Product Description
Hyster OEM switch (HY 800076207) designed for electric lift trucks; compatible with original equipment mounting and wiring. Includes injection-molded housing, copper alloy contacts, and continuous-duty electrical operation. No cross-reference or supersession part numbers available.
Specifications
Electrical
| Application Voltage | To be specified per equipment circuit requirements; not manufacturer-listed |
Part Numbers
| OEM Part Number | HY 800076207 |
| Manufacturer Part Number | HY 800076207 |
Frequently Asked Questions
Q: What are the key material specifications for the HY 800076207?
A: The HY 800076207 features an injection-molded housing with copper alloy contacts. Copper alloy contacts provide low resistance and reliable conductivity for continuous-duty industrial operation on Hyster electric lift trucks. Housing material meets flame-retardant requirements.
Q: Is this switch rated for continuous-duty operation?
A: Yes, the HY 800076207 is designed for continuous-duty electrical operation in lift truck control circuits. The copper alloy contacts and injection-molded housing support extended on-off cycling typical of material handling equipment.
Q: What equipment voltage and mounting does this switch support?
A: The HY 800076207 is compatible with original Hyster equipment mounting and wiring. Voltage rating should be specified per your equipment circuit requirements; manufacturer documentation does not list a single voltage standard. Verify your specific lift truck schematic before ordering.
Q: Are there part number supersessions or cross-references?
A: No cross-reference or supersession part numbers are available for the HY 800076207. This is a proprietary Hyster OEM component. Always use the exact Hyster part number to ensure compatibility with your electric lift truck control circuit.
Q: How long does this switch typically last in service?
A: The HY 800076207 is engineered for extended industrial duty. Lifespan depends on usage frequency and circuit load. Copper alloy contacts resist oxidation and maintain conductivity longer than standard contacts. Replace when electrical continuity is lost or housing cracks.
