What to do if FMC INVALCO WCM 7300 LCD reads 'Check Probe Wire'?
If the FMC Measuring Instruments LCD reads 'Check Probe Wire', it indicates a problem with the probe connection. You should check the lead from the electronic assembly to the probe to ensure it is securely attached and not loose. Also, verify that the probe is not empty.
Why does my FMC Measuring Instruments probe read high water cut values or 'Over Range'?
If the FMC Measuring Instruments probe displays high water cut values or reads 'Over Range', it could be due to several reasons: the probe is full of water, there's a conductive buildup on the insulators, or the insulators are shorted. To resolve this, remove the probe and inspect it for water, conductive buildup, or shorted insulators.
What to do if the FMC INVALCO WCM 7300 Measuring Instruments LCD goes to 0.00?
If the Dk of the fluid decreases while going through the FMC Measuring Instruments probe, the LCD will display 0.00. To fix this, reprogram and recalibrate the device starting from the 'Below Cal Zero' reading.
Why does the indicated water cut go up with an increase in temperature on my FMC INVALCO WCM 7300?
If the indicated water cut increases with a temperature increase in your FMC Measuring Instruments, the manual TC number is too high. You should reduce the manual TC number.
What to do if the indicated cut goes down with a temperature increase on FMC INVALCO WCM 7300?
If the indicated cut decreases with a temperature increase on your FMC Measuring Instruments, it means you need to increase the TC value.
What to do if the water cut reading drifts on FMC INVALCO WCM 7300?
If the water cut reading on your FMC Measuring Instruments drifts while shakeouts indicate a constant cut, check the temperature and probe readings from the LED display. Additionally, stop the fluid flow through the probe to see if the reading stabilizes.
How to check the 24 volt power supply for FMC INVALCO WCM 7300 Measuring Instruments?
To ensure proper functioning of the FMC Measuring Instruments 7300, verify that the 24 volt power supply is good, steady, and ripple free.
Describes the key design features and capabilities of the WCM 7300 model.
Explains the function of the front panel buttons for calibration.
Describes how the device measures water contamination using dielectric constant.
Lists temperature, power, Dk range, accuracy, and output specifications.
Defines terms like Cut, S&W, Grindout, TC, and Dielectric Constant.
Explains messages related to calibration, errors, and operation.
Explains messages like Under Range, Auto Set Fail, Below Cal Zero.
Details manual and automatic methods for temperature compensation.
Provides criteria for choosing between manual and automatic TC calibration.
Illustrates the steps for entering programming mode and calibrating the unit.
Covers probe mounting requirements and power supply connections.
Provides a detailed, numbered sequence for field calibrating the unit.
Explains display toggling, LED behavior, and relay functions.
Covers probe mounting, enclosure ratings, and power requirements.
Lists the specific values required for unit customization.
Shows connections for power, 0-5V, and 4-20mA outputs.
Details the connections for the SPDT relay terminals.
Addresses power supply, RTD issues, and factors causing reading drift.
Explains how API gravity, gas, and chemicals impact measurements.
Details tests for probe coating, resistance, and voltage issues.
Describes tests for probe capacitance, resistance, and voltage.
Guides on troubleshooting 'Check Probe Wire', 'Below Cal Zero', 'Under Range', and 'Over Range'.
Provides a table and diagram of physical dimensions for probe assemblies.
General| Brand | FMC |
|---|---|
| Model | INVALCO WCM 7300 |
| Category | Measuring Instruments |
| Language | English |
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