Electromagnetic Clutch (Bearing Mounted and Flange Mounted)

Electromagnetic Bearing Mounted Clutch

Series "W" Electromagnetic Bearing Mounted Clutch - Type BM

SALIENT DESIGN FEATURES
Factory fitted & Aligned rotor and coil body assembly.
Easy to fit.

VERSATILE
Can be mounted in any position, simple installations, suitable for split or through shaft applications.

DURABLE
High torque, durable & temperature stable friction lining. Specially processed Armature plate for wear resistance. Heavier, thick walled construction to ensure long life. Low maintenance.
STABLE
Epoxy resin bonded vibration proof coil. Slotted Armature for greater torque stability. Pin drive Armature with spring for operation over bigger Air gap.

FAST
High operating frequency, low inertia, fast & uniform response time.

Dimentional Drawing 1 | Dimentional Drawing 2
 
Series 'L' Electromagnetic Clutch Flange Mounted - Type SZC
Electromagnetic Clutch Flange Mounted

SALIENT DESIGN FEATURES

VERSATILE
Can be mounted in any position, simple installation, suitable for split or through shaft applications.

DURABLE
High torque, durable & temperature stable friction lining, Specially processed Armature plate for wear resistance. Heavier, thick walled construction to ensure long life. Low maintenance.

STABLE
Epoxy resin bonded vibration proof coil. Zero backlash Armature with finger spring release. Slotted Armature for greater torque stability. Pre-loaded armature spring for residual torque free release

FAST
High operating frequency, low inertia, fast & uniform response time.

Dimentional Drawing
 
 
Electromagnetic Clutch (Bearing Mounted & Flange Mounted)
Electromagnetic Brake ( Normally Off Type )
Electromagnetic Clutch & Brake Combination (Enclosed & Open Type)
Push Pull Linear Electromagnetic Solenoids
Continous Slip Type Tension Control Brakes & Clutches
Multiplate Electromagnetic Clutches & Brakes (Wet & Dry Type)
Toothed Clutches
Telescopic Carbon Brush

Home | Profile | Products | Contact | Feedback     
Designed & Hosted by : MID Promoted by : GID