PBTS1C is a portable single-channel high accuracy pressure standard with a pressure measurement range of 10-5 to 25000 Torr for real-time in situ pressure verification applications.
The PBTS1C is suitable for use in the calibration lab, production floor, or cleanroom environment. The system includes an AA06A Baratron® Capacitance Manometer pressure sensor which acts as the pressure standard and a 670C power supply and display with a signal conditioner all housed in a rugged wheeled cart with an extendable handle for easy maneuvering. The cart itself includes a secure drawer to store the pressure standard and associated 13 foot interconnecting cable.
The manometer is temperature-controlled at 45°C to maintain stability and high accuracy. The front face of the cart is angled upward to allow for easy viewing of the digital LCD readout.
The following options are available for the PBTS1C Portable Baratron® Transfer Standard
Ordering Code Example: PBTS1C01UB2
Configuration Option | Option Code |
---|---|
PBTS1C Portable Baratron® Transfer Standard | PBTS1C |
Ranges | |
0.1 mmHg | 0.1 |
1 | 1 |
10 | 11 |
100 | 12 |
1000 | 13 |
5000 | 53 |
10000 | 14 |
15000 | RB |
20000 | 24 |
25000 | RC |
Input Power | |
Standard USA & Canada input power 110 VAC, 60 Hz | U |
220 VAC, 50 Hz | F |
100 VAC, 50/60 Hz | J |
Accuracy | |
±0.08% of Reading | B |
±0.05% of Reading (1, 10, 100, 1000 mmHg models only) | A |
Interface | |
RS-232 (standard) | 2 |
The cart’s pressure standard is removed from its storage drawer and placed near the process tool’s manometer port. This is facilitated by using a combination isolation valve such as MKS’ IDA™ In Situ Diagnostic Access Isolation Valve. When the pressure standard is connected to the isolation valve’s access port, it can be used to verify the accuracy of the gauge and check the system’s set point pressure.
What is the difference between the ±0.08% and ±0.05% accuracy options?
The PBTS1C is suitable for a wide range of industries, including: semiconductor manufacturing, pharmaceutical production, aerospace and defense , and research and development.
What is the display visibility like in different environments?
How does the PBTS1C ensure accuracy across a wide range of pressures?