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Showing Results For: Magnetic Door Locks

Magnetic Door Locks

Magnetic door locks, also called electromagnetic locks or maglocks, are a type of secure locking mechanism with an integrated electromagnet and armature plate. These magnetic locks are widely used to secure doors and prevent unauthorised entry into access control systems. Magnetic locks are among the most secure and reliable locks that are hardly hacked, making them the preferred choice for various settings. A magnetic door lock produces magnetic force using an electric current, so it resists opening without a specialised access approach. Additionally, maglocks offer robust security for industrial, commercial, and domestic properties, safeguarding crucial assets.

Prominent Benefits and Advantages of Magnetic Door Locks

Magnetic door locks offer several advantages, such as:

  • Strength and Security: Magnetic door locks are difficult to force open, and the combination magnetic bond between the armature and electromagnet creates a powerful holding force, providing high security and strength. 
  • User-Friendly and Durable: Maglocks are incredibly durable, resist jamming, and are ergonomic with no copies.
  • Quick and Easy Installation: Magnetic door locks are generally quick and easier to install and do not require intricate modifications to the door itself. Maglocks can be retrofitted onto existing entries.
  • Fail-Safe Operation: Magnetic locks feature a fail-safe design that releases during emergencies and power failures, allowing free egress. This is done using a backup power source or other safety system integration.
  • Integration with Access Control Systems: Magnetic door locks allow integration into access control systems and are activated by various means, such as keycards, keypads, biometric readers, or remote access systems.
  • Compatibility and Reduce Maintenance: Magnetic door locks are compatible with various door types and gates and require minimal maintenance.

Working Principle of Magnetic Door Locks

Magnetic door locks work based on electromagnetic force. A magnetic door lock comprises two main components, an electromagnet (the lock) and an armature (the striker plate). The armature is attached to doors while the magnet keeps the door closed by generating a magnetic field by the power supply. These two components strengthen bonds by attracting each other and keeping the door locked. The door can be unlocked for access permissions by interrupting the power supply or using a card reader or keypad.

Typical Environments of Magnetic Door Locks

Magnetic door locks are indispensable in environments where controlled access is required. Some typical settings where you may find magnetic door locks include:

  • Healthcare Facilities
  • Data Centers
  • Industrial Facilities
  • Security Buildings
  • Fire Safety
  • Entertainment Venues
  • Government Facilities
  • Commercial Buildings
  • Educational Institutions
  • Airports and Transportation Hubs

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Rohs Verified
1320-240, Eaton
95 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 57.00
Eaton
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1320-24, Eaton
50 In Stock
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1 +
£ 50.87
Eaton Fulleon
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1320-24, Eaton Fulleon
49 In Stock
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1 +
£ 50.87
Eaton Fulleon
Rohs Verified
1320-240, Eaton Fulleon
36 In Stock
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1 +
£ 57.00
Mecalectro
Rohs Verified
5 80 01, Mecalectro
51 In Stock
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£ 43.27
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£ 41.54
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£ 40.68
Mecalectro
Rohs Verified
5 82 01, Mecalectro
999997 In Stock
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£ 62.12
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£ 59.63
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£ 58.39
Mecalectro
5.86.01, Mecalectro
18 In Stock
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£ 346.91
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£ 333.03
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£ 326.09
Mecalectro
7.80.05, Mecalectro
2 In Stock
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£ 60.50
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£ 58.08
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£ 56.87
Mecalectro
P71844, Mecalectro
12 In Stock
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£ 129.75
5 +
£ 124.56
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£ 121.97
Mecalectro
58015 24V, Mecalectro
1 In Stock
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£ 41.42
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£ 39.81
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£ 38.93
Mecalectro
51105 24V, Mecalectro
2 In Stock
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£ 42.73
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£ 41.02
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£ 40.17
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5.85.01, Mecalectro
100 In Stock
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£ 217.69
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£ 208.98
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£ 204.63
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P51244, Mecalectro
81 In Stock
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£ 100.36
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£ 96.35
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£ 94.34
Mecalectro
5.81.01, Mecalectro
3 In Stock
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£ 57.76
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£ 55.45
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£ 54.30
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71105 24V, Mecalectro
1 In Stock
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£ 57.28
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£ 54.98
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£ 53.84
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5.83.01, Mecalectro
2 In Stock
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£ 72.85
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£ 69.93
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£ 68.47
Mecalectro
P71244, Mecalectro
47 In Stock
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£ 125.18
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£ 120.18
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£ 117.67
Mecalectro
5.84.01, Mecalectro
63 In Stock
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£ 131.20
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£ 125.96
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£ 123.33
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New Items
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5.83.01, Mecalectro

