Skip to main content
Janatics Double Solenoid Valve for cylinders that must hold position on power loss
GENUINE JANATICS STOCK, NOIDA

Janatics Double Solenoid Valve Supplier in Noida

A Janatics Double Solenoid Valve comes with two coils and no return spring; hence, it remains in its final position until the opposite coil becomes active. It is provided by VS Enterprises, located in Noida.

When to choose it

When an unplanned cylinder movement after a power cut could damage the product or the machine.

How to identify it

A coil at each end of the valve body. Janatics code: [fill from Janatics catalogue].

Industries

Material handling, indexing machines and machine doors.

Ordering checklist

  • Model code, or function + port size
  • Coil voltage
SPECIFICATIONS

Janatics Double Solenoid Valve specifications.

Figures come from the Janatics catalogue and are confirmed for your size at quotation.

Parameter

Details

Product Type

Janatics double solenoid pneumatic valve

Actuation

Two electrical solenoid coils, with one coil positioned at each end of the valve body

Primary Use

Electrically switching the direction of compressed-air flow for pneumatic cylinders and actuators

Holding Action

The valve remains in its last switched position after the energised coil is turned off

Return Mechanism

No spring return; the opposite coil must be energised to shift the valve back or change direction

Suitable Applications

Material-handling equipment, indexing machines, pneumatic machine doors, transfer systems and automated production equipment

05 / SAME JOB, OTHER BRANDS

The same product from other brands.

Need a different price point or the brand your machine was built with? These pages cover the same product type.

Look More

Related products.

BEFORE YOU ORDER

Good questions. Straight answers.

A few practical details to help you frame your next engineering project.

View the full FAQ

No. A short pulse on one coil shifts and holds the valve.

Avoid it, as the valve may not shift properly. PLC interlocking can be done to ensure that both coils do not engage at the same time.

It is used in the control of the motion of pneumatically driven pistons and actuators.