Emerson IFT9701 instruction manual Configuration with ProLink II Software

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Configuration with ProLink II Software continued

CAUTION

Failure to zero the flowmeter at initial startup could cause measurement error.

Zero the flowmeter before putting the flowmeter into operation.

To perform the auto zero procedure:

1.Prepare the flowmeter for zeroing:

a.Install the flowmeter according to the instructions in this manual.

b.Apply power to the meter, then allow it to warm up for at least 30 minutes.

c.Run the process fluid to be measured through the flowmeter until the meter temperature approximates the normal process operating temperature.

2.Fill the flowmeter completely with the process fluid under normal process conditions of temperature, density, pressure, etc., and ensure zero flow through the flowmeter.

3.Close the shutoff valve downstream from the meter.

CAUTION

Flow through the flowmeter during flowmeter zeroing will result in an inaccurate zero setting.

Make sure fluid flow through the flowmeter is completely stopped during flowmeter zeroing.

4.Open the Calibration menu and click on Zero Calibration. The Flow Calibration dialog box appears (depicted in Figure 7-5).

5.Make sure flow through the sensor is completely stopped, then click the Zero button. The flowmeter begins zeroing. While zeroing is in progress:

-The Calibration in Progess status light is red.

-The transmitter’s diagnostic LED remains ON.

-The transmitter’s optional display reads “ZERO0” for up to one minute during zeroing.

When flowmeter zeroing is completed:

-The Calibration in Progress status light turns green.

-The transmitter’s diagnostic LED blinks once per second to indicate normal operation.

-The display indicates the flow rate.

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Model IFT9701 Transmitter Instruction Manual

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Contents Micro Motion Page Micro Motion Page Contents Flowmeter Startup Index Page About this manual Safety Before You BeginEuropean installations DefinitionsFlowmeter components Remotely mounted IFT9701 transmitter Page Safety, reliability, accessibility Getting StartedHazardous area Temperature, humidity, and vibration Orientation and mountingVisibility of tags Transmitters approved for Atex ZoneJumper settings Compartment tags and lockout deviceFault output levels SecurityRe-installing the circuit board compartment cover Remotely Mounting the Transmitter Installation dimensions for remote mounting Mounting the transmitter to a wall or other surface Connecting the transmitter to the sensor Cable typesTemperature ranges for jacket material Cable selection guidelinesWiring connections to sensor Guidelines for conduitGuidelines for cable gland Cable connections to sensors Sensor terminal designationsSensor wiring compartment and sensor wiring terminals Power Supply and Output Wiring Wiring guidelinesConnect power supply wiring Power supply wiring terminalsWire guidelines for DC power supply Connect output wiringMilliamp output Milliamp output performanceTypical Hart network wiring Milliamp output connected to Bell 202 multidrop networkCommunication tools connected to milliamp output Hart Communicator connectionsPulse output Wiring to pulse counter with internal pull-up resistor Wiring to Series 3000 applications platform with I/O cable Page Customer service Startup proceduresFlowmeter Startup ZeroingDiagnostic LED Startup modeOperating mode InitializationZeroing procedure Flowmeter zeroingConfiguration, calibration, and characterization Diagnosing zero failureProcess measurement Page Configuration with a Hart Communicator Configuration overviewConfiguration parameters Hart tagMeasurement units Measurement units for mass and volume flow Mass flow unit Software label Volume flow unitFlow cutoff DampingFlow direction Effect of flow direction on outputs and totalizersRange values for milliamp output Pulse output scalingCalibration procedures Auto zeroFlow calibration procedure Diagnosing zeroing failureTotal Characterization Configuration with ProLink II Software Configuration window Device panel Configuration window Flow panel Process variable measurementMass flow unit Software label Volume flow unit Effect of flow direction on outputs and totalizers Output configuration Configuration window Analog Output panelConfiguration window Frequency panel Configuration with ProLink II Software Flow Calibration dialog box Diagnosing zeroing failure Totalizer Control window Characterization Configuration window Density panel Troubleshooting Transmitter diagnostic toolsGeneral guidelines Fault outputs Optional LCDNormal conditions indicated by LED Power supply Conditions indicated by optional LCDPower supply connections WiringNormal resistance and voltage ranges for flowmeter circuits Over range and sensor failure conditionsTroubleshooting over range and sensor failure conditions Slug flowDigital diagnostic messages Transmitter failurePage IFT9701 Specifications Performance specificationsFunctional specifications Output signals Milliamp active Pulse passiveFault indication Output testing Current sourcePower supply options 85 to 250 VAC Local display optionalEnvironmental limits Temperature Operating Process fluid vs. ambient temperature20 to 30 VDC StorageHumidity limits Vibration limitsDensity limits Ambient temperature effect on milliamp output Shipping weightEnvironmental effects Hazardous area classificationsPage Appendix B Hart Communicator Menu TreesHart Communicator Menu Trees Installing the Optional Display Appendix CInstalling the Optional Display Return Policy New and unused equipmentUsed equipment Page Index AtexHart Customer service Index Page 3100572