Tough, durable electromagnetic clutches
Featured Product from jbj Techniques Limited
» Reduced power consumption from the engine.
» Extended pump life.
» Lower operator cost.
» Simple installation.
» Operator convenience/safety.
» Cold weather starting.
Ideal for pump operation. These are flange mounted, normally a two piece construction clutch typically mounted directly on to the pumps.
Solid forged rotor.
A one piece solid forged rotor means no chance of internal parts separation. Our rotors also have an even wall thickness around the coil which gives optimum flux distribution, maximizing torque.
Different coil voltages available.
Although 12 volt is the most common, 24 volts can also be made available. Depending upon the quantity, other specialty voltages can be made.
High temperature, longer life grease.
All models include our special long life grease which has shown a significant improvement in life over other standard high temperature greases.
Where possible, all parts in the clutch are e-coated to give maximum corrosion protection.
High temperature epoxy coil.
To help prevent failure from both vibration and outside contaminants, all coils are sealed in the coil shell with a high temperature epoxy coating.
Forged machined pulley.
All models in this section use a heavy duty machined pulley. A stronger pulley resists damage due to abusive environments.
MMC series electromagnetic clutches are designed for use with hydraulic pumps, many of which are used in marine winch drives. Typically flange or plate mounted, they engage and disengage the pump.
» Torque ratings from 271 to 2033 Nm (200 to 1500 lb-ft) .
» Solid forged rotor & pulley or hub.
» Direct drive or pulley drive.
» 12 & 24 VDC available.
» "TC" and "B" type pump mounts.
» Straight or splined bore.
» High temp, long life grease.
» Bi-directional operation.
» One piece design.
» Plated for corrosion protection.
» High temperature epoxy coil.
The team of friendly, highly qualified and experienced engineers at jbj Techniques Limited are here to assist in the correct specification of mechanical power transmission and fluid power components. Telephone: +44 (0)1737 767493 or email email@example.com