TAD-DTW
FEATURES
- Multi type signal input allow ease of architectural dimming system setup
- Dim to Warm technology provides a near perfect representation of incandescent dimming and color temperature
- 4 types of input signals can be selected - DMX-512A, DALI, 1-10V and manual dim
- 4 dimming curves - Linear, Square, S-curve and Gamma
- Selectable 8bit or 16bit control mode for all input signal types
- RDM working status feedback for system monitoring
- Perfect dimming range from 0-100% by internal PDM in 19bit resolution
- Output Last hold when signal lost on DMX and DALI
- DipSW configuration can be done without power ON
- Wide range of input voltage from 12 -48V DC
- 2 & 3pin detachable terminal connections
- Short circuit protection
SPECIFICATION
INPUT POWER
Input volatge range: 12 - 48V DC
Connection: 2pin detachable terminal connector
OUTPUT
Output current selections - 350mA, 600mA, 950mA
CONTROL SIGNALSl
Dimming signal input: DMX-512A(RDM), DALI, 1-10V
Connection: 2 & 3pin detachable terminal connector
Dimming range: 0 - 100%
Fading resolution: Internal PDM 19bit (524,288 steps)
Dimming curves: Linear, Square, S-Curve, Gamma
MECHANICAL
Mounting: Wall & ceiling mounted
Construction: Steel case to IP20
Dimensions: 120mm ( L) x 72mm (W) x 23.5mm (H)
Weight: 0.25kg
ENVIRONMENTAL
Operating ambient temperature: -10°C to +40°C
Storage ambinet temperature: -20°C to +50°C
Case temperature: +55°C
PROTECTION
Over voltage, Over Temperature, Overload, Short Circuit, Over Power
TAD-DTW(Dim to Warm) is a dual color driver which give you the mood of from red to bright up in warm white color.
Using 2 ways of output to drive the DTW fixture to become old day tungsten look.
It does have the same Colordeve TAD series technology - multi type signal input, wide range of DC voltage operation, dimming curves selection and super fine dimming resolution.
Using 2 ways of output to drive the DTW fixture to become old day tungsten look.
It does have the same Colordeve TAD series technology - multi type signal input, wide range of DC voltage operation, dimming curves selection and super fine dimming resolution.
