Product Description
OEM Crown Raise and Lower Switch (SKU CR 62692) for electric pallet jacks and lift trucks, SPDT positive-break configuration, 24VDC rated, cross-referenced with part numbers 62692, CR62692, CR062692, and supersedes 062692. Constructed of polycarbonate actuator and silver alloy contacts; panel mount with 16 mm bushing.
Specifications
Electrical
| Rated Voltage | 24VDC nominal |
| Max Current | 5A resistive at 24VDC |
| Terminal Type | Solder/quick connect, 0.25 inch tab terminals |
Material
| Button Material | Polycarbonate actuator with ABS housing |
Part Numbers
| OEM Part Number | CR 62692 |
| Manufacturer Part Number | 62692 |
| Cross-Reference Part Numbers | Also referenced as CR62692, 62692; superseded part number: 062692 |
| Equivalent Part Numbers | CR062692 |
Performance
| Mechanical Endurance | 1,000,000 cycles at rated current |
| Operating Force | 4 N (±1 N) |
| Service Factor | 1.15 |
Frequently Asked Questions
Q: What is the voltage rating of the CR 62692 raise and lower switch?
A: The CR 62692 is rated for 24VDC nominal operation with a maximum current of 5A resistive at 24VDC. This switch is designed for 24-volt control circuits on Crown electric pallet jacks and lift trucks.
Q: What is the SPDT positive-break configuration on the CR 62692?
A: Positive-break means the switch mechanically breaks all connections before making new connections, preventing simultaneous contact overlap. This configuration is critical for raising and lowering control to avoid coil conflicts in dual-solenoid circuits.
Q: What materials are used in the CR 62692 construction?
A: The CR 62692 features a polycarbonate actuator with silver alloy contacts. The switch is panel-mount with a 16 mm bushing and solder or quick-connect terminal options.
Q: What are the cross-reference and superseded part numbers for the CR 62692?
A: The CR 62692 is also referenced as CR62692, 62692, and CR062692. The part supersedes earlier part number 062692. All these designations refer to the same OEM component.
Q: How long does the CR 62692 typically last in service?
A: The CR 62692 lifespan depends on operating environment and cycle frequency. Silver alloy contacts and polycarbonate construction provide moderate durability. Wet environments or heavy-use applications may reduce service life compared to dry, light-use settings.