What to do if MKS Transducer shows overrange signal?
If your MKS Transducer shows an overrange positive or negative signal, it might be due to a shorted transducer or a damaged cable connecting the transducer to the electronics module. Check the supply voltages at the terminal block. Carefully examine the cable and transducer for any signs of damage. If you find any issues, replace the affected components.
Why MKS Baratron 622A has unstable zero output?
An unstable zero output in your MKS Transducer might be caused by ambient temperature issues. The temperature may be too high, or it may be varying too much. Make sure the ambient temperature is within the product requirements as specified in Appendix A: Product Specifications, page 41.
What to do if MKS Baratron 622A Transducer measurement slowly goes positive?
If the measurement from your MKS Transducer slowly increases over time, it could be due to overpressure or contamination buildup in the P x cavity. You should return the transducer to MKS for servicing or replacement.
Warns that using specific compression-type fittings voids the warranty due to potential sensor damage.
Outlines essential safety guidelines for operation, maintenance, and environmental considerations for the instrument.
Guidance on mounting the transducer, isolating it from vibration, and initial system configuration.
Procedures for verifying and setting the transducer's zero point, including warm-up time requirements.
Details the process and purpose of the coarse zero adjustment feature for enhanced zero range capability.
Specifies power supply requirements, noise/ripple limits, and grounding scheme recommendations.
Details using the external zero pin on the Type 629 for common-mode rejection and zero adjustment.
Instructions for performing initial and periodic zero adjustments to ensure measurement accuracy.
A guide to diagnose common issues, identify causes, and find solutions for transducer problems.
General| Type | Capacitance Manometer |
|---|---|
| Output Signal | 0-10 VDC |
| F.S. Output | 10 VDC |
| Pressure Range | 0 to 1000 Torr |
| Temperature Range | 0 to 50 °C |
| Electrical Connection | D-sub connector |
| Operating Temperature | 0 to 50 °C |
| Materials Exposed to Process | Alumina ceramic |
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