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General| Response Time | 1 ms |
|---|---|
| Emissivity Setting | 0.100 to 1.000 |
| Analog Output | 0/4 to 20 mA |
| Digital Interface | RS485 |
| Power Supply | 24 V DC |
Provides guidance on the safe and efficient use of the device and manual.
Details the product's conformity to relevant CE standards for electromagnetic compatibility and laser safety.
Outlines the producer's liability limitations regarding device usage and potential damages.
Explains the PID controller's function for temperature control and factors affecting accuracy.
Specifies the 24-month warranty period and conditions for repairs or replacements.
States the copyright protection for the manual and restrictions on its transfer and duplication.
Provides contact information for technical support and recommendations for purchasing spare parts.
Instructs on the proper environmentally friendly disposal of the pyrometer.
Emphasizes the need for users to read and understand the manual before operation.
Explains symbols used in the manual to denote notes and information.
Defines the operator's responsibilities regarding workplace safety and adherence to regulations.
Introduces warning symbols and their significance for identifying risks and safety instructions.
Details safety guidelines for connecting the device to mains voltage and potential hazards.
Provides safety instructions for the laser targeting light, warning against direct eye exposure.
Advises on safe use of the view finder, especially with high temperatures and eye protection.
Specifies the importance of keeping device labels visible and legible after installation.
Describes the pyrometers' application for non-contact temperature measurement of various materials.
Lists the items included in the pyrometer package, excluding connection cables.
Illustrates standard models and differences in models equipped with fiber optics.
Explains the information provided on the device's identification label.
Details the cable color coding and pin assignments for the 17-pin connector.
Covers connection of supply voltage, protection fuse, and factory settings.
Explains the configuration options for analog outputs, including signal types and assignments.
Describes the functions and configurations of digital inputs, outputs, and the analog input.
Details the serial interface for digital communication, including RS232 and RS485 connections.
Explains the use of interface converters for connecting the pyrometer to a PC.
Emphasizes the requirement for shielded cables for electromagnetic compatibility (EMC).
Describes the connector for the camera module's video output signal.
Provides instructions for mounting the pyrometer using rails or threaded screws.
Details the process of mounting optical fibers and optics for fiber optic devices.
Specifies the minimum bending radius for optical fibers to prevent damage.
Gives guidance on correctly winding and unwinding the optical fiber to avoid damage.
Explains the assignment of fibers to pyrometers and optics, and mounting steps.
Describes how to connect the fiber optic connectors to the optics, including hand-tightening.
Specifies the operating ambient temperature ranges for M3 and H3 models and effects of exceeding them.
Explains the 2-color measurement principle and the importance of proper alignment.
Details how to use the laser targeting light for alignment and its safety precautions.
Describes alignment using the view finder and safety measures for high temperatures.
Explains alignment and focusing using the camera module's video output.
Covers how to set the focal distance for optimal spot size measurement.
Details the manual adjustment of focusable optics for precise distance setting.
Explains how to set the focus distance using software for motorized focus optics.
Describes the manual adjustment of focus for fiber optic lenses.
Provides tables with spot size diameters for various measuring distances and optics.
Presents spot size data for optics with manual or motorized focus adjustments.
Lists spot size diameters for different measuring distances with focusable fiber-optic lenses.
Provides formulas for calculating spot size diameter at distances other than the focused distance.
Explains emissivity slope correction for accurate measurements on different surfaces.
Details emissivity input requirements for single-channel measurements and material values.
Describes the need to consider window transmittance for accurate measurements.
Explains the fill factor's role in single-channel measurements for smaller targets.
Covers the switch-off level setting to prevent measurement errors due to low signal strength.
Allows setting a time delay for when the switch-off function actually takes effect.
Describes the function to detect contamination and trigger an alarm if activated.
Defines response time for tracking temperature changes and its adjustment options.
Explains automatic response time adjustment for M3 models at low signal levels.
Details the peak picker function for storing maximum values and its clearing options.
Allows scaling the temperature range for specific measurements or analog output resolution.
Explains how to set analog output range limits independently of the temperature sub range.
Describes the configuration of the two analog outputs for different signal types.
Allows setting a test current for the analog output on the device or via software.
Enables upscale-burnout function to set analog output to max current on sudden shadowing.
Specifies the interface options (RS232 or RS485) available for M3 models.
Details the adjustable baud rates for RS232 and RS485 serial interfaces.
Allows selection of temperature display units (°C or °F).
Explains how to assign device addresses for bus operation with RS485.
Describes setting an interface delay to improve communication reliability on slow lines.
Guides on starting the SensorTools software and connecting the pyrometer.
Overview of the SensorTools software window layout and its main components.
Details how the main window displays temperature profiles and graph settings.
Explains the control window for monitoring measurements, setpoints, and device parameters.
Covers basic device settings like temperature sub range, analog outputs, and digital I/O.
Details assigning functions to digital inputs and outputs and their configuration.
Explains service functions for backing up, restoring, and creating device configuration files.
Describes settings for interface type, baud rate, device address, and interface delay.
Explains data collection modes, formats, and transmission settings for data transfer.
Details the process of single-point adjustment to recalibrate the pyrometer for specific temperatures.
Covers the integrated PID controller, setpoint configuration, and PID parameter adjustments.
Explains how to store and activate up to 7 different parameter settings (setups).
Describes how to open and view recorded measurement data in the playback window.
Covers language selection, firmware updates, and software version checks.
Explains the tool for calculating spot size diameter at different measuring distances.
Lists technical specifications for the METIS M3 pyrometer models.
Lists technical specifications for the METIS H3 pyrometer models.
Provides common technical data applicable to all pyrometer models.
Details the recommended storage conditions for the pyrometer packages.
Shows mechanical dimensions and mounting details for different pyrometer models.
Explains the encoding of the 22-digit model number for pyrometer configurations.
Lists available accessories for the pyrometers, including cables, converters, and mounting hardware.
Provides instructions for cleaning the pyrometer lens safely and effectively.
Recommends periodic recalibration for maintaining measurement accuracy.
Guides on identifying and resolving device malfunctions indicated by status LEDs or errors.
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