GM Lighting RPT-UNV-5CH 5-Channel High Performance Amplifier/Repeater for Low Voltage LED Control Systems
GM Lighting RPT-UNV-5CH 5-Channel High Performance Amplifier/Repeater for Low Voltage LED Control Systems
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About this item
About this item
- Amplifies the signal from the controller to the LED lights
- Extends the range of the controller signal
- Used to create multiple zones of lighting control
Shipping & Returns
Shipping & Returns
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Description
Description
Overview
The GM Lighting RPT-UNV-5CH is a 5-channel high-performance amplifier (repeater) designed to expand the power output and extend the signal range of GM Lighting's universal RF control systems for low-voltage LED lighting. This essential component allows a single control signal to manage larger or multiple runs of LED lighting installations, such as LED tape light, while maintaining precise control across all channels.
Features
- 5-Channel Control Architecture: Handles up to five independent channels of control, supporting single-color (1 channel), tunable white/CCT (2 channels), RGB (3 channels), RGBW, or RGB + tunable white (4-5 channels) configurations
- Universal Voltage Compatibility: Operates on both DC 12V and 24V systems, automatically matching input to output voltage
- High Current Capacity: Delivers 6A per channel with 15A total maximum output across all channels
- Signal Extension: Extends control signal range from main controller to remote LED loads
- Flexible Channel Usage: Use 1 to 5 channels as needed for the application; not all channels required
- Class 2 Operation: 60W maximum on 12V power supplies, 96W maximum on 24V power supplies for each control module
- Compact Design: 4.53" × 1.89" × 1.06" (115mm × 48mm × 27mm) footprint for easy installation
Specifications
- Model Number: RPT-UNV-5CH
- Input Voltage: DC 12V / 24V
- Output Voltage: DC 12V / 24V (matches input)
- Output Current: 6A per channel
- Total Output Maximum: 15A (across all 5 channels)
- Number of Channels: 5 independent channels
- Operating Class: Class 2 (60W max @ 12V, 96W max @ 24V per control module)
- Compatible Controllers: GM Lighting CM-RF-UNV-5CH and universal RF control systems
- Certifications: FCC, CE, cULus listed
Applications
- Extending control range for large-scale LED tape light installations
- Multi-zone architectural lighting with centralized control
- Commercial and residential under-cabinet, cove, and accent lighting
- Retail display lighting requiring synchronized color and intensity control
- Hospitality and entertainment venue dynamic lighting systems
- Museum and gallery exhibition lighting with tunable white capability
- Any application requiring amplification of low-voltage LED control signals beyond the main controller's capacity
Note: Connect only +12V or +24V to the proper repeater input terminal, not both. All LED loads and input voltages must match for proper operation. Refer to installation instructions and operational settings chart for specific LED color wiring configurations.
Specifications
Specifications
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Warranty & Certifications
Frequently Asked Questions
What is the difference between Lumens and Watts?
What is the difference between Lumens and Watts?
Watts measure the amount of electrical energy a fixture consumes, while lumens measure the actual brightness (the amount of visible light produced). In the LED era, wattage is no longer a reliable indicator of brightness. When replacing old fixtures or comparing new ones, always look at the lumen output to determine how bright the light will be.
What is Color Rendering Index (CRI) and why does it matter?
What is Color Rendering Index (CRI) and why does it matter?
CRI is a scale from 0 to 100 that measures how accurately a light source reveals the true colors of objects compared to natural sunlight. A higher CRI (90+) ensures colors look vibrant and accurate, which is critical for retail displays, kitchen countertops, and bathroom vanities. A lower CRI (under 80) can make colors look washed out or dull, regardless of the color temperature.
How do I know if my light fixture is dimmable?
How do I know if my light fixture is dimmable?
For traditional incandescent fixtures, dimmability depended purely on the bulb. For modern LED lighting, dimmability depends on the internal LED driver or the specific LED bulb used. A fixture is only dimmable if its driver is explicitly rated for it. Furthermore, the fixture must be paired with a compatible dimmer switch (such as a standard TRIAC/Phase-cut dimmer or a 0-10V commercial dimmer) to prevent flickering and buzzing.
What does "Integrated LED" mean compared to a standard fixture?
What does "Integrated LED" mean compared to a standard fixture?
An integrated LED fixture has the LED diodes and driver built directly into the housing, meaning there are no traditional bulbs to screw in or replace. This allows for sleeker, lower-profile designs and better heat dissipation. However, if an integrated fixture fails after its warranty period, you typically have to replace the entire unit or the internal driver, rather than just swapping out a bulb.
What does the "L70" lifespan rating mean on LED fixtures?
What does the "L70" lifespan rating mean on LED fixtures?
Unlike traditional bulbs that simply burn out and go dark, LEDs gradually lose their brightness over time (lumen depreciation). The L70 rating indicates the number of operating hours it takes for the LED fixture to degrade to 70% of its original brightness. For example, a fixture rated for "50,000 hours L70" will still work after 50,000 hours, but it will be noticeably dimmer than when it was first installed.
