Ultrasonic heat meter split type

Ultrasonic heat meter split type：1 3 9 1 5 1 9 1 8 3 6

Ultrasonic heat meter split typeIt is an advanced measuring instrument used to measure and record the thermal energy of fluids. Not only can it be widely applied in the industrial field, but it can also provide accurate energy consumption data in households and commercial environments. As a professional instrument company, we will introduce you to the characteristics, usage methods, and common problem answers of ultrasonic heat meters.

• feature

• The high-precision measurement ultrasonic heat meter adopts advanced ultrasonic technology, which can measure the temperature and flow rate of the fluid in real time, and thus calculate the heat. The accuracy can reach 0.2%, which can effectively provide accurate energy consumption data.

• The ultrasonic heat meter adopts a split design, where the sensor and display can be installed separately for easy installation and maintenance. Sensors can be directly installed on fluid pipelines without changing the pipeline structure.

• The non-destructive measurement ultrasonic heat meter adopts a non-contact measurement principle, which does not cause any loss to the fluid and reduces the failure rate and maintenance cost.

• The multifunctional display ultrasonic heat meter is equipped with a multifunctional LCD display, which can intuitively display data such as fluid temperature, flow rate, total heat, and cumulative energy consumption. It also has data storage and alarm functions, which can achieve remote transmission and management of data.

• Split type ultrasonic calorimeterInstructions for use

• The installation of sensors first requires installing the sensor on the fluid pipeline. Select the appropriate sensor model based on the diameter and material of the pipeline, and ensure good contact between it and the pipeline to ensure accurate measurement.

• Connect the sensor to the monitor through a cable to ensure a secure and reliable connection. Install the monitor correctly in the appropriate position according to the instructions for easy reading and operation.

• Set the parameters appropriately for the monitor based on the actual situation. Parameters include fluid type, pipeline diameter, unit settings, etc. Ensuring correct parameter settings can guarantee the accuracy of measurement results.

• Data Reading and Management: By opening the monitor, real-time temperature, flow rate, and heat data of the fluid can be read. Some ultrasonic heat meters also have data transmission functions, which can transmit data to computers or servers for further analysis and management.

• Regular maintenance and calibration of the ultrasonic calorimeter to ensure measurement accuracy. Calibration can be performed using professional instruments, and it is generally recommended to do it once a year.

frequently asked questions

1. What industries and occasions is the Q ultrasonic heat meter split suitable for

2. The split type ultrasonic heat meter is suitable for industrial production, building heating, heating systems, commercial water use and other fields. Widely used in thermal energy measurement, energy management, cost accounting, and other fields.

3. Does the Q ultrasonic heat meter need to be maintained separately

4. Yes, the ultrasonic calorimeter needs regular maintenance and calibration. Maintenance includes cleaning sensors, checking the firmness of connecting circuits, etc. Calibration can be performed using professional instruments, and it is generally recommended to do it once a year.

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