0 ~ 10v Dimming High Frequency Motion Sensor Highbay Range 120 ~ 277v Input

                0 ~ 10v Dimming , Presence Motion Detector , Highbay Range , 120 ~ 277v Input , Daylight Monitoring Function

120~277V AC input, specially designed for highbay fixtures(warehouse lamp / canopy / shoebox / gas station lamp / stadium lamp, etc), built-in use, Reinforced detection range up to 12~15m high, with daylight monitoring function.

Features--

Input voltage: 120〜277V AC, 50/60Hz.

Rated load:    400W@120VAC (capacitive)

   800W @ 200〜277VAC (capacitive)

Stand-by power: <1w.

Dual-processor technology, real Daylight monitoring function for built-in application.

Zero-cross point operation, protect the sensor relay against the in-rush current, secure the max. load and life time of the relay.

Detection range up to 18m in diameter.

Mounting height: 10~12m.

Operation temperature: -20℃~ +70℃

IP rating: IP20.

Settings--

Detection range

Hold-time

Hold-time means the time period to keep the lamp on 100% after motion detected.

*when hold-time set as 3s, sensor enters into test mode, this test mode is mainly for users to choose the desired detection range. In this mode, the daylight sensor is disabled, when there is no motion, fixture keeps off, when there is motion detected, fixture keeps a cycle of 3s on and 2s off.

Daylight sensor

Daylight sensor means the daylight threshold to enable or disable the sensor function.

"Disable": The sensor works always, even during daylight.

"50lux": The sensor works only in twilight.

"10lux_, 2lux": The sensor works only in the dark.

Stand-by period

This is the time period that the lamp remains at a low light level before it is completely switched off in the long absence of people.

“+∞”: means bi-level dimming control, the fixture never switch off.

Stand-by dimming level

This is the dimmed low light level you would like to have after the hold-time in the absence of people.

*0% means on/off control.

10%--Vdim=1.5Vdc 30%--Vdim=3.0Vdc 50%--Vdim=5.0Vdc

Wiring diagram--

Detection pattern--