LPJ-20SP, Eaton 20A T Cartridge Fuse, 21 x 57mm, Предохранитель

Dual-Element, Time Delay Fuses, Class J - 600Volt

Class J fuse
True Dual element fuses with minimum 10 second time delay at 500% overload
Dual element construction reduces power loss and gives cooler running
High breaking capacity: 300kA
Voltage rating 600Vac
High degree of current limitation due to fast speed of response to short circuits
Unique dimensions ensure that a different fuse cannot be substituted

Note

Stock Nos. 513-0623 & 513-0718 have blade terminals

Standards

UL 248-8 Class J

Approvals

UL Listed; CSA Certified

Eaton Cartridge Fuse, 20A, 600V AC / 300V DC LPJ-20SP

Use this Eaton cartridge fuse to protect your home or office appliances against overcurrent and short circuits. Its compact dimensions of 21mm (diameter) and 57mm (length) make it useful in setups where space is limited. With a T-speed fuse rating, this is a slow-acting fuse and can accommodate voltage and current surges for a short period, so it's useful for devices with a high starting current. As a Class J fuse, it's commonly found in devices such as motor controllers, soft starters and transformers.

• Nickel-plated brass end caps for a reliable connection and corrosion resistance
• Low watt loss for energy efficiency
• High interrupting rating to safely intercept overcurrents of up to 300,000A
• Distinctive shape to ensure that it's not replaced by a different fuse type

What's a dual element fuse?

A dual element fuse is a protective device that's designed for AC (alternating current) circuits where the short circuit current is not above 200,000A. It has a high thermal threshold and can be used for motor protection in high temperatures.

Note

Eaton formerly known as Bussmann

American Standard Fuses

American standard cartridge fuses, including fast-acting Midget and Dual-element Time Delay types

LPJ Dual-Element, Time-Delay Fuses 1 to 60A Data Sheet

Datasheet

Transition to Bussmann Series

Catalogue - Circuit Protection Bussmann Series Solutions

Manual - Variable Frequency Drives