The LIMIT SWITCH W 12/112, SUITABLE SWITCHING AMPLIFIER TYP SSR20 AGING, INTERVAL TYPE SSR 11 is a highly reliable and efficient limit switch and switching amplifier combination designed for precise control in automation and industrial applications. The W 12/112 limit switch is engineered to provide accurate position feedback, ensuring that systems operate within designated limits. It works seamlessly with the switching amplifier SSR20, which is specially designed to handle the electronic control of switching intervals and aging processes, making it ideal for applications that require constant monitoring and adjustment of operating conditions.
The LIMIT SWITCH W 12/112, paired with the SSR20 switching amplifier, offers superior performance in environments where precise control and reliability are critical. The SSR20 amplifier enhances the functionality of the limit switch by offering smooth and reliable switching control, making it suitable for use in automation systems, conveyor systems, or any machinery that needs to maintain consistent operational intervals. The integrated interval-type SSR 11 ensures the durability and efficiency of the system, providing stable performance even in demanding conditions.
This combination of limit switch and switching amplifier is designed to minimize maintenance and downtime, thanks to its long-lasting and durable construction. The W 12/112 limit switch is equipped with a high-quality actuator that ensures accurate switching operations, while the SSR20 amplifier provides advanced features such as aging interval control, which helps optimize system performance over time. This system is particularly beneficial for industries such as manufacturing, processing, and packaging, where high precision and reliability are essential for continuous operations.
With the LIMIT SWITCH W 12/112 and SUITABLE SWITCHING AMPLIFIER TYP SSR20 AGING, INTERVAL TYPE SSR 11, users can expect enhanced control, improved system efficiency, and reduced operational costs. This combination provides precise and dependable performance, ensuring that industrial systems operate smoothly and efficiently with minimal risk of failure.