The Staubli 20A In-Line Fuse Cable, model PV-K/1500ILF2-20, provides reliable overcurrent protection for your solar power system, ensuring safety and efficiency at up to 1500V DC. Featuring durable, high-quality materials, this cable is designed for optimal performance in photovoltaic applications, making it an essential component for solar installations.
Staubli – 20A In-Line Fuse Cable – PV-K/1500ILF2-20
$67.50
Stock Status Notice: Inventory levels are dynamic and based on partner warehouse availability. Stock status is subject to change at any time without prior notice. For the most up-to-date availability, please contact us directly.
The Staubli 20A In-Line Fuse Cable – PV-K/1500ILF2-20 is designed to enhance the safety and efficiency of your solar power system. This high-quality fuse cable is essential for protecting photovoltaic systems, ensuring smooth operation between the solar panels and various components such as inverters, microinverters, and grid-tie systems. It safeguards against overcurrent, helping to maintain optimal system reliability and performance, which is vital in both residential and commercial solar installations, where ensuring uninterrupted power delivery is paramount.
Key Features:
- 20A current rating suitable for diverse solar applications
- 1500VDC voltage rating for high-efficiency energy transfer
- Compliant with IEC 62852 and EN 50521 standards
- Robust IP67 protection against dust and water ingress
- Temperature range from -40°C to +85°C ensuring durability
- UV-resistant design for long-lasting outdoor exposure
- Quick and reliable fuse replacement capability
- Compatible with a wide range of PV connectors and cables
The Staubli PV-K/1500ILF2-20 20A In-Line Fuse Cable provides an essential layer of protection for your solar power setup, facilitating safe and efficient energy distribution across all connected components, from solar panels to inverters and microinverters. Whether used in grid-tie solar systems or standalone setups, this in-line fuse ensures that your photovoltaic infrastructure operates smoothly, maximizing both safety and energy output.