A well water level indicator can usually be used to measure the water level in wells, boreholes, and water level pipes. It is particularly suitable for the observation of groundwater levels in hydropower projects or manual inspection of the dam body intrusion line of earth-rock dams.
Powerful Combination, Accurate Detection
Solid as A Rock, Easy to Carry
The use scenarios of water level meters cover multiple fields such as industry, water conservancy, environmental protection, and energy. Its applications are diversified according to the characteristics of the measuring medium, environmental requirements, and functional requirements.
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Model | SISCO-WLM-SWJ8030 | SISCO-WLM-SWJ8050 | SISCO-WLM-SWJ80100 | SISCO-WLM-SWJ80150 |
Range | 0~30m | 0~50m | 0~100m | 0~150m |
Minimum Reading | 1 | |||
Repeatability Error | ±2.0 | |||
Operating Voltage | 9V | |||
Weight | 3.5kg | 4.5kg | 6.5kg | 10kg |
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Q1: How to Read a Water Level Gauge Correctly?
A1: The key to reading a water level gauge correctly is to first check the device status and environmental conditions to ensure there are no interference factors, then use the corresponding method according to its type (such as glass tube, float type, pressure type or radar/ultrasonic) to read it, usually by looking directly or viewing the display, paying attention to the units and decimal points; at the same time, make sure the device is calibrated, and pay attention to factors such as bubbles and dirt that may affect the accuracy of the reading. Finally, record the reading and do daily cleaning and maintenance to ensure the reliability of the measurement results and the life of the equipment.
Q2: How to Calibrate a Water Level Meter?
A2: The water level meter calibration needs to be completed in a static water body. First, place the probe into a known depth (such as 0cm or standard water level) to adjust the zero point, then calibrate the range by comparing the actual water depth, and set compensation parameters according to the water temperature to eliminate thermal expansion and contraction errors. After completion, record the calibration data and recheck it regularly (such as monthly) to ensure measurement accuracy.
Q3: Common Operational Errors When Using Water Level Meters
A3: Common operational errors when using water level meters include improper installation, neglect of calibration, and neglect of environmental factors. For example, when installing the probe tilted or close to the inlet/outlet, the measured value may be too large or too small, or even fluctuate unstably; failure to perform zero point calibration or neglecting that the medium density does not match the device setting value may cause inaccurate readings.
Tips: Correct Use of Water Level Meter
To use the water level indicator meter correctly, you must first check the status of the device and ensure that it is firmly installed. After turning it on, measure and read the data according to the type of device (contact type needs to be immersed in liquid, non-contact type needs to be aligned with the liquid surface). Avoid collision and angle deviation during operation. After the measurement is completed, clean the probe and equipment in time, calibrate and maintain it regularly, and pay attention to the protection requirements in special environments to ensure accurate measurement and long-term reliable operation of the equipment.
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