5m Turtle-Friendly Water Resistant Outdoor LED Strip Light - Amber LED Tape Light - IP65 - 12V / 24V
Features
- Turtle-friendly 590nm amber light protects marine, nocturnal, and migratory species
- IP65-rated to resist dust and splashing water
- 18 LEDs/ft for consistent light output
- Durable silicone coating protects against abrasion and harsh conditions
- Cut points are located every 1.9 in. for 12V strips and 3.9 in. for 24V strips
- Lifetime warranty
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Overview
The 5m Turtle-Friendly Water Resistant Outdoor LED Strip Light is a part of our Radiant Series, designed to produce a saturated color for unique ambient light applications. The 590nm amber strip combines brilliant illumination and nighttime visibility with minimal environmental impact. It is IP65-rated with an ultra-thin silicone spray coating that protects against ingress from water and debris. The peel-and-stick 3M™ adhesive backing enables fast and easy mounting to various surfaces. The strip is 0-100% PWM dimmable with an optional controller. To learn more about turtle-friendly lighting, read our blog post found here.
Product Details:
- Class 2 Max Run: 11m (12V); 18m (24V)
- Strip Width is 8mm
- PWM Dimmable
- 3M™ adhesive backing
- 590nm Amber LEDs
- CE Certified; UL Listed
- Lifetime Warranty
- Beachfront Properties
- Boardwalks
- Parks
- Pathways
- Piers
- Walkways
Use turtle-friendly lights in beachfront and coastal locations to ensure they remain dark enough for wildlife navigation while still offering adequate lighting for people. Learn more about the importance of Turtle-Friendly lighting in our Knowledge Base blog.
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Specifications
| Ambient Operating Temperature | -20 to 60 °C (-4 to 140 °F) |
|---|---|
| Certifications/Compliance | CE, UL Listed |
| Dimmable | Yes |
| Dimmer Type | PWM |
|
Environmental Rating
Environmental Rating
Suitable for Dry Locations This marking indicates that you can use the light or component in a location not normally subject to dampness. This may include locations exposed to temporary dampness, such as a building under construction, provided that ventilation is adequate to prevent moisture accumulation. Use these fixtures in living rooms, bedrooms, offices, hallways, and similar areas. The marking may be "SUITABLE FOR DAMP LOCATIONS" or "DRY LOCATIONS ONLY."Suitable for Damp Locations Fixtures marked “SUITABLE FOR DAMP LOCATIONS” or “SUITABLE FOR WET LOCATIONS” can be installed in damp locations. A damp location is an exterior or interior location regularly or occasionally subject to moisture condensation on or around electrical equipment. It includes partially protected places such as covered patios and porches. Damp locations include any regularly muggy or humid area, such as above a kitchen sink or stove, and appropriately vented bathrooms near the tub or shower.Suitable for Wet Locations Fixtures and components marked "SUITABLE FOR WET LOCATIONS" can be installed in wet or damp locations. A wet location is anywhere water or other liquids may drip, splash, or flow on or against electrical equipment. A light marked "SUITABLE FOR WET LOCATIONS" may have additional markings that tell where and at what height it can be safely mounted. Uncovered outdoor areas like decks, gazebos, walls, and typical landscape lighting sites all fall under the heading of wet locations. |
Suitable for Damp Locations, Weatherproof |
| Finish | White |
| Input Connection Type | Pigtail |
|
IP Rating
IP Rating
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IP65 |
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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.
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120° |
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LED Beam Angle
LED Beam Angle
Beam angle is used to express the angular dimension of light emitted from its source. The narrower the beam angle the more focused the light. Comparing two lights with the same lumen output, one with a 30° beam angle and another with a 90° beam angle, the 30° will appear brighter compared to the 90°, while the 90° will illuminate a larger area. Lights with a symmetrical output may have a beam angle expressed with a single value (e.g. W 120° x H 120° will be shown as 120°). Bulbs will typically have a single value expressing the outward beam angle projected at 360° (e.g. 120° is actually 360° x 120°).
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120° |
| LED Color | Amber |
| Wavelength | 590 nm |
| LED Density | 18 LEDs/ft |
| LED Chip Type | 3528 SMD |
| Length | 16.4 ft (5 m) |
| LED Lifetime | 50000 Hours |
| Series | Radiant |
| Strip Width | 8mm (0.31in) |
| Wattage | 24 Watts |
| Wattage per Foot | 1.5 W/ft |
| Wire Gauge | 22 AWG |
| Wire Length | 19 in. |
| Part NO |
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. |
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).
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LEDs per Segment |
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. ![]() ![]() |
Minimum Cut Length | Operating Voltage | Product Dimensions |
|---|---|---|---|---|---|---|---|
| STW-B-BYEL-B3C-08B5M-12V | 2 A | 122 mA | 3 | 36.1 ft (11 m) | 50mm (1.97in) | 12 VDC | 196.85″ x 0.31″ x 0.11″ |
| STW-B-BYEL-B6C-08B5M-24V | 1 A | 61 mA | 6 | 59 ft (18 m) | 100mm (3.9in) | 24 VDC | 196.85″ x 0.31″ x 0.12″ |
Accessories & Power Supplies
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