D4C-2260

Snap Action, Limit Switches are one of the most reliable and cost-effective solutions available in the market to operate in a variety of industrial applications. The D4C-2260 is a high-end version of this type of switch with a wide range of features and application options.

The D4C-2260 has an enclosed, spring-loaded actuator which is connected to the contacts. When the switch is actuated, the actuator springs into action and the contacts open or close depending on the setting. This is a high-speed, robust, and reliable method to achieve momentary or maintained action for machinery, appliances, or process applications.

The D4C-2260 can be used for a wide range of applications and process monitoring. It offers a high degree of reliability, long operational life, and accuracy over time. It can be used for applications to monitor the operation of pumps, motors, valves, lights, HVAC systems, and much more. The switch can detect a range of changes in signals including pressure, flow, temperature level, and current.

The D4C-2260 can be used in a variety of process applications such as oil and gas, water cleaning and treatment, food production and brewing, automotive and transportation, and other industrial applications. It is designed with robust construction and features adjustable snap-action triggers as well as adjustable current sensitivity. It also utilizes an adjustable mechanical actuator to ensure consistent performance in all conditions.

The work principle of the D4C-2260 is based on mechanical sensing. When the switch is actuated, the actuator moves the contacts and triggers a signal for the controlled device. The response time, activation level, and the trip time of the switch can be adjusted. This feature is useful to ensure the switch operates in compliance with the application’s requirements.

The D4C-2260 is an ideal choice for a variety of industrial applications. It is reliable, accurate, and cost-effective, making it a preferred solution to control the operation of machinery, energy, automation, and monitoring systems. It is also suitable for harsh environmental conditions where noise immunity is critical.