Electromagnet – 60mm | 65kg Breakaway Capacity

The Electromagnet – 60mm | 65kg Breakaway Capacity is a powerful electrically controlled holding magnet designed for industrial, engineering, automation and access-control applications requiring magnetic holding that can be switched on and off. Featuring a compact 60mm diameter body and a rated 65kg breakaway capacity, this electromagnet provides strong holding performance while allowing the magnetic field to be controlled through an electrical power supply.

Unlike permanent magnets, an electromagnet generates its magnetic field when electrical current is applied. This makes it particularly useful for applications where a component needs to be held securely and then released on demand.

The combination of a 60mm compact footprint and high breakaway capacity makes this electromagnet suitable for machinery, automated equipment, security systems, fixtures, positioning systems and custom electromagnetic assemblies.

Key Features

• Powerful 60mm electromagnet
• Rated 65kg breakaway capacity
• Electrically activated magnetic holding
• Magnetic field can be switched on and off
• Designed to attract compatible ferromagnetic steel
• Compact round design
• Suitable for automated and remotely controlled systems
• No moving mechanical gripping components required at the magnetic face
• Suitable for industrial and engineering integration
• Ideal for holding, positioning and release applications

Common Applications

• Industrial automation
• Machinery and equipment
• Access-control systems
• Door and gate holding
• Manufacturing fixtures
• Automated positioning systems
• Robotics and mechatronics
• Material handling equipment
• Engineering projects
• Custom electromagnetic systems

How Does an Electromagnet Work?

An electromagnet uses electrical current flowing through an internal coil to generate a magnetic field. When appropriately powered, the magnetic face attracts compatible ferromagnetic material such as iron or suitable steel.

This electrically controlled operation allows the magnetic holding force to be incorporated into systems requiring on-demand engagement and release.

When power is removed, the magnetic field is substantially reduced, allowing the attached component to be released. A small amount of residual magnetism may remain depending on the electromagnet and mating material.

65kg Breakaway Capacity

This 60mm electromagnet has a rated breakaway capacity of 65kg under its specified test conditions.

Breakaway capacity refers to the force required to separate the electromagnet from its mating surface under controlled conditions. It should not automatically be interpreted as a 65kg safe working load.

Real-world holding performance can be affected by:

• Steel thickness and grade
• Surface flatness
• Contact area
• Paint and protective coatings
• Air gaps
• Rust, dirt or contamination
• Operating voltage and current
• Temperature
• Sideways or shear loading
• Peeling forces

For maximum magnetic performance, the working face should make direct, flat contact with clean and sufficiently thick ferromagnetic steel.

Electrically Controlled Magnetic Holding

One of the key advantages of an electromagnet is the ability to control magnetic holding using an electrical circuit.

This makes the 60mm 65kg electromagnet suitable for applications requiring repetitive or automated operation, including:

• Hold-and-release mechanisms
• Automated fixtures
• Positioning equipment
• Door holding systems
• Machinery interlocks
• Robotic equipment
• Production-line assemblies

Electromagnets can also be integrated with suitable switches, relays, controllers, sensors or automation systems where controlled magnetic operation is required.

Technical Specifications

• Product Type: Electromagnet
• Alternative Names: Electromagnetic Holding Magnet, Electric Holding Magnet, Holding Electromagnet
• Diameter: 60mm
• Breakaway Capacity: 65kg
• Operation: Electrically activated
• Magnetic State: Controlled by electrical power
• Target Material: Compatible ferromagnetic iron and steel
• Primary Function: Magnetic holding and controlled release
• Typical Applications: Automation, machinery, access control, fixtures and engineering systems

Electromagnet vs Permanent Magnet

A permanent magnet continuously produces a magnetic field without requiring electrical power. An electromagnet, by comparison, provides controllable magnetic operation.

This makes electromagnets particularly useful where the application requires an object to be:

Held → maintained in position → released on command.

The ability to integrate magnetic holding into electrical and automated systems provides greater operational control than a conventional permanent magnet in many industrial applications.

Installation and Power Requirements

The electromagnet must be connected to the correct electrical supply specified for the individual model. Voltage, current and duty-cycle requirements should always be confirmed before installation.

Using an incorrect power supply can result in reduced magnetic performance, overheating or damage to the electromagnet.

The mounting arrangement, wiring, electrical controls and mating steel should all be suitable for the intended operating environment and application.

Please Note

The stated 65kg breakaway capacity is a test value and should not automatically be treated as a 65kg safe working load. Actual holding performance depends on the installation conditions, mating material, electrical supply and direction of applied force.

Do not use this electromagnet as certified lifting equipment, an overhead suspension device or a safety-critical load-holding system unless the complete assembly has been specifically engineered, tested and approved for that purpose.

Electromagnets may generate heat during operation. Ensure the unit is operated within its specified voltage, current, temperature and duty-cycle limits.

Strong magnetic fields may affect pacemakers, medical implants, magnetic storage media and sensitive electronic equipment.