1-T 10'-LIFT HAND CHAIN HOIST-DISC JET121704
1-TON 10' LIFT CHAIN HOISTS
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1-TON 10' LIFT CHAIN HOISTS
Homeline miniature circuit breakers are engineered and designed for fast installation and superior circuit protection. Homeline circuit breakers are designed to plug into Homeline load centers to provide circuit protection. This circuit breaker provides standard circuit protection and is HACR rated. This 1 pole circuit breaker with plug in mounting is rated 20A at 120 VAC. HOM breakers provide 10 kA breaking capacity. This Homeline ground fault circuit breakers provide overload and short circuit protection, combined with Class A ground fault protection. Class A denotes a ground fault circuit interrupter that will trip when a fault current to ground is 6 milliamperes or more. The electrical connection is a clamp terminal that will accept 2 wires. The clamp terminal will accept a wire range of 14 AWG to 8 AWG copper or aluminum wire. HOM Homeline miniature circuit breakers are UL Listed.
Metric Specification Shaft Size / Inside Diameter1.750" (1-3/4 inches) Rotary Head Style US Seal Type E (Equal to John Crane Type 1) Seal Head Dimensions2.375" Outside Diameter (OD) x 2.000" Operating Height Stationary Seat Style Cup Mounted Seat (US Seal Type 1) Stationary Seat Dimensions2.500" Bore / Seat OD x 0.500" Thickness Standard Seal Faces Carbon (Primary Ring) vs. Ceramic (Mating Ring)Standard ElastomersBuna-N RubberHardware ComponentsStainless Steel Metal Parts & Single Coil Spring
3" X 1/4" -SHANK CRIMPED WIRE WHEEL-PDTMK5031 >
4" X .008 WIRE WITH 1/4" HEX SHANK FINE WIRE WHEEL-FOR72740 >
LittelfuseĀ® POWR-GARDĀ® LKN015 Fuse Link, 250 VAC, 15 A, For Use With RLN Series Class H Single Element Renewable/Time Delay Fuse
The LKN Series are fuse links designed for Littelfuse RLN series renewable fuses. Traditionally, Class H fuses were used to provide low cost protection of general purpose feeder and branch circuits where available short-circuit currents did not exceed 10,000 amperes. However, generally increased levels of available fault current and the distinct possibility that renewable fuses may be improperly renewed, rendering them unsafe, have all but eliminated the use of these fuses in new applications. In addition, escalating labour costs and increasing automation, which makes downtime very expensive, have greatly reduced or eliminated the cost savings attributed to renewable fuses.