5.83.01, Mecalectro

Supporting electromagnets These devices are designed for supporting or gripping ferromagnetic parts. The maximum retaining force is obtained by contact with flat mild steel parts, with a surface area equal to or greater than the attraction surface, and with a sufficient thickness (equal to at least 1/8 th of the diameter ofthe electromagnet). Any gap, no matter how small, will noticeably reduce this maximum force. Supply voltage: 24 Vdc Protection index: IP 40 Thermal class: B (130 °C) Stock switching max. VF dimensions (mm) weight no. (W) (daN) a b c d (g) 236-9294 5 27 30 20 M6 10 100 236-9301 7.5 44 39 32 M6 10 300 236-9317 8.5 79 48 27 M6 10 350 236-9323 10 145 63 30 M8 15 700 236-9339 14.5 200 75 35 M10 15 1200 236-9351 20 294 90 40 M12 20 2200 236-9367 29.5 550 110 50 M12 20 3500
New items
71105 24V, Mecalectro

71105 24V, Mecalectro

Electromagnetic suction cups Low power consumption components designed to hold a device in a specific position and to free this device using a simple electrical signal. Operation: - holding: the metal object is held in place on contact with the electromagnet, which is fitted on a fixed element. - release: the metal object is freed from the electromagnet contact when the power supply is cut on ''no voltage'' models, and on power up for ''current emission'' models. Applications: industrial automation and fire safety (locking fire doors, opening smoke extraction dampers, closing ventilation flaps or dampers, etc.) Documentation, curves and footprint dimensions available on request. Connection: - low power consumption:  24 AWG (5.11.05 and 7.11.05), 22 AWG (other) - standard:  terminal block Wire length:  200 mm Stock Min. removal Nom. P dim. (mm) weight bolt no. effort (at 20 °C) Ø x h (g) on plate low consumption 171-9632 0.2 daN 1.5 W 17 x 24 35 Ø M3 171-9648 0.2 daN 2.5 W 22 x 24 50 Ø M3 171-9654 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9676 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9682 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 171-9698 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 Standard 171-9705 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9711 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9733 3 daN 3 W / 5 VA 42 x 54 400 Ø M6 171-9755 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9761 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9777 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 171-9783 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 Stock Removal force control no. housing mode retaining voltage low consumption 171-9632 1 Voltage cutout 3.5 daN 24 Vdc 171-9648 2 Current emission 3.5 daN 24 Vdc 171-9654 3 Voltage cutout 12 daN 24 Vdc 171-9676 3 Voltage cutout 12 daN 240 Vac 171-9682 3 Cur...
New items
1320-24, Eaton Fulleon

1320-24, Eaton Fulleon

Fulleon Electromagnetic Door Holders Features and Benefits Uses and Applications 190-5704
New items
1320-240, Eaton

1320-240, Eaton

Fulleon Electromagnetic Door Holders Features and Benefits Uses and Applications 190-5704
New items
5.86.01, Mecalectro

