FTM52

The tuning fork measurement principle is based on a vibrating fork driven by piezoelectric crystals at its resonance frequency. When the fork contacts the medium, increased damping causes the vibration amplitude to decrease and the frequency to shift. The integrated electronics continuously monitor vibration changes and trigger the switching signal when the predefined threshold is reached. Key advantages include fast response, wear-free solid-state design, and reliable level detection for liquids and granular solids. Typical applications include chemical storage tanks, wastewater treatment, and food industry level control.

Standard

Soliphant M FTM52 is a robust and durable tuning fork point level switch designed for fine-grained and low-density bulk solids in storage silos. It offers versatile applications and has international dust explosion protection certifications. Available options include polished fork tines, clamp process connections, stainless steel or aluminium housings, and coated fork designs. The instrument is maintenance-free and is typically used for level detection of materials such as grains, flour, cocoa beans, sugar, animal feed, dye powder, and chalk.