Electromagnetic lock for glass doors

Electromagnetic lock for glass doors
-57%

Electromagnetic latch - Ideal for glass doors - DAHUA - ASF808 - Push resistance up to 1000Kg - User adjustable door lock delay - Photoelectric technology to prevent mechanical failures - Resistance to very low temperatures: -30°C~+60°C - Control circuit with micro-processor chip.



Reference: ASF808

Brand: Dahua

FIND INSTALLER

€106.49

€247.66 -57%
taxes included
Tax included
 Available in 5 days
 starting

LO HAI TROVATO A MENO?

Scrivici dove e ti sconteremo la differenza fino a fine mese!

meno


ELECTROMAGNETIC LOCK - FOR GLASS DOORS - DAHUA - ASF808

Made by Dahua
Electromagnetic lock - DAHUA - ASF808
Ideal for glass doors - Push resistance up to 1.000Kg - Resistant to low temperatures: -30°C~+60°C - 12VDC power supply - Photoelectric technology for the prevention of mechanical malfunctions - Dimensions: 148*43*39mm / 148 *43*25mm.

Product details

  • Electromagnetic lock - DAHUA - ASF808
  • Ideal for use with glass doors
  • Resistant to thrusts up to 1.000Kg
  • User adjustable door lock delay: 0/3/6/9s
  • Photoelectric technology to prevent mechanical malfunctions
  • Power supply: 12VDC
  • Dimensions: 148*43*39mm & 148*43*25mm
  • Product net weight:
  • Durability: 1,000,000 uses
  • Wide operating temperature supported and ultra-low temperature resistance: -30°C~+60°C
  • Microprocessor for circuit control
  • Low consumption
CAJ20_SETIK

Data sheet

ASF808

Technical Specs

Electronic

Working voltage

DC12V

Working current

80mA

Lock hold interval

0/3/6/9s

General

Applications

Glass door

life

>1000,000 times

Anti-pull

1000kg

Dimensions

148*43*39mm & 148*43*25mm

Working Environment

Working temperatures

-30°C~+60°C

Working humidity

≤95%

Further details

Downloads

Download the English brochure
All our products are in conformity with the in force CE normative (read here). To ask for a copy of the certification fill out this form

Questions (0)

No customer questions for the moment.


Your Question has been successfully sent our team. Thanks for question!
Ask a question
hide form
Captcha