| Parameter | Specification |
| Applications | Hospital Operating Rooms, Cleanrooms, Laboratories |
| Key Features | Hands-free operation, Prevents hand pollution, Microcomputer-controlled |
| Sensing Technology | Active Infrared Ray (Modulation-Demodulation) |
| Action Time (Response) | Relay Output ≤ 45 ms |
| Supervisory Signal | 4.5 mA |
| Power Input | 12 – 36V AC/DC (Universal) |
| Power Consumption | 82 mA |
| Electric Eye Dimensions | 149 (L) × Φ13 (Diameter) mm |
| Outer Cover Dimensions | 186 (H) × 175 (W) × 60 (D) mm |
| Internal Mounting Cut-out | 118 (L) × 100 (W) × 54 (D) mm |
A foot switch is a device that switches an electrical circuit on and off by pedaling. It separates the operator's hands and feet from the controls, freeing them up, improving work efficiency, and ensuring operational safety. It is an indispensable auxiliary control device in modern industrial production, medical equipment, office equipment, music production, and other fields.
Core Positioning: A simple, reliable, and efficient human-computer interface that allows your feet to participate in the work process, achieving a more ergonomic operating process.
Ultimate Efficiency, Hands-Free
Offload frequent, simple operations (such as starting, stopping, and switching) to your feet, allowing your hands to continue with primary tasks (such as welding, sewing, surgery, and packaging). This significantly reduces interruptions and improves overall work efficiency and consistency.
Enhanced Safety and Precision Control
In scenarios requiring steady hands (such as medical surgery and laboratory work), controlling equipment with your feet effectively avoids the risks associated with hand movement, improving operational precision and safety. In emergencies, a foot-activated emergency stop switch is also faster than manually searching for it.
Ergonomic Design Reduces Occupational Injuries
By dividing the work between hands and feet, you avoid muscle fatigue and the risk of occupational illnesses such as carpal tunnel syndrome caused by repetitive hand operations. The optimal pedal angle and force design significantly improves operator comfort.





