Supporting electromagnets

Electromagnetic suction cups

Supporting electromagnets

Readers – Ingersoll Rand

Fulleon Electromagnetic Door Holders

This Fulleon range of robust energise-to-hold electro-magnetic door holders are suitable across a range of applications, such as schools and hospitals, to form part of a high quality integrated fire system.

SUPPLIED_WITH : complete instructions.

Features and Benefits

• Versatile holding settings with high holding force, these wall mounted door magnets offer the user a range of holding strengths
• Simple and flexible installation
• With the Fulleon magnet, the user has the option to manually close the door if required
• Suitable for a variety of fire doors whether large or small
• Allows for door misalignment
• Supplied with an integral test/override button.

Uses and Applications

Fulleon access door magnets can be used across a range of applications in which doors are required to be held open under normal conditions, and then automatically released in the event of fire alarms and evacuation. Examples include nursing homes, hospitals, schools, and industrial premises.

A floor mounting bracket is also available for universal types of situations where walls or posts are not conveniently situated, stock number 190-5704.

Readers – Ingersoll Rand

RS PRO Electro-Holding Magnets

A range of RS PRO electro-holding magnets. An electrical current is required to turn the magnet on and power is removed to turn the magnet off. Applications may feature security doors, laboratories, or any other environment where remote door operation is needed via door magnets.

Options available:

785-8519 – 20 mm Dia. 12 V Electro Holding Magnet, 53N
785-8512 – 20 mm Dia. 24 V Electro Holding Magnet, 53N
791-7558 – 80 mm Dia. 12 V Electro Holding Magnet, 2000N
791-7567 – 80 mm Dia. 24 V Electro Holding Magnet, 2000N
121-9828 – 100 mm Dia. 12 V Electro magnet, 3600N
121-9829 – 100 mm Dia. 24 V Electro magnet, 3600N

Features include:

• 12 V dc or 24 V dc operating voltage




• Free leads, two-pole connector, Hirschman connector




• Threaded hole/s in rear face of magnet




• Bright nickel plated with machined face




• IP54 rating

Ideal for use in:

Machine tools
Door locking / holding
Feeder mechanisms
Short stroke / high force operations
Textile machinery
Automation
Office machines
Grill locking
Packaging machinery
Remote hold / release

Typical Applications

Access control door magnets can be used across various domestic and commercial applications and offer solutions where a high security level is required. In some environments doors are required to be held open under normal conditions and them automatically released in the event of fire alarms and evacuation. Door magnets ensure that doors close automatically and are securely closed. Magnetic door holders are suitable for a range of applications, such as schools, nursing homes, and hospitals, to form part of a high-quality security system.

FAQs

How to install a door magnet?
Generally, the electromagnet is attached to the door frame, whilst an armature plate is attached to the door itself. Occasionally brackets may be needed to ensure the magnet is in the correct position for contact with the plate. To achieve the optimal pull force of 100%, a contact area must be achieved using the recommended armature plates.

Where would an access control door magnet be useful?

• Professionals and individuals intending to increase the safety of their property




• Essential for where a door must close automatically in the event of an emergency, for example in nursing homes, hospitals, schools, and industrial premises




• Industrial automation and fire safety, for example locking doors in the event of fire alarms

Readers – Ingersoll Rand

RS PRO Electro-Holding Magnets

A range of RS PRO electro-holding magnets. An electrical current is required to turn the magnet on and power is removed to turn the magnet off. Applications may feature security doors, laboratories, or any other environment where remote door operation is needed via door magnets.

Options available:

785-8519 – 20 mm Dia. 12 V Electro Holding Magnet, 53N
785-8512 – 20 mm Dia. 24 V Electro Holding Magnet, 53N
791-7558 – 80 mm Dia. 12 V Electro Holding Magnet, 2000N
791-7567 – 80 mm Dia. 24 V Electro Holding Magnet, 2000N
121-9828 – 100 mm Dia. 12 V Electro magnet, 3600N
121-9829 – 100 mm Dia. 24 V Electro magnet, 3600N

Features include:

• 12 V dc or 24 V dc operating voltage




• Free leads, two-pole connector, Hirschman connector




• Threaded hole/s in rear face of magnet




• Bright nickel plated with machined face




• IP54 rating

Ideal for use in:

Machine tools
Door locking / holding
Feeder mechanisms
Short stroke / high force operations
Textile machinery
Automation
Office machines
Grill locking
Packaging machinery
Remote hold / release

Typical Applications

Access control door magnets can be used across various domestic and commercial applications and offer solutions where a high security level is required. In some environments doors are required to be held open under normal conditions and them automatically released in the event of fire alarms and evacuation. Door magnets ensure that doors close automatically and are securely closed. Magnetic door holders are suitable for a range of applications, such as schools, nursing homes, and hospitals, to form part of a high-quality security system.

