Value Collection BD8699 Inline Fuse Holder 32V 60A

Product Description

The VALUE COLLECTION BD8699 is an inline fuse holder rated for 32 volts AC and 60 amps, designed to protect circuits in low-voltage electrical applications. It uses a wire lead termination style, allowing direct integration into wiring runs without a panel-mount bracket. This type of fuse holder is commonly installed by electricians and equipment technicians where overcurrent protection is needed at a specific point along a wire harness or branch circuit. The inline mounting style keeps the holder accessible for fast fuse replacement during service calls.

This fuse holder is suited for use in low-voltage DC and AC control circuits, automotive-style wiring, equipment panels, and light commercial or residential electrical systems where a 32-volt AC rating meets the application requirements. The wire lead termination makes it adaptable to a range of wiring configurations without requiring a dedicated mounting surface or chassis cutout. Electricians and equipment service technicians are the primary installers for this type of component.

Key Features

• Inline mount style allows placement anywhere along a wiring run
• Rated at 32 volts AC for low-voltage circuit protection
• 60-amp capacity handles moderate to high current loads in compatible circuits
• Wire lead termination supports direct splicing into existing wire harnesses
• Sold individually, one unit per package

Compatibility

Designed as an OEM-style inline fuse holder for low-voltage electrical circuits requiring wire lead termination and a 32-volt AC, 60-amp rating.

Installation Notes

Installation should be performed by a qualified electrician or trained service technician. De-energize the circuit completely before installing or servicing the fuse holder. Secure wire lead connections using appropriately rated connectors and protect the holder from moisture or mechanical abrasion where the installation environment requires it. Reference applicable NEC guidelines for overcurrent protection and conductor sizing.