Locks
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FES10
Features:
- 12v & 24v DC dual voltage continuously rated coil
- Simple fail safe/fail secure interchange, no loose pins
- Weather resistant
- Pre drilled for extension lips
- Superior holding strength
- 4 hour fire rated
- 12volt DC = 200mA
24vikt DC = 100mA - Mounting kit included
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FES20
Features:
- 12v & 24v DC dual voltage continuously rated coil
- Full monitored including “strike securely installed within door frame” (anti-tamper)
- Simple fail safe/fail secure interchange, no loose pins
- Pre drilled for extension lips
- Superior holding strength
- 4 hour fire rated
- 12volt DC = 200mA
24vikt DC = 100mA - Mounting kit included
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Gateman Gold Locks
Ergonomic Design
Zinc die-casting handle is ergonomically designed for the user’s convenience along with a pleasant touch. -
Gateman Silver Locks
Dual Access
You can open the door using a Floating ID key or a password at your convenience.
Keypad Cover
Keypad cover helps prevent password leakage and impede burglar’s attempt.
Durable Keypad
The keypad is made of high-strength material not easily being worn out or stained. -
Smart Locks
Proximity Card Type
It is not necessary to press a button to unlock the door. If you get your smart card close to the card reader on the front body it unlock the lock. -
VGSE Electric Bolt – ML200
Specification:
- Fail safe type
- Initial current 0.9A
- Stand-by current 0.3A
- Cover plate (210mmL x 42mmW x 0.8mmD)
- Face plate (200mmL x 34mmW x 3mmD)
- Strike: Mortise (98mmL x 24mmW x 27mmD)
- Bolt: 15.5 DIA. Stainless steel, 17mm throw
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VGSE Electro-magnetic Locks – MLS
Specification:
- Armature size (160mmL x 36mmW x 11mmD)
- Lock size (228mmL x 38mmW x 27mmD)
- Holding force 250KGS
- Unit weight (Approx.) 2KGS
- Nominal voltage 12VDC or 24VDC
- Nominal current 12V/480mmA or 24V/240mA
- Voltage tolerance±10%
- Nominal power (About 6.0W)
- Contact (REED SW.) Rating 0.5A 30VDC/AC
- Timer 0-90 Sec
Features:
- Built in voltage spike suppressor
- Narrow mounting design
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Viva Locks
Patented Encryption Technology
Semi-conductor Floating ID key has unique 281 trillion individual IDs and 42 billion Floating IDs. It opens the lock by the codes previously assigned at the last touch, and floating ID keeps changing whenever user’s touch on and off. The system verifies the existing code, generates random digit algorithm and saves the last random code when the key touch off from the lock. This Floating ID system makes key duplication unavailable any more.