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These fuses can withstand the high inrush current caused by a motor starting.
Designed to handle high inrush currents and the initial current cycle unique to transformers, these fuses provide comparable performance with a smaller footprint than standard size fuses.
These fuses open circuits quickly when surges are detected.
Also known as dual-element fuses, these time-delay fuses withstand current overload for a short time so they won't open when exposed to harmless temporary surges, such as when starting a motor.
Also known as dual-element fuses, these fuses withstand current overload for a short time so they won't open when exposed to harmless temporary surges, such as when starting a motor.
Use these fast-acting fuses in applications where temporary overload current is not present, such as in lighting and heating.
Smaller than UL Class J fuses, these fast-acting fuses can be used in extra-tight spaces such as meters, uninterruptible power supplies, and variable-speed drives.
Able to withstand current overload for a short time, these fuses will not open when exposed to harmless temporary surges, such as when starting a motor.
Replace the current-carrying element rather than the entire fuse after the fuse breaks. These fuses are fast-acting.
These time-delay fuses are suitable for high-current power applications.
With a quicker response than standard fast-acting fuses, these fuses provide the best protection for sensitive electronics.
Compatible with most multimeters, including Fluke.
Developed for the solar industry, these fuses meet the needs of high-voltage DC applications.
These fuses are suitable for low-voltage automotive and other electronic applications.
Suitable for battery and alternator circuit protection, these fuses can handle higher current than standard automotive fuses.
Use these fuses with equipment made in Europe.
Also known as diazed or Type D fuses.
Also known as thermal cut-offs, these fuses prevent equipment from overheating by opening circuits to cut off power.
Also known as LGR fuses, these fuses open circuits quickly when surges are detected.
Able to withstand current overload for a short time, these fuses will not open when exposed to harmless temporary surges.
Prevent accidental contact with electrical circuits—these fuses have an enclosed design with recessed plug-in blades.
Able to withstand current overload for a short time, these fuses will not open when exposed to harmless temporary surges, such as during equipment start-up.
These fuses have a longer time delay than standard time-delay fuses. Use them in motor applications where the motor is cycled on and off frequently.
Keep a variety of blade-style automotive fuses on hand.
Includes a variety of blade-style automotive fuses and fast-acting glass-tube fuses.
Maintain a supply of fast-acting and time-delay fuses.
Use these fuse holders with blade-style automotive fuses.
Add fuse protection to a single wire.
Add an inline fuse to an existing circuit in lighting systems.
Designed for use with midget fuses, these fuse holders are compact to fit tight spaces.
Designed for low-voltage automotive and other electronic applications, these fuse holders are compatible with High Current Automotive Fuses.
Use these fuse holders in battery-operated lift trucks.
Sized to fit non-UL Class Midget Fuses, these fuse blocks are suitable for switchboard panels, small motors, and transformers.
Designed for the solar industry, these fuse blocks can handle the requirements of high-voltage DC applications.
An insulating cover prevents contact with live circuits. Use these fuse blocks with standard and maxi blade-style automotive fuses.
These fuse blocks fit ¼" glass- and ceramic-tube fuses.
Designed for use with non-UL Class midget fuses, these are more compact than fuse blocks for standard sized fuses.
Designed for use with UL Class CC Midget fuses, these fuse holders are compact to fit tight spaces.
Sized to fit non-UL Class midget fuses, these compact fuse holders fit tight spaces.
Fuse blocks have a universal hole pattern, so they can be mounted on either DIN-rail or directly onto surfaces.
Install reducers in fuse blocks to use small, low-amp fuses in blocks that are designed to hold large, high-amp fuses.
Safely remove fuses from blocks and holders.
Prevent accidental shocks with these snap-on safety covers.
Secure a fuse into a fuse block to eliminate poor connections that can cause excessive heat and blown fuses.
Same as our other low-profile lockout hasps, but with an attached label to record employee name and department.
Lockouts come in different colors for easy identification and to help meet OSHA standards. The label is permanently attached to record employee name and department.
Like two lockout hasps in one, there's a jaw at each end with different clearances for added versatility.
With a smaller overall length, these lockout hasps fit in tighter spaces than other lockout hasps yet still hold a similar number of locks.
These have a chain to attach to equipment so they won't get lost.