Why Choose the Lovato FB01D1P Fuse Holder?
The Lovato FB01D1P is a compact DIN rail mounted fuse holder designed for 10 × 38 mm cylindrical fuses in photovoltaic and DC electrical applications. It provides safe, reliable fuse installation for protecting solar PV circuits, industrial DC systems and renewable energy equipment against overloads and short circuits.
Rated at 32 A with a maximum operating voltage of 1000 V DC, the FB01D1P is a practical single-pole fuse holder for high-voltage DC installations. Its 1P configuration, compact 1 DIN module width and standard rail mounting make it suitable for space-conscious photovoltaic combiner boxes, control panels and DC distribution systems.
The FB01D1P is IEC and UL certified for photovoltaic applications, giving panel builders and electrical contractors confidence when specifying fuse protection for solar energy systems. Supplied without a status indicator, it offers a straightforward and robust solution for dependable DC fuse protection.
Key Advantages
- Genuine Lovato Electric photovoltaic fuse holder.
- Designed for 10 × 38 mm cylindrical fuses.
- 32 A rated current for DC circuit protection.
- 1000 V DC rated voltage for photovoltaic applications.
- IEC and UL certified for recognised international compliance.
- Compact 1-module DIN rail design for efficient panel layouts.
Key Features
- Lovato FB01D1P fuse holder.
- Suitable for 10 × 38 mm fuse links.
- Single-pole 1P configuration.
- 32 A IEC maximum rated current.
- 1000 V DC IEC maximum rated voltage.
- Designed for photovoltaic applications.
- Without built-in status indicator.
- Occupies only 1 DIN module.
Reliable DC Fuse Protection for Photovoltaic Systems
Photovoltaic installations require fuse holders that are suitable for DC operation and capable of handling the higher voltages found in solar power systems. A correctly specified fuse holder helps provide secure fuse retention, safe circuit protection and straightforward replacement during maintenance.
The Lovato FB01D1P is designed for 1000 V DC photovoltaic circuits, making it suitable for PV combiner boxes, solar inverter protection, DC distribution panels and renewable energy control systems where reliable overcurrent protection is required.
Typical Applications
- Photovoltaic combiner boxes.
- Solar PV string protection.
- DC distribution panels.
- Renewable energy control systems.
- Industrial DC power circuits.
- Solar inverter input protection.
