inBOX DIM | Universal Built-in Dimmer Actuator | 1-channel | 250W
€123,06 Excl. tax
€157,77 Excl. tax
€148,91 Incl. tax €190,91 Incl. tax. Out of stock, but available
€148,91 Incl. tax €190,91 Incl. tax. Out of stock, but available
Universal flush-mounted dimmer with 1 channel - 250 W (230 VAC) / 200 W (110 VAC). Auto load detection, configurable dimming curves, manual control, and 2 analog/digital inputs. Overload and short-circuit protection. Read more
Specifications
Brand:
Zennio
Article number:
ZDI-IBD
EAN:
8411080790781
Availability:
Out of stock, but available
Delivery time:
Will be shipped within approximately 8 working days.
Information
Zennio inBOX DIM - Universal Flush-Mounted Dimmer
General Description
- Universal flush-mounted dimmer with 1 channel - 250 W (230 VAC) / 200 W (110 VAC).
- Auto load detection (RLC) and configurable dimming curves.
- Manual control and 2 analog/digital inputs for sensors and switches.
- Protection against overload and short circuit.
Technical Specifications
- - Output channels: 1
- - Supported loads: RLC, dimmable LED, CFL
- - Power: 250 W (230 VAC), 200 W (110 VAC)
- - Input voltage: 110-230 VAC, 50/60 Hz
- - KNX Supply voltage: 29 VDC (21-31 VDC range)
- - Inputs: 2 analog/digital (for sensors, switches, temperature sensors, motion detectors)
- - Short-circuit protection: Yes
- - Overload protection: Yes
- - Operating temperature: 0 to +55°C
- - Storage temperature: -20 to +55°C
- - Protection class: II, IP20 (clean environment)
- - Dimensions: Ø 50 x 26 mm
- - Weight: 43 g
Features
- - Automatic load type detection (RLC)
- - Adjustable dimming curves for LED and CFL
- - Optional manual dimming control
- - Data storage in case of KNX bus failure
- - Integrated KNX BCU (TP1-256)
- - LED status indicators for programming and test modes
- - CE, UKCA, RCM certified
Important Notes
- Only dimmable loads are supported.
- Maximum load may vary depending on dimming type (inductive or capacitive).
- Please consult the manufacturer's technical documentation for further details on load characterization.
