The KSD560OTU belongs to the category of temperature control switches and is commonly used in household appliances such as electric kettles, coffee makers, and rice cookers. Known for its high precision and reliability, this switch is designed to regulate the temperature within a specific range, ensuring safe and efficient operation of the connected appliance. The KSD560OTU is characterized by its compact size, durable construction, and precise temperature control capabilities. It is typically packaged individually and comes with essential installation instructions.
The KSD560OTU features a standard pin configuration with three terminals: normally open (NO), normally closed (NC), and common (COM). The NO and NC terminals are used to connect/disconnect the circuit based on the temperature setting, while the COM terminal serves as the common connection point.
Advantages: - Reliable temperature control - Compact and durable design - Easy to install and use
Disadvantages: - Limited temperature range - Not suitable for high-current applications
The KSD560OTU operates on the principle of bimetallic strip expansion. When the temperature rises to the set value, the bimetallic strip deforms, causing the switch contacts to change state, either opening or closing the circuit. This action effectively regulates the temperature within the desired range.
The KSD560OTU is widely used in various household appliances, including: - Electric kettles - Coffee makers - Rice cookers - Water heaters - Toaster ovens
In summary, the KSD560OTU temperature control switch offers precise and reliable temperature regulation for a range of household appliances. Its compact design, durability, and ease of installation make it a popular choice among manufacturers and consumers alike.
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What is KSD560OTU?
How does KSD560OTU work?
What is the temperature range of KSD560OTU?
What are the typical applications of KSD560OTU?
How do I install KSD560OTU in my technical solution?
Can KSD560OTU be used for both heating and cooling applications?
Is KSD560OTU suitable for high-current applications?
What are the key features of KSD560OTU?
Are there any safety considerations when using KSD560OTU?
Where can I purchase KSD560OTU for my technical solution?