The Tube-11 Vibrating Rod Level Switch is a pioneering product, being the first Vibrating Rod Level Switch fully designed and manufactured in China. Featuring a dual vibration rod system, this innovative switch offers unparalleled reliability and superior performance. Engineered with a robust construction, the Tube-11 sets a new standard in the industry with its advanced specifications and exceptional durability, ensuring consistent and accurate level measurement across various applications.

With the suspension cable, the Vibrating Rod Level Switch can be applied in tall and narrow silos, even in oscillating environments, particularly suitable for the sediment measurement in liquid.

Tube-11 Interface Vibrating Rod Level Switch can detect a solids interface (separation layers) within a liquid.

The Tube-11 Explosion-Proof Vibrating Rod Level Switch offers an optimal solution for detecting solids and powders across diverse media and in explosion-proof applications.

Tube-11 High-Temperature Vibrating Rod Level Switch is built specifically for higher process temperatures up to 250°C (482°F).

Tube-11 Ultra High-Temperature Vibrating Rod Level Switch is featured with the function of water cooling (air cooling) and is able to work reliably under ultra-high temperature conditions that up to 400℃ (482°F).

The Ring-11 has obtained several industry certifications, including SIL2 / SIL3, CCC, CE, as well as certifications for Intrinsic Safety and Flameproof Enclosure explosion protection.

The special setting of high-pressure protective gas-tight leadthrough makes Ring-11 High-pressure Liquid Level Switch effectively prevent accidental leakage of high-pressure strong corrosive liquid.

The Ring-11 Sanitary Liquid Level Switch is a vibration level switch featuring a polished probe and tuning fork, designed for liquid hygienic applications and universal use in all liquids.

The Ring-11 Liquid Level Switch with stainless steel housing is the most robust and reliable solution for measuring liquid levels in harsh environments.