Product Details

LED Side Bend Neon Light WINT is durable and flexible with 30mm minimum bending diameter. Super flexible bend with dome profile provides brilliant outlines front and side directions. It is good for damp location. Using 24VDC power input, the power connection and installation of this WINT neon light is as same as regular LED strip light.

Note:
All IP67-rated products for wet locations only, cannot be used in water or in places where water might accumulate.

When the product exceeds 16.4FT, voltage drop may occur. Using 32.8FT dual-end power supply can effectively prevent voltage drop, ensuring uniform brightness and better performance.

Customized Service is available, click here to get more information.

Specifications

Input Voltage × What is the input voltage of a low voltage LED strip light? GL LED low voltage strip lights are available in 12V or 24V DC. They require a compatible LED driver to convert standard 120V AC into safe low-voltage DC power. Using the wrong driver can lead to flickering, overheating, or permanent damage. Always match the power supply voltage to the LED strip’s rating. Proper voltage ensures consistent brightness, color accuracy, and a long lifespan. GL LED provides expert guidance and high-quality drivers for safe, efficient, and professional installations. Trust GL LED for reliable low voltage LED strip lighting solutions.	24VDC	Power Consumption × What Is Low Voltage LED Strip Light Power Consumption (W/ft)? Power use is measured in watts per foot (W/ft) and depends on brightness, LED density, and color setup. To calculate total power: Watts = W/ft × total length (ft) When choosing a power supply, always add a safety margin: • Indoor: ×125% • Outdoor: ×150–200% This ensures stable, efficient performance and protects the driver from overload.	4.4 W/ft
Dimmable × Are LED strip lights dimmable? Yes, LED strip lights are dimmable. LEDs are naturally dimmable light sources. With a compatible power supply and dimmer, both single-color and color-changing strips can achieve smooth brightness control. GL LED offers a wide range of dimmable options, supporting PWM, Triac (forward phase), 0-10V, and ELV (reverse phase) dimming methods.Dimmable LED strips help save energy, extend lifespan, and create customizable lighting effects. GL LED helps customers select the right dimming system to ensure stable performance and meet specific lighting goals.	RGB color changing controller	Dimensions	9/32 x 19/32 in
Lead Wire × What wire gauge (AWG) is used for low voltage LED strips? Wire gauge affects current capacity—lower numbers mean thicker wires. Choosing the right AWG prevents voltage drop, overheating, and fire risk, especially in long runs. At GL LED, most 12V/24V strips use 20 AWG, ideal for up to 10 ft and 5–11A loads. For longer runs or higher loads, 18 or 16 AWG is recommended to ensure brightness and safety. Read More >>>	20 AWG, 23.6 in (4 wires)	No Voltage Drop × What Is Voltage Drop in Low Voltage LED Strip Lights? Voltage drop happens when current loses strength due to resistance in wires or LED strips. It causes reduced brightness, color shifts, or flickering—especially at the far end. Always check the product specs. If the LED strip exceeds the max run length, connect another power feed to prevent uneven brightness.	16.4 ft Max
Color × What is color temperature? Color temperature, measured in Kelvin (K), defines how warm or cool a light appears. Lower K values (like 2700K) create warm, yellowish tones; higher K values (like 4000K) produce cooler, bluish-white light. GL LED strip lights offer precise color consistency with 1-step MacAdam binning across all product lines. We follow ANSI C78.377-2017 and IES TM-30-18 standards to ensure excellent color accuracy and lighting quality. Whether you need cozy lighting for homes or bright, neutral tones for offices and retail, GL LED provides a full range of color temperatures to suit every space and design need. Read More >>>	RGB	LED chip	4040
Brightness	35.8 lm/ft	Operating Ambient Temperature	-20°F~45°F
Length	16.4 ft	LED Lifetime	50,000 hrs
Color Rendering Index (CRI) × What is CRI(Color Rendering Index)? CRI (Color Rendering Index) measures how accurately a light source reveals true colors (scale 0–100). A CRI of 80+ is good for general lighting, while 90+ delivers high color fidelity, ideal for retail, medical, and photography. All GL LED strip lights feature CRI 90+ for vivid color, and the Legend series reaches CRI 97+ for exceptional color accuracy. Perfect for high-end lighting applications.	N/A	IP Rating × LED Strip Light IP Rating Guide IP Rating = IP + Dustproof digit(0-6) + Waterproof digit(0-9) Examples(IP20 vs IP65 vs IP67 vs IP68): IP20-Not waterproof-Dry indoor areas IP65-Water resistant-Kitchen, bathroom, damp place(Complete dust-tightness and against low-pressure water jets) IP67-Temporary submersion-Outdoor(short-term water exposure) IP68-Continuous underwater-Pools, underwater lighting Pro Tip: Ensure waterproof connectors and buy from reputable brands to avoid fake ratings!	IP67 (Wet location)

 

Documents

LED Side Bend Neon Light WINT Specification
LED Side Bend Neon Light RGB IES File
LED Sidebend Neon Light RGB Installation Manual

View Accessories

Power Supply Calculator – Designed just for You

Enter your LED strip light length and wattage per foot, get the power supply you need in seconds.

Power Calculator

LED Light Length (ft):

LED Light Power Consumption (W/ft): Choose LED power consumption 1W/ft 1.5W/ft 2W/ft 2.5W/ft 3W/ft 3.5W/ft 4W/ft 4.5W/ft 5W/ft 5.5W/ft 6W/ft 6.5W/ft 7W/ft

Installation Environment: Choose using environment Indoor (125%) Regular-Outdoor (150%) Harsh-Outdoor (200%)

Calculate

The power supply you need is

Based on the result, round up and select the nearest higher power supply to ensure sufficient capacity.

Go To Dimmable Power Supply Page >>>

Go To Non-dimmable Power Supply Page >>>

 

How to Choose the Right LED Controller for Your LED Lighting Project?  Find Out >>

 Go To Dimmers & Controllers Page >>>

Low Voltage Neon Light Q & A

Low Voltage Neon Flex – Top Bend vs. Side Bend

Key Characteristics Comparison
Top Bend	Side Bend
Bends along the light-emitting surface axis(front/back)	Bends perpendicular to the light surface(left/right)
Cannot bend sideways.	Cannot bend frontally.
Ideal for front-facing linear designs(e.g., signage outlines, cove lighting)	Easy Handles all kinds of curves design.

Application:
Top Bend: Retail signage, architectural accents.
Side Bend: Artistic installations, curved structures.

Note: Both types support single color and RGB color mixing.

Dimming, Non-Dimming & RGB — the right configuration matters.
Discover how to pick LED strips, power supplies, and dimmers the right way.
READ MORE >>>

View Accessories