RayTek FR, FA operating instructions Electrical Specifications

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Technical Data

Warm up Period

15 minutes

Weight

 

Optical Head

100 g (3.5 oz)

Electronics Housing

710 g (9 oz)

3.3 Electrical Specifications

Power Supply

24 VDC ±20%, 500 mA (max 100 mV peak to peak of ripple)

Power Consumption

max. 12 W

Output Isolation

500 V AC or DC provided by manufacturer supplied power

 

supply accessory

Dielectric Withstand Voltage

500 V

Outputs

 

 

 

 

 

Analog

0 ‐ 20 mA, 4 ‐ 20 mA, 16 bit resolution

 

max current loop impedance: 500

Digital RS485

networkable to 32 sensors

 

Baud rate: 300, 1200, 2400, 9600, 19200, 38400 (default)

 

Adjustable baud rate only available through 2‐way RS485.

 

Data format: 8 bit, no parity, 1 stop bit,

 

Software selectable 4‐wire, full‐duplex non‐multidrop, point‐to‐

 

point or 2‐wire half duplex multidrop

Relay

Contacts max. 48 V, 300 mA, response time < 2 ms, (software

 

programmable)

Input

 

 

 

 

 

External Reset

TTL input, trigger for resetting peak or valley hold

 

 

 

 

 

 

 

 

 

 

Sensor

 

 

 

 

 

 

Trigger

GND

Figure 1: External Reset Wiring Diagram

6

Marathon Series FA/FR

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Contents Marathon FA/FR Series Page Worldwide Headquarters Fluke Service CenterContacts European Headquarters France United KingdomWarranty Table of Contents Milliamp Output Relay Outputs Trigger Fiber Calibration Page Marathon Series FA/FR Safety InstructionsSafety Instructions Theory of Operation for 2‐Color Sensors Product DescriptionProduct Description ModelsLow or Changing Emissivities Partially Obscured TargetsTargets Smaller Than Field of View Measurement Specifications Technical DataTechnical Data FA ModelsGeneral Specifications Electrical Specifications Dimensions Dimensions of Optical HeadFA ModelsAdjustable Mounting Bracket for Optical Head Optical Specifications Standard FocusClose Focus Spot Size Charts for FA models Close FocusStandard Focus Spot Size Charts for FR models Close Focus Spot Size Charts for FR models Scope of DeliverySensor Location Sensor LocationSensor Placement 1‐Color Mode Sensor Placement 2‐Color ModeSensor Placement in 2‐Color Mode Viewing AnglesAcceptable Sensor Viewing Angles Mounting the Sensor InstallationInstallation Aiming Fiber Optic CableInstalling the Electronics Housing Configuring the Sensor CableRemoving the Terminal Block RS232/485 Interface Converter Power SupplyConnecting to a PC Multidrop Installation 4‐Wire Multidrop Installation 2‐WireConnecting to Terminal Block Wiring for 2‐Wire Sensor SetupAddressing Installing of Multiple Sensors in a NetworkWiring Control Panel OperationOperation Mode Selector Button Sequence FA Models Operation ModesSlope 2‐Color Temperature DisplayEmissivity 1‐Color Averaging AVG 4 2C/1C SwitchPeak Hold PKH Valley Hold VAL Overview to Hold FunctionsHold Functions SetpointsDeadband Milliamp Output Ambient Background Temperature Compensation FA ModelsInputs and Outputs Relay OutputsFactory Defaults Factory DefaultsOptions Cooling Platform for Electronics HousingOptions Accessories selection AccessoriesAccessories OverviewAir Purge Collar Protection TubeFitting System Flexible Fitting SystemOrder number Model Available RS232/485 Interface ConvertersIndustrial Power Supply Dimension of Industrial Power SupplyProgramming Guide Command StructureProgramming Guide Remote versus Manual ConsiderationsTransfer Modes Poll ModeBurst Mode Response Time in Setup Mode = + n ⋅15000Command List Command ListXUFR1A Command Examples Command ExamplesTroubleshooting Minor Problems MaintenanceMaintenance TroubleshootingFail‐Safe Operation Error Codes in 1‐Color Mode FA modelsError Codes in 2‐Color Mode FR models Current Output Values in accordance to an Error Examples of failsafe conditionsCleaning the Lens Removing the Fiber Optic Cable from the Optical Head Replacing the Fiber Optic CableRemoving the Fiber Optic Cable Put cable out Mounting the Fiber Optic Cable Attaching the Fiber Optic Cable to the Optical HeadFiber Calibration Dialog for the Calibration of the Fiber Cable Determination of Emissivity AppendixAppendix Typical Emissivity ValuesTypical Emissivity Values Non‐Metals Marathon Series FA/FR55Typical Emissivity Values Metals How to determine slope? Typical SlopesSignal Reduction FR Models Typical Percentage of Allowed Signal Reduction FR1A ModelsMaximum Error Attenuation Influence on AccuracyMarathon Instrument Calibration