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Emerson IFT9701 5Shielded cable, 6Armored cable, 1Temperature ranges for jacket material

Models: IFT9701

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Figure 3-5 Shielded cable

Remotely Mounting the Transmitter continued

Figure 3-5 Shielded cable

Outer jacket

Tin-plated copper braided shield

Foil shield (1)

Inner jacket

Drain wire (4)

Foil shield (4)

Filler (5)

			Minimum bend radii
		Static		Under
	Outside	(no load)		dynamic
Jacket	diameter	condition		load
material	inches (mm)	inches (mm)		inches (mm)

PVC	0.525 (14)	4	1/4 (108)	8 1/2 (216)

Teflon®	0.425 (11)	3	1/4 (83)	6 3/8 (162)
FEP

Before You Begin

Figure 3-6 Armored cable

Outer jacket

Stainless steel braided shield

Foil shield (1)

Inner jacket

Drain wire (4)

Foil shield (4)

Filler (5)

			Minimum bend radii
		Static		Under
	Outside	(no load)		dynamic
Jacket	diameter	condition		load
material	inches (mm)	inches (mm)		inches (mm)
PVC	0.525 (14)	4	1/4 (108)	8 1/2 (216)
Teflon®	0.425 (11)	3	1/4 (83)	6 3/8 (162)
FEP

Getting Started

Mounting the Remote

Table 3-1 Temperature ranges for jacket material

Jacket material	Low operating temperature limit	High operating temperature limit

PVC	–40 °F (–40 °C)	221 °F (105 °C)

Teflon® FEP	–76 °F (–60 °C)	302 °F (150 °C)

Table 3-2 Cable selection guidelines

Installation requirements	Jacketed cable	Shielded cable	Armored cable

Conduit is used

Conduit is not used

Conduit is not used and
mechanical protection is required

Transmitter

Power Supply and Output Wiring

Model IFT9701 Transmitter Instruction Manual

15

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Emerson IFT9701 5Shielded cable, 6Armored cable, 1Temperature ranges for jacket material, 2Cable selection guidelines

