Membrane capacitor vacuum meter RBM3501 Torr, ISO-KF DN 16 (RBM35010T1)

Main features

· Wide pressure range: there are 1 Torr, 10 Torr, 100 Torr, and 1000 Torr models.

· Accurate measurement: using advanced capacitive technology to achieve minimum drift and accurate reading.

· Standardized connection: ISO-KF DN 16 flange, easily compatible with various systems.

· Strong structure: Designed for demanding applications in industrial and laboratory environments.

· Multiple options: Choose from a range of stress levels to meet specific needs.

. Application

1. Laboratory research:

· To provide accurate vacuum measurements for experiments requiring a controlled environment.

2. Semiconductor manufacturing:

· Precise vacuum control during wafer processing and chip fabrication.

3. Industrial processing:

· Reliable for use in vacuum drying, coating, and packaging applications.

4. Environment and Energy:

· Support for gas treatment and vacuum monitoring in the energy systems.

. Model-specific details

. Advantages

· Accuracy for the entire range: Each model is optimized for its respective pressure range.

· Standardized compatibility: ISO-KF DN 16 flanges ensure easy integration with existing systems.

· Durable design: can withstand rigorous industrial and research use.

· A variety of applications: suitable for semiconductor, laboratory, manufacturing and other industries.

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. Picture SEO precautions

RBM350 Membrane Capacitance Vacutainer ISO-KF DN 16 (1 Torr to 1000 Torr)

The pictures shall include all four models, marked with their pressure ranges (1 Torr, 10 Torr, 100 Torr, 1000 Torr) and part numbers (RBM35010T1, RBM35011T1, RBM35012T1, RBM35013T1). Highlight the ISO-KF DN 16 junctions and the rugged structures.

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. Call for action

Encourage users:

· Select the suitable RBM350 vacuum meter according to its pressure range requirements.

· Quote for bulk orders or technical support.

· For help in integrating the RBM350 meter into the vacuum system, please contact us.

This SEO content emphasizes that the RBM350 series diaphragm capacitor vacuum meter is a multi-functional, reliable and high-performance solution for cross-industry precision vacuum measurement. If you need further improvement, please let me know!

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Membrane capacitor vacuum meter RBM350,10 T орр, ISO-KF DN 16 RBM35011T1 diaphragm capacitance vacuum meter RBM350,100 T орр, ISO-KF DN 16 RBM35012T1

Answers to Common Questions about Diaphragm Capacitance Vacuum Gauge RBM350

1. How is the diaphragm capacitance vacuum gauge RBM350 calibrated?

RBM350 adopts a full - digital key - based calibration method. Users can adjust and calibrate parameters through the keys according to the equipment operation manual, which is simple and convenient to operate.

2. Will the measurement accuracy of RBM350 be affected in different temperature environments?

RBM350 has a temperature compensation function, with a zero drift of only 0.005% F.S./℃ and a full - scale drift of 0.04% F.S./℃. It can effectively reduce the influence of temperature on the measurement accuracy and maintain relatively stable measurement accuracy in different temperature environments.

3. How does the sensor of RBM350 prevent contamination?

RBM350 has a design to protect the sensor from contamination. Its structure and materials can effectively block external impurities from entering the sensor, extending the service life of the sensor and reducing maintenance costs.

4. How long does it take for RBM350 to return to normal measurement after being exposed to atmospheric pressure?

RBM350 can quickly recover after being exposed to atmospheric pressure. Although the specific recovery time is not clearly given, it can meet the needs of rapid - recovery measurement in most scenarios in practical applications.

5. How does RBM350 ensure the effective support of measurement data for the process in semiconductor manufacturing?

Its high - precision measurement characteristics and fast - stabilization and quick - recovery performance can accurately and timely feedback the changes in vacuum degree, helping engineers adjust process parameters in a timely manner to ensure the maintenance of a stable vacuum environment in key processes such as lithography and etching, thereby guaranteeing product quality and production efficiency.

6. The power supply voltage range of RBM350 is relatively wide. Will the performance vary under different voltages?

Within the power supply voltage range of +14VDC～30VDC, RBM350 can work stably, and its performance will not be significantly affected by the fluctuation of the power supply voltage within this range.

7. The output voltage of RBM350 has a linear relationship with the vacuum pressure. What are the benefits of this for practical applications?

The linear relationship allows users to more intuitively judge the vacuum pressure based on the output voltage, which is convenient for data analysis and process control, and improves work efficiency and accuracy.

8. What precautions should be taken when using RBM350 in medical equipment?

It is necessary to ensure that the equipment is firmly installed, the electrical connection is correct, and it is protected from electromagnetic interference. At the same time, the equipment should be regularly calibrated and maintained to ensure the accuracy of measurement data to ensure the normal operation of medical equipment and the safety of patients.

9. How is the measurement range of RBM350 selected?

It is selected according to the vacuum degree requirements of the actual application scenario. For example, the lithography process in semiconductor manufacturing may require a measurement range of 13.3(Pa )~ 0.00133(Pa), while vacuum heat treatment may require a range of 133000(Pa)~ 13.3(Pa).

10. What is the impact of the weight and size of RBM350 on installation?

RBM350 weighs 300 grams and has a size of approximately φ 55×120 (diameter×height) (mm). It is small in size and light in weight, making it easy to install in various equipment and experimental devices and has low requirements for installation space.