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Electrical | SE VENDE: Fusible de melamina 1CP21 (ELECTRICO) BUSSMANN Modelo SC-15

Location
Villa Belén
Price
B/.5.99
 (Reduced 14%)
New or Used
New

Electrical | SE VENDE: Fusible de melamina 1CP21 (ELECTRICO) BUSSMANN Modelo SC-15

Location

Villa Belén

Published

13/05/2024

New or Used

New

Details

Technical specifications
Article
Fusible

Amper
15A

CA Voltage Classification
600 V

CC Voltage Classification
170 V CC

Class
GRAMO

Series
SUR CAROLINA

Visual indicator
non- indicative

Speed
Time of delay

Body type
Cylindrical

It adapts to the fuse block style.
Rejected

Termination rate
100 kA to 600 V CA, 10 kA to 170 V CC

Size of the fuse
1-5/16 inches long x 7/16 inches diameter

Length
1 5/16 inches

Diameter
7/16 inches

Brand and equivalent series
Bussmann SC, Littelfuse SLC, Mersen AG

equivalent series
AG, SC, SLC

series of compatible fuse blocks
BG, G, HPS

Material body
Melamine

Element
Double

Standards
CE, CSA Guide 1422-01, UL 248-5 Guide JDDZ

UL Class G fuses with time delay, no indicators, tolerate temporary unreleasing currents, which prevents the discomfort of engine and equipment boots. Also called Class G slow fusion fuses, they open to disconnect an electric circuit when exposed to sustained and short-circuit loads. They do not have an indicator to identify a burnt fuse, so they are sometimes used with a block or fuse indicator cover.

UL Class G fuses protect against overcurrent in lighting or heating equipment, appliances and other non-target applications. Its rejection function ensures that each G-class fuse size only fits your block or corresponding G-class fuse holder to prevent an incorrect-size fuse from being installed. They are not interchangeable with any other kind of UL fuse. These fuses have an interruption rating (IR) of 100 kA and a diameter of 13/32 fakeamp; " with a length ranging from 15/16 fakeamp; " to 2-1/4 strangeramp; " (according to the amperage). They are power limiters to prevent electrical damage. disconnecting the circuits before they are exposed to the magnitude and total duration of an overcurrent.