FAQs

How to install a door magnet?
Generally, the electromagnet is attached to the door frame, whilst an armature plate is attached to the door itself. Occasionally brackets may be needed to ensure the magnet is in the correct position for contact with the plate. To achieve the optimal pull force of 100%, a contact area must be achieved using the recommended armature plates.

Where would an access control door magnet be useful?

• Professionals and individuals intending to increase the safety of their property




• Essential for where a door must close automatically in the event of an emergency, for example in nursing homes, hospitals, schools, and industrial premises




• Industrial automation and fire safety, for example locking doors in the event of fire alarms

Readers – Ingersoll Rand

RS PRO Single Door Magnetic Lock

With an impressive holding force of up to 1200lbs, our high quality RS PRO range presents this stainless steel strong and durable magnetic lock. Able to remotely monitor a doors lock or un-lock status with quick operation. Application includes security doors, laboratories, building entrances or any other environment where remote door operation is needed via door magnets.

Features and Benefits:

• Weatherproof (IP67)
• Easy to install and quick to operate
• Robust and sturdy
• 12 or 24 V dc operating voltage
• -10 to +55 °C (14 to 131 °F) operating temperature
• 5kg weight
• Able to handle heavy duty use
• Magnetic bond sensor monitor output remotely monitors the door lock or unlock status (N.C. Output-Door opened; N.O. Output-door closed) (SPDT rated 0.25A at 12Vdc).

Typical Applications

Access control door magnets can be used across various domestic and commercial applications and offer solutions where a high security level is required. In some environments doors are required to be held open under normal conditions and them automatically released in the event of fire alarms and evacuation. Door magnets ensure that doors close automatically, and are securely closed. Magnetic door holders are suitable for a range of applications, such as schools, nursing homes, and hospitals, to form part of a high quality security system.

FAQs

How to install a magnetic lock?
Our installation instruction manual on this page provides the specifics for installing this particular item. However, generally the electromagnet is attached to the door frame, whilst the armature plate is attached to the door itself. Occasionally brackets may be needed to ensure the magnet is in the correct position for contact with the plate.

Where would an access control door magnet be useful?

• Professionals and individuals intending to increase the safety of their property




• Essential for where a door must close automatically in the event of an emergency, for example in nursing homes, hospitals, schools, and industrial premises




• Industrial automation and fire safety, for example locking doors in the event of fire alarms

Readers – Ingersoll Rand

RS PRO Monitored Standard Magnets

With a holding force of up to 1200lbs, our high-quality range RS PRO presents this aluminium strong and durable magnetic lock. With a current draw of 500 mA at 12 V dc and 250 mA at 24 V dc. Applications may feature security doors, laboratories, or any other environment where remote door operation is needed via door magnets.

Features and Benefits:

• Operating voltage: 12 or 24 V dc




• Aluminium




• Current draw: 500 mA at 12 V dc, 250mA at 24 V dc (at temperature 20 °C)




• Status LED lights




• Operating temperature: -10°C to +55°C (14 to 131 °F)




• Humidity: 0 to 95% non-condensing




• Lock’s surface temperature: Current temperature +/-20% (when power is on)




• Holding force up to 1200lbs (545kg)




• Weight: 5kg

Typical Applications

Access control door magnets can be used across various domestic and commercial applications and offer solutions where a high security level is required. In some environments doors are required to be held open under normal conditions and them automatically released in the event of fire alarms and evacuation. Door magnets ensure that doors close automatically and are securely closed. Magnetic door holders are suitable for a range of applications, such as schools, nursing homes, and hospitals, to form part of a high-quality security system.

FAQs

How to install a door magnet?
Generally, the electromagnet is attached to the door frame, whilst an armature plate is attached to the door itself. Occasionally brackets may be needed to ensure the magnet is in the correct position for contact with the plate. To achieve the optimal pull force of 100%, a contact area must be achieved using the recommended armature plates.

Where would an access control door magnet be useful?

• Professionals and individuals intending to increase the safety of their property




• Essential for where a door must close automatically in the event of an emergency, for example in nursing homes, hospitals, schools, and industrial premises




• Industrial automation and fire safety, for example locking doors in the event of fire alarms