A customer needed to measure the water level in a tank continuously, without putting an instrument into the water. Contact-type devices — floats and immersed probes — foul, corrode, or jam over time, and any of these turns into a maintenance call. The requirement was therefore a non-contact measurement of the water surface, mounted above the tank.
Water Tank Level Monitoring with an Ultrasonic Sensor — China Read More »
A customer installed a KUS640 integrated ultrasonic level sensor on a water tank. After installation, the instrument did not read the correct level: it displayed a plausible-looking number, but the value did not agree with the actual water level in the tank. A reading that looks reasonable is harder to spot than an obvious fault, which is what made this case worth recording.
Ultrasonic Level Sensor Reading Inaccurate on a Water Tank — China Read More »
Online multi-parameter monitoring at an industrial wastewater discharge in Turkey: continuous COD, conductivity, pH and TSS with remote logging.
Online Multi-Parameter Monitoring at an Industrial Wastewater Discharge — Turkey Read More »
Why a radar level sensor can read differently from the actual level, and how to calibrate the KLD801 measurement range for reliable readings.
Radar Level Sensor Reading Differs From Actual Level — China Read More »
Open channel flow monitoring over a rectangular weir for pond-inlet flow, with non-contact measurement and level-to-flow conversion.
Pond-Inlet Flow Monitoring Over a Rectangular Weir — Thailand Read More »
Clamp-on ultrasonic flow meter for 4-inch wastewater lines: non-intrusive installation, no pipe cutting, continuous flow measurement.
Clamp-On Ultrasonic Flow Meter for a Wastewater Line — Indonesia Read More »
Pressure control case study for a combined gas and liquid test bench using the KPC104 controller, with stable regulation under mixed-phase conditions.
Pressure Control for a Combined Gas and Liquid Test Bench — Pakistan Read More »
Why is polyurethane mixing with an agitator a difficult level measurement environment? Polyurethane mixing vessels combine three measurement challenges simultaneously: high viscosity (800–3,000 mPa·s depending on formulation), mechanical agitation creating turbulent surface conditions, and vapor condensation that coats any probe or antenna surface. The polyurethane batch in this case study is processed in a 2,000L
KLD803 80GHz | Radar Level Meter in Polyurethane Mixer Read More »
We got your message and our team is on it! Expect to hear back from one of our team members very soon.
Your inquiry will be responseed in 12 hours .
For any urgent case, you can contact us via whatsapp or phone.
