Lighting Node (LBKO10V)
Mx-OPUS-LBKO10V (low bay)
When the device is connected to 0-10V dim-to-off drivers, it enables any lighting manufacturer to deliver simple, fully connected fixtures.
Lighting Node (LBKOD)
Mx-OPUS-LBKOD (low bay)
In fixture DALI lighting controller with digital PIR and ambient light sensing for daylight harvesting applications as well as occupancy detection.
In-Fixture Lighting Node (CHML10V)
Mx-OPUS-CHML10V (high bay)
When connected to 0-10V dim-to-off drivers, enables any lighting manufacturer to deliver simple, fully connected fixtures. The small, cylindrical form factor includes a PIR / Lux sensor.
In-Fixture Lighting Node (CHMLD)
Mx-OPUS-CHMLD (high bay)
When connected to a Philips Advance Xitanium SR LED driver or any compatible DALI driver, enables any lighting. Manufacturer to deliver simple, fully connected fixtures.
In-Fixture Lighting Node (CLML10V)
Mx-OPUS-CLML10V (low bay)
When connected to 0-10V dim-to-off drivers, enables any lighting manufacturer to deliver simple, fully connected fixtures. The small, cylindrical form factor includes a PIR / Lux sensor.
In-Fixture Lighting Node (CLMLD)
Mx-OPUS-CLMLD (low bay)
When connected to a Philips Advance Xitanium SR LED driver or any compatible DALI driver, enables any lighting manufacturer to deliver simple, fully connected fixtures.
In-Fixture Lighting Node (10V12)
Mx-OPUS-10V12
The Mx-OPUS-10V12 is compatible with 0-10V, dim-to-off LED drivers. The device is powered through available low voltage from the driver or an available 12-15VDC source.
2-Channel In-Fixture Lighting Node (10V12-2)
Mx-OPUS-10V12-2
The Mx-OPUS-10V12-2 (2 channels) is compatible with 0-10V, dim-to-off LED drivers. The device is powered through available low voltage from the driver or an available 12-15VDC source.
In-Fixture Lighting Node (DR10V)
Mx-OPUS-DR10V
Compatible with 0-10V, dim-to-off LED drivers. The device is powered through available low voltage from the driver or an available 12-36 VDC, 12-24 VAC source near the fixture level.
Wired Motion / Lux Sensor (LPML)
Mx-OPUS-LPML (low bay)
Wired motion / lux sensor that works in tandem with Magnum’s OPUS-DRD, DR10V, DRDHV and DRDLV to add additional control to your fixture.
In-Fixture Lighting Node (ML10V)
Mx-OPUS-ML10V (low bay)
Connecting the device to 0-10V dim-to-off drivers, enables any lighting manufacturer to deliver simple, fully connected fixtures. The small, sleek form factor includes a PIR / Lux sensor.
In-Fixture Lighting Node (ML10VHB)
Mx-OPUS-ML10VHB (high bay)
Connecting the device to 0-10V dim-to-off drivers, enables any lighting manufacturer to deliver simple, fully connected fixtures. The small, sleek form factor includes a PIR / Lux sensor.
In-Fixture Lighting Node (MLD)
Mx-OPUS-MLD (low bay)
Connecting the device to a Philips Xitanium SR Driver or a DALI driver, enables any lighting manufacturer to deliver fully connected fixtures. The small form factor includes a PIR / Lux sensor.
In-Fixture Lighting Node (MLDHB)
Mx-OPUS-MLDHB
Connecting the device to a Philips Xitanium SR Driver or a DALI driver, enables any lighting manufacturer to deliver fully connected fixtures. The small form factor includes a PIR / Lux sensor.
In-Fixture Lighting Node (MLDE)
Mx-OPUS-MLDE (highbay)
Connecting the device to a Philips Xitanium SR Driver or a DALI driver, enables any lighting manufacturer to deliver fully connected fixtures. The small form factor includes a PIR / Lux sensor.
PWM LED Dimming Module
Mx-OPUS-PWMLV
The Magnum Energy Solution’s PWM LED Dimming Control Module, through the use of thousands of PWM dimming steps, creates what is perceived by the natural eye as a single continuous dim, even at extremely low light levels.
1 Channel Lighting Relay (USR-L3)
Mx-USR-L3
The Mx-USR-L3 offers bi-directional, ON/OFF and 0-10V dimming control when combined with a wireless light switch or automatic shut-off when combined with a wireless occ sensor.
1 Channel Lighting Relay (PWM)
Mx-USR-L3PWM
The Mx-USR-L3PWM offers bi-directional, ON/OFF and 0-10V dimming control when combined with a wireless light switch or automatic shut-off when combined with a wireless occ sensor.
