JXPT-8-2000 Golden Owl Leather Tube, Double Flange Temperature Pressure Flow Integrated Leather TubeTechnical parameters:
1 S-tube: 8mm
2. Material: 316L or 304 stainless steel

3. Pitot tube coefficient: 0.82-0.84
4. Flow velocity measurement range: 0-45m
5. Length: 1000-2500mm(Length can be customized)

6. Temperature measurement range: ≤ 900℃

JXPT-8-2000 flue skin tube, integrated with temperature, pressure and flow, equipped with docking flange, can be installed directly after arrival, which is simple, convenient and fast. Mainly used in chemical plants, boiler plants, power plants, etc

1. Material: 304 or 316L stainless steel

2. Diameter: Ф6.0mm-Ф10mm

3. Pitot tube measuring medium:Gas or liquid compatible with 304 or 316 stainless steel.
4. Pitot tube usage environment:Temperature -20~900 ℃; Humidity: ≤ 45%RH

Note: Corrosion resistant baking paint, temperature resistant to 300 ℃

1. Material: 304 or 316L stainless steel

2. Diameter: Ф6.0mm-Ф10mm

3. Pitot tube measuring medium:Gas or liquid compatible with 304 or 316 stainless steel.
4. Pitot tube usage environment:Temperature -20~900 ℃; Humidity: ≤ hr45%
5. Measurement flow rate range:Air flow velocity ≤ 40m/s; Water flow rate ≤ 25m/s

Boiler skin tube and flue skin tubeusage method:

1. It is necessary to select the measurement point section correctly and ensure that the measurement point is located in a straight pipe section with smooth airflow. For this purpose, local components such as elbows and variable diameter pipes that measure the distance between the cross-section and the incoming flow direction should be greater than 4 times the diameter of the pipeline. Local bends and variable diameter structures in the downstream direction should be greater than twice the diameter of the pipeline.

When measuring, the full pressure hole should be aligned with the direction of the airflow to indicate the direction of the rod. The insertion hole of the measuring point should avoid air leakage, which can prevent airflow interference on the section. Using a pitot tube can only measure the flow velocity at a certain point on the pipeline section. Due to the uneven distribution of flow rate on the section, more points should be measured on that section to obtain the average value.

3. Test the smoothness before use. Regularly check the small static pressure hole to prevent impurities from blocking it. After use, clean the inner and outer pipes in a timely manner to ensure long-term good condition.

The standard pitot tube calibration cycle is five years.

5. Measurement flow rate range:Air flow velocity ≤ 40m/s; Water flow rate ≤ 25m/s

Boiler skin tube and flue skin tubeusage method:

1. It is necessary to select the measurement point section correctly and ensure that the measurement point is located in a straight pipe section with smooth airflow. For this purpose, local components such as elbows and variable diameter pipes that measure the distance between the cross-section and the incoming flow direction should be greater than 4 times the diameter of the pipeline. Local bends and variable diameter structures in the downstream direction should be greater than twice the diameter of the pipeline.

When measuring, the full pressure hole should be aligned with the direction of the airflow to indicate the direction of the rod. The insertion hole of the measuring point should avoid air leakage, which can prevent airflow interference on the section. Using a pitot tube can only measure the flow velocity at a certain point on the pipeline section. Due to the uneven distribution of flow rate on the section, more points should be measured on that section to obtain the average value.

3. Test the smoothness before use. Regularly check the small static pressure hole to prevent impurities from blocking it. After use, clean the inner and outer pipes in a timely manner to ensure long-term good condition.

The standard pitot tube calibration cycle is five years.