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Application Case of Tuning Fork Level Switch in Liquid Nitrogen Distribution System
Discover how tuning fork level switches improve the reliability and safety of liquid nitrogen distribution systems.
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Industry Leader VEGA Purchases Jiwei Instrument
With the advancement of automation technology and the progress of Industry 4.0, Jiwei will pave the way for broader future exploration in the industry.
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Vibrating Level Switch
Jiwei has been granted 4 invention patents and 4 utility patents on Vibrating Level Switches so far.
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How to Maintain Level Switches?
By following these maintenance guidelines and best practices, you can prolong the lifespan of level switches, minimize downtime, and ensure the continued reliability and effectiveness of your monitoring and control systems.
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What are Level Switches?
Each type of level switch has its advantages and limitations, and the choice depends on factors such as the type of substance, environmental conditions, and required accuracy and reliability.
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Jiwei Develops Advanced 5.6-Meter Liquid Level Switches for Enhanced Acrylonitrile Safety
5.6-meter-long Liquid Level Switch exhibit high performance, thus surpassing the client’s expectations .
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New Product: Tuning Fork Liquid Level Switch with Stainless Steel Housing
With the robust stainless-steel housing, the new model is a reliable solution for complex liquid level control in harsh environments.
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Jiwei SIL2/3 Certified Liquid Level Switches Applied in Pharmaceutical Industry
The tuning fork liquid level switches, or liquid level switches can detect the limit liquid level point and output alarms in time to realize overfill protection and dry run protection.
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Considered Factors in the Design of V-Shaped Protection Sheets
The Protection sheet should be installed above the level switch and maintain an appropriate distance from the sensing area.
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Applications of Insulation Coatings in Level Switches
Tuning Fork Level Switch with insulation coating is an excellent alternative. The widened fork with larger amplitude promotes a better anti-bridging effect.