The piezoelectric crystal’s resonance drives the vibration of the solid level switch with a vibrating rod. The amplitude abruptly drops and the frequency and phase drastically alter when it is damped by the substance. The internal electronic circuit will detect these changes and, after processing, convert them into switch signal output.
Working Principle Of Vibrating Rod Level Switch For Solids:
The piezoelectric crystal’s resonance drives the vibration of the Vibrating Rod Level Switch For Solids. The amplitude abruptly drops and the frequency and phase drastically alter when it is damped by the substance. The internal electronic circuit will detect these changes and, after processing, convert them into switch signal output. The vibrating rod level switch is appropriate for a variety of liquids, powders, and granular solids and has the ability to detect, control, and alert users to high and low material tank levels.
Product Name | Vibrating rod level switch for solids |
Medium Temperature Range | -20 ℃ ~ 200 ℃ |
Ambient Temperature | -20 ℃ ~ 80 ℃ |
Measured Medium | Powder & solid |
Measured Medium Density | Solid ≥ 0.1g / cm3 |
Measured Solid Particle Size | ≤ 10mm |
Pressure Range | ≤ 1MPa |
Housing Material | Die-cast aluminum |
Fork Material | 1Cr18Ni9Ti |
Protection Grade | IP65 |
Process Connecting | 1 “NPT thread; Flange (user selected) |
Power Supply | DC24V; AC220V 50HZ |
Signal Output / Relay Output | 5A 220V AC / 3A 24V DC |
Power Consumption | ≤ 2W |
Tuning Fork Vibration Frequency | 300 ± 50Hz |
Environmental Vibration Level | V.L.4 acceleration is not greater than 1g |
Switch Signal Action Time | 1-60S |
Installation Guidance