Solid State Lighting Connectors

Solid State Lighting Connectors - Accessories

Part Number	Description / PDF	Quantity
115298 Adels-Contact	CABLE CLIPS FOR 900EQ SERIES	0
192305 Adels-Contact	STRAIN RELIEF UPPER 5POS	350
166963 Adels-Contact	CONNECTION LINK 3 POLL BLK	0
192205 Adels-Contact	STRAIN RELIEF LOWER 5POS	350
196420 Adels-Contact	STRAIN RELIEF CLAMP UNIVERSAL	490
149552 Adels-Contact	CONN FASTENING CLIP 2POS	200
196423 Adels-Contact	STRAIN RELIEF CLAMP FOR LK980	475
192203 Adels-Contact	STRAIN RELIEF LOWER 3POS	400
149555 Adels-Contact	CONN FASTENING CLIP 4POS	100
729043 Adels-Contact	CAP PROTECTIVE FOR SOCKET	197
149553 Adels-Contact	CONN FASTENING CLIP 3POS	200
192303 Adels-Contact	STRAIN RELIEF UPPER 3POS	400
729042 Adels-Contact	CAP PROTECTIVE FOR PLUG	197
166953 Adels-Contact	CONNECTION LINK 3 POLL WHT	0

Solid State Lighting Connectors - Accessories

1. Overview

Solid State Lighting (SSL) Connectors - Accessories are specialized electrical components designed to establish reliable interconnections in LED lighting systems. These connectors enable power transmission, signal control, and mechanical stability in SSL applications. With the rapid adoption of LED technology for its energy efficiency and longevity, high-performance connectors have become critical in ensuring system reliability, thermal management, and design flexibility across diverse industries.

2. Main Types & Functional Classification

Type	Functional Features	Application Examples
Wire-to-Board Connectors	Direct PCB mounting, low-profile design, high-density contacts	LED driver modules, smart lighting control boards
Wire-to-Wire Connectors	Modular cable assembly, quick-disconnect functionality	Linear LED strip installations, retrofit lighting systems
Busbar Connectors	High-current capacity, parallel circuit configurations	Industrial high-bay lighting, architectural accent lighting
IP67+ Waterproof Connectors	Sealed against dust/water ingress, UV-resistant materials	Outdoor street lighting, underwater pool lighting
Adapter Interfaces	Multi-standard compatibility (e.g., DALI/0-10V), tool-less installation	Luminaire control gateways, IoT-enabled lighting nodes

3. Structure & Technical Composition

Typical SSL connectors consist of: - Contact terminals (phosphor bronze or beryllium copper with Au/Ni plating) - Insulation housing (high-temperature resistant LCP/PBT thermoplastics) - Mechanical locking mechanisms (VDE-certified latches) - Shielding elements (EMI-suppressing conductive coatings) - Environmental seals (silicone rubber gaskets for IP66+ ratings) Advanced designs incorporate self-aligning features and thermal vias for heat dissipation in high-power LED arrays.

4. Key Technical Specifications

Parameter	Typical Range	Importance
Current Rating	0.5-15A	Determines power delivery capacity
Voltage Range	12-480V AC/DC	Defines system compatibility
Contact Resistance	10m	Impacts energy efficiency
Insulation Resistance	100M	Ensures electrical safety
Mating Cycles	500-10,000 cycles	Dictates service lifetime
Operating Temp.	-40 C to +125 C	Guarantees thermal stability

5. Application Fields

Architectural Lighting: Smart building facades, recessed downlights
Automotive Lighting: Adaptive driving beam systems, interior ambient lighting
Industrial Lighting: Hazardous area illumination, machine vision systems
Consumer Electronics: Adjustable color temperature lamps, horticultural grow lights
Outdoor Lighting: Solar-powered street lights, tunnel illumination systems

6. Leading Manufacturers & Products

Manufacturer	Representative Product	Key Features
TE Connectivity	MicroSpeed SSL Connectors	0.8mm contact pitch, 10Gbps data transmission
Molex	SL Series High-Power Connectors	20A per contact, quick-lock mechanism
Phoenix Contact	QUICKON Connectors	Vibration-resistant, tool-free assembly
Amphenol	LED Lighting Adapters	Multi-vendor protocol compatibility
Delphi	IP68 Waterproof Series	Submersible design, 10-year durability

7. Selection Recommendations

Key considerations include: 1. Matching current/voltage ratings with system requirements 2. Environmental protection level (IP rating) for installation conditions 3. Mechanical mating force requirements for maintenance access 4. Compatibility with control protocols (e.g., Zigbee, Bluetooth Mesh) 5. Compliance with safety standards (UL, CE, RoHS) 6. Cost-performance balance for volume production

8. Industry Trends

Emerging trends include: - Integration with smart lighting control systems (IoT-enabled connectors) - Miniaturization for high-density COB LED modules - Development of self-healing insulation materials - Adoption of hybrid power/data transmission designs - Standardization of universal connector platforms across manufacturers The market is projected to grow at 9.2% CAGR through 2030, driven by smart city initiatives and energy conservation mandates.