To Next PageTo Next PageWhat to do if my Fluke Measuring Instruments have no output?
If your Fluke Measuring Instruments have no output, the cause might be that there is no power to the instrument. Check the power supply to resolve this issue.
How to stop temperature fluctuations on Fluke Endurance E3ML?
If the temperature reading on your Fluke Measuring Instruments fluctuates, the cause may be wrong signal processing. To resolve this, correct the Peak Hold or Average settings.
Why does my Fluke Endurance E3ML Measuring Instruments show an erroneous temperature?
If your Fluke Measuring Instruments display an erroneous temperature, several factors could be the cause. First, a faulty sensor cable might be the issue; verify the cable continuity. Second, there might be an obstruction in the field of view; remove any obstructions. Third, the window lens could be dirty; clean the lens. Finally, incorrect slope or emissivity settings could be to blame; correct the settings.
General| Brand | Fluke |
|---|---|
| Model | Endurance E3ML |
| Category | Measuring Instruments |
| Language | English |
Defines the intended use and conditions for the instrument's operation.
Explanation of symbols used to highlight safety information within the manual.
Lists environmental, safety, mechanical, and weight specifications for the device.
Details digital input, analog input, and digital output specifications for the device.
Provides detailed measurement performance specifications for different models.
Covers optical parameters like resolution, lens options, and sighting.
Instructions on how to physically mount the sensor using brackets and nuts.
Steps for properly aiming and focusing the sensor on the target before installation.
Covers the electrical connections, including connectors and cabling.
Details the pinout and wiring for the M16 12-pin connector.
Describes the M12 4-socket connector for LAN/Ethernet and PoE capability.
Guidance on connecting the 24VDC power supply and warnings about isolation.
Explains computer connection via RS485 using a USB/RS485 converter.
Overview of the sensor's manual user interface, displays, LEDs, and buttons.
Outlines the five main submenus accessible via the control panel.
Describes the modifiable menu for configuring sensor settings and options.
Explains the menu for setting up measurement accuracy, post-processing, and object characteristics.
Details the selectable subentries for configuring communication interfaces like RS485 and Ethernet.
Explains the averaging function for smoothing the output signal and its parameters.
Describes the peak hold function to capture and hold the maximum temperature detected.
Describes the setpoint function for temperature supervision and alarm signaling.
Details analog and relay output configurations and trigger functionality.
Describes the current loop output for driving analog lines with 0-20mA or 4-20mA range.
Describes the laser sighting feature for accurate target pinpointing.
Explains the LED sighting feature for easy aiming and indicating the measurement area.
Explains the housing that extends operation to higher ambient temperatures.
Details the PROFINET IO interface for communication and data exchange.
Details the Ethernet/IP interface for communication and data exchange.
Explains how to set pyrometer parameters via configuration data and controller tags.
Discusses considerations for remote vs. manual parameter changes and command precedence.
Explains the structure and types of commands used for sensor communication.
Provides a comprehensive list of available commands for RS485 or LAN/Ethernet interface.
Offers solutions for common minor problems and symptoms encountered with the instrument.
Explains the fail-safe system designed to alert operators and ensure safe output during failures.
Lists and describes fail-safe error codes shown on the display or transmitted via interface.
Provides instructions for safely cleaning the sensor lens and window.