5.86.01, Mecalectro

Supporting electromagnets These devices are designed for supporting or gripping ferromagnetic parts. The maximum retaining force is obtained by contact with flat mild steel parts, with a surface area equal to or greater than the attraction surface, and with a sufficient thickness (equal to at least 1/8 th of the diameter ofthe electromagnet). Any gap, no matter how small, will noticeably reduce this maximum force. Supply voltage: 24 Vdc Protection index: IP 40 Thermal class: B (130 °C) Stock switching max. VF dimensions (mm) weight no. (W) (daN) a b c d (g) 236-9294 5 27 30 20 M6 10 100 236-9301 7.5 44 39 32 M6 10 300 236-9317 8.5 79 48 27 M6 10 350 236-9323 10 145 63 30 M8 15 700 236-9339 14.5 200 75 35 M10 15 1200 236-9351 20 294 90 40 M12 20 2200 236-9367 29.5 550 110 50 M12 20 3500
New items
1320-240, Eaton Fulleon

1320-240, Eaton Fulleon

Fulleon Electromagnetic Door Holders Features and Benefits Uses and Applications 190-5704
New items
1320-24, Eaton

1320-24, Eaton

Fulleon Electromagnetic Door Holders Features and Benefits Uses and Applications 190-5704
New items
5.81.01, Mecalectro

5.81.01, Mecalectro

Supporting electromagnets These devices are designed for supporting or gripping ferromagnetic parts. The maximum retaining force is obtained by contact with flat mild steel parts, with a surface area equal to or greater than the attraction surface, and with a sufficient thickness (equal to at least 1/8 th of the diameter ofthe electromagnet). Any gap, no matter how small, will noticeably reduce this maximum force. Supply voltage: 24 Vdc Protection index: IP 40 Thermal class: B (130 °C) Stock switching max. VF dimensions (mm) weight no. (W) (daN) a b c d (g) 236-9294 5 27 30 20 M6 10 100 236-9301 7.5 44 39 32 M6 10 300 236-9317 8.5 79 48 27 M6 10 350 236-9323 10 145 63 30 M8 15 700 236-9339 14.5 200 75 35 M10 15 1200 236-9351 20 294 90 40 M12 20 2200 236-9367 29.5 550 110 50 M12 20 3500
New items
7.80.05, Mecalectro

7.80.05, Mecalectro

Electromagnetic suction cups Low power consumption components designed to hold a device in a specific position and to free this device using a simple electrical signal. Operation: - holding: the metal object is held in place on contact with the electromagnet, which is fitted on a fixed element. - release: the metal object is freed from the electromagnet contact when the power supply is cut on ''no voltage'' models, and on power up for ''current emission'' models. Applications: industrial automation and fire safety (locking fire doors, opening smoke extraction dampers, closing ventilation flaps or dampers, etc.) Documentation, curves and footprint dimensions available on request. Connection: - low power consumption:  24 AWG (5.11.05 and 7.11.05), 22 AWG (other) - standard:  terminal block Wire length:  200 mm Stock Min. removal Nom. P dim. (mm) weight bolt no. effort (at 20 °C) Ø x h (g) on plate low consumption 171-9632 0.2 daN 1.5 W 17 x 24 35 Ø M3 171-9648 0.2 daN 2.5 W 22 x 24 50 Ø M3 171-9654 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9676 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9682 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 171-9698 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 Standard 171-9705 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9711 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9733 3 daN 3 W / 5 VA 42 x 54 400 Ø M6 171-9755 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9761 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9777 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 171-9783 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 Stock Removal force control no. housing mode retaining voltage low consumption 171-9632 1 Voltage cutout 3.5 daN 24 Vdc 171-9648 2 Current emission 3.5 daN 24 Vdc 171-9654 3 Voltage cutout 12 daN 24 Vdc 171-9676 3 Voltage cutout 12 daN 240 Vac 171-9682 3 Current emission 12 daN 24 Vdc 171-9...
New items
P71844, Mecalectro

