Why does my Kurz 454FTB Measuring Instruments display 'RP resistance above high limit'?
A reading of 'RP resistance above high limit' on your Kurz Measuring Instruments indicates a potential open circuit on the sensor wiring or a defective sensor or sensor control board.
Why does my Kurz 454FTB display 'RP resistance below low limit'?
A reading of 'RP resistance below low limit' on your Kurz Measuring Instruments indicates a short in the sensor wiring or a defective sensor or sensor control board.
What causes 'RTC resistance above high limit' in Kurz 454FTB?
If your Kurz Measuring Instruments display 'RTC resistance above high limit', this could be caused by an open circuit on the sensor wiring or a defective sensor or sensor control board. When the meter reaches the limit, the meter turns off the sensor control drive until it cools.
What causes 'RTC resistance below low limit' in Kurz 454FTB?
If your Kurz Measuring Instruments display 'RTC resistance below low limit', this could be caused by a short circuit on the sensor wiring or a defective sensor or sensor control board.
What does it mean when my Kurz 454FTB Measuring Instruments say 'Sensor RPs lead open circuit'?
If your Kurz Measuring Instruments are showing 'Sensor RPs lead open circuit', it means there is an open circuit on the RPs wire, or there is a defective sensor or sensor control board.
Why does my Kurz 454FTB show 'Wire loop resistance above high limit'?
A 'Wire loop resistance above high limit' message on your Kurz Measuring Instruments indicates that the wire is too long for the gauge being used, there is a loose wire joint connection, or a defective sensor or sensor control board.
What does it mean if my Kurz 454FTB display 'Meter kick-out high'?
The 'Meter kick-out high' alarm on your Kurz Measuring Instruments is normal if the flow rate or temperature is above the user programmable kick-out set point.
What does it mean if my Kurz 454FTB Measuring Instruments display 'Meter kick-out low'?
The 'Meter kick-out low' alarm on your Kurz Measuring Instruments is normal if the flow rate or temperature is below the kick-out set point, which is user programmable.
What causes 'Sensor type does not match configuration' error in Kurz 454FTB Measuring Instruments?
A 'Sensor type does not match configuration' error in Kurz Measuring Instruments indicates that the wrong sensor is connected to the electronics, or there is a defective sensor or sensor control board.
What to do if my Kurz 454FTB Measuring Instruments display 'ADC failed to convert measurement'?
If your Kurz Measuring Instruments display 'ADC failed to convert measurement', the sensor control board is defective and needs to be replaced.
General| Brand | Kurz |
|---|---|
| Model | 454FTB |
| Category | Measuring Instruments |
| Language | English |
Details process specifications, component specs, transmitter features, and approvals for flow meters.
Lists key transmitter features including enclosures, outputs, and interface.
Outlines the necessary requirements for communicating with B-Series flow meters.
A checklist to confirm and configure flow meter parameters before installation.
Details probe support, sensor placement, and mounting considerations for flow meters.
Explains the two enclosures for TS configurations and their mounting.
Covers important electrical issues and considerations for installing flow meters.
Ensures safety compliance for enclosures and hazardous areas.
Provides measures to prevent water damage to flow transmitter components.
Details AC and DC power requirements and wiring for B-Series meters.
Specifies voltage requirements and characteristics for 24 VDC powered units.
Explains power connection and wiring for AC powered flow meters.
Provides guidance for installing K-BAR multipoint systems.
Details mounting requirements for K-BAR probe supports based on configurations.
Explains common K-BAR installation types: transmitter attached and separate.
Provides information on configuring and wiring analog outputs (4-20 mA).
Outlines the two serial ports (USB and RS-485) for B-Series communication.
Details Modbus protocol, RTU, ASCII, and RS-485 configuration.
Guides on configuring Modbus TCP/IP and RTU communication parameters.
Explains Modbus register types, functions, and data mapping.
Explains the flow meter's internal and external checks for diagnostics.
Lists error codes, descriptions, and possible causes for logged events.
Explains safety label content for hazardous area installations.
Covers ATEX directives for potentially explosive atmospheres.
Details ATEX compliance for Group II, Category 3 explosive atmospheres.
Details ATEX compliance for Group II, Category 2 explosive atmospheres.
Step-by-step guide for conducting a zero flow calibration test.
To Next Page
