Sugar dissolution is one of the key steps in the candy production line, and liquid level measurement is an important prerequisite for dissolution.
Radar level meter has gradually become the preferred equipment for measuring liquid levels in sugar dissolution vessels because of its high accuracy, high stability, wide range of applications, and independence from liquid physical properties and other advantages.
In this paper, we will introduce the characteristics of the liquid level in a sugar dissolution vessel and provide two actual measurement cases to prove the superiority of a radar level meter in the measurement of liquid level in a sugar dissolution vessel.
The characteristics of level measurement of sugar dissolution vessels mainly include liquid viscosity: sugar dissolution liquid has a high viscosity, which puts forward higher requirements for level measurement accuracy.
Dissolution speed: Sugar needs a certain amount of time to completely dissolve in water, which puts forward higher requirements on the timeliness of level measurement.
Hygiene and safety:
The food manufacturing industry has strict requirements for hygiene and safety, which requires level measurement equipment not to affect food safety.
We share measurement cases to see the advantages of radar level meters in sugar dissolving vessel measurement.
Case 1: Confectionary production company A confectionary production company needs to measure and monitor the liquid level in the sugar-dissolving liquid in real-time during the production process.
As traditional level measurement equipment makes it difficult to meet the viscosity, time, and health and safety requirements, the company chose to use radar level meter for measurement.
Radar level meters can accurately measure liquid level heights, utilizing high-frequency signal measurements with stronger reflected signals than ultrasonic or strain-gauge sensor signals, thus providing highly accurate and real-time liquid level data.
In addition, radar level meters are not affected by the physical properties of the liquid and can cope with viscous, high-density sugar dissolving liquids. By using radar level meters, the company has improved the accuracy and stability of its measurements and ensured the smooth running of the production process.
Case 2: Food Company A food company also faced difficulties in measuring the level of sugar-dissolving containers. Due to the wave interference and high viscosity of the sugar dissolving liquid, the traditional level measurement equipment is difficult to realize accurate positioning.
After choosing the radar level meter, the enterprise began to obtain more accurate level measurement data, realizing quick cleaning and improving production efficiency.
At the same time, the radar level meter is not affected by factors such as viscosity, dust, and sudden changes in liquid level, ensuring accuracy and reliability.
In the sugar dissolution vessel level measurement, the radar level meter with its special resin properties shows superiority beyond the traditional measurement methods.
In the modern industrial world, enterprises need to carry out fine measurement and control of liquid properties, in order to minimize manual intervention and human bias, the use of radar level meters has become the industry’s first choice.
A radar level meter can ensure the accuracy, timeliness, and health and safety of liquid level measurement, especially in the high viscosity, and timeliness requirements of sugar-dissolving liquid has significant advantages.
With the increasingly fierce competition in the market, the radar level meter is used in food, petrochemical, pharmaceutical, and other industrial fields of application more and more widely.