SPECTRASYNC 2230TD, 2750T Installation Manual

Download

Page 1

TECHNICAL DATA

Color Tuning Prole

SPECTRASYNC™ TUNABLE WHITE/ DIM TO WARM

2750T OR 2765T- SPECTRASYNC LINEAR TUNABLE WHITE, 2700K-5000K OR 2700K-6500K

Requires (2) 0-10V controllers, (1) for intensity and (1) for cct. Minimum 5% dimming.

2230TD - SPECTRASYNC LINEAR DIM TO WARM, 2200K-3000K

Requires (1) 0-10V control for dimming to warm CCT. Minimum 5% dimming.

Black (HOT) White (NEUTRAL) Green (GROUND)

Violet (DIMMING +) Grey (DIMMING -)

DIM TO WARM

Black (HOT) White (NEUTRAL) Green (GROUND)

Violet (DIMMING +) Grey (DIMMING -)

Violet/White (W HITE TUNE +) Grey/White (WHITE TUNE -)

TUNABLE WHITE

CONTROLLER MANUFACTURER DATA

Suggested controllers to be used with SpectraSync:

SpectraSync tunable white and dim to warm was designed to be used with sinking style dimmers (provided by others) and is compatible with:

• Hubbell Control Solutions (HCS): NX Distributed Intelligence Room Controllers (NXRC) and In-xture Controllers (NXFM)

• Lutron: DVTV, DVSTV, and NFTV dimmers

• Wattstopper: ADF120277 and CD4BL (Titan) dimmers

SpectraSync tunable white luminaires are provided with (2) 0-10v circuits. The violet and grey circuit is for wiring to any qualied 0-10v controller for dimming. The violet/white and grey/white circuit is for wiring to any qualied 0-10v controller for tunable white CCT control.

SpectraSync Dim to Warm luminaires are provided with (1) 0-10V circuit. The violet and grey circuit is for wiring to any qualied 0-10V controller for dimming to warm CCT control.

CCT Tuning Characteristics

100%

90%

80%

70%

60%

50%

40%

30%

Output (% of total driver current)

20%

10%

012345678910

Channel 1

Channel 2

Control Input (Vdc)

To enable scheduling and for use with NX wall control preset stations please refer to Hubbell Control Solutions NX SpectraSync technical sheet.

NOTES:

1. The spectrasync 0-10v CCT circuit “sources” 1ma of current on the control circuit (per driver). When row mounting SpectraSync xtures be sure the cumulative source current does not exceed the sinking current capacity of the controller.

All technical data is per published data from Hubbell Lighting unless noted. Subject to change without notice. For additional technical data and/or the most current information available, contact Hubbell Lighting tech support at [email protected].

Rev 08/31/17