Value Collection BD998194 Automotive Fuse 10A 32VDC

Product Description

The VALUE COLLECTION BD998194 is a 10 amp, 32 volt DC automotive fuse designed for low-voltage circuit protection in vehicle electrical systems. Rated at 10 amps and 32 volts DC, it provides reliable overcurrent protection for automotive wiring circuits. The fuse is color-coded red for quick amperage identification during service. This type of fuse is a standard replacement component installed by automotive technicians, fleet service professionals, and electricians working on low-voltage DC systems. The compact form factor suits tight fuse block installations across a range of light-duty vehicle and equipment applications.

This fuse is suited for use in automotive, light truck, and off-road equipment electrical panels where 32 VDC circuit protection is required. The red color coding follows standard automotive fuse identification conventions, allowing technicians to sort and identify amperage ratings quickly at the fuse block. It is appropriate for use in both original equipment and aftermarket fuse holder applications that accept this fuse format.

Key Features

• 10 amp rating for low-current circuit protection
• 32 volt DC maximum voltage rating for automotive electrical systems
• Red color coding for fast amperage identification at the fuse block
• Compact form factor fits standard automotive fuse block holders
• Sold in a package quantity of 10 for service stock and fleet maintenance use

Compatibility

Designed as an OEM-style replacement fuse for automotive and light-duty vehicle electrical systems requiring a 10 amp, 32 VDC rated fuse in a standard mini or blade-style fuse format.

Installation Notes

Installation is performed by automotive technicians or electricians servicing low-voltage DC systems. Always disconnect the vehicle battery or de-energize the relevant circuit before replacing a fuse. Use appropriate fuse pullers to avoid contact damage to the fuse block terminals. Never substitute a fuse with a higher amperage rating than the circuit requires.