Crown

CR 76924-15

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CR 76924-15

225A 36V Non-Time Delay Supplemental Fuse

Regular price $23.17
Sale price $23.17 Regular price $24.95
In stock

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Crown Electric Lift Truck Parts Fuses

Compatibility

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Model -

Reference Diagrams

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Product Description

225A non-time delay supplemental fuse CR 76924-15 for Crown electric lift trucks. 36V rating, 3.75 inch length, fiberglass housing, cartridge type. Designed for main circuit electrical protection.

Specifications

Electrical
Rated Current225A
Rated Voltage36V
Material
Housing MaterialFiberglass
Part Numbers
Manufacturer Part NumberCR 76924-15
OEM Part Number076924-015

Frequently Asked Questions

Q: What are the current and voltage specifications for CR 76924-15?
A: CR 76924-15 is rated at 225 amperes and 36V. This is a non-time-delay supplemental fuse designed for main circuit electrical protection on 36V Crown electric lift trucks.

Q: What is the cross-reference OEM part number?
A: CR 76924-15 replaces OEM part number 076924-015. Always verify the OEM number on your Crown truck to confirm fitment.

Q: What are the physical specifications of CR 76924-15?
A: CR 76924-15 measures 3.75 inches in length with fiberglass housing. It is a cartridge-type fuse designed for inline mounting in Crown electrical systems.

Q: Why is CR 76924-15 rated at 36V instead of 130V?
A: Crown manufactures both 36V and 130V electric lift trucks. The 36V rating indicates this fuse is for lower-voltage systems. Always match the voltage on your equipment nameplate to the fuse specification.

Q: How does the 225A rating relate to other Crown fuse offerings?
A: CR 76924-15 at 225A fits between the CR 76924-11 (40A) and CR 76924-020 (250A). Crown offers multiple amperage ratings to match different truck models and power requirements.

Q: What is the significance of fiberglass housing on CR 76924-15?
A: Fiberglass housing provides enhanced thermal stability, mechanical durability, and resistance to electrical stress. This ensures reliable performance in high-demand material handling environments with significant vibration and thermal cycling.