Why is my Burkert Controller showing 'WARN. LOW'?
If the device state LED on your Burkert Controller is orange and displays the message 'WARN. LOW', it signifies that the measured flow rate has remained below the minimum threshold for the set time delay during dosing. Check the flow rate in the pipe and its impact on the process. If needed, clean the flow sensor. After the dosing is complete, go to the Information menu and confirm the message.
What does 'PU L LIM' mean on my Burkert Controller?
If your Burkert Controller's device state LED shows any colour with the message 'PU L LIM', it indicates that the pulse value times the K-factor of the device is greater than 1000000, meaning the quantity entered for a pulse is too high. To fix this, enter a lower quantity per pulse.
Why is the device state LED on my Burkert Controller red with message 'PWRFAIL'?
If the device state LED on your Burkert Controller displays red with the message 'PWRFAIL', it means the supply voltage is too low, preventing the device from functioning correctly. To resolve this, verify that the supply voltage is within the range of 12 to 36 V DC. If the problem continues after confirming the voltage, further assistance may be needed.
What to do if Burkert Measuring Instruments display 'PWR FAIL'?
If your Burkert Measuring Instruments display 'PWR FAIL', it indicates that the supply voltage is too low. This could be because the voltage at the device terminals is lower than 12 V, or the impedance of the current measurement loop is too high. Adjust the supply voltage so that the voltage at the device terminals is between 12 V and 36 V.
What does 'Process level' mean on my Burkert Controller?
If your Burkert Controller's device state LED displays any colour with the message 'Process level', it indicates that the power supply was cut during the consultation of the messages of the Information menu via the digital inputs. Ensure that the PLC recognizes that the device has returned to the Process level.
What to do if Burkert Measuring Instruments display 'ERROR 6'?
If your Burkert Measuring Instruments display 'ERROR 6', it means there's a memory read error, and the totalizer values are lost. Press the ENTER key to acknowledge the error: the totalizers are reset.
What to do if my Bürkert Transmitter displays ERROR 6?
If your Bürkert Transmitter displays 'ERROR 6', it means a memory read error occurred, resulting in the loss of totalizer values. To fix this, press the ENTER key to acknowledge the error. This action will reset the totalizers.
What to do if my Bürkert Transmitter displays ERROR 7?
If your Bürkert Transmitter displays 'ERROR 7', it indicates a memory read error where the user settings and the totalizer values are lost. To solve this, press the ENTER key to acknowledge the error: the totalizers are reset. After that send the device back to your supplier.
What to do if my Bürkert Transmitter displays ERROR 4?
If your Bürkert Transmitter displays 'ERROR 4', it signifies a memory read error where the totalizer values are lost. To resolve this, press the ENTER key to acknowledge the error. The values of the totalizers are then set to those of the last start of the device. Make sure you check the values of the totalizers.
What to do if my Bürkert Transmitter displays ERROR 3?
If your Bürkert Transmitter displays 'ERROR 3', it indicates a memory read error, meaning the user settings are lost. First, switch the device off and then on again. If the message persists, press the ENTER key to acknowledge the error, which will allow the device to operate with the default settings. Readjust the device. If the error message appears frequently, it's recommended to send the device back to your supplier.
Explains the various symbols used in the document for warnings and notes.
Defines the term "device" as used throughout the operating instructions.
Specifies the validity period for these operating instructions based on serial numbers.
Provides the manufacturer's contact details and information on sales offices.
Outlines the conditions governing the legal warranty for the device.
Directs users to the website for additional operating instructions and technical data.
Describes the primary use of the device in dosing liquids.
Details the construction of different device versions (8025, 8035, SE35).
Explains the information found on the device's name plate.
Provides technical specifications for the 8025 Batch in compact version.
Provides technical specifications for the 8025 Batch in panel version.
Provides technical specifications for the 8025 Batch in wall-mounted version.
Provides technical specifications for the SE35 Batch controller.
Provides technical specifications for the 8035 Batch controller.
Provides technical data for SE35 Batch with S070 or S077 sensor-fitting.
Outlines safety precautions for fluid installation.
Details the installation procedure for the 8025 Batch in compact version.
Details the installation procedure for the 8035 Batch.
Details the installation of the SE35 Batch with S070 or S077 sensor-fitting.
Details the installation of the 8025 Batch in panel version.
Details the installation of the 8025 Batch in wall-mounted version.
Outlines safety precautions for electrical installation and wiring.
Specifies requirements for connection cables and conductors.
Explains how to ensure equipotentiality for safe installation.
Describes the default settings for the device's selectors.
Details terminal assignments and the use of selectors for device configuration.
Provides wiring instructions for the compact version of Batch controllers.
Provides wiring instructions for the 8025 Batch in panel version.
Provides wiring instructions for the 8025 Batch in wall-mounted version.
Details how to connect a remote flow sensor to the device.
Explains wiring for digital inputs DI1-DI4 and transistor output DO4.
Details wiring for the DO1 transistor output for DC powered devices.
Details wiring for the DO1 transistor output for AC powered devices.
Details wiring for the DO1 transistor output in wall-mounted AC versions.
Explains how to wire the relay outputs DO2 and DO3.
Highlights safety precautions for commissioning the device.
Provides a step-by-step guide for commissioning the device.
Outlines safety precautions for operating the device.
Describes the two operating levels (Process and Configuration) and basic navigation.
Explains the function of navigation keys and the meaning of state LEDs.
Details how to use the navigation keys for menu and parameter selection.
Illustrates the basic principle of dosing and PLC scenarios.
Details the various dosing modes available in the Process level.
Guides through the configuration of device parameters via the menu.
Explains how to use the Test menu for checking device functions.
Describes how to access and view the history of the last 10 dosings.
Explains how to access and view fault and warning messages.
Details remote consultation and confirmation of warning messages.
Outlines safety precautions for maintenance and troubleshooting.
Provides instructions on how to clean the device.
Guides users through troubleshooting common device problems.
General| Category | Transmitter |
|---|---|
| Power Supply | 12-36 V DC |
| Measuring Principle | Electromagnetic |
| Pipe Diameter | DN 06 to DN 400 |
| Protection Class | IP65 |
| Display | Yes |
| Output Signal | 4-20 mA, Pulse, Frequency, Relay |
| Temperature Range | -10 to 60 °C |
| Process Connection | Threaded, flanged, or clamped |
| Wetted Materials | Stainless steel, FKM |
| Medium Temperature | -10 to 100 °C |
| Housing Material | Stainless steel, Plastic |
| Relative Humidity | 5-95% non-condensing |
| Accuracy | ±0.5% of reading |
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