Electromagnets
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AC916ME05
51 mm × 70 mm × 85 mm
Surface mounting: 24 V DC
Holding force – 20 kg
Swivel anchor plate
Door status detection -
AC916ME07
51 mm × 70 mm × 85 mm
Surface mounting: 24 V DC
Holding force – 20 kg
Swivel anchor plate
Door status detection -
AC916MG
30,5 mm × 70 mm × 85 mm
Surface mounting
ABS housing
24 V DC
Holding force – 20 kg
Flat anchor plate -
AC918MEXX
80 mm × 110 mm × 128 mm
Floor mounting
24 V DC
Holding force – 40 kg
Flat anchor plate -
BEM10
Diameter: 30 mm
Mount: M4
Holding force: 12 kg
Locking: Power OFF
Power consumption: 3.5 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM11
Diameter: 42 mm
Mount: M6
Holding force: 20 kg
Locking: Power OFF
Power consumption: 3 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM12
Diameter: 48 mm
Mount: M6
Holding force: 50 kg
Locking: Power OFF
Power consumption: 3.5 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM13
Diameter: 75 mm
Mount: M6
Holding force: 180 kg
Locking: Power OFF
Power consumption: 20.5 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM3
Diameter: 30 mm
Mount: M6
Holding force: 12 kg
Locking: Power ON
Power consumption: 2.5 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM4
Diameter: 40 mm
Mount: M6
Holding force: 40 kg
Locking: Power ON
Power consumption: 4 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM5
Diameter: 50.8 mm
Mount: M8
Holding force: 55 kg
Locking: Power ON
Power consumption: 5 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC -
BEM6
Diameter: 63 mm
Mount: M8
Holding force: 145 kg
Locking: Power ON
Power consumption: 10 W
Voltage range: 12–220 V DC
Standard voltage: 24 V DC
Electromagnets – powerful solutions for industry and automation
Electromagnets play a key role in many modern technological systems. They are used to create a strong magnetic field when an electric current is applied, making it possible to hold, lock or lift metal objects with high precision. Their flexibility and reliability make them an obvious solution in everything from industrial automation to safety devices.
High holding force for demanding applications
Our electromagnets are designed to provide maximum holding force when used against a flat surface of sufficient thickness. For best performance, the part being handled should have a dimension that is equal to, or greater than, the electromagnet's holding surface. Recommended minimum material thickness is stated in the respective product data sheet.
Two holding power options:
- Powered holding force – from 120 N to 5500 N. Ideal when the electromagnet only needs to hold under power supply.
- Currentless holding force (permanent magnet) – from 120 N to 2000 N. Perfect when you need protection even in the event of a power outage.
Applications of electromagnets
Electromagnets are particularly popular in the following areas:
- Access control – such as electric strikes, door magnets and access control systems.
- Safety – where reliable locking is required even during downtime.
- Automation projects – where fast and controlled magnetic functions are needed in machines or robotics.
Accessories for optimized function
For the BEM3, BEM4, BEM5 and BEM6 models, we offer matching holding plates and accessories. These help create optimal contact between the electromagnet and the surface, which improves holding force and increases the reliability of the system.
Advantages of our products
- Wide range of holding forces and models
- Options for both powered and unpowered applications
- Suitable for everything from simple installations to complex automation
- High quality and custom accessories for easy integration
Frequently asked questions about electromagnets
What is an electromagnet?
An electromagnet is a magnet whose magnetic field is created by passing electric current through a coil wound around a ferromagnetic core. When the current is turned off, the magnetic field disappears – making electromagnets temporary and controllable.
How does an electromagnet work?
When electricity flows through the coil, a magnetic field is created that magnetizes the core, creating force – for example, to hold or lift metal objects. The magnetic strength increases with more coil turns, higher current, or a denser soft iron core. When the current is interrupted, the magnetic field disappears.
What types of electromagnets are there?
There are several types, including industrial holding magnets for heavy lifting, plasma magnets for precision applications and door holders for fireproof environments. Sweden's BEM series (e.g. BEM9, BEM10, BEM13) offers holding forces from ~12kg to ~180kg in various designs.
What are electromagnets used for?
Electromagnets are used in a range of areas – from lifting scrap in industries and controlling loudspeakers, to holding fire doors open and as magnetic locks. They are also used in medical equipment, automation and heavy industrial applications.
What is the difference between an electromagnet and a permanent magnet?
An electromagnet requires electricity to generate magnetism, while a permanent magnet is always magnetic. Electromagnets can be easily turned off, making them more flexible in controllable systems.
How to choose the right electromagnet?
To choose the right electromagnet, you should adapt the solution to the application's holding force (kgf), voltage range (e.g. 12–220V DC), protection class (IP class) and environmental conditions. With technical documentation and support from Elektrokomponenter, you can easily dimension the right model for your application.
Can electromagnets be customized to specific needs?
Absolutely. Elektrokomponenter offers electromagnets with custom mounts, signals, enclosures and voltage ranges. We also offer CAD drawings, datasheets and professional advice to ensure optimal integration into your solution.