Zennio ZDI-DBDX2, KNX Universal Dimmer, 2 channels, 600W, RLC, LED

Product Name: DIMinBOX DX2

Manufacturer: Zennio

Manufacturer-Nr.: ZDI-DBDX2

Reference: 030300ZDIDBDX2

GTIN: 8411080790767

Condition: New

Universal KNX Dimming actuator (RLC, LED, CFL) for DIN rail (4.5u): 2 channels for up to 310W or 1 channel for up to 600W @ 230VAC (2 channels for up to 200W or 1 channel for up to 400W @ 110-125VAC). Auto load type detection (RLC). Configurable dimming curves for LED and CFL.

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Data sheet

Length	97.00 Millimeter
Mounting options	DIN-Rail mounting
External power supply	230VAC
Horizontal pitch (HP)	4.5000
Width	97.00 Millimeter
Portection rating	IP20
Height	95.00 Millimeter
Voltage (typical)	29.00 Volt
Input type	analog/digital
Min. ambient temperature	0.00 Celsius
Voltage Range (Min.)	21.00 Volt
Number of inputs	2.0000
Max. ambient temperature	55.00 Celsius
Voltage Range (Max.)	31.00 Volt
Résponse devant une récupération de perte d'alimentation KNX	Data backup
Output type	analog
Number of outputs	2.0000
Power consumption (W)	0.32 Watt
Output Current	10.00 Ampere
Output Power	600.00 Watt
Actuator Type	Dimming Actuator
Operation humidity	5 to 95% RH (without condensation)
Recommended cable section	4.00 Square_millimeter
Connection Type	screwed
KNX Secure	No

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Data sheet (DE)
DIMinBOX DX2

Data sheet (EN)
DIMinBOX DX2

Data sheet (FR)
DIMinBOX DX2

Manual (EN)
DIMinBOX DX2

Manual (FR)
DIMinBOX DX2

DIMinBOX DX2. Universal DIMMING actuator (RLC, LED, CFL) for DIN rail (4.5u): 2 channels for up to 310W or 1 channel for up to 600W @ 230VAC (2 channels for up to 200W or 1 channel for up to 400W @ 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, supply voltage failure, parameterization error.