DC-PLC lighting system: Lighting Unit LU116

$ 60.00 
Cart
0
No photos found

Node for connecting, controlling and powering end devices. It has five PWM outputs used together (e.g. for RGBCCT luminaire) or separately (e.g. for five white light luminaires).

Characteristics

Bus voltage: 48V DC
Maximum input power: 120W

Output

Voltage for all channels: 24V with PWM (dimming for each channel is possible)
PWM frequency: 1250Hz
Maximum long-term power for each channel:

  • one channel use = 100W
  • two channels simultaneously use = 50W
  • three channels simultaneously use = 40W
  • four channels simultaneously use = 30W
  • five channels simultaneously use = 24W

Each output can function as a mechanical switch equivalent for external AC relays. For example, to control traditional AC luminaires.

Input

Input channel: 3 (dry-contact)
The device can work with mechanical switches, buttons and sensors with different algorithms (control any selected lights in the network):

  • Momentary: Push-for "ON" or Push-for "OFF"
  • Toggle Switch: A flip switch with one state for "ON" and one state for "OFF"
  • Edge Switch: Changes state on every hit
  • Activation Switch (for motion sensor): Any input turns "ON" and resets Auto OFF timer

Wireless interfaces

No

General

Operating temperature: 40 to 115 °F
Storage temperature: -15 to 150 °F
Relative humidity: 0 to 95% non-condensing

Device power consumption: < 1 W

UL Listed option: No

Posts with this product

Methods of Implementing DC PLC Protocols
Methods of Implementing DC PLC Protocols

DC PLC protocols monitor solar panels and control motors. G3-PLC, PLC-Lite, and IEEE 2847-2021 are key protocols. Specialized chipsets are cost-effective, except for IEEE 2847-2021, which uses software.

Continue reading >
Communication protocols for PLC on DC lines
Communication protocols for PLC on DC lines

PLC transmits data over power lines, using high frequencies for dual power and data transmission. Applications include smart meters, street lighting, and home automation, with speeds up to a few Mbps over 6 miles.

Continue reading >
Using PLC on DC power lines
Using PLC on DC power lines

Modern energy systems use DC, especially in solar power. NEC mandates reducing solar array voltage to 30 volts in emergencies. Power Line Communication (PLC) enables safe, efficient control and data transmission, outperforming wireless and PoE in reliability and cost.

Continue reading >
PLC: data transfer over power lines
PLC: data transfer over power lines

Power Line Communication (PLC) uses high frequencies to transfer data over power lines, allowing simultaneous power and data transmission. Initially used for dispatcher communication, PLC gained traction in the 1990s for internet access but couldn't compete with faster options. Today, it's used in smart meters, street lighting, and home automation. Despite challenges like interference and signal barriers, PLC remains a niche but essential technology.

Continue reading >