Power requirements: 230VAC-240VAC +/-10%, 50/60 Hz. This device can function with or without a neutral AC connection depending on load type. Wiring with a neutral is always the preferred wiring method (if possible). When wired without a neutral:
• Load 1 will be forced into a switch-only mode. It will not be possible to dim load 1.
• The minimum wattage requirements increase. See "minimum load" section below.
Power consumption: 600mW
Supported load types: Incandescent, halogen, electronic (solid state) low-voltage (ELV) transformer, magnetic (iron core, inductive) low-voltage (MLV) transformer(1) , phase-dimmable fluorescent, compact fluorescent, and LED.
Maximum load Incandescent (tungsten): Reverse phase 350W, Forward phase 250W.
Maximum load Halogen: Reverse phase 350W, Forward phase 250W.
Maximum load Fluorescent(3): Reverse phase 100W, Forward phase 100W.
Maximum load Compact fluorescent (CFL)(3): Reverse phase 100W, Forward phase N/A.
Maximum load LED(3): Reverse phase 100W, Forward phase 30W.
Minimum load (with neutral) All load types(1)(3): 1W

Minimum load (without neutral)Incandescent (tungsten): 7W
Minimum load (without neutral)Halogen(1): 7W
Minimum load (without neutral)Fluorescent(1)(3): 20W (see note 2 below)
Minimum load (without neutral)Compact fluorescent (CFL)(1)(3): 20W Varies (see note 2 below)
Minimum load (without neutral)LED(1)(2): 20W Varies (see note 2 below)
(1)Important! When dimming magnetic (MLV) loads, each transformer must be loaded to at least 50% of its maximum load.
(2)Incandescent and mains-voltage halogens should be dimmed using reverse phase. If forward-phase dimming is forced with either of these load types and the dimmer is wired without a neutral, load 2 must be derated to 150W.
(3)The minimum and maximum load requirements for fluorescent, CFL, and LED loads can vary greatly, depending upon the specific fixture and/or bulb being used. The quality and performance of these load types varies greatly from manufacturer to manufacturer. At higher wattages, in-rush current spikes may cause an overcurrent fault on the dimmer. At low wattages, particularly when the dimmer is wired without a neutral, the light may not be able to completely turn off, may flicker, or may cause the dimmer to power starve. Control4 strongly recommends bench testing the actual loads being used in the exact wiring configuration that will be used before performing the installation.
Operational temperature: 0˚C ~ 40˚C (32˚F ~ 104˚F) All load ratings are based on an ambient temperature of 25˚C (77˚F).
Humidity: 5% to 95% non-condensing
Storage: -20˚C ~ 70˚C (-4˚F ~ 158˚F)
Control communications: ZigBee, IEEE 802.15.4, 2.4 GHz, 15-channel spread spectrum radio
Wires per connector: One 0.5 mm2 - 2.5 mm2 OR Two 0.5 mm2 - 1.5 mm2

	CTR-SDAPD240-N
	CTR-SDAPD240-N - Data Sheet
	CTR-SDAPD240-N - Installation Guide