LB26CKG01-01-JB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction of LB26CKG01-01-JB Pushbutton Switches

LB26CKG01-01-JB pushbutton switches are designed to provide a funcational and economical control solution for many industry applications, providing efficient switching and long service life. LB26CKG01-01-JB pushbutton switches are available in a wide range of contact capacity, with or without single break or double break contact combinations, momentary or maintained contact functions, and a variety of actuator styles and colors.

Application Field of LB26CKG01-01-JB Pushbutton Switches

LB26CKG01-01-JB pushbuttons are suitable for a variety of industrial applications, including machinery automation and control, industrial machinery, food processing machinery, cranes, material handling equipment, vending machines, and other control systems.

The LB26CKG01-01-JB pushbuttons provide user-friendly control for applications where multiple contact points, accurate contact detection and fine control adjustments are required. LB26CKG01-01-JB pushbuttons are designed to operate in environments with temperatures ranging from -20 C to +55 C. They are resistant to most chemicals, can be mounted onto flat or curved surfaces and are rigid enough to resist shock and vibration. Specialty variants are also available featuring contactless switches and vandal-proof construction.

Working Principle of LB26CKG01-01-JB Pushbutton Switches

The LB26CKG01-01-JB pushbuttons feature a spring-loaded plunger, which when actuated, moves a movable contact away from a stationary contact. The contacts can be normally open (NO) or normally closed (NC) depending on the configuration. If the contacts are configured in the series connection, actuation of the spring mechanism will close the contacts.

The motion of the spring-loaded plunger travels through a strain relief cable which is housed inside a flexible plastic tube and ends in a switch actuator. The spring-mechanism is enclosed within a dielectric housing. As the plunger is actuated, the contacts are in direct contact with a copper bearing surface. When the plunger is released, the spring snaps back, restoring the contacts to the open or closed position, depending on the configuration.

The LB26CKG01-01-JB range of pushbutton switches is certified for use with a minimum of 85 Push-buttons, 5-8 Latching switchers, 1-6 Rotary switches, 1-5 Slide switches, and 1-3 Key-push switches. The maximum rated voltage for the LB26CKG01-01-JB should not exceed 300VAC and the maximum current rating of 6A@250VAC should not be exceeded.

Conclusion

In conclusion, the LB26CKG01-01-JB pushbutton switches offer a cost effective and reliable solution for operating industrial applications. They offer industrial users infinite control combinations, a durable housing, and the ability to switch momentarily or periodically. The LB26CKG01-01-JB is suitable for applications ranging from machinery automation and control to vending machines and cranes, allowing manual input and fine control adjustments.

The specific data is subject to PDF, and the above content is for reference