inBOX DIM
Zennio ZDI-IBD, KNX Universal Dimmer, 1 channel, 250W, RLC, LED, CFL
| Manufacturer: | Zennio |
|---|---|
| Product no.: | 030300ZDIIBD |
| GTIN/EAN: | 8411080790781 |
Available
5+ products in stock
Produktinformationen
Description
The KNX universal dimmer for recessed mounting ZDI-IBD has 1 channel of 250W each for RLC, LED and CFL loads. The KNX dimmer automatically detects the load type (RLC). Integrated logic functions and 2 analog-digital inputs.
Show more
Show less
Variants Properties
Technical data
| Height: | 26 mm |
|---|---|
| Weight: | 0.043 kg |
| Actuator Type: | Dimming Actuator |
| Connection Type: | screwed |
| Country of Origin: | Spain |
| Diameter: | 50 mm |
| External power supply: | 230VAC |
| Height: | 26 mm |
| Input type: | analog/digital |
| KNX Secure: | No |
| Max. ambient temperature: | 40 °C |
| Min. ambient temperature: | 0 °C |
| Mounting options: | Mounting in flush-mounted distribution boxes and junction boxes |
| Number of inputs: | 2 |
| Number of outputs: | 1 |
| Operation humidity: | 5 to 95% RH (without condensation) |
| Output Current: | 1.08 A |
| Output Power: | 250 W |
| Output type: | digital |
| Portection rating: | IP20 |
| Power consumption (W): | 0.2378 W |
| Recommended cable section: | 4 mm² |
| Résponse devant une récupération de perte d'alimentation KNX: | Data backup |
| Voltage (typical): | 29 V |
| Voltage Range (Max.): | 31 V |
| Voltage Range (Min.): | 21 V |
Show more
Show less
Downloads
Accessories
Complementary products
More information
Universal dimmer (RLC, LED, CFL) for flush mounting with one channel for up to 250W @230VAC (200W @110-125VAC). Auto load type detection (RLC). Configurable dimming curves for LED and CFL. It allows manual control of its outputs thanks to the push buttons on the cover. It includes 10 independent logical functions. In addition, it incorporates 2 analog-digital inputs that may be configured as binary inputs for sensors and potential-free push buttons, as temperature probe inputs or as motion sensor inputs. Error detection: short circuit, voltage surge, overheating, anomalous frequency and supply voltage failure.
Show more
Show less