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  • 水利液位传感器多久维护一次?
    How often should a water conservancy level sensor be maintained?
    How is the maintenance interval for water conservancy level sensors determined? This article explains inspection, calibration, troubleshooting, and 24V power supply system inspection methods based on water quality, installation environment, flood-season operating conditions, and equipment type, helping pumping stations, reservoirs, and channel monitoring achieve stable and reliable control.
  • 强碱环境使用液位传感器要注意什么?
    What Should Be Considered When Using a Level Sensor in a Strong Alkali Environment?
    Precautions for using level sensors in strong alkali environments: detailed guidance on alkali concentration, temperature, material selection, installation clearance, wiring protection, maintenance, cleaning, and calibration to help reduce the risks of tank overflow, pump dry running, and signal drift, and obtain a reliable suitable solution.
  • 耐腐蚀液位传感器一般能用多久?
    How Long Do Corrosion-Resistant Level Sensors Typically Last?
    How long do corrosion-resistant level sensors last? Under normal operating conditions, they can be used for 3 to 5 years. In complex environments such as strong acids, strong alkalis, and high-temperature slurries, their service life may be reduced to 1 to 3 years. Learn about material compatibility, installation, maintenance, and calibration to extend equipment life and reduce downtime risks.
  • 高准确度液位传感器如何校准?
    How to Calibrate a High-Accuracy Level Sensor?
    A detailed guide to calibrating high-accuracy level sensors: covering five-point verification from zero point to full scale, as well as density correction, error control, and recalibration intervals. Applicable to water conservancy, chemical, and storage tank operating conditions to help improve level measurement stability and control reliability.
  • 24V供电液位传感器适用于哪些场景?
    What applications are 24V-powered level sensors suitable for?
    24V-powered level sensors are suitable for water tanks, reservoirs, chemical storage tanks, reactors, and automated equipment. Learn about 4-20mA and RS485 outputs, corrosion-resistant materials, and installation considerations for interference resistance to quickly match a reliable level measurement solution.
  • 3051和3351液位传感器价格差异在哪里?
    What are the price differences between 3051 and 3351 liquid level sensors?
    The price differences between 3051 liquid level sensors and 3351 liquid level sensors mainly arise from accuracy, materials, remote seal flanges, explosion-proof communication, and adaptability to complex operating conditions. This article analyzes the selection essentials and lifecycle costs of both products to help you obtain a more accurate liquid level measurement quotation solution.

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