INGCO S-WP-OSW-DWP3701, Overload Protector Switch 6A
Applications:
Overload protector switches with a 6A rating are often used in various applications where the typical current draw falls below 6A. Here are some examples:
- Power Tool Circuits: Protecting power tools with motors that typically have a maximum current draw under 6A.
- Appliance Circuits: Safeguarding appliance circuits for devices like coffee makers, blenders, or small heaters that generally operate within a 6A current range.
- Lighting Circuits: Providing overload protection for specific lighting circuits designed for low-wattage bulbs or LED fixtures, ensuring they stay within the 6A limit.
- Description
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Description
INGCO S-WP-OSW-DWP3701, Overload Protector Switch 6A( S-WP-OSW-DWP3701)
product details:
An overload protector switch with a 6A rating is a safety device used in electrical circuits to prevent damage from excessive current flow. Here’s a breakdown of its functionalities, types, and important considerations:
Function:
The overload protector switch acts as a guardian against electrical overload situations. It continuously monitors the current flowing through the circuit. If the current exceeds the switch’s rated capacity (6A in this case), the switch automatically interrupts the circuit, disconnecting power and preventing potential damage to electrical components.
Applications:
Overload protector switches with a 6A rating are often used in various applications where the typical current draw falls below 6A. Here are some examples:
- Power Tool Circuits: Protecting power tools with motors that typically have a maximum current draw under 6A.
- Appliance Circuits: Safeguarding appliance circuits for devices like coffee makers, blenders, or small heaters that generally operate within a 6A current range.
- Lighting Circuits: Providing overload protection for specific lighting circuits designed for low-wattage bulbs or LED fixtures, ensuring they stay within the 6A limit.
Important Considerations:
- Matching the Current Rating: Ensure the overload protector switch has a current rating (6A in this case) that exceeds the normal operating current of the circuit it protects. Using an under-rated switch could lead to nuisance tripping (switch activating even under normal conditions).
- Reset Mechanism: Identify the reset mechanism (push-button or automatic) of your specific overload protector switch.
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