ASF072X-T1
MSRP
- Material: Aluminum alloy
- Application: ASI7213X-T1
- Color: Silver + Black
- Weight: 1.13 kg
- Dimensions: 143 x 194 x 379 mm
- Manufacturer / Brand: DAHUA
- Guarantee: 3 years
Related products
ASF280F
- Material: Aluminum
- Application: ASF280A
- Max. glass thickness: 12.5 mm (including the pads included)
- Min. clearance between the glass and the frame: 6 mm
- Weight: 0.76 kg
- Dimensions: 250 x 85 x 70 mm - A bracket mounted on a glass door
- 250 x 52 x 49.5 mm - A bracket mounted to the glass door frame
- Manufacturer / Brand: DAHUA Guarantee: 3 years
DHI-ASF280A
· 280KG Anti-pull
· Built-in reverse current protection device(MOV)
· Aluminum shell with high strength alloy material
· Electromagnetic suction work completely, there is no
mechanical failure
· Can be set DC12V or DC24V
· The residual magnetic design proof, wear materials
· Double lock body insulation treatment
DHI-ASF280A-V1
Built of aluminum alloy and treated with surface oxidation, making it suitable for indoor scenes. > Embedded reverse current protection equipment. > Built with anti-wear materials and has an anti-residual magnetism design. > Displays the status with the LED indicator. > 5-wire that supports door detector signal feedback. > Has a long service life, allowing it to be powered on up to 40,000 times as indicated by the aging test. > Completely relies on the electromagnetic force and is free from mechanical failure. > Automatically unlocks the door when the device is powered off. > Suitable for doors made of a variety of materials such as wood, glass, metal and fireproof materials. > Compatible with all Dahua access control devices, and other mainstream access control devices.
DHI-ASF802
· Photoelectric control technology to prevent the mechanical
failure
· Ultra-low temperature design, more safe and more durable
· Ultra low power design, more durable and more environmental
protection
· 500,000 electricity aging test
· Built-in reverse current protection circuit
· A microprocessor chip control circuit
DHI-ASF808
Photoelectric control technology to prevent the mechanical failure > Ultra-low temperature design, more safe and more durable > Ultra low power design, more durable and more environmental protection > 500,000 electricity aging test > Built-in reverse current protection circuit > A microprocessor chip control circuit
