Emerson IFT9701 instruction manual Remotely Mounting the Transmitter

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Chapter 3

Remotely Mounting the Transmitter

Note: The instructions in this chapter apply only if the transmitter will be remotely mounted from the sensor. If the transmitter is integrally mounted to the sensor, proceed to Chapter 4.

3.1Overview

To mount the transmitter remotely from the sensor, the following steps are required:

Choosing the proper location (see Section 3.2)

Mounting the sensor on a flat surface or instrument pole (see Section 3.3)

Connecting the transmitter to the sensor (see Section 3.4)

3.2Choosing the proper location

Install the transmitter according to the conditions stated in Section 2.1. For mounting dimensions, see Figure 3-1.

Total length of cable from sensor to transmitter must not exceed 1000 feet (300 meters).

For bend radii of cables, see Figure 3-4, Figure 3-5, or Figure 3-6, according to the type of cable to be used.

3.3Mounting the transmitter

A transmitter that is to be remotely mounted from the sensor is shipped with an L-shaped mounting bracket. Attach the bracket to a rigid, stable surface or instrument pole that will not transfer excessive vibration into the transmitter.

3.3.1Guidelines for flat-surface mounting

Use four 5/16-inch (M8) nuts (not included), suitable for the environment.

Do not secure bolts to separate beams, girders, wall studs, etc., which can move independently.

To prevent unnecessary stress on the mounting bracket, use washers to shim the bracket if the mounting surface is not flat.

For more information, see Figure 3-2.

3.3.2Guidelines for pole mounting

Use two 5/16-inch (M8) U-bolts for 2-inch pipe, and four 5/16-inch (M8) nuts (not included), suitable for the environment.

For more information, see Figure 3-3.

Before You Begin

Getting Started

Mounting the Remote Transmitter

Power Supply and Output Wiring

Model IFT9701 Transmitter Instruction Manual

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Contents Micro Motion Page Micro Motion Page Contents Flowmeter Startup Index Page Before You Begin About this manual SafetyDefinitions European installationsFlowmeter components Remotely mounted IFT9701 transmitter Page Getting Started Safety, reliability, accessibilityHazardous area Orientation and mounting Temperature, humidity, and vibrationTransmitters approved for Atex Zone Visibility of tagsCompartment tags and lockout device Jumper settingsSecurity Fault output levelsRe-installing the circuit board compartment cover Remotely Mounting the Transmitter Installation dimensions for remote mounting Mounting the transmitter to a wall or other surface Cable types Connecting the transmitter to the sensorCable selection guidelines Temperature ranges for jacket materialGuidelines for conduit Wiring connections to sensorGuidelines for cable gland Sensor terminal designations Cable connections to sensorsSensor wiring compartment and sensor wiring terminals Wiring guidelines Power Supply and Output WiringPower supply wiring terminals Connect power supply wiringConnect output wiring Wire guidelines for DC power supplyMilliamp output performance Milliamp outputMilliamp output connected to Bell 202 multidrop network Typical Hart network wiringHart Communicator connections Communication tools connected to milliamp outputPulse output Wiring to pulse counter with internal pull-up resistor Wiring to Series 3000 applications platform with I/O cable Page Zeroing Customer serviceStartup procedures Flowmeter StartupInitialization Diagnostic LEDStartup mode Operating modeFlowmeter zeroing Zeroing procedureDiagnosing zero failure Configuration, calibration, and characterizationProcess measurement Page Configuration overview Configuration with a Hart CommunicatorHart tag Configuration parametersMeasurement units Mass flow unit Software label Volume flow unit Measurement units for mass and volume flowDamping Flow cutoffEffect of flow direction on outputs and totalizers Flow directionPulse output scaling Range values for milliamp outputAuto zero Calibration proceduresDiagnosing zeroing failure Flow calibration procedureTotal Characterization Configuration with ProLink II Software Configuration window Device panel Process variable measurement Configuration window Flow panelMass flow unit Software label Volume flow unit Effect of flow direction on outputs and totalizers Configuration window Analog Output panel Output configurationConfiguration window Frequency panel Configuration with ProLink II Software Flow Calibration dialog box Diagnosing zeroing failure Totalizer Control window Characterization Configuration window Density panel Transmitter diagnostic tools TroubleshootingGeneral guidelines Optional LCD Fault outputsNormal conditions indicated by LED Conditions indicated by optional LCD Power supplyWiring Power supply connectionsOver range and sensor failure conditions Normal resistance and voltage ranges for flowmeter circuitsSlug flow Troubleshooting over range and sensor failure conditionsTransmitter failure Digital diagnostic messagesPage Pulse passive IFT9701 SpecificationsPerformance specifications Functional specifications Output signals Milliamp activeLocal display optional Fault indicationOutput testing Current source Power supply options 85 to 250 VACStorage Environmental limits Temperature OperatingProcess fluid vs. ambient temperature 20 to 30 VDCVibration limits Humidity limitsDensity limits Hazardous area classifications Ambient temperature effect on milliamp outputShipping weight Environmental effectsPage Hart Communicator Menu Trees Appendix BHart Communicator Menu Trees Appendix C Installing the Optional DisplayInstalling the Optional Display New and unused equipment Return PolicyUsed equipment Page Atex IndexHart Customer service Index Page 3100572