Rigid RGB LED Light Bar with High Power 3-Chip SMD LEDs - Narrow Rigid Light Bar
Part Number:
RLBN-RGB30SMD
Manufacturer Part Number:
$14.99
ea.
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Overview
Rigid linear RGB LED light bars are an extremely versatile solution for a variety of lighting needs, such as cabinet lighting, under-cabinet lighting, cove lighting, task lighting, bookshelf lighting, showcase lighting, cupboard lighting, or other indoor applications where space is limited. This dimmable 1-7/8' light bar uses 5050 SMD RGB LEDs to emit colorful illumination. Use a compatible RGB controller for color selection and color-changing modes. The bar has a separate RGB power input and a common anode female socket. Easily join up to 10 fixtures with compatible interconnect cables (sold separately). Wire must run back to the power source every 10 meters to avoid voltage drop. The non-weatherproof light fixtures have 12 VDC operation and can be cut into 3-LED segments.
Documents
RLBN-RGB30SMD Specification Sheet Applications:
- Accent Lighting
- Backlighting
- Cove Lighting
- Display Cases
- Off Grid Lighting
- Trade Shows
- Under-Cabinets
Super Bright LEDs, Inc. offers a 5-year warranty to protect against manufacturer defects and malfunctions. If you experience failure of an LED or other component not caused by negligence, abuse, unauthorized repair or disassembly, we will replace the product within the warranty period. In the case the exact product is no longer available, a gift card for the value of the original purchase price will be provided. Super Bright LEDs administers all warranty claims in-house. Read More
Underwriters Laboratories (UL) LLC is an independent testing agency that works to verify product safety and quality. A UL-Listed label means that product samples have been tested by UL and that the product meets their Standards for Safety requirements.
Products that have an International Solid-State Lighting Alliance (ISA) label are approved as quality, energy-efficient LED lights that help to create a sustainable society.
Specifications
| Certifications/Compliance | ISA Approved, UL Listed |
|---|---|
|
Current Draw
Current Draw
Current draw is calculated using the following formula: W/V = A, where W = the amount of power your light needs (wattage), V is the electrical system voltage (e.g., 120V AC), and A = amps. An ampere or amp (A) is the standard unit for electrical current. A milliamp (mA) equals one-thousandth of an amp, or 1000 mA is equivalent to 1 A.
Choosing LED fixtures with the correct amperage ensures safe and proper operation, preventing damage or injury. We recommend having all electrical components and fixtures installed by a certified professional electrician or lighting technician in compliance with all relevant standards and regulations. |
400 mA |
|
Current Draw per Foot
Current Draw per Foot
Current Draw Per Foot is used to size power supplies, normally converted to watts per foot. This is equated using total wattage divided by number of linear feet. Current draw per foot is the amount of current consumed by an LED or LEDs in an electrical circuit per linear foot at a specific voltage, measured in milliamps (mA) or watts (W).
|
247mA |
| Dimmable | Yes |
|
Environmental Rating
Environmental Rating
|
Non-weatherproof, Suitable for Dry Locations |
| Input Connection Type | RLBN |
|
IP Rating
IP Rating
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IP20 |
|
LED Beam Angle
LED Beam Angle
Beam angle is used to express the width of the light emitting from the source. The narrower the beam angle the more focused the light energy is. Comparing two 40 watt lights one with a beam angle of 30(a) and another with a beam angle of 90(b), They both produce the same amount of light output but (a) will appear brighter in the beam angle compared to (b) at the sacrifice of light spread.
|
180° |
| LED Color | RGB |
| LEDs per Segment | 3 |
| LED Lifetime | 40000 Hours |
| Lumens Per Foot | 244 lm/ft |
|
Max Run (Class 2)
Max Run (Class 2)
The Max Run of an LED strip is dependent on two things, voltage and density. 24 volt strips in most instances will give you a longer run than a 12 volt strip. However the LED density of the strip will have an effect on the maximum run. If your install needs to extend beyond a strips Max Run additional power feeds can be run back to your power supply. 
|
10 |
|
Operating Voltage
Operating Voltage
LED Strip Light Voltages – What You Need to KnowChoosing the correct voltage for your LED tape lights ensures optimal performance, safety, and ease of installation. Here’s a quick guide to help you decide: 
12 Volt ACCommon in landscape lighting setups, 12 VAC strips work with standard low-voltage AC transformers and are best suited for fixed outdoor applications such as landscape, hardscape, and deck lighting projects. 
12 Volt DCThese strip lights are a go-to choice for smaller projects and mobile applications like RVs, boats, and vehicles. They are easy to work with, highly flexible, and perfect for short runs up to ~16 ft. 
24 Volt DCIdeal for residential and commercial projects, 24 VDC strips are becoming the new industry standard. They offer longer run lengths (up to ~32 ft) with reduced voltage drop and increased efficiency. 
36 Volt DCOffering extended runs with consistent brightness and reduced power loss across longer distances, 36 VDC strips are well suited for medium to large-scale installations. 
48 Volt DCThese strips deliver optimal performance and the longest runs (40+ ft) of DC strip lights. Their ultra-low current draw minimizes heat and allows for thinner, more efficient wiring. 
120 Volt ACThese high-voltage strips offer a plug-and-play strip lighting solution compatible with standard household wall outlets. They operate free from external drivers, simplifying project design and installation. They offer the longest max run (50–150+ ft) without a noticeable voltage drop. They are best suited for large areas, architectural lighting, and outdoor use. |
12 VDC |
| Strip Width | 8mm (0.31in) |
| Wattage | 5 Watts |
| Wattage per Foot | 3.0 W/ft |
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