The micro limit switch is a fundamental electromechanical component designed for precise position detection and control in automated systems. Its operational principle relies on converting mechanical motion into electrical signals, making it indispensable across various industrial applications. This type of switch typically features a spring-loaded actuator that ensures rapid contact transfer, providing reliable circuit interruption or closure when an object reaches a predetermined position.
Examining the specific model LS-01T-002 reveals its substantial electrical capabilities. The device carries a rating of 20A at 250V AC, demonstrating its capacity to handle significant power loads in control circuits. The contact resistance remains at or below 50mΩ, ensuring minimal voltage drop and energy loss during operation. These electrical characteristics make this micro limit switch suitable for applications requiring both precision switching and power handling capabilities.
The mechanical parameters of this component are precisely defined to guarantee consistent performance. The operating force ranges from 113.4 to 453.6 grams-force, while the overtravel measures a minimal 0.254 mm. For the reset mechanism, the maximum required force is 907.2 grams-force with a reset overtravel of 1.02 mm minimum. These specifications ensure reliable engagement and disengagement cycles, which is crucial for maintaining operational accuracy in repetitive mechanical systems.
Safety and durability characteristics further enhance the reliability of this micro limit switch. The device withstands dielectric strength tests of 500V between terminals and 1500V between terminals and casing. With insulation resistance rated at ≥100 MΩ at 500V DC and an operational temperature range from -55°C to 85°C, the switch maintains stable performance under electrically stressful conditions and extreme environmental temperatures.
The comprehensive technical specifications of this micro limit switch highlight its design excellence for demanding applications. The combination of robust electrical ratings, precise mechanical parameters, and strong safety features makes it a reliable choice for system designers. This particular micro limit switch exemplifies the engineering precision required for effective integration into complex automated systems where consistent performance is essential.
Post time: Oct-21-2025