Pull switches are a type of electrical switch that is operated by pulling a handle or lever to make or break an electrical connection.
Where To Use Pull Switches
Pull switches are commonly used in industrial and commercial settings where a high degree of reliability and durability is required.
They can be used in applications such as control panels, distribution boards, and motor control centers.
Pull switches can also be used in hazardous locations where the risk of electrical shock or fire is high.
Key Features Of Pull Switches
High reliability and durability
Easy to operate with a simple pull mechanism
Can be used in hazardous locations
Wide range of voltage ratings available
Available in various colors and cord lengths
How To Use Pull Switches
Identify the correct voltage rating for your application.
Select the appropriate current rating based on your load requirements.
Choose a cord length that is suitable for your installation.
Mount the pull switch in a convenient location for easy access.
How Pull Switches Is Manufactured
The manufacturing process for pull switches involves a series of steps including design, tooling, and assembly.
Technical Specification Of Pull Switches
Voltage Rating:
250VAC
Current Rating:
10A
Cord Length:
1.5m
Color:
Blue
The technical specification of pull switches is designed to meet the requirements of various industrial and commercial applications.
Description Of Pull Switches
Pull switches are a type of electrical switch that is operated by pulling a handle or lever to make or break an electrical connection.
Related Products & Synonyms Of Pull Switches
Some related products to pull switches include push buttons, selector switches, and circuit breakers.
Push buttons are similar to pull switches but are operated by pressing a button instead of pulling a handle.
Selector switches are used to select one of several electrical circuits and can be used in applications such as control panels and motor control centers.
Circuit breakers are used to protect against overcurrent conditions and can be used in applications such as residential and commercial electrical systems.
