To Next PageTo Next PageWhat to do when MAIN NV MEMORY FAILED in ABB Endura AZ Measuring Instruments?
If the MAIN NV MEMORY FAILED in your ABB Measuring Instruments, it indicates a failure during reading of NV memory or permanent data corruption. Switch the power to the transmitter off and on again, then check and re-enter the configuration parameters. You may also need to replace the cartridge.
How to resolve OPTION NV MEMORY FAILED in ABB Endura AZ Measuring Instruments?
If the OPTION NV MEMORY FAILED in your ABB Measuring Instruments, it means there was a failure during reading of NV memory or permanent data corruption. Try switching the power to the transmitter off and then on again. Check and re-enter the configuration parameters. Replacing the cartridge might also help.
What does TEMP SENSOR OUT OF LIMITS mean in ABB Measuring Instruments?
TEMP SENSOR OUT OF LIMITS in ABB Measuring Instruments signifies that the maximum temperature range for the thermocouple has been exceeded. Check the operating conditions.
What causes HEATER TRIPPED error in ABB Endura AZ?
If the heater tripped in your ABB Measuring Instruments, it means the maximum cell temperature was exceeded. Wait for the temperature to cool down.
What does CAL. FACTOR FAILED mean in ABB Measuring Instruments?
CAL. FACTOR FAILED in ABB Measuring Instruments indicates that the cell is faulty. Replace the cell.
How to fix CALIBRATION STABILITY FAILED error in ABB Measuring Instruments?
CALIBRATION STABILITY FAILED in ABB Measuring Instruments means the cell input measurement is too noisy. Check the gas connections and repeat the calibration.
How to exit SIMULATION MODE on ABB Measuring Instruments?
General| Brand | ABB |
|---|---|
| Model | Endura AZ series |
| Category | Measuring Instruments |
| Language | English |
Guidelines for safe operation and handling of equipment.
Compliance with electrical safety standards and requirements.
General precautions to avoid injury or equipment damage during operation.
Definitions of warning and caution symbols used in the manual.
Key recommendations for safe operation and maintenance procedures.
Instructions for unpacking the transmitter and its components.
Guidelines for cleaning the transmitter, ensuring IP rating.
Specifies environmental and location requirements for transmitter installation.
Provides physical dimensions of the remote transmitter.
Critical safety information regarding electrical installation and grounding.
Steps for accessing the internal terminals of the remote transmitter.
Wiring details for connecting the AZ10 sensor to the remote transmitter.
How to connect power supply and output signals to the remote transmitter.
Wiring details for connecting the probe to the integral transmitter.
How to connect power supply and output signals to the integral transmitter.
How to navigate menus and parameters using the device keys.
Explanation of operator pages, menus, and icons.
Setting up passwords for different access levels.
Quick configuration of basic transmitter settings.
Procedures for sensor calibration and test gas setup.
Viewing diagnostic messages and historical data.
Settings for display mode, autoscroll, and screen contrast.
Configuring HART communication and data output.
Summary of available calibration types and their descriptions.
Step-by-step guide for performing system calibration routines.
Lists necessary hardware and software for HART communication.
Details on how to connect the transmitter for HART communication.
Information on device status bytes and error codes.
Explains diagnostic message icons and codes conforming to NAMUR NE107.
Details failure messages, possible causes, and corrective actions.
Lists messages indicating parameters outside specifications and solutions.
Lists maintenance-related messages and required actions.
Details on how Performance Log entries are displayed and their icons.
Overview of ABB Utility Software for PC communication.
Instructions for connecting the transmitter via the IrDA port.
Running the Remote HMI application for device control.
List of available documentation and software for the product.
Part numbers and descriptions for replacement transmitter components.
Specifications for measurement accuracy, range, and response time.
Operating and storage conditions, humidity, and sunlight requirements.
Specifications for the AC power supply and power consumption.
Types of transmitter enclosures and mounting options.
Details on AutoCal hardware and its functionality.
Specifications for standard and optional analog current outputs.
Details on digital I/O capabilities and functions.
Specifications for the IrDA port and its functions.
Manual and automatic calibration types and control methods.
