High Power 3W Red LED

Name: High Power 3W Red LED
Brand: RHYTHM SEMICONDUCTORS
Price: 13.5 INR
Availability: InStock

Price 13.5 INR/ Piece

Get a Price/Quote

MOQ : 200 Pieces

High Power 3W Red LED Specification

Power Supply
3 W

Product Type
High Power LED

Color
Red

Current Rating
750 mA

Luminous Flux
60-80 lm

Viewing Angle
120 approx.

RoHS Compliant
Yes

Shape
Round

Mount Type
Surface/Star PCB

Material
Silicon

Chip Quantity
1 pc

Forward Voltage
2.0-2.4V

Lens Type
Clear Dome

Light Output
High Intensity

High Power 3W Red LED Trade Information

Minimum Order Quantity
200 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About High Power 3W Red LED

Experience transcendent illumination with our Best-seller High Power 3W Red LED, engineered for excellence and crafted from superior silicon. This elite, first-rate round LED delivers high-intensity luminous flux (60-80 lm) at a remarkable 120 viewing angle. The clear dome lens ensures uniform brightness, making it perfect for demanding applications. RoHS compliant and surface/star PCB mountable, it runs on a 3 W power supply and features a robust chip. This ephemeral yet powerful lighting solution is in high demand-get it now from India's trusted manufacturer and supplier.

Ideal Applications for High Power 3W Red LED

High Power 3W Red LED is exceptionally suited for plant growth lighting systems, horticulture, and greenhouse illumination. Its high-intensity output makes it value-driven for scientific research, indicator-based signaling, and stage lighting. Frequently used in vertical farming setups and controlled environments, this LED ensures optimum photosynthesis and healthier foliage. Its versatility extends to architectural lighting and decorative elements in commercial spaces, making it indispensable in multiple application areas.

Prompt Delivery and Convenient Terms

Our High Power 3W Red LED is ready to be dispatched promptly upon order confirmation. Transportation is managed efficiently to ensure minimal waiting periods, generally ranging from 2 to 7 days, depending on location. The main domestic market areas include major cities and industrial hubs across India. We offer flexible payment terms at list price, catering to both bulk and single-unit buyers. Transparent processes guarantee a seamless purchasing experience from start to finish.

FAQ's of High Power 3W Red LED:

Q: How is the High Power 3W Red LED commonly used in plant applications?

A: The High Power 3W Red LED is commonly utilized for plant grow lights due to its optimal wavelength and high intensity, promoting better photosynthesis and overall plant health in controlled environments.

Q: What benefits does the clear dome lens provide?

A: The clear dome lens delivers uniform and focused light output, enhancing brightness and ensuring the emitted light efficiently covers the targeted area for both industrial and horticultural purposes.

Q: Where can I install the High Power 3W Red LED?

A: This LED can be easily installed in various setups, including surface and star PCB mounts, making it a versatile choice for research labs, greenhouses, architectural accent lighting, and indoor gardens.

Q: When will my High Power 3W Red LED order be dispatched?

A: Orders are typically dispatched within 2 to 7 days after confirmation, depending on your location and stock availability, ensuring prompt delivery through reliable transportation channels.

Q: What is the process for purchasing this LED from the supplier in India?

A: Simply confirm your order with the supplier, choose a convenient payment term at list price, and the product will be dispatched to your specified address, with continuous support throughout the transaction.

Q: How can the luminous flux rating benefit industrial projects?

A: With a luminous flux of 60-80 lm, this LED provides high-intensity illumination suitable for indicator lighting, signage, and specialized plant growth needs, making it a first-rate solution for professional applications.