P71844, Mecalectro

Electromagnetic suction cups Low power consumption components designed to hold a device in a specific position and to free this device using a simple electrical signal. Operation: - holding: the metal object is held in place on contact with the electromagnet, which is fitted on a fixed element. - release: the metal object is freed from the electromagnet contact when the power supply is cut on ''no voltage'' models, and on power up for ''current emission'' models. Applications: industrial automation and fire safety (locking fire doors, opening smoke extraction dampers, closing ventilation flaps or dampers, etc.) Documentation, curves and footprint dimensions available on request. Connection: - low power consumption:  24 AWG (5.11.05 and 7.11.05), 22 AWG (other) - standard:  terminal block Wire length:  200 mm Stock Min. removal Nom. P dim. (mm) weight bolt no. effort (at 20 °C) Ø x h (g) on plate low consumption 171-9632 0.2 daN 1.5 W 17 x 24 35 Ø M3 171-9648 0.2 daN 2.5 W 22 x 24 50 Ø M3 171-9654 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9676 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9682 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 171-9698 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 Standard 171-9705 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9711 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9733 3 daN 3 W / 5 VA 42 x 54 400 Ø M6 171-9755 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9761 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9777 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 171-9783 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 Stock Removal force control no. housing mode retaining voltage low consumption 171-9632 1 Voltage cutout 3.5 daN 24 Vdc 171-9648 2 Current emission 3.5 daN 24 Vdc 171-9654 3 Voltage cutout 12 daN 24 Vdc 171-9676 3 Voltage cutout 12 daN 240 Vac 171-9682 3 Current emission 12 daN 24 Vdc 171-9...
New items
58015 24V, Mecalectro

58015 24V, Mecalectro

Electromagnetic suction cups Low power consumption components designed to hold a device in a specific position and to free this device using a simple electrical signal. Operation: - holding: the metal object is held in place on contact with the electromagnet, which is fitted on a fixed element. - release: the metal object is freed from the electromagnet contact when the power supply is cut on ''no voltage'' models, and on power up for ''current emission'' models. Applications: industrial automation and fire safety (locking fire doors, opening smoke extraction dampers, closing ventilation flaps or dampers, etc.) Documentation, curves and footprint dimensions available on request. Connection: - low power consumption:  24 AWG (5.11.05 and 7.11.05), 22 AWG (other) - standard:  terminal block Wire length:  200 mm Stock Min. removal Nom. P dim. (mm) weight bolt no. effort (at 20 °C) Ø x h (g) on plate low consumption 171-9632 0.2 daN 1.5 W 17 x 24 35 Ø M3 171-9648 0.2 daN 2.5 W 22 x 24 50 Ø M3 171-9654 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9676 1.5 daN 1.6 W / 4 VA 30 x 35 150 hrs Ø M4 171-9682 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 171-9698 1.5 daN 3.5 W / 5.5 VA 30 x 35 150 hrs Ø M4 Standard 171-9705 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9711 3 daN 1 W / 2 VA 42 x 37 280 Ø M6 171-9733 3 daN 3 W / 5 VA 42 x 54 400 Ø M6 171-9755 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9761 7.5 daN 1.6 W / 4 VA 48 x 33 300 Ø M6 171-9777 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 171-9783 7.5 daN 4.5 W / 7 VA 48 x 47 550 Ø M6 Stock Removal force control no. housing mode retaining voltage low consumption 171-9632 1 Voltage cutout 3.5 daN 24 Vdc 171-9648 2 Current emission 3.5 daN 24 Vdc 171-9654 3 Voltage cutout 12 daN 24 Vdc 171-9676 3 Voltage cutout 12 daN 240 Vac 171-9682 3 Current emission 12 daN 24 Vdc 171-9...
FAQs
We offer free shipping for orders over £200 if delivery is in the UK. All other orders in the UK, shipping from £7.99 depending on the weight and measurement. Mainland Europe shipping charges start from £25. For all other countries shipping charges start from £50 for products like Magnetic Door Locks and all others.
You can email us directly at sales@enrgtech.co.uk or via our website for any queries regarding Magnetic Door Locks or any other product.
This depends on the Magnetic Door Locks individual product and information that can be found on our website.
Yes, we offer special discounts on orders above £200 for Magnetic Door Locks and all other products.
UK orders normally take between 2/3 working days. International orders normally take between 3/5 working days for all products including Magnetic Door Locks.
Yes. We keep updating our stock frequently and if a product like Magnetic Door Locks is not in stock then we will let you know.