4/6/10mm² Solar PV Connector with Bimetal Pin | Slocable
- Application: Solar Energy Bimetallic Connector
- Degree of protection: IP2X/IP67
- Suitable cable cross sections: 4.0/6.0/10.0mm² AWG12/10/8
- Standard: CE/TUV
To safely connect copper and aluminum cables in solar arrays, a purpose-built solar connector featuring a bimetal pin is used. It acts as a barrier to prevent the galvanic corrosion that naturally occurs when differing metals make direct contact outdoors or in humidity.
4/6/10mm² Solar Energy Bimetallic Connector Parameter
|
4mm/6mm/10mm² Copper-Aluminium Transition Connector |
|
| Insulation material | PPE PA66 |
| Rated current | 40A |
| Rated voltage | 1500V |
| Test voltage | 8kV(50Hz,1min) |
| Contact resistance | <0.5mΩ |
| Contact material | Copper, Aluminium, rod |
| Degree of protection | IP2X/IP67 |
| Safety class | II |
| Flame class | UL94-V0 |
| Insertion force | Max.50N |
| Withdrawal force | Min.50N |
| Ambient temperature range | -40C...+85C |
| Suitable cable cross sections | 4.0/6.0/10.0mm2 AWG12/10/8 |
| Connecting system | Crimp conntction |
| Order No. | Part P/N | Cable Spec | ||
| Connector | Terminal | Conductor Size (mm) |
Cable OD (D mm) |
|
| CN40-CM02-12 | Male CN40-CMMM-H-C | Male CN40-CA-MT12 | AWG12(4.0mm2) | ∅5.5~≠8.0 |
| Female CN40-CFPM-H-C | Female CN40-CA-FT12 | |||
| CN40-CM02-10 | Male CN40-CMMM-H-C | Male CN40-CA-MT10 | AWG10(6.0mm²) | |
| Female CN40-CFPM-H-C | Female CN40-CA-FT10 | |||
| CN40-CM02-8 | Male CN40-CMMM-H-C | Male CN40-CA-MT8 | AWG8(10.0mm2) | |
| Female CN40-CFPM-H-C | Female CN40-CA-FT8 | |||
Key Features & Benefits
Bimetallic Compatibility
Utilizing a special friction welding or transition plating process, this technology perfectly solves the potential difference problem when connecting copper conductors to aluminum alloy cables, eliminating the risk of electrochemical corrosion.
IP68 Waterproof
Boasting an extremely high protection rating, this system features a built-in high-quality sealing ring, capable of withstanding harsh outdoor environments such as rain, snow, water accumulation, and high humidity, protecting the internal components of the connector from corrosion.
UV Resistance
The outer shell is primarily constructed from high-end PPO/PA materials, exhibiting excellent anti-aging capabilities and maintaining structural strength even under extreme temperatures.
Low Contact Resistance
Optimized internal structure design ensures exceptional overcurrent capacity, effectively reducing power loss and improving the overall power generation efficiency of the photovoltaic system.
Self-inspection of crimping quality (3 steps)
Pull
Pull the cable with moderate force to ensure the cable and connector are secure.
Look
Check for exposed aluminum wire at the end of the terminal and ensure the waterproof cap is tightened properly.
Listen
When inserting the connector, confirm a crisp, locking sound from the spring.
