Product Description
24VDC electromechanical horn (SKU SC 33-02002) designed for electric lift trucks and aerial work platforms; function is operator/pedestrian warning with universal mounting. Cross-references include Schreck 33-02002 and HACUS 33-02002. Application for 24-volt vehicle systems in industrial environments.
Specifications
Electrical Specifications
| Nominal Operating Voltage | 24VDC |
Mechanical Specifications
| Compatibility | Universal fit for multiple makes and models of electric lift trucks and aerial platforms utilizing 24V systems |
Part Numbers
| Cross-Reference Part Numbers | Equivalent to Schreck 33-02002; may supersede or cross FPE 33-02002, HACUS 33-02002 |
| OEM Part Number | 33-02002 |
| Equivalent Part Number | Schreck 33-02002 |
| Alternative Part Number | HACUS 33-02002 |
Frequently Asked Questions
Q: What is the operating voltage for the SC 33-02002 horn?
A: The SC 33-02002 is a 24VDC electromechanical horn rated for 24-volt electric lift trucks and aerial work platforms. Do not use on 12-volt systems; it requires 24 volts to function correctly.
Q: What cross-reference part numbers match the SC 33-02002?
A: The SC 33-02002 is equivalent to Schreck 33-02002 and HACUS 33-02002. It may also supersede FPE 33-02002 in some applications. Cross-check compatibility with your OEM part number 33-02002 before ordering.
Q: Is the SC 33-02002 horn suitable for all electric lift trucks?
A: The SC 33-02002 is designed for universal mounting on 24-volt electric lift trucks and aerial work platforms. Confirm your equipment is 24VDC and has compatible mounting brackets and electrical connectors.
Q: What is the function of the SC 33-02002?
A: The SC 33-02002 serves as an operator and pedestrian warning device in industrial environments. Its electromechanical design provides reliable audible warning in warehouse and outdoor work areas.
Q: How long does the SC 33-02002 horn typically last?
A: Electromechanical horns typically last 3 to 5 years under normal industrial use depending on duty cycle and environmental conditions. Exposure to moisture and vibration may reduce lifespan; verify sound quality annually.