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KNX room temperature controller (exten.) A5178TSEM image 1
KNX room temperature controller (exten.) A5178TSEM image 2
KNX room temperature controller (exten.) A5178TSEM thumbnail 1
KNX room temperature controller (exten.) A5178TSEM thumbnail 2

KNX room temperature controller (exten.) A5178TSEM

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
Price by request
This price is valid while stock lasts
EAN: 4011377121591
MPN: A5178TSEM
Package: 1
Box: 10
Estimate delivery time at our warehouse (approx.): By request

Technical Information

Item condition New
Manufacture name KNX room temperature controller (exten.) A5178TSEM
Brand Jung
Categories Bus System Devices (KNX/Modbus)
Country of origin DE
Harmonized System Code 9032 1020 00
With display No
With bus connection Yes
Manual set point setting Yes
Status-LED Yes
Number of actuation points 4

Packing details

Packing level 1 4011377121591
Packing level 2 4011377121591

Other Technical data

Mounting method Flush mounted (plaster)
With time switch clock No
Bus system KNX Yes
Bus system radio frequent No
Bus system Powernet No
Material Plastic
Width in number of modular spacings 0
Bus system LON No
With integrated DCF77 receiver No
With anti-theft/dismantling protection No
IR sensor No
Presence button No
RAL-number (similar) 0
Central functional unit for senders/actuators No
Transparent No
Bus system KNX radio No
Min. depth of built-in installation box 0 mm

Description

Regulates room temperature within KNX systems, used for smart building automation.Interfaces with bus connection and manual set point adjustments.;Flush mounted (plaster).Plastic construction.Number of actuation points:4.Bus system KNX enabled.Equipped with status-LED functionality for monitoring operations.Allows manual set point settings.Min depth of built-in installation box:0 mm.Transparent surface absent, non-radio enabled configuration;no KNX radio or frequency-based operation setup retains simplicity yet functional efficiency in closed-loop control systems without external interference redundancies