
Electro-Magnetic Clutch for remotely starting running and stopping Hydraulic Gear pumps
Generally driven from and Engine's front drive pully system. Italian Made (pump sold separately)
Electromagnetic clutches are mechanical elements used to transmit and cut power on the driven side with an electromagnetic force.
Put simply, they can disconnect and connect power without stopping the power. Ideal to run a hydraulic pump or motor from a constantly running Diesel engine auxiliary shaft output, ie. Simply supply DC voltage & the pump will engage.
Here’s how the clutch works: When a DC voltage is applied to the electromagnet coil a magnetic field is created.
The magnetic circuit passes through the clutch rotor and armature. The force is large enough to deflect the flat spring and the armature is pulled across a small air gap into the rotor face. The friction between the rotor and armature allows the driving shaft and armature to rotate at the same speed. When electrical power is removed from the coil the flat spring returns and pulls back the armature.
Without a friction connection, the two shafts rotate independently.
This magnetic Clutch is sold in 12 or 24 volts DC,and is available with a Group 1 & 2 or group 3 Din mount for fitment of a pump or motor.
On-demand hydraulic power for your automotive and mobile applications: including small cranes and tow trucks.
The 30900 Series Electromagnetic Clutch is Designed for seamless integration, this clutch is typically driven by your engine's front pulley system, providing reliable engagement for your hydraulic gear pump when you need it most.
Ideal for Flexible Power Take-Off (PTO) Solutions:
An Alternative to Mechanical transmission Mounted PTO: This electromagnetic clutch is an ideal solution when a Power Take-Off (PTO) unit is not available on your truck's transmission, or if compatible PTO parts are obsolete. It offers a straightforward and effective way to power auxiliary hydraulic systems.
On-Demand Power Engagement: Electromagnetically activates your hydraulic pump, ensuring power is only consumed when your hydraulic functions for example
This reduces wasteful and parasitic engine load and improves fuel efficiency when hydraulics are not in use.
MM 05/06/2025 abc $ seo