-57%
Electromagnetic door opener - DAHUA - ASF702 - Maximum load allowed 500Kg - For wooden, metal and PVC doors etc. - Made of stainless steel - 100,000 uses guaranteed - Design with automatic adjustment of the mounting bolt distance.
FIND INSTALLER
https://www.setik.biz/en/bracket-and-cases/8852-dahua-asf702-electromagnetic-door-opener-maximum-load-500kg.html
€65.58
€152.50 -57%
taxes included
PRODUCT NOT AVAILABLE, DISCOUNT NOW 3%
LO HAI TROVATO A MENO?
Scrivici dove e ti sconteremo la differenza fino a fine mese!
STAINLESS STEEL ELECTROMAGNETIC DOOR OPENER - MAXIMUM LOAD 500KG - DAHUA - ASF702
Electromagnetic door opener - DAHUA - ASF702
Special design for automatic mounting bolt distance adjustment - Made of stainless steel - Maximum load up to 500Kg - Power supply: DC12V - Ideal for use with wooden, metal and PVC doors - Warranty up to 100,000 uses.
Product details
- Electromagnetic door opener - DAHUA - ASF702
- Suitable for wooden, metal and PVC doors etc..
- Maximum load allowed: up to 500Kg
- Integrates special design, which allows self-adjustment of mounting bolt distance
- Power supply: 12VDC
- Current: 320mA
- Made of stainless steel with high precision machining
- Item net weight: 0.4Kg
- Dimensions: 165*32*35mm
- Wide working temperature: -30°C~+60°C
- Relative humidity up to 95%
Data sheet
| ASF702 | |
Technical Specs | |
Electronic | |
Working voltage | DC12V |
Working current | 320mA |
State Output | yes |
General | |
Applications | Wooden door, metal door, PVC door, etc |
Material | Stainless steel precision casting |
Anti-pull | 500kg |
Dimensions | 165*32*35mm |
Weight | 0.4kg |
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