About Coil Type Demagnetizers
Coil Type Demagnetisers
Leveraging on our immense technical expertise, we are affianced in offering our Coil Type Demagnetisers. This electric demagnetiser is used in various industries for removing surface residual magnetism of round and cylindrical jobs. Designed in adherence with international quality standards, this is based on principle of capacitive discharge. These Coil Type Demagnetisers are recognized amongst our clients for their sturdy construction, easy operation, superior performance, longer service life and easy maintenance.
Features :-
- Bakelite body.
- Copper "H" class winding.
- Temp. protection .
- Solid state power supply.
- Can be use for continuous duty .
- Short circuit protection .
- Guass Value less than 3 Guass.
Optional Features :-
Efficient Demagnetizing for Industrial ApplicationsOur coil type demagnetizers deliver continuous and reliable removal of unwanted magnetism from metal parts, ensuring optimal performance for subsequent processing or assembly. With robust steel and copper construction, diverse size options, and advanced insulation, these devices suit a wide range of industrial environments. Users benefit from easy setup and durable design, making these demagnetizers an essential tool for manufacturers and metalworking professionals.
Versatile Operation Modes and Cooling TechnologyFeaturing both manual and automatic operation, these demagnetizers accommodate varied workflow requirements. The air-cooled system maintains effectiveness at operating temperatures up to 45C, ensuring safe and consistent demagnetization. Designed to withstand rigorous use, they support continuous duty cycles and are well-suited for table or bench mounting, making them highly adaptable for different workspace layouts.
FAQs of Coil Type Demagnetizers:
Q: How does a coil type demagnetizer work to remove magnetism from metal components?
A: A coil type demagnetizer generates an alternating electromagnetic field when powered, causing residual magnetism in metal parts to dissipate as they pass through or near the coil. This process allows metal tools and components to regain their natural state, free from unwanted magnetic fields.
Q: What are the advantages of using a demagnetizer with air cooling and Class F insulation?
A: Air-cooled systems ensure efficient heat dissipation, allowing the demagnetizer to operate at temperatures up to 45C. Class F insulation provides enhanced thermal resistance and operational safety, supporting continuous duty without risking damage due to overheating.
Q: When should I use manual mode versus automatic operation for demagnetizing tasks?
A: Manual mode offers direct control, ideal for handling parts selectively or infrequent demagnetization. Automatic operation is recommended for high-volume tasks or continuous production lines, providing efficient, hands-free usage and consistent results.
Q: Where can these coil type demagnetizers be installed and operated effectively?
A: These demagnetizers are designed for table or bench mounting, making them suitable for workshops, assembly areas, toolrooms, or any facility requiring reliable demagnetization. Their flexible installation options accommodate diverse industrial settings.
Q: What is the recommended process for safely demagnetizing metal tools and parts?
A: Place the metal object within or across the coil opening, then activate the demagnetizer using manual or automatic mode. After completion, ensure the item is fully demagnetized before proceeding with further use or machining. Always follow the manufacturers safety guidelines for optimal operation.
Q: What benefits does epoxy powder coating provide for these demagnetizers?
A: Epoxy powder coating offers superior resistance to corrosion, scratches, and chemical damage, ensuring longevity and maintaining the devices surface finish even under challenging industrial conditions.
Q: Can these demagnetizers handle continuous duty cycles, and what is their maximum operating temperature?
A: Yes, coil type demagnetizers are designed for 100% continuous duty cycle and can operate reliably at temperatures up to 45C, allowing uninterrupted demagnetization of metal goods under demanding workflows.