Trane TR200 How to Control the Adjustable Frequency Drive, Reference Handling, Open-loop

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How to Control the Adjustable Frequency Drive

Reference Handling

Select the adjustable frequency drive configuration mode in par.1-00 Configuration Mode.

[0]Open-loop

[3]Closed-loop

Open-loop

For open-loop operation, the reference represents the desired output speed of the adjustable frequency drive. The speed reference value:

Closed-loop

For closed-loop operation, the reference represents the setpoint.

NOTE

In closed-loop operation, par.3-02 Minimum Reference and par.4-12 Motor Speed Low Limit [Hz] must be set to 0 Hz. Set the par.4-14 Motor Speed High Limit [Hz] to a value greater than the setting in par.3-03 Maximum Reference.

TR200 BACnet

5-1

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Contents TR200 Introduction LED Status Safety Copyright, limitation of liability and revision rightsSafety Safety Regulations Safety High Voltage WarningSafety Note Installation at high altitudes Voltage Min. Waiting Time MinutesSafety Safety Precautions Protection Mode Electrical ratings Safety Before Commencing Repair WorkInstallation requirements Technical Overview IntroductionAbout this Manual Background information Physical characteristicsIntroduction Transport mechanismAvailable Literature for TR200 Introduction AssumptionsBackground Knowledge Introduction Abbreviations LED MAV MOC MRVHow to Install Installation of the OptionInstructions How to InstallCabling Cable lengths and number of nodesHow to Install Maximum Cable Lengths How to Install Network TerminationConnecting the Bus Line Connection of the Cable Shield How to Install Cable RoutingEMC Precautions How to Install Ground Connection Initialization Parameter How to Configure the SystemInitialization Procedure Bibbs How to Configure the SystemControl Word Timeout Function Name Par. number Value How to Configure the System Open-loop How to Control the Adjustable Frequency DriveReference Handling Closed-loopHow to Control the Adjustable Frequency Drive Analog Input and Output ObjectsRameter Notifi Timeout Scription Rameter Object Change- Non-vola Alarm Triggers Object Name Able DeCation Timeout BusNon-vola Alarm Triggers Bus Able De BO30 Reserved Output Object Name Able De Change Non-vola AlarmWrite Timeout Scription Triggers Bus Timeout How to Control the Adjustable Frequency DriveChange Non-vola Alarm Object Name Able De BV80 Broken Belt BV121 10V low BV156 Reserved, P Drive Par Write Change- Non-vola Alarm Object Name Able DeMulti-state Input and Output Objects Write Scription Real Time Clock VariableObject Read Change- Non-vola Adjustable Frequency Drive Feedback to Network Value Class Output ValueOutput Value Stage Object / Property Support Matrix Device Binary Multi Stage File value Event notifi- cation classHow to Control the Adjustable Frequency Drive Parameter List Title Default value Range Conver Data Sion index TypeParameters Comm. and Options Control Timeout TimeParameters Control SiteControl Timeout Function End-of-Timeout FunctionControl Profile Reset Control TimeoutDiagnosis Trigger ProtocolBaud Rate ParametersAddress Parity / Stop BitsMax Inter-Char Delay Minimum Response DelayMax Response Delay Coasting SelectSet-up Select Start SelectReverse Select BACnet Device Instance Preset Reference SelectInitialization Password 72 MS/TP Max MastersAlarms TroubleshootingAlarm and Warning Messages GeneralAlarm word 2, par.16-91 Alarm word Troubleshooting Alarm WordsAlarm word, par.16-90 Alarm Word Bit Alarm Word Hex Par.16-90 Alarm WordBit TroubleshootingBit Hex Par.16-92 Warning Word LED 2 Module Status Phases Status Bi-color LEDLED 1 Net Status MG12L122 *MG12L122
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