Product Description
Yale potentiometer assembly 507078500 for MP/MPB series electric pallet trucks. This rotary potentiometer with integrated gear assembly uses a 2-wire configuration for direct replacement on Yale AC handle assemblies. Factory-spec compatible component ensures reliable speed and lift control on Yale electric pallet trucks.
Specifications
Electrical
| Number of Wires | 2-wire configuration |
Part Numbers
| Primary Part Number | 507078500 |
| Alternate Part Number | YT507078500 |
Compatibility
| Compatible Equipment | Yale MP and MPB series electric pallet trucks |
| Compatible Handle Assemblies | Yale AC handle assemblies |
Frequently Asked Questions
Q: What is the Yale potentiometer assembly YL 507078500?
A: YL 507078500 is an OEM Yale potentiometer assembly for MP and MPB series electric pallet trucks. It includes a rotary potentiometer with integrated gear assembly in a 2-wire configuration, supplied as a complete unit. Alternate part number is YT507078500.
Q: Does this potentiometer come with the gear assembly included?
A: Yes. YL 507078500 is supplied as a complete assembly including both the rotary potentiometer and the gear assembly as one unit. Do not attempt to separate or source these components individually unless your manual specifies field disassembly procedures.
Q: What wire configuration does YL 507078500 use?
A: YL 507078500 uses a 2-wire configuration. Ensure your control circuit supports 2-wire potentiometer integration. Incorrect wiring will disable speed control or lift operation depending on circuit design.
Q: Is YT507078500 the same as YL 507078500?
A: Yes. YT507078500 is an alternate part number for the same Yale potentiometer assembly. Both SKUs reference the identical component and are interchangeable for ordering purposes.
Q: What Yale handle assemblies is this potentiometer compatible with?
A: YL 507078500 is compatible with Yale AC handle assemblies used on MP and MPB series electric pallet trucks. Verify your handle assembly part number before ordering to ensure proper control circuit integration.