These super strong electromagnets, commonly referred to as 'energise to hold' magnets, generate a ...These super strong electromagnets, commonly referred to as 'energise to hold' magnets, generate a magnetic field when they are connected to a live direct current and have zero magnetic strength when switched off. Electromagnets are commonly used in door and hatch mechanisms on machinery, in automated assembly lines, for robotics and the lifting and handling of ferrous materials. Each magnet is supplied with approximately 605mm of wire for connecting to a direct current (DC) power source. SWITCH ON & OFF. Magnetic field switched off and on using electric current. IDEAL FOR MULTIPLE APPLICATIONS. These energise-to-release electromagnets are ideal for door locking mechanisms and access control or security, fire door holding, medical devices, feeder systems for automated packaging machinery, pick and place equipment, and power generation. STRONG ELECTROMAGNET. Each magnet has a maximum possible pull force rating of up to 430kg. EASILY FIX & MOUNT. Supplied with an M10 threaded hole on the reverse for fixing and mounting. SPECIFICATIONS. 101.6mm diameter x 76.2mm thick. Operating voltage 12V DC / 33W, power source not included. EXPERT ADVICE. After your purchase, our team of experts is always available to provide technical advice and support with your application.
This 12V DC electromagnet is designed for applications requiring a strong, switchable magnetic hold. It's ideal for industrial automation, robotics, and security systems where precise control over magnetic force is needed. A key benefit is its 'energise-to-hold' functionality, allowing for instant magnetic engagement and release. However, it requires a dedicated DC power source, which is not included.
All features
Brand
FIRST4MAGNETS
Extended Product Information
FAQs
What type of power source is required for this electromagnet?
This electromagnet requires a 12V Direct Current (DC) power source. An AC power source is not compatible and could damage the unit.
Does the power supply come included with the electromagnet?
No, the 12V DC power source is not included and must be purchased separately.
What is the maximum weight this electromagnet can hold?
The electromagnet has a maximum possible pull force rating of up to 430kg under ideal conditions.
How is the electromagnet mounted?
It is supplied with an M10 threaded hole on the reverse side for easy fixing and mounting to a suitable surface.
What is the purpose of the wire supplied with the magnet?
The approximately 605mm of wire is used for connecting the electromagnet to a direct current (DC) power source.
Can this electromagnet be used for 'fail-safe' applications?
This is an 'energise-to-hold' magnet, meaning it only holds when powered. When power is removed, it loses its magnetism. For 'fail-safe' applications where holding is required when power is lost, a 'de-energise-to-hold' magnet would be more appropriate.
What does 'energise to hold' mean?
'Energise to hold' means the electromagnet becomes magnetic only when it is supplied with electrical current. When the current is switched off, it ceases to be magnetic.
Troubleshooting
Electromagnet does not attract any metal.
Verify that the 12V DC power supply is correctly connected and providing power. Ensure the current is flowing in the correct direction (polarity). Check that the connected wire is not damaged and that the power source is switched on.
Weak magnetic pull.
Ensure the surface of the electromagnet and the object being attracted are clean and free from obstructions. Check that the power supply is stable and delivering the full 12V DC and sufficient wattage (33W). Verify the distance between the magnet and the object is minimal.
Magnet remains weakly magnetized after power is removed.
This is an 'energise-to-hold' magnet; it should have zero magnetic strength when switched off. If residual magnetism is observed, ensure the DC power supply is fully disconnected and try demagnetizing the object if possible. Contact support if the issue persists.
Overheating during operation.
Ensure the electromagnet is operated within its specified 12V DC / 33W rating. Verify that the power source is stable and not fluctuating. Check for any obstructions or continuous load that exceeds the magnet's rated pull force, as this can cause the coil to draw excessive current.
Pros and Cons
Pros
Provides strong and reliable magnetic holding power.
Instantaneous on/off switching with electric current.
Versatile mounting options with M10 thread.
Suitable for a wide range of industrial and security applications.
Efficient power consumption at 33W.
Cons
Requires a 12V DC power supply, which is sold separately.
Requires a direct current (DC) power source, not compatible with AC.
Zero magnetic strength when switched off, which might not be suitable for all 'fail-safe' scenarios.
Setup, Compatibility & Care
Setup:
Mounting: Secure the electromagnet using the M10 threaded hole on its reverse. Ensure the mounting surface is stable and capable of supporting the magnet and the load.
Wiring: Connect the integrated wire to a stable 12V DC power source. Ensure correct polarity. The magnet requires a continuous direct current to maintain its magnetic field.
Power Source: Connect to a suitable 12V DC power supply capable of delivering at least 33W. A power source is not included.
Compatibility:
Voltage: Strictly 12V DC. Using other voltages may damage the unit.
Power Source: Requires a DC power supply. Not compatible with AC power.
Environment: Designed for industrial use. Avoid prolonged exposure to excessive moisture or corrosive substances.
Care:
Keep the face of the electromagnet clean and free from debris to ensure optimal performance.
Periodically check wiring connections for security and signs of wear.
Avoid excessive force or impact to the magnet's surface.