Contents

P/N 3100572, Rev. E March Micro MotionModel IFT9701 Transmitter with Optional Display Micro MotionTMPage Model IFT9701 Transmitter with Optional Display Micro MotionPage Contents Contents continued Chapter 8 TroubleshootingChapter 6 Configuration with a HART Communicator Chapter 7 Configuration with ProLink II SoftwarePage Page 1.1About this manual ChapterBefore You Begin 1.2SafetyBefore You Begin continued 1.3European installations1.4Definitions 1.5Flowmeter componentsFigure 1-2Remotely mounted IFT9701 transmitter Field wiringSensor wiring Power Supply and Output WiringPage 2.1.1Hazardous area Getting Started2.1Safety, reliability, accessibility Chapter2.1.2Orientation and mounting 2.1.3Temperature, humidity, and vibrationFigure 2-1Location of approvals tag Explosion hazard Power Supply and Output Wiring2.1.4Visibility of tags 2.2Transmitters approved for ATEX ZoneFigure 2-2Compartment tags and lockout device 2.3Jumper settingsOptional settings 2.3.2Fault output levelsFigure 2-3Jumper location and settings Default settings1.Screw the cover back onto the housing 3.2Choosing the proper location Remotely Mounting the TransmitterChapter 3.1OverviewRemotely Mounting the Transmitter continued Circuit board compartment Figure 3-4Jacketed cable 3.4Connecting the transmitter to the sensor3.4.1Cable types Installation requirements Table 3-1Temperature ranges for jacket materialLow operating temperature limit High operating temperature limit3.4.3Guidelines for cable gland 3.4.4Wiring connections to sensorInstall drip legs in cable or conduit 3.4.2Guidelines for conduitTable 3-3Sensor terminal designations Wire colorPower Supply and Output Wiring Figure 3-7Cable connections to sensorsRemotely Mounting the Transmitter continued Sensor wiring terminals Sensor wiring compartment4.1Overview Power Supply and Output Wiring4.2Wiring guidelines ChapterPower Supply and Output Wiring continued 4.3Connect power supply wiringFigure 4-1Power supply wiring terminals Power Supply and Output Wiring continued Table 4-1Wire guidelines for DC power supply4.4Connect output wiring Figure 4-2Output wiring terminalsFigure 4-3Milliamp output performance 4.4.1Milliamp outputNote For optimum HART communication, make Figure 4-4Typical HART network wiringFigure 4-5HART Communicator connections 4.4.4Pulse output Pulse counter with pull-upto internal power Input 2Do not connect shields at this end Page Chapter Flowmeter Startup5.2Customer service 5.3Startup procedures5.4.3Startup mode 5.4.1Diagnostic LED5.4Initialization 5.4.2Optional display5.5Flowmeter zeroing 5.5.1Zeroing procedureFigure 5-1Location of LED, zero button, and LCD 5.5.2Diagnosing zero failure Flowmeter Startup continued Configuration with CommunicatorConfiguration with ProLink Troubleshooting 5.7Process measurementPage Chapter Configuration with a HART Communicator6.1Configuration overview 6.2.2Measurement units 6.2Configuration parameters6.2.1HART tag a. Whenever the display below appears, press F4 OK 6.2.4Damping 6.2.3Flow cutoff6.2.5 Flow direction 6.2.7Pulse output scaling 6.2.6Range values for milliamp output6.3.1Auto zero 6.3Calibration proceduresDiagnosing zeroing failure 6.3.2Flow calibration procedureTo calculate the flow calibration factor 6.4Characterization Chapter Configuration with ProLink II Software7.1Configuration overview 7.2.1HART tag 7.2Configuration parametersFigure 7-1Configuration window - Device panel 7.2.2Process variable measurement Figure 7-2Configuration window - Flow panelThe pulse output goes to 0 Hz Page 7.2.3Output configuration 7.3.1Auto zero Figure 7-4Configuration window - Frequency panel7.3Calibration procedures To perform the auto zero procedure Diagnosing zeroing failure 7.3.2Flow calibration procedureFigure 7-5Flow Calibration dialog box Figure 7-6Totalizer Control window 7.4Characterization Configuration with ProLink II Software continued Figure 7-7Configuration window - Density panel8.3.1Diagnostic LED Troubleshooting8.1Customer service 8.3Transmitter diagnostic toolsTable 8-1Normal conditions indicated by LED 8.3.3Fault outputsTroubleshooting continued 8.3.2Optional LCDTable 8-2Conditions indicated by optional LCD 8.4Power supply8.5Wiring Figure 8-2Power supply connections8.6Over range and sensor failure conditions Table 8-3Sensor terminal designations8.7Slug flow 8.8Transmitter failure 8.9Digital diagnostic messagesPage A.2 Functional specifications IFT9701 SpecificationsAppendix A A.1 Performance specificationsA.2.2 Local display optional A.2.6 Fault indicationA.2.7 Output testing Current source A.2.8 Power supply options 85 to 250 VACSee Process fluid vs. ambient temperature, below A.3 Environmental limits A.3.1 TemperatureSee Process fluid vs. ambient temperature, below A.3.2 Process fluid temperature limitsA.3.4 Vibration limits IFT9701 Specifications continuedA.3.3 Humidity limits 5 to 95% non-condensingA.8 Hazardous area classifications A.6 Ambient temperature effect on milliamp outputA.7 Shipping weight A.5 Environmental effectsPage HART Menu Trees Appendix BHART Communicator Menu Trees SpecificationsSee previous page HART Communicator Menu Trees continuedOnline Menu Appendix C Installing the Optional DisplayBack of Retaining clip display Installing the Optional Display continuedD.2 New and unused equipment Appendix DReturn Policy D.1 General guidelinesPage Index Page Page Page Page Worldwide Headquarters 3100572Micro MotionTM Micro Motion Inc. USA