KSD301 250V 10A Normally Closed Thermostat, Temperature / Thermal Control Switch

Product Description: KSD301 250V 10A Normally Closed Thermostat, Temperature / Thermal Control Switch

The KSD301 250V 10A Normally Closed Thermostat is a reliable and efficient temperature control switch designed to protect your appliances and electronic devices from overheating. With its precise temperature regulation and robust construction, this thermal control switch is ideal for a wide range of applications, ensuring safe and stable operation.

Key Features:

• Normally Closed Operation: The KSD301 operates in a normally closed state, allowing current to flow until the preset temperature is reached. Once the temperature exceeds the threshold, the switch opens, cutting off the current to prevent overheating.
• High Voltage and Current Rating: Rated for 250V and 10A, this thermostat is capable of handling high-power applications, making it suitable for a variety of household appliances, heating devices, and industrial equipment.
• Precise Temperature Control: Provides accurate and reliable temperature regulation, ensuring that your devices operate within safe temperature limits.
• Automatic Reset: Once the temperature drops below the set threshold, the thermostat automatically resets, allowing the device to resume normal operation.
• Durable Construction: Built with high-quality materials, the KSD301 is designed for long-lasting performance, even in demanding environments.
• Easy Integration: Compact and easy to install, this thermal control switch can be integrated into various devices with minimal effort.
• Versatile Application: Ideal for use in electric heaters, refrigerators, air conditioners, ovens, and other appliances that require temperature regulation for safety and efficiency.

The KSD301 250V 10A Normally Closed Thermostat is the perfect solution for ensuring the safe and reliable operation of your temperature-sensitive devices. Its precise control and dependable performance make it an essential component in maintaining optimal operating conditions.