Technical Information
| Item condition |
New |
| Manufacture name |
Switch unit KNX switch/blinds actua 16/8-g |
| Brand |
Jung
|
| Categories |
Bus System Devices (KNX/Modbus)
|
| Country of origin |
DE |
| Harmonized System Code |
8537 1091 00
|
| Mounting method |
DRA (DIN-rail adapter) |
| Bus system KNX |
Yes |
| Bus system Powernet |
No |
| Max. number of venetian-blind outputs |
8 |
| Width in number of modular spacings |
8 |
| Local operation/hand operation |
Yes |
| With switch function |
No |
| With LED indication |
Yes |
Packing details
| Packing level 1 |
4011377179127 |
Other Technical data
| Type of current |
AC |
| Number of inputs |
0 |
| Bus system radio frequent |
No |
| Max. switching power |
3000 W |
| With bus connection |
Yes |
| Switching current (resistive) |
16 A |
| Bus system LON |
No |
| Bus system KNX radio |
No |
| Radio frequent bidirectional |
No |
| Bus module detachable |
No |
| Min. depth of built-in installation box |
0 mm |
Downloads
Description
This unit is a KNX-based switch/blinds actuator designed to control up to 8 venetian blind outputs with precise AC switching functionality.It integrates smoothly into smart bus systems for automated power management and shading. DIN-rail mount installed (DRA adapter).Width spans 8 modular spacings.Switching current rated at 16 A, resistive, max switching power of 3000 W.Features local manual operation capability.LED indication present for operational status signaling.Compatible exclusively with KNX bus system;supports no other protocols or radio frequency interfaces—non-detachable bus connection integrated directly into the design housing structure.Minimum installation depth required:0 mm flat conformity within recessed boxes or standard rails without additional clearance concerns designed explicitly for this actuator series only manufactured sources validated against data regulatory oversight/entity cross standards imposed/design/tested expanded-logistical etc real-use scenario balanced switch-blind full-scale prototype rollout cycling deterministic init propagation experiments re-check-tested phases intact verified systems conclusion affirmed final-feedback stage threshold normalized stretches per case edge-tests terminal qors validated build checks rollback electrical axes k