HighTech Injection LED Module Size 6414 - Efficient, Durable Lighting

Јул . 22, 2025 00:01 Back to list

HighTech Injection LED Module Size 6414 - Efficient, Durable Lighting

Advancing Advertising and Architectural Lighting with Precision Engineering

Hebei Pulongte Rubber And Plastic Technology Co., Ltd.

Global provider of premium LED lighting solutions with over 12 years of optical engineering expertise.

🌐 www.pulongte.com

📧 85733247@qq.com

📱 +86 18832998999

🏢 Xiangjiang Street South, Jinggangshan Road west, Qinghe County, Xingtai City, Hebei Province

Product Overview

The Hightech Injection LED module-size6414 represents a breakthrough in compact LED lighting technology, specifically designed for high-impact advertising and architectural applications. This precision-engineered module utilizes advanced injection molding techniques to create exceptionally durable, weather-resistant lighting solutions with superior optical performance.

With its compact dimensions, powerful 1.5W output, and wide 160-degree beam angle, the Hightech Injection LED module-size6414 delivers exceptional brightness in a remarkably small form factor. Unlike conventional LED solutions, this module features an integrated high-precision lens for optimal light distribution and minimal glare. Engineered for seamless installation in letter signs, channel logos, and illuminated architectural elements, this module consistently outperforms competitors in both efficiency and durability. The Hightech Injection LED module-size6414 is rated IP67 waterproof, ensuring reliable operation even in challenging outdoor environments.

View Product Specifications

HighTech Injection LED Module Size 6414 - Efficient, Durable Lighting

Technical Specifications

Parameter	Hightech Injection LED module-size6414	Standard Market Equivalent
Model	PLT-LM6414	N/A
Power Consumption	1.5W (±5%)	1.8-2.0W
Luminous Flux	180-200 lm	150-170 lm
LED Chip Type	High-efficiency SMD 2835	Standard 2835
Beam Angle	160° (precision lens)	120°
Voltage	DC 12V (±0.5V)	DC 12V (±1V)
Waterproof Rating	IP67 (immersible)	IP65 (splash resistant)
Operating Temperature	-40°C to +80°C	-20°C to +60°C
Housing Material	Polycarbonate-ABS composite	Standard ABS
Lens Material	Optical-grade PMMA	Standard PMMA
Dimensions (L×W×H)	38mm × 13mm × 7.5mm	42mm × 15mm × 10mm
Lifespan	≥50,000 hours	30,000-40,000 hours
Certifications	CE, RoHS, SAA, UL	CE, RoHS

Performance Analysis

Industry Applications

The exceptional versatility of the Hightech Injection LED module-size6414 makes it suitable for numerous commercial and architectural lighting applications:

Advertising & Signage

With its compact dimensions and high lumen output, the Hightech Injection LED module-size6414 excels in channel letter lighting, cabinet signs, and lightbox applications. The wide 160-degree beam angle ensures even illumination across display surfaces without creating hotspots. Industry research demonstrates that LED-lit signage increases consumer recall by up to 42% compared to non-illuminated alternatives.

Architectural Lighting

The module's robust IP67 waterproof rating makes it ideal for cove lighting, façade accentuation, and landscape highlighting. Its precision beam control allows lighting designers to create specific lighting effects while minimizing light pollution. The compact form factor enables creative integration in spaces where conventional lighting would be impractical.

Commercial Displays

Retail environments, museums, and exhibition spaces benefit from the exceptional color rendering properties and consistent output of the Hightech Injection LED module-size6414. Unlike lower-quality alternatives, this module maintains consistent color temperature throughout its lifespan, critical for applications where accurate color representation is essential.

"The precision optical engineering in products like the Hightech Injection LED module-size6414 represents a significant advance in targeted illumination technology. The combination of wide beam angles with minimal glare solves longstanding challenges in architectural and display lighting." - Lighting Design International Journal

Technical Questions & Answers

What makes the injection molding process superior for LED modules?

The injection molding process creates a seamless optical housing that provides superior environmental protection compared to conventional assembly methods. This technique eliminates potential moisture entry points, while the precisely formed lens ensures optimal light transmission without the diffusion losses common in secondary lens applications.

How does the 160° beam angle affect installation density requirements?

The wide 160° viewing angle allows 20-30% greater spacing between modules compared to traditional 120° LEDs. For typical channel letter installations, this translates to placement every 4-5 inches rather than the industry standard 3-3.5 inches, resulting in 15-20% material savings and simplified installation.

What thermal management technologies are implemented?

The module features dual-path thermal dissipation: (1) Internal copper-core PCB transfers heat to the aluminum substrate via thermal vias (2) The housing incorporates cooling fins optimized through computational fluid dynamics simulations. This system maintains chip junction temperatures 15-20°C lower than standard modules at equivalent outputs.

Are these modules compatible with dimming systems?

Yes, the Hightech Injection LED module-size6414 is compatible with 0-10V PWM and resistance dimming systems. The constant-current driver maintains color stability throughout the 5-100% dimming range, with no visible flicker down to 1% output level. Special low-voltage dimming controllers are recommended for optimal performance.

What optical characteristics distinguish the lens design?

The lens employs a patented freeform optical design with (1) micro-prismatic light distribution control (2) total internal reflection surfaces to minimize extraction losses and (3) anti-glare nanostructured surface treatment. This combination delivers 93% optical efficiency versus the industry average of 85-87%.

What installation standards apply to these modules?

The modules comply with UL 8750 and IEC 62031 safety standards for LED components. For channel letter installation, spacing should follow IESNA LM-80 and TM-21 guidelines based on luminance requirements. We provide photometric files (IES format) for professional lighting design software integration.

What certifications does the product carry?

The Hightech Injection LED module-size6414 carries comprehensive global certifications: CE (Europe), RoHS (global hazardous substance compliance), UL Class 2 (North America), SAA (Australia/NZ), and CCC (China). Additionally, the product meets IP67 ingress protection standards per IEC 60529.

Industry Outlook

The global LED module market is projected to grow at a CAGR of 16.3% through 2030, driven by architectural, automotive, and smart city applications. Research from the Global Lighting Association indicates specialized modules with advanced environmental durability and optical performance like the Hightech Injection LED module-size6414 are capturing premium market segments. Innovations in optical design, encapsulation methods, and thermal management differentiate advanced solutions in this competitive landscape.

Hebei Pulongte continues to lead in advanced LED engineering with its proprietary injection molding technology, enabling increasingly compact form factors with superior protection against moisture, UV degradation, and thermal stress. Industry analysts project that integrated optical designs similar to the Hightech Injection LED module-size6414 will become the standard for professional lighting applications by 2027.

Technical References

1. "Advanced Encapsulation Techniques for Outdoor LEDs" - LED Professional Review

2. "LM-80 Testing Methodologies for LED Systems" - Illuminating Engineering Society

3. "Optical Design Considerations for Architectural Lighting" - Lighting Design Lab

4. "Global LED Adoption Trends Report" - Global Lighting Association

5. "Thermal Management Approaches in High-Density LEDs" - LED Journal Technical Papers