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Electromagnetic locks
When current is passed though the coil, the metal plate becomes magnetized and strongly attracts the armature, locking tight the Gate, door, swing gate, sliding gate or boom gate.
When current is passed though the coil, the metal plate becomes magnetized and strongly attracts the armature, locking tight the Gate, door, swing gate, sliding gate or boom gate.
685 Kgs Holding Force
Magnet Size
L-220mm x W-47mm x D-30.5mm
Holding Plate
L-185mm x W-42mm x D-12mm
Weight = 3.1 Kgs
P/N FK580
$193.11
*12V or 24V required
*Ideal for Fire and quick escapes
*Can be controls via
Proxy Card
Key Switch
Remote
Keypad
Computer Software
*weather Proof
*required consist power to lock 12V or 24V
485 Kgs Holding Force
Magnet Size
L-220mm x W-47mm x D-30.5mm
Holding Plate
L-185mm x W-42mm x D-12mm
Weight = 2.1 Kgs
P/N FK570
$167.00
*Ideal for Fire and quick escapes
*Can be controls via
Proxy Card
Key Switch
Remote
Keypad
Computer Software
*weather Proof
*required consist power to lock 12V or 24V
485 Kgs Holding Force
Magnet Size
L-220mm x W-47mm x D-30.5mm
Holding Plate
L-185mm x W-42mm x D-12mm
Weight = 2.1 Kgs
P/N FK570
$167.00
Details for the 485 Kg Waterproof Electromagnetic Lock
Input Voltage - 12DC / 24VDC
Current Draw - 12VDC 500mA / 24VDC 250mA
Holding Force - 600 LBS
Surface Magnet Dimension - 200x40x26 mm
Strike plate Dimension - 185x38x12 mm
Hold Dimension - 185 mm
Body Cover - Stainless Steel
L-Bracket material - Stainless Steel
Z - Bracket Material - Aluminum alloy
Input Voltage - 12DC / 24VDC
Current Draw - 12VDC 500mA / 24VDC 250mA
Holding Force - 600 LBS
Surface Magnet Dimension - 200x40x26 mm
Strike plate Dimension - 185x38x12 mm
Hold Dimension - 185 mm
Body Cover - Stainless Steel
L-Bracket material - Stainless Steel
Z - Bracket Material - Aluminum alloy
Protection and Features
1. Build in Surge Absorber protection
2. Top quaily coil isolation for high-voltage protection
3. 100% Waterproof stainless unit for long lasting operation
1. Build in Surge Absorber protection
2. Top quaily coil isolation for high-voltage protection
3. 100% Waterproof stainless unit for long lasting operation
Installation Steps
1. The deviations between the lock and the striker plate should be under tolerance of 5mm, otherwise the lock sensor may provide false reading.
2. Make sure if your supply voltage is 12V or 24V DC and connect the wiring accordingly, wrong connection or voltage will cause overheating and burn the Electronic magnet 's coil and will void your warranty.
3. Don't tighten the flat-head screw when installing the striker plate, the thickness of the rubber washer (between the 2 metal washers) should be squeezed from 4mm to 2mm to achieve max holding force.
4. For a in swing installation, a suitable Z-Bracket should be ordered separately to suit this type of installation
1. The deviations between the lock and the striker plate should be under tolerance of 5mm, otherwise the lock sensor may provide false reading.
2. Make sure if your supply voltage is 12V or 24V DC and connect the wiring accordingly, wrong connection or voltage will cause overheating and burn the Electronic magnet 's coil and will void your warranty.
3. Don't tighten the flat-head screw when installing the striker plate, the thickness of the rubber washer (between the 2 metal washers) should be squeezed from 4mm to 2mm to achieve max holding force.
4. For a in swing installation, a suitable Z-Bracket should be ordered separately to suit this type of installation
Trivia
500mA ÷ 1,000mA/Amp.
= 0.5 Amp. (½ Amp).
mA = miliampere
1000 mA = 1 Ampere
An ampere is a unit of electrical current.
Specifically, the ampere is a constant current which, if maintained in two straight parallel conductors of infinite length, of negligible circular cross section, and placed 1 metre apart in a vacuum, would produce between these conductors a force equal to 2×10–7 newton per metre of length.
500mA ÷ 1,000mA/Amp.
= 0.5 Amp. (½ Amp).
mA = miliampere
1000 mA = 1 Ampere
An ampere is a unit of electrical current.
Specifically, the ampere is a constant current which, if maintained in two straight parallel conductors of infinite length, of negligible circular cross section, and placed 1 metre apart in a vacuum, would produce between these conductors a force equal to 2×10–7 newton per metre of length.
Electromagnet Magnetic Locks for Gates and Doors
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+
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DC 24V
DC 12V
Yellow
Purple
Blue
Brown
Electrical Wiring