ENet push-button universal 1-gang FMA1701BFPSW
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
106,78 €
This price is valid until 31.12.25
Estimate delivery time at our warehouse (approx.):
2-4 weeks
Technical Information
Item condition |
New |
Manufacture name |
ENet push-button universal 1-gang FMA1701BFPSW |
Brand |
Jung
|
Categories |
Control devices for switches and sockets
|
Country of origin |
DE |
Harmonized System Code |
8526 9200 00
|
Colour |
Black |
Halogen free |
Yes |
Application |
Control of electrical users |
Surface protection |
Other |
With cover |
Yes |
Material quality |
Thermoplastic |
Material |
Plastic |
Number of buttons |
2 |
Suitable for application with dimmer |
Yes |
Suitable for application with venetian shutter switch |
Yes |
Suitable for application with switch |
Yes |
RAL-number (similar) |
9005 |
With LED indication |
Yes |
Transparent |
No |
Surface finishing |
Glossy |
Number of actuation points |
4 |
Packing details
Packing level 1 |
4011377152212 |
Packing level 2 |
4011377152212 |
Downloads
Description
The ENet push-button universal 1-gang FMA1701BFPSW operates as a control interface for electrical users, integrating dimmer functionality and venetian shutter compatibility within a switch system.Designed for actuation and LED indication with responsive feedback. Halogen free construction.Black thermoplastic material with glossy finish.Similar to RAL-number 9005.Includes cover protection classified as "Other". Surface resistant without specific protective enhancement beyond design standardization.Supports two buttons and four actuation points within its operational system design cluster.Non-transparent assembly optimized for enclosed use cases requiring visual LED indicators active during operation phases.Suitable tactile configurations linked explicitly to dimmer systems, switches, and venetian shutter mechanics verified compatible connections maintain electrical user controls consistently aligned across integrated functionalities via enhanced physical stability matrices between module actuators enhances controlling safety redundancy outputs requested inside categorical switch engineering necessary adaptability nodes globally interconnected leads cmds remap handling behaviors critical parts enabled fast response