Product Description
Hyster part number 1330682 forward/reverse contactor rated 300 amperes continuous at 24 VDC coil voltage. DPDT contact configuration with double break power contacts for EV100 series electric forklift traction motor control. Industrial duty cycle rated with integrated coil surge suppression and box lug power terminals.
Specifications
Electrical
| Coil Operating Voltage | 24 VDC |
| Current Rating | 300 amperes continuous duty |
| Contact Type | DPDT double-break main power contacts |
| Control Circuit | 24 volt DC coil with integrated surge suppression |
| Switching Capacity | 300A inductive load rating for traction motor control |
Part Numbers
| Part Number | 1330682 |
| Cross-Reference Part Numbers | 1324785-GE |
Applications
| Equipment Compatibility | Hyster EV100 series electric forklift trucks |
| Application | Traction motor forward/reverse direction control in electric vehicle systems |
Frequently Asked Questions
Q: What is the 1330682 contactor designed for?
A: The 1330682 is an OEM Hyster forward/reverse contactor rated for 300 amperes continuous duty at 24 VDC coil voltage. It controls traction motor direction in Hyster EV100 series electric forklift trucks with DPDT double break power contacts.
Q: What is the cross-reference part number for the 1330682?
A: The 1330682 is interchangeable with Hyster part number 1324785-GE for similar traction motor control applications. Confirm your equipment model and control circuit requirements before substituting cross-reference parts.
Q: Does the 1330682 include coil surge suppression?
A: Yes. The 1330682 is rated for industrial duty cycle service and includes integrated coil surge suppression. This protects the control circuit from voltage spikes during contactor switching and extends component lifespan.
Q: What terminal configuration does the 1330682 use?
A: The 1330682 features box lug power terminals for bolted connections to high-amperage circuit paths. Verify terminal size compatibility with your existing wiring and connection hardware before ordering.