Standard Vacuum Gauge PSG500: The Ideal Choice for High-Precision Measurement and Versatile Applications

Discover the performance advantages, technical specifications, and FAQs of the standard vacuum gauge PSG500. Ideal for various gas measurements, it offers high-precision and stable vacuum monitoring solutions.

Advantages of the Standard Vacuum Gauge PSG500

The standard vacuum gauge PSG500 is a high-performance vacuum measurement device with the following key advantages:

1. High-Precision Measurement: Utilizes the thermal conductivity principle (Pirani) with a measurement range from 5×10⁻⁴ mbar to 1000 mbar and an accuracy of ±15%.

2. Versatile Applications: Supports measurements for various gases, including air, oxygen, and nitrogen, meeting diverse needs.

3. Fast Response Time: Reaction time of just 80 milliseconds for real-time vacuum monitoring.

4. Durable Design: Features tungsten or nickel filaments, withstands high temperatures (baking up to 250℃), and operates in harsh environments.

5. Easy Installation: Supports any installation orientation and offers multiple interface options (e.g., DN 16 ISO-KF, 1/8"NPT).

Technical Specifications of the Standard Vacuum Gauge PSG500

Applications of the Standard Vacuum Gauge PSG500

The standard vacuum gauge PSG500 is widely used in the following fields:

1. Industrial Manufacturing: Vacuum monitoring for vacuum furnaces, coating systems, and drying systems.

2. Laboratory Research: High-precision vacuum measurement for experimental equipment.

3. Semiconductor Industry: Vacuum control in wafer manufacturing and packaging processes.

4. Medical Devices: Precise monitoring of medical vacuum systems.

5. Aerospace: Vacuum testing for space environment simulations.

Frequently Asked Questions (FAQs) About the Standard Vacuum Gauge PSG500

1. : What is the measurement range of the PSG500?
   A: The measurement range is from 5×10⁻⁴ mbar to 1000 mbar, suitable for various vacuum environments.

2. : What is the accuracy of the PSG500?
   A: The accuracy is ±15% in the range of 1×10⁻³ to 100 mbar and ±50% in other ranges.

3. : Which gases can the PSG500 measure?
   A: It supports measurements for air, oxygen, nitrogen, hydrogen, and more.

4. : Is the PSG500 easy to install?
   A: Yes, it supports any installation orientation and offers multiple interface options.

5. : What is the response time of the PSG500?
   A: The response time is 80 milliseconds, ensuring real-time monitoring.

6. : What is the operating temperature range of the PSG500?
   A: The operating temperature range is +5℃ to +60℃.

7. : What filament materials are available for the PSG500?
   A: It offers tungsten and nickel filaments to meet different requirements.

8. : What is the output signal of the PSG500?
   A: The output signal is a 0-10.3 V analog signal, ideal for data acquisition and analysis.

9. : Can the PSG500 withstand high-temperature baking?
   A: Yes, it can withstand baking temperatures up to 250℃ at the flange.

10. : How do I choose the right PSG500 model?
    A: Select the appropriate model based on your measurement needs, gas types, and interface requirements (e.g., PSG500, PSG500-S, or PSG502-S).