3in
Electrical Equipment
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- Main Category: Electrical Equipment
- Length: 3in 9in 2.2in 2.270in
Part #:301004
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302104
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302112
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:311827
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302090
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302091
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302092
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302094
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302100
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302103
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302105
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302106
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:302107
- Features Separate overload and short-circuit elements provide time delay for sizing as close as 125% of motor FLA 2:
- 1 selective coordination amp ratio (within the Cooper Bussmann RK5 fuse family) prevents overcurrent events from opening upstream Fusetron fuses Insulated end caps for 225A-600A fuses reduces exposure to live parts and extends air gap to distance between blades of adjacent mounted fuses or to housing
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Part #:307102
- Appleton RB Series reducers are explosionproof and dust-ignitionproof. They are designed to reduce conduit entries to a smaller size and are used in threaded rigid and IMC conduit systems
$
28.66
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Part #:307237
- Rubber Locking Plug, Yellow
Rubber body construction stands up to impacts, oil, chemicals, heat, and weather.
Floating blades allow self-alignment with contacts and reduce stress on blades and contacts.
Neoprene grommet keeps out contaminants at cord entrance.
Terminal screws come backed out -- ready-to-wire.
Nickel-plated blades and connectors provide an extra measure of corrosion resistance.
Closure cap on watertight model forms a seal to keep out contaminants when connector is not in use.
Multiple seals between plug and connector on watertight version protects electrical connection from contaminants.
CSA File Number 701645
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Part #:310794
- Thermo-Shrink® Heavy-Wall Heat Shrink, 9" Length, 6-1 AWG
TS-46 irradiated cross-linked polyolefin with 31 standard shrink ratio
Adhesive liner provides complete insulation and protection to electrical splices in above-grade, underground or underwater applications
Maximum flame retardancy
Meets UL 486D, CSA C22.2 No. 198.2, ANSI C119.1, Western Underground Guides Nos. 2.4, 2.5, MIL-DTL-23053/15, IEEE 383 Vertical Flame Test, ANSI C37.20.2, ICEA S-19-8 and NEMA insulation thickness requirements
Rated for 600V, 90°C continuous use
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Part #:310947
- Thermo-Shrink® Heavy-Wall Heat Shrink, 9" Length, 4/0-400 MCM
TS-46 irradiated cross-linked polyolefin with 31 standard shrink ratio
Adhesive liner provides complete insulation and protection to electrical splices in above-grade, underground or underwater applications
Maximum flame retardancy
Meets UL 486D, CSA C22.2 No. 198.2, ANSI C119.1, Western Underground Guides Nos. 2.4, 2.5, MIL-DTL-23053/15, IEEE 383 Vertical Flame Test, ANSI C37.20.2, ICEA S-19-8 and NEMA insulation thickness requirements
Rated for 600V, 90°C continuous use
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Part #:311426
- Thermo-Shrink® Heavy-Wall Heat Shrink, 9" Length, 500-1,000 MCM
TS-46 irradiated cross-linked polyolefin with 31 standard shrink ratio
Adhesive liner provides complete insulation and protection to electrical splices in above-grade, underground or underwater applications
Maximum flame retardancy
Meets UL 486D, CSA C22.2 No. 198.2, ANSI C119.1, Western Underground Guides Nos. 2.4, 2.5, MIL-DTL-23053/15, IEEE 383 Vertical Flame Test, ANSI C37.20.2, ICEA S-19-8 and NEMA insulation thickness requirements
Rated for 600V, 90°C continuous use
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