Littelfuse 031302.8VXP POWR-GARD Cartridge Fuse
Littelfuse 031302.8VXP POWR-GARD Cartridge Fuse
Part #:031302.8VXP
SKU #: 2248967
Key Features
Part #:031302.8VXP
SKU #: 2248967
Brand: Littelfuse
Amperage Rating: 2.8, 2.8 A
Body Type: Cartridge
Class: K5
Indicating/Non-Indicating: Non-Indicating
Interrupt Rating: 10, 10 kA
- Time delayed in the overload range, which provides superior protection inductive loads such as motors, transformers and solenoids
- 3AG Indicating fuses instantly identify themselves upon opening by showing a discoloration of their glass bodies
- Guesswork and time consuming circuit testing is eliminated
- Unique design offers the same quality performance characteristics as the standard 3AG fuse design
- Lead-free
- Nickel plated brass cap
- -55 to 125 deg C operating temperature
- 10 kA at 125 VAC interrupting rating
- 4 hrs minimum at 100%, 1 hr maximum at 135% and 5 to 30 sec maximum at 200% opening time
- 0.0675 ohms nominal cold resistance
- 269 I2T (A2 sec) nominal melting
Littelfuse 031302.8VXP POWR-GARD Cartridge Fuse
Littelfuse POWR-GARD Slo-Blo Cartridge Fuse, Time Delay, Series: 313, Non-Indicating, 2.8 A, 250 VAC, 10 kA Interrupt, Class: K5, 4 hr, 1 hr, 5 to 30 s Response, Axial Lead Terminal, Holder Mounting, Cartridge Body, Glass, 1/4 in Dia x 1-1/4 in L Body
Additional Description: LTFS-31302.8P 031302.8VXP SLO-BLO CERAMIC AXIAL 2.8A FUSE 2-8/10 AMP SIZE
Catalog Description: SLO-BLO CERAMIC AXIAL 2.8A. The 3AG Slo-Blo® fuse solves a broad range of application requirements while offering reliable performance and costeffective circuit protection. Features: 313 and 315 series fuses have time-delayed in the overload range, which provides superior protection inductive loads such as motors, transformers, and solenoids. 3AG indicating fuses instantly identify themselves upon opening by showing a discoloration of their glass bodies. Guesswork and time-consuming circuit testing is eliminated. This unique design offers the same quality performance characteristics as the standard 3AG fuse design.