Product Description
Crown CR 073624 directional control switch is an OEM microswitch designed for use on Crown electric lift trucks, with a 15A rating, low operating force, and durable construction for electric lift directional control applications.
Specifications
Construction
| Housing Material | Thermoplastic enclosure |
Electrical
| Rated Load Current | 15A maximum |
| Operating Force | Maximum actuating force: 6 oz |
| Release Force | Minimum release force: 1.5 oz |
Part Numbers
| OEM Part Number | 073624 |
| Manufacturer Part Number | CR 073624 |
Frequently Asked Questions
Q: What does the CR 073624 directional control switch do?
A: The CR 073624 is an OEM microswitch for Crown electric lift trucks that controls directional movement. This 15A-rated switch provides low operating force actuation for precise directional control in hydraulic lift systems.
Q: What are the electrical specifications of the CR 073624?
A: The CR 073624 has a maximum rated load current of 15A, maximum actuating force of 6 ounces, and minimum release force of 1.5 ounces. The switch is housed in a thermoplastic enclosure designed for durable performance in lift truck applications.
Q: What symptoms indicate the CR 073624 switch is failing?
A: Replace the CR 073624 if you observe erratic directional control, delayed response to operator input, intermittent direction changes, or unresponsive directional commands. Faulty switches create safety hazards and reduce equipment control precision.
Q: Which Crown electric lift truck models use the CR 073624 directional switch?
A: The CR 073624 is a Crown OEM microswitch for select electric lift truck models. Verify your equipment model and serial number range before ordering. This is a genuine Crown component designed for exact fit and performance.
Q: What is the operating force difference between actuating and release on the CR 073624?
A: The CR 073624 requires 6 ounces of force to actuate and 1.5 ounces to release. This 4.5 ounce differential provides reliable, responsive directional control with minimal operator fatigue during extended operation.