To Next PageTo Next PageWhat to do if MKS Transducer shows overrange positive or negative signal?
If your MKS Transducer displays an overrange positive or negative signal, it could be due to a shorted transducer or a damaged interconnect cable. Check the supply voltages at the connector. Inspect the cable and transducer for damage. Replace the cable or transducer if necessary.
Why is the zero output unstable on my MKS Baratron 722A Transducer?
An unstable zero output on your MKS Transducer may be caused by ambient temperature being too high or varying over a wide range. Ensure the ambient temperature is within the product requirements as specified in the Operating Environmental Requirements.
What to do if measurement slowly goes positive over time on MKS Transducer?
If the measurement on your MKS Transducer slowly goes positive over time, it could be due to overpressure or a build-up of contamination in the P x cavity. Return the transducer to MKS for servicing or replacement.
General| Brand | MKS |
|---|---|
| Model | Baratron 722A |
| Category | Transducer |
| Language | English |
Introduces the Baratron Type 722A Absolute Pressure Transducer and its features.
Explains the structure and content of the manual for user guidance.
Provides details on MKS Calibration and Service Centers for user support.
Instructions for safely unpacking the Type 722 unit and checking for shipping damage.
Details environmental requirements and physical dimensions for transducer placement.
Guidance on transducer mounting positions and available fittings.
Details connector pinouts and how to wire the transducer.
Procedures for checking and adjusting the transducer's zero and span settings.
Explains system components and the 722 transducer's role.
Describes the variable capacitance sensor and its operating principle.
Explains the signal conditioner circuitry and calibration process.
Shows the product identification label with model, serial, and range.
Instructions for checking transducer zero and performing periodic maintenance.
Lists recommended pressures for reliable readings and control.
General maintenance guidelines and procedures for reporting damage.
Details initial and periodic zero adjustments for dynamic range.
Provides a chart of symptoms, possible causes, and solutions for issues.
Details accuracy, CE mark compliance, and temperature coefficients.
Lists ambient operating temperature, burst pressure, fittings, and weight.
Specifies input voltage requirements and output signal specifications.
Explains the model code structure and defines options for type, range, fittings, power, accuracy, and connectors.
Details limitations and safety for NW-16-KF fittings.
