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RayTek MI Miniature Infrared Sensor Declaration of Conformity for the European Community

Models: MI Miniature Infrared Sensor

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Declaration of Conformity for the European Community

This instrument conforms to:

EMC: IEC/EN 61326‐1

Safety: EN 61010‐1:1993 / A2:1995

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RayTek MI Miniature Infrared Sensor operating instructions Declaration of Conformity for the European Community

Contents

Operating Instructions Declaration of Conformity for the European Community Raytek GmbH Raytek Corporation ContactsEurope United Kingdom France Warranty Table of Contents Onnecting to the PC VIA RS232 Output for the Target Temperature Ommand S ET Safety Instructions Safety Instructions Operating Instructions Description Description Measurement Specifications Technical DataTechnical Data Emissivity Temperature ResolutionTemperature Coefficient Transmission Technical Data Optical Specifications Optical Resolution DS Outputs Technical Data Electrical SpecificationsPower Supply Technical Data Environmental Specifications Technical Data Dimensions Dimensions of Sensing Head Dimensions of Electronic Box Scope of Delivery Basics Measurement of Infrared TemperatureBasics Atmospheric Quality Ambient TemperatureBasics Emissivity of Target Object Basics Electrical Interference Positioning InstallationInstallation Distance to Object Wiring Sensor Head Cable Cable for Power Supply and Outputs Cable Preparation Connecting of Cables to the Electronic Box Installation Outputs Signal Outputs and Power Supply Signal Output Wiring of the Signal Output mA or Head Ambient Temp. / Alarm Output Wiring the Output for Head Ambient Temperature Installation Thermocouple Output Wiring the Thermocouple J Compensation CableWiring the Thermocouple K Compensation Cable Installation Inputs FTC Overview to the FTC Inputs Emissivity Setting analog controlled Ratio between Analog Input Voltage and Emissivity Example Emissivity Setting digital controlled Digital Selection of Emissivity with FTC Inputs Ambient Background Temperature Compensation Principle of Ambient Background Temperature Compensation Wiring of FTC3 as External Input Trigger and Hold Function FTC3 for Holding the Output Temperature Installation Connecting to the PC via RS232 Connecting the RS232 cable Installation Installing of Multiple Sensors via RS485 Wiring the RS485 Interface Addressing through Buttons Addressing through Software Installation Control Panel OperationOperation Operation Setting the Output Jumper Operation Setting of Modes Mode Range Available Modes Operation Post Processing Averaging Operation Peak Hold Valley Hold Advanced Peak Hold Advanced Valley Hold with Averaging Advanced Valley HoldAdvanced Peak Hold with Averaging Operation Factory Defaults Options Options Overview AccessoriesAccessories Standard Mounting Accessories Accessories Adjustable Mounting Bracket Adjustable Mounting Bracket Xxxmiacab Accessories Fixed Mounting Bracket Fixed Mounting Bracket Xxxmiacfb Accessories Air Purging Jacket Air Purging Jacket Xxxmiacaj Mounting the Air Purge Jacket Accessories Air Cooling System Air Cooling System Air Flow Accessories Air Cooling System T‐Adapter Dimensions of Air Cooling System Accessories Right Angle Mirror Right Angle Mirror * with Air Purging Accessories Box Lid Box Lid with View Port for Post Installations Accessories Protective Window Protective Window Xxxmiacpw Troubleshooting Minor Problems MaintenanceMaintenance Troubleshooting Maintenance Fail‐Safe Operation Error Codes for the Outputs Error Codes LCD Display Error Codes via RS232/485Error Codes via RS232/485 Error Codes for the LCD Display Maintenance Sensing Head Exchange Maintenance Software Software Programming Guide Programming Guide Programming Guide Transfer Modes SettingsReturn from the burst mode to the poll mode Setting a parameter Poll Mode Programming Guide General Command StructureRequesting a parameter Poll Mode Device response format Device Information Error messageDevice Information Emissivity Setting and Alarm Set points Programming Guide Device SetupTemperature Calculation Selection of the emissivity setting Table for Emissivity and Set Points Dynamic Data Post Processing Factory default values Output for the Target TemperatureAlarm Output Programming Guide Device Control Changing the Sensing Head Calibration Data Lock ModeMode Setting for the Digital Input FTC3 Setting the command ES = D Programming Guide Multiple Units RS485 Multidrop Mode Changing an address Programming Guide Command Set LCD Description LT ‐40 to 600C ‐40 to 1112F = number, X = uppercase letter Command Set Determination of Emissivity AppendixAppendix Appendix Appendix Typical Emissivity Values Metals Tab Typical Emissivity Values for Metals NON -METALS Tab Typical Emissivity Values for Non‐Metals Index Index