LED Lighting Kits

Part Number	Description / PDF	Quantity
69-36PI-KIT NTE Electronics, Inc.	LED STRIP KIT PINK 16.4FT	0
69-36PU-KIT NTE Electronics, Inc.	LED STRIP KIT PURPLE 16.4	0
69-36G-KIT NTE Electronics, Inc.	LED STRIP KIT GREEN 16.4F	1
69-36W-KIT NTE Electronics, Inc.	LED STRIP KIT WHITE 16.4F	11
69-36A-KIT NTE Electronics, Inc.	LED STRIP KIT AMBER 16.4F	2
69-36W-WR-KIT NTE Electronics, Inc.	LED STRIP KIT WHITE 16.4F	4
69-36B-WR-KIT NTE Electronics, Inc.	LED STRIP KIT BLUE 16.4FT	2
69-36R-KIT NTE Electronics, Inc.	LED STRIP KIT RED 16.4 FT	7
69-53RGB-WRKIT NTE Electronics, Inc.	LED STRIP KIT RGB 16.4 FT	0
69-36R-WR-KIT NTE Electronics, Inc.	LED STRIP KIT RED 16.4 FT	2
69-36G-WR-KIT NTE Electronics, Inc.	LED STRIP KIT GREEN 16.4F	7
69-36A-WR-KIT NTE Electronics, Inc.	LED STRIP KIT AMBER 16.4F	16
69-53RGB-KIT NTE Electronics, Inc.	LED STRIP KIT RGB 16.4 FT	2
69-56RGBWWK NTE Electronics, Inc.	LED STRIP KIT RGB+WW 16.4	2
69-56RGBWW-WRK NTE Electronics, Inc.	LED STRIP KIT RGB+WW 16.4	0
69-56RGBW-WRK NTE Electronics, Inc.	LED STRIP KIT RGB+W 16.4F	1
69-36B-KIT NTE Electronics, Inc.	LED STRIP KIT BLUE 16.4FT	2
69-56RGB-WRKIT NTE Electronics, Inc.	LED STRIP KIT RGB 16.4 FT	2
69-36WW-WR-KIT NTE Electronics, Inc.	LED STRIP KIT WARM WHITE	1
69-36PU-WR-KIT NTE Electronics, Inc.	LED STRIP KIT PURPLE 16.4	0

LED Lighting Kits

LED Lighting Kits are integrated optoelectronic systems that utilize light-emitting diodes (LEDs) for illumination and specialized lighting applications. These kits combine semiconductor technology, thermal management, and optical engineering to deliver energy-efficient and durable lighting solutions. LEDs operate through electroluminescence, where electrons recombine with holes in the semiconductor material to emit photons. Modern advancements in materials science and chip design have enabled LEDs to dominate lighting markets due to their high efficiency (up to 200 lm/W), long operational lifespan (50,000+ hours), and programmable light characteristics.

Type	Functional Features	Application Examples
General Lighting Kits	Fixed color temperature (2700K-6500K), standard dimming	Residential lighting, office environments
Smart Lighting Systems	Wireless control (Bluetooth/Zigbee), RGB color tuning	Home automation, commercial displays
Industrial Lighting Kits	High-lumen output, IP65+ waterproof rating	Factory illumination, outdoor infrastructure
Horticultural Lighting Kits	Spectral tuning (400-700nm range), programmable schedules	Vertical farming, greenhouse cultivation

A typical LED lighting kit comprises:

LED Chip Array: Gallium Nitride (GaN) on sapphire/silicon substrates
Thermal Management: Aluminum heat sinks with thermal conductivity >200 W/m K
Driver Circuitry: Constant current power supplies (100-240V AC input)
Optical Elements: PMMA/PC lenses for beam angle control (15 -120 )
Enclosure: Polycarbonate housing with UV stabilization

Parameter	Significance	Typical Range
Luminous Flux	Determines light output intensity	100-50,000 lumens
Color Rendering Index (CRI)	Color accuracy reproduction capability	70-98 Ra
Color Temperature	Perceived light warmth/coolness	2200K-10,000K
Operating Temperature	System stability and longevity factor	-40 C to +85 C
Energy Efficiency	Power consumption vs. light output ratio	80-200 lm/W

Major industries utilizing LED lighting kits include:

Residential: Smart home lighting systems
Commercial: Retail display illumination
Industrial: Warehouse high-bay lighting
Medical: Surgical operating theater lighting
Agriculture: Photoperiod control in vertical farms
Automotive: Adaptive headlight systems

Manufacturer	Representative Product	Key Features
Cree (now Wolfspeed)	XLamp XP-G3 LEDs	190 lm/W efficacy, 100,000 hour lifespan
Philips Lighting	Hue White and Color Ambiance	16M color options, Zigbee connectivity
Osram Opto	Ostar Lighting Series	High-density chip technology, automotive grade
GE Current	Albeo Series	Industrial-rated IP66 housing

Key considerations when selecting LED lighting kits:

Application-specific requirements (indoor/outdoor, dimming needs)
Thermal management capabilities in target environment
Electrical compatibility (voltage, control protocols)
Color quality requirements (CRI >90 for retail applications)
Lifespan vs. cost trade-off analysis
Regulatory compliance (Energy Star, DLC certification)

Emerging trends shaping LED lighting technology:

Micro-LED integration for ultra-high resolution displays
Li-Fi enabled luminaires for data transmission
Quantum dot technology for improved color gamut
AI-driven adaptive lighting systems
Biophilic lighting mimicking natural light cycles
Increased adoption of UV-C LEDs for disinfection applications