Focusing on pneumatic conveying of powder, granules, and powders, leveraging industry-university-research technology advantages to create sealed, dust-free precision conveying solutions. For inquirie
Focusing on pneumatic conveying of powder, granules, and powders, leveraging industry-university-research technology advantages to create sealed, dust-free precision conveying solutions. For inquirie
Introduction:
During the production of powder and granular materials, level detection often results in false or missed reports due to material adhesion, dust interference, or changes in medium properties, resulting in equipment idling or material overflow shutdowns, which seriously affects production efficiency. The Head Powder Tuning Fork Material Level Meter uses high-sensitivity piezoelectric drive technology, specially designed for powders and low-density particles. It effectively avoids issues of mater
During the production of powder and granular materials, level detection often results in false or missed reports due to material adhesion, dust interference, or changes in medium properties, resulting in equipment idling or material overflow shutdowns, which seriously affects production efficiency. The Head Powder Tuning Fork Material Level Meter uses high-sensitivity piezoelectric drive technology, specially designed for powders and low-density particles. It effectively avoids issues of material slag and scaling, helping to ensure accurate and reliable switching operations, and helping users say goodbye to frequent maintenance.
The Head Powder Tuning Fork Level Meter is a level switch based on the tuning fork resonance principle, suitable for level detection of powders, granules, and low-viscosity liquids. Its core highlights include strong anti-snagging capability, fast response, no need for regular calibration, and can be directly installed in silos, pipelines, or chutes to achieve high-level alarms or control. The product features a compact structure, made of 304 stainless steel, and is suitable for operating temperatures from -40°C to 150°C, meeting the harsh environmental requirements of multiple industries.
Anti-slag design: The fork body adopts a smooth rounded corner structure, making it difficult for powder to adhere and reducing the risk of false alarms.
Adjustable sensitivity: Detection threshold can be adjusted via potentiometer, adapting to materials with different densities (as low as 0.2g/cm³).
Maintenance-free operation: No mechanical moving parts, stable signal, no need for frequent cleaning or calibration for long-term use.
Flexible installation: supports top, sidewall, or inclined installation, offering various process connection specifications (such as G1, G11/2, flanges, etc.).
Tuning fork level meters are customized products, with prices varying depending on material characteristics, installation methods, process connection dimensions, and explosion-proof ratings. Head Powder offers free technical evaluation and selection advice. Feel free to consult for customized quotation plans tailored to your operating conditions.
We provide full-cycle support for each tuning fork level meter, from selection and installation and commissioning to after-sales maintenance: free material adaptation testing before ordering; Products come with a one-year warranty (not caused by human damage); Upon receiving an after-sales request, we respond within 2 hours and provide solutions within 48 hours. Worry-free purchasing and worry-free use.
| Parameter items | Content |
|---|---|
| Measurement density | ≥ 0.2 g/cm³ (powder/granules) |
| Operating temperature | -40℃～+150℃ |
| Supply voltage | AC 220V / DC 24V available |
| Process connection | G1, G11/2 (thread); DN50, DN80 (flange) |
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The most frequently asked questions before placing an order. If you can't find the answer, you can leave a message or consult online.
Specify materials and operating conditions; engineers calculate selection parameters and provide configuration lists; Drawings and technical documentation for this model can also be requested directly.
Leave a message or call; engineers calculate selection parameters by model and send back technical data. Response within 2 hours on working days, and model selection recommendations within 24 hours.
