-3C2-C1C2-T-A120-N1-53 Solenoid Valve Instructions

The DSHG-10-3C2-C1C2-T-A120-N1-53 solenoid valve is a high-performance, multifunctional electro-hydraulic directional valve, which is widely used in industrial automation, machine tools, hydraulic and pneumatic transmission systems, etc. This instruction manual is intended to provide users with detailed installation, operation, maintenance and safety precautions of the solenoid valve to ensure the normal operation and long-term stability of the solenoid valve.

Product Overview：

Model description: DSHG-10-3C2-C1C2-T-A120-N1-53 solenoid valve

DSHG: A series mark of hydraulic solenoid valves, representing the design features and uses of this series of solenoid valves.

10: Indicates the diameter of the solenoid reversing valve, which is 10mm here. It is suitable for occasions that require larger flow control.

3C2: Indicates the valve shaft type of the solenoid valve.

C1C2: Indicates hydraulic valve with damping regulator.

T: Indicates that the hydraulic valve is of internal oil leakage type.

A120: Solenoid coil type.

N1: Refer to the solenoid valve wiring method and precautions.

53: Serial or batch number used to track and identify a specific product.

Performance characteristics:

High reliability: After rigorous testing and verification, it ensures stable operation under various working conditions.

Precise control: It has the ability to precisely control fluid flow and is suitable for high-precision control systems.

Long life: High-quality materials and advanced technology ensure the long service life of the solenoid valve.

Operation Notes:

Solenoid valves generally work in one direction and cannot be installed in reverse. The arrow on the valve should be consistent with the movement direction of the pipeline fluid.

During operation, avoid excessive impact and vibration on the electromagnetic coil to avoid affecting its service life.

Check the working status of the solenoid valve regularly and handle any abnormality in time.

Maintenance:

Clean the outside and inside of the hydraulic control valve regularly to prevent the accumulation of dust and impurities.

Check the insulation resistance and contact of the solenoid coil to ensure good electrical connections.

Check the wear of the gasket and sealing surface, and replace them in time if damaged.

If the solenoid valve has been out of service for a long time, the condensate should be drained before reuse.