ElectroFine : Fine Pole Electromagnet Chuck
Abbreviations and Conventions used Storewide
All Dimensions are in Metric Scale (mm); Conventions and abbreviations used throughout the Store:
L : Length | OD : Outer Dia | ID : Inner Dia | W : Width | H : Height | T : Thickness (also Height) | CS : Countersunk | G : Gauss
The terms Force or Pull Force are used interchangeably throughout the store and refer to the maximum observable or tested force against a 10mm thick grinded finish mild steel plate. The pull force will depreciate with thinner plates or sheets. The Pull force or Force is expressed in lbs, Kg or N.
[10N (Newtons) = approx 1 Kg = approx 2.2 lbs Pull Force]
- Fine Pole Electromagnet Chuck
- Rigid steel / brass laminatedĀ top plate
- High resistance to coolant contamination
- High mechanical rigidityĀ and proven robustness
- 100% waterproof
- Suitable for dry or wet grinding application on medium to large-size grinding machines. Not recommended for submerged applications
- Suitable for precision grinding on medium workpieces
- These chucks have a multi-energized magnetic circuit, consisting of a number of adjacent, reversed coils making up a magnetizing coreĀ with small pole pitch
- The multitude of exciting windings increases dissipation of electrical energy which becomes magnetic energy, while limiting both temperature rise caused by Joule effect and distortion of the chuck
- Top plate is machinable up to 8 mm
- Uniform clamping force up to 13 kg/cm2 forĀ large components.
- Cross pole series EF-C
ā¢ These chucks are suited for a wide range of work pieces.
ā¢ For grinding application of small to big size components.
Ā Long pole Series EF-L
ā¢ Since it produces stale attractive force in the lengthwiseĀ direction, it is possible to move the work piece along theĀ belt while maintaining the attractive force.
ā¢ The plate design makes it easy to design and locateĀ fixtures correctly for effective holding of intricately shapedĀ work pieces. - Select this model if you require adequate holding power for medium components in non-submerged machining applications on medium to large machines
