SCHNEIDER ELECTRIC Selector Switch, Non-illuminated
Schneider Electric non-illuminated selector switches enable operators to manually select different operational modes, positions or functions in electrical circuits. These switches enhance safety, ...Read More
Schneider Electric non-illuminated selector switches enable operators to manually select different operational modes, positions or functions in electrical circuits. These switches enhance safety, efficiency and control within industrial settings. They allow for precise manipulation of equipment and machinery, ensuring proper sequencing and operation. Read Less
A selector switch operates on a stay-put mechanism, allowing users to select between two positions.
The electrical contacts inside the switch make or break connections as the switch is moved. This slow-break contact operation minimises the risk of sparks or contact wear.
This design ensures reliable electrical performance, even in clean environments, making it suitable for controlling various machines and processes.
Features
Schneider Electric non-illuminated selector switches have screw clamp terminals for secure and flexible wire connections.
They have silver contacts for better electrical conductivity.
These selector switches have a specialised slow-break contact operation to prevent arcing and wear.
They come with a unique black standard handle for easy and distinctive operation.
These selector switches have a compact design, allowing for versatile installation in tight spaces.
They feature an IP69K degree of protection, ensuring resistance to ingress of dust, high temperature and high pressure water.
Frequently Asked Questions
What is the significance of the stay-put mechanism in this selector switch?
The stay-put mechanism means that once you select a position, the switch remains in that position until manually adjusted again. This feature provides stability and consistency in machine operation.
How does the slow-break contact operation benefit applications?
The slow-break contact operation ensures that the switch slowly & gradually breaks the contact. This minimises the risk of sparking and reduces wear and tear on the contacts, enhancing safety and switch longevity.