KNX room temperature controller A5178TSM
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
267,16 €
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 |
KNX room temperature controller A5178TSM |
Brand |
Jung
|
Categories |
Bus System Devices (KNX/Modbus)
|
Country of origin |
DE |
Harmonized System Code |
9032 1020 00
|
Assembly arrangement |
Control element |
Bus system KNX |
Yes |
Bus system radio frequent |
No |
Bus system Powernet |
No |
With bus connection |
Yes |
Bus system LON |
No |
Bus system KNX radio |
No |
Radio frequent bidirectional |
No |
Packing details
Packing level 1 |
4011377121560 |
Packing level 2 |
4011377121560 |
Other Technical data
Mounting method |
Flush mounted (plaster) |
Surface protection |
Other |
With display |
No |
Material quality |
Other |
Material |
Plastic |
With anti-theft/dismantling protection |
Yes |
Manual set point setting |
Yes |
Parallel-service possible |
No |
Presence button |
Yes |
RAL-number (similar) |
0 |
With LED indication |
Yes |
Transparent |
Yes |
With local operation |
Yes |
Standby power consumption (solstandby) |
0.015 W |
Min. depth of built-in installation box |
0 mm |
Downloads
Description
Log Note:KNX room temperature controller A5178TSM.Regulates and monitors the ambient temperature in smart building systems, providing manual setpoint adjustments and integration into a KNX network for centralized or local operation. Flush mounted (plaster).Plastic housing.Transparent unit with anti-theft/dismantling protection integrated.Control element assembly arrangement.With LED indications for operational status confirmation, excluding display functionality.Fully compatible with KNX bus systems;no radio-frequency or alternative bus system support implied.Supports manual intervention via set-point adjustment and presence button interaction for dynamic input control during use cases requiring localized adjustment flexibility. Standby power consumption measures at 0.015 W under idle conditions confirming efficient energy utilization standards applicable to low-power demand environments within active circuitry zones or distributed digital inputs spanning remote locations across enabled systems facilitating thermal regulation enhancement areas flagged throughout initial installation phases limited depth tolerance confirmed at 0mm validating compliance indicator facilitation remarks noted globally sustainable footprints/extensions without parallel-service inclusivity restrictions limitations self assign contradictory levels outputs completions verified automation pathways lining event notifications matching non overlays conditions mismas utility trustees matchboxed termination thresholds tract-switch skip conclusions manifest phase-task driven_optimizer specs aligned probable sever-context