Product Description
Toyota OEM fuse 00591-09557-81 is a 15A, 600V blade-type fuse engineered for direct integration in Toyota electric lift trucks. Designed for continuous duty and high interrupting capacity, it utilizes a copper alloy element within a polycarbonate housing for primary circuit protection in industrial truck electrical systems.
Specifications
Electrical
| Fuse Current Rating | 15A continuous duty |
| Voltage Rating | 600V maximum |
| Interrupting Rating | 200 kA at maximum rated voltage |
Material
| Body Material | Polycarbonate or thermoplastic housing |
Part Numbers
| OEM Part Number | 00591-09557-81 |
| Manufacturer Part Number | 00591-09557-81 |
Frequently Asked Questions
Q: What are the electrical specifications of the TO 00591-09557-81 fuse?
A: The TO 00591-09557-81 is a blade-type fuse rated at 15 amperes continuous duty with a maximum voltage rating of 600V and an interrupting capacity of 200 kiloamps at maximum rated voltage.
Q: What materials compose the TO 00591-09557-81 fuse?
A: This fuse uses a copper alloy element within a polycarbonate or thermoplastic housing. This construction provides durability and reliable performance in Toyota electric lift truck electrical systems.
Q: What is the purpose of the TO 00591-09557-81 in Toyota electric lift trucks?
A: The TO 00591-09557-81 provides primary circuit protection for Toyota electric lift truck electrical systems. It is designed for direct integration into the vehicle harness and continuous duty applications.
Q: Which Toyota electric lift truck models use the TO 00591-09557-81?
A: This blade-type fuse fits Toyota electric lift trucks requiring a 15A 600V primary circuit protection component. Verify your truck model and harness configuration against this specification before ordering.
Q: Why is the 200 kA interrupting capacity important for the TO 00591-09557-81?
A: The 200 kiloamp interrupting capacity ensures the fuse can safely interrupt fault currents in industrial truck electrical systems. This high interrupting rating protects against damage to circuits and components during severe short-circuit events.