Uses SMD5050 bright red LEDs with 635–640nm wavelength.
Designed with 30 LEDs/m density for flexible red LED lighting applications.
Operates on DC 12V with a 120° beam angle.
Provides up to <6W/m maximum wattage for efficient low-voltage operation.
Cuttable every 3 LEDs / 4" for flexible installation and project customization.
Comes in a 5 meter (16.4 ft) roll.
Features a 10mm wide flexible white PCB.
Available in Non-waterproof and IP65 waterproof options.
Dimmable with compatible LED dimmers.
Features self-adhesive backing for easy installation.
Emits bright red light, suitable for indicator lighting, signage, display lighting, and ambient illumination.
Order & Logistics
Lead Time: Ships within 1–3 business days, occasionally 3–6 business days.
Packing: Cardboard box.
Shipping: Ships from local warehouse in 3–7 days if available, or from headquarters warehouse in 9–18 days by standard shipping or 5–9 days by express shipping.
Technical Specification
Specification
30 LEDs/m Model
Wavelength
635–640nm
Color
Red
Strip Model
SDM5050-150
LED Type
SMD5050 Tri-Chip
LED Quantity
30 LEDs/m
Voltage
12V DC
Wattage (Max.)
<6W/m
Beam Angle
120°
Cuttable Section
3 LEDs / 4"
Strip Length
5 m (16.4 ft)
Strip WxH
10 × 2 mm
PCB Color
White
Protection Grade
Non-waterproof, IP65
Dimmable
Yes, requires compatible dimmer
Type of LED & Different Waterproof IP Grade
Non-waterproof: Bare strip with self-adhesive backing, suitable for indoor and dry use.
IP65 Waterproof: Surface covered with gel and self-adhesive backing, protects from sprayed water from all directions.
Installation Tips
Always disconnect power supply before cutting or connecting LED light strips.
Do not crimp strip tape, bend strips width-wise, or bend length-wise to a radius less than 15mm.
Do not connect LED light strips directly to 120V AC power.
Apply power to test LED light strips before mounting.
How to Power / Control the Strip
Choose transformer wattage based on how many LED strips need to be powered.
Select a transformer with higher wattage than the total rated strip power to avoid full-load operation.
Using a higher wattage transformer does not harm the strips and is safer for long-term reliability.
The strip can be powered directly by a transformer and controlled by a wall switch.
The strip can also be controlled by a compatible dimmer for ON/OFF and brightness adjustment.
For multiple strip runs, use compatible amplifiers and transformers without exceeding the rated maximum load of the dimmer or amplifier.
