Glue gel flowmeter

In the world of industrial measurement, accuracy is often synonymous with efficiency and cost. For the production and circulation industries of high viscosity liquids such as heavy oil, glue, and resin, accurate monitoring of flow rate has always been one of the technical challenges. Today, we are going to unveil the mysterious veil of a revolutionary product - the HTGF seriesGlue gel flowmeterThis is not just an ordinary flowmeter, it embodies precision and reliability, and is a game changer in the field of viscous fluid measurement.

The circular gear flowmeter has quickly become a new favorite for precision flow measurement due to its extraordinary characteristics. It has a viscosity measurement capability of up to 10000 Pa · s, making it impossible for difficult to understand high viscosity fluids to escape. Its design is compact and exquisite, lightweight, yet it can demonstrate amazing stability and low noise levels during operation, as if telling us that "lightness" and "power" are not contradictory.

Let's delve deeper into the secret of the circular gear flowmeter. The key to achieving such high precision measurement is its extraordinary design. The internal structure of the circular gear flowmeter is exquisite, ensuring that every rotation is converted into accurate flow values. Whether it flows continuously or intermittently, it can provide reliable data support. For applications with strict requirements, a circular gear flowmeter is undoubtedly a good choice. For example, when dealing with trace fluids with small diameters, it ensures the accuracy of measurement results with extremely small starting flow rates and a wide range ratio. It is worth mentioning that its measurement accuracy is not affected by fluctuations in pressure or flow rate, which means that it can maintain consistent performance stability regardless of changes in the environment. The long service life of circular gear flowmeter. Its durability and flow capacity advantages make it a part of many industrial process controls.

Now imagine installing this high-tech circular gear flowmeter in your factory, where you will enjoy measurement accuracy, smoother production processes, and stricter quality control. All of this is based on the reliable data provided by the circular gear flowmeter. If you are looking for a product that can bring you a huge transformation, don't hesitate. The circular gear flowmeter, with its excellent performance and stable operating effect, is waiting to play a key role in your production process. Investing in a circular gear flowmeter means investing in the future, and it will become a strong support to ensure the quality and production efficiency of your products.

HTGF seriesGlue gel flowmeterProduct Features

(1) Flow measurement is independent of the flow state of the fluid;

(2) The higher the viscosity of the medium, the smaller the amount of leakage from the gear and measuring space gap. Therefore, the higher the viscosity of the measured medium, the smaller the leakage error, and the more advantageous it is for measurement;

(3) High measurement accuracy, suitable for high viscosity medium flow and measurement, but not suitable for fluids containing solid particles, requiring the installation of filters; If there is gas mixed in the medium, it can also cause measurement errors;

(4) Small size, light weight, low vibration noise during operation, capable of measuring fluids with viscosity up to 10000pa. s. The measurement accuracy is 0.5

Level 1.0;

(5) There are various types such as universal, high-pressure, and food grade, suitable for measuring small flow rates of various cleaning liquids;

Selection parameters of HTGF series circular gear flowmeter

1. High pressure resistance (1.0-45MPa)

2. High and low temperature resistance (-196 ℃ -200 ℃)

3. Can measure various viscous media

4. High precision and high repeatability

5. Pulse output/analog output optional

6. Range width ratio (1:100)

7. Wide measurement range

8. Strong anti-corrosion and anti pollution ability (acid-base)

Measurement Range Table

Model

Installation requirements and precautions

1. When using, the measuring liquid should be kept clean and free of fibrous or granular impurities.

2. When the transmitter is put into operation, the opening and closing sequence of the valve is not to install the weight converter of the bypass pipe. First, open the upstream valve of the transmitter at a medium opening, then slowly open the downstream valve and run at a low flow rate for 10 minutes, then fully open the upstream valve to the required normal flow, install the transmitter of the bypass pipe, first fully open the bypass pipe valve, open the upstream valve at a medium opening, then slowly open the downstream valve, close the opening of the bypass valve, so that the transmitter can run at a low flow rate for 10 minutes, then fully open the upstream valve and fully close the bypass valve (to ensure no leakage), and finally adjust the opening of the downstream valve to the required normal flow. When opening and closing the valve, it should be gentle. If automatic control is used for opening and closing, especially for medium and large diameter sensors, it is best to use the "two-stage opening and two-stage closing" method to prevent the sudden impact of liquid from causing water hammer effect and damaging the gears.

3. To ensure the long-term normal operation of the transmitter, it is necessary to strengthen operational inspections. Once any abnormalities are found, timely measures should be taken to eliminate them. Pay special attention to monitoring the rotation of the gears, and promptly check the transmitter if any abnormal sounds are heard.

4. The maintenance cycle of the transmitter is generally three months. When inspecting and cleaning, be careful not to damage the internal components and assemble them in their original positions.

5. When the transmitter is not in use, the internal liquid should be cleaned and protective covers should be added at both ends of the transmitter to prevent dust and dirt from entering, and then stored in a dry place.

6. The filter used should be cleaned regularly, and a protective cover should be added when not in use to prevent dust and dirt from entering, and then stored in a dry place.

7. The transmission cable of the sensor can be laid overhead or buried underground (plastic or iron pipes should be covered when buried).