MDC06A50P
Fuse MDC06A - DC Distribution 600VAC 600VDC 50A Type Auxiliary Slot Mount
HP15M32RCC8
HelioProtection® Fuse 1500VDC 32A gPV 8AWG Crimp Cap HP15M - PV Series Gen2
HP15M32RCC8-B
HelioProtection® Fuse 1500VDC 32A gPV 8AWG Crimp Cap HP15M - PV Series Gen2 50-P
HP15M32RCC-B
Photovoltaic fuse gPV 1500VDC IEC 1500VDC UL Size 10x85 32A With Crimp Cap For Crimp 50 Pack
HelioProtection® HP15Pxx 1500VDC Solar Fuses 20x65mm
Mersen’s range of 1500VDC photovoltaic (PV) fuse series is designed specifically to meet higher amperage demands of today’s PV circuits. Mersen’s 20x65mm form factor is designed to handle the harsh cyclical loads and thermal conditions of our customers’ highest amperage applications. These 1500VDC rated fuses are designed for low minimum breaking capacity capabilities of 1.35 times the fuse rated current value, which allows for safe circuit interruption under typical low fault current conditions. In addition to the standard ferrule terminal, fuses are also available with Crimp Cap terminals for in-line fuse applications. The unique wire crimp terminal (CC option) permits solderless wire-to-fuse connection for overmold encapsulation of fuse and wiring. Protect your off-grid or grid tied PV system from unexpected line faults using Mersen’s HelioProtection® fuse line.
HP15P10CC
HelioProtection® Fuse 1500VDC 10A 20x65mm Crimp Cap
HP15P12CC
HelioProtection® Fuse 1500VDC 12A 20x65mm Crimp Cap
HP15P15CC
HelioProtection® Fuse 1500VDC 15A 20x65mm Crimp Cap
MDC06A50S
Fuse MDC06A - DC Distribution 600VAC 600VDC 50A Type Auxiliary Surface Screw Mount
MDC08B - DC Distribution
Mersen’s MDC battery module fuse is designed and tested for the protection of battery modules. The MDC08B series provides back-up protection to the battery module during shipping, transportation, and handling of the module.
The MDC08B Series incorporates proven fuse technologies which provides optimal current limitation while achieving maximum performance. The battery module fuse is designed to provide back-up protection while maintaining a slow melting time. It is important for a battery module fuse to have a slower melting time to ensure coordination with upstream fuses can be achieved. This allows battery module manufactures the ease of mind that the battery is protected during shipping, handling, and transportation and once installed within a system, that the traditional fast-acting upstream fuses will coordinate with the battery.