To Next PageTo Next PageWhat to do if the mA output is less than 4 mA on my Katronic KATflow 10 Monitor?
If the mA output of your Katronic Monitor is less than 4 mA, ensure that the power supply is within the range of 22 to 36 V dc and can supply at least 150 mA.
Why is the red LED illuminated after setup on my Katronic KATflow 10?
If the red LED is illuminated on your Katronic Monitor after setup, first check that there is flow in the pipe and that the flow is within the rated flow rates. Also, ensure that the device is correctly aligned on the pipe and that the banding is as tight as possible.
What to do if the output does not reach 10 V or 20 mA even at maximum flow on my Katronic KATflow 10?
If the output of your Katronic Monitor doesn't reach 10 V or 20 mA even at maximum flow, it might be because the outputs are scaled for a flow rate range of 0.3 to 3.6 m/s, and the application flow rate range may not be the same.
What to do if there is no change in the Katronic KATflow 10 Monitor output for a given change in flow?
If there is no change in the Katronic Monitor output for a given change in flow, verify that the application criteria align with the application guidelines. Also, if you're using very pure or distilled water with a solids concentration less than 100 parts per million (100 µm diameter minimum), there may not be enough particles in the flow. Finally, check that the sensor is firmly clamped to the pipe with a suitable acoustic couplant (i.e., silicon grease) and that the setup procedure has been completed.
How to fix the issue when the LEDs are not illuminated on Katronic KATflow 10?
If the LEDs on your Katronic Monitor are not illuminated, first press the red button to see if the green LED illuminates. If not, check that the sensor is wired correctly.
Why the alarm set point cannot be set to a 10% or 20% band / level at certain flow rates on Katronic KATflow 10?
At some low flow rates the Katronic Monitor will not set 10% or 20% alarm set points as the signal resolution would be too small. In these cases it will default to a 30% setting.
General| Operating Temperature (Electronics) | -20 °C to +60 °C |
|---|---|
| Technology | Ultrasonic |
| Measurement Principle | Transit-time difference |
| Pipe Size Range | 10 mm to 6, 500 mm |
| Flow Velocity Range | 0.01 to 25 m/s |
| Accuracy | ±1% of reading ±0.01 m/s |
| Outputs | 4-20 mA, relay |
| Communication | RS 232, Modbus |
| Enclosure | IP65 |
| Operating Temperature (Sensors) | -40°C to +80°C |
Details the 4-20mA output scaling and relay trigger for KATflow 10-01.
Details preparing the sensor cable end, including gland and wiring, for connection.
Illustrates the specific wiring connections for KATflow 10-01 and KATflow 10-02 sensors.
Describes the three alarm modes (Low, Out of Bounds, High) for the KATflow 10-01.
Details the process to enter the setup mode using the push button and LED indicators.
Explains how to select one of the three alarm modes via button presses.
Guides on setting the alarm threshold as a percentage of normal flow.
Explains sensor behavior when alarm set points are crossed, including LED and relay status.
Describes the 4-20mA output range and its relation to flow rates for KATflow 10-01.
Details the 0-10V analogue voltage output range and its scaling.
Covers fault detection and sensor behavior during fault conditions for KATflow 10-01.
