Description
High-Voltage MC4 Solar Connectors for Advanced PV Systems
Deligo DSMC4-15 MC4 Connectors 30A 1.5kV
The Deligo DSMC4-15 MC4 Connectors 30A 1.5kV are premium inline male and female solar connectors engineered for high-voltage PV systems. Rated at 30A and 1500V DC, they are ideal for modern large-scale and commercial solar installations requiring enhanced voltage capacity.
Designed for durability and long-term outdoor performance, these rugged MC4 connectors provide secure, weatherproof connections in demanding environments. The snap-in locking system ensures a firm, vibration-resistant fit, while high-quality contact materials support efficient and reliable energy transfer.
Built for fast and straightforward installation, DSMC4-15 connectors help streamline PV system wiring while maintaining safety and performance standards.
Key Features – Deligo DSMC4-15 MC4 Connectors 30A 1.5kV
- MC4 type inline male and female connectors
- Rated voltage: 1500V DC (1.5kV)
- Rated current: 30A
- Designed for high-voltage solar PV systems
- Weatherproof construction for outdoor use
- Secure snap-in locking mechanism
- Suitable for fast, reliable installation
Technical Overview – Deligo DSMC4-15 MC4 Connectors 30A 1.5kV
- Rated voltage: 1500V DC
- Rated current: 30A
- Connector type: MC4 inline male & female
- Application: Solar PV systems
- Installation: Snap-in locking system
- Use: Residential, commercial, and high-voltage PV installations
Why Choose This Product?
Choose the Deligo DSMC4-15 for high-voltage solar applications requiring 1.5kV capability. With rugged construction and secure locking, it ensures dependable performance in demanding PV environments.
About Deligo
Deligo supplies dependable electrical components and solar accessories for professional installers. Their renewable energy products are engineered for safety, durability, and long-term system reliability.
Guarantee & Compliance
Designed for professional solar PV installations, these connectors are manufactured to meet industry standards for high-voltage renewable energy systems.
