Radar level sensors and ultrasonic level sensors are two commonly used non-contact level measurement technologies. The former relies on microwave technology, while the latter works on sound wave principles.

When selecting a tuning fork level switch, it is essential to comprehensively consider the operating conditions, liquid medium properties, and installation methods to ensure the long-term stable operation of the device.

Explore how Jiwei Automations Ltd addresses nonlinear errors in instrumentation to enhance measurement accuracy and reliability.

Discover essential troubleshooting methods for field instruments to enhance efficiency and safety in industrial automation systems.

The NAMUR output version of the Ring-11 tuning fork switch, produced by Jiwei, is designed with low voltage and low current to comply with intrinsic safety explosion-proof standards.

High and low level monitoring is a crucial component of level monitoring systems, playing an essential role in ensuring the safety, stability, and efficiency of industrial processes.

Discover how vibrating rod and tuning fork level switches ensure precise powder level control in fireworks production. High-reliability solutions for critical industrial safety.

Tuning fork level switches made with Hastelloy C22 ensure reliable level detection in corrosive and harsh environments, offering high safety and durability.

Ultrasonic and radar sensors are non-contact technologies, meaning they do not come into direct contact with the liquid being measured.

Learn why corrosion-resistant coatings impair the performance of tuning fork level switches by disrupting their vibration mechanism, leading to reduced measurement accuracy.