Typical Wiring Diagram-Wall Mounted Zone Sensor | Trane ZN.520

Typical Wiring Diagram—Wall Mounted Zone Sensor

UV-SVP01A-EN

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Trane ZN.520, Tracer Unit Ventilator manual Typical Wiring Diagram-Wall Mounted Zone Sensor

Contents

Installation Owner Diagnostics Tracer ZN.520 for Classroom Unit Ventilator Start-up Procedures Installation of New Units Power Up Sequence General Information Tracer ZN.520 Overview General Information Controller Circuit Board Features Tracer ZN.520 unit controller circuit board Controller Features ServiceTypical Components Communication Configurations Peer-to-Peer CommunicationsIntegrated Comfort System Stand-Alone Communication InterfaceInteroperability End Device Specifications CharacteristicStandard End Devices Description Standard End Devices Way Control Valve Time clock Zone sensor Dpdt Control Transformer Installation and Wiring Specifications Binary Inputs Binary Outputs Generic/baseboard Heat Binary Output Analog Inputs Analog inputs Mounting Vertical classroom unit ventilator end pocket Wiring Power Installing the Wall- Mounted Zone Sensor Optional Proper zone sensor placement Humidity and CO2 Sensors Typical Wiring Diagram-Wall Mounted Zone Sensor Typical Wiring Diagram-Unit Mounted Zone Sensor Typical Wiring Diagram-Unit Input/Output Summary Input and output summary Input/Output Summary Configuration Configurable parametersCooling source Heating source Binary Outputs1 Binary input summary Configuration Binary Inputs1Analog Inputs1 Analog input summary Fan Configuration End Device ConfigurationsFan configuration ranges Default Setpoint defaults Default Valid range Discharge air limit ranges Default Valid rangeSetpoints Discharge Air Limits Occupied Bypass Timer Power-Up Control WaitMaintenance Timers Location Identifier Unit Identification TagWinking Power-Up Unit OperationHeating And Cooling Changeover Logic Occupancy Heat/Cool Changeover logic Fan Off Delay Cooling OperationHeating Operation Fan Operation Valve Operation Face-and-Bypass Damper OperationExhaust fan/damper operation Modulating Valves Entering Water Temperature Sampling Water assumption chartUnit Configuration Temperature Assumed1 Economizer Operation DX OperationElectric Heat Operation Baseboard Heat Operation Filter Status/ Maintenance Timer Output OverridesFan Status Other Modes Data Sharing-LonWorks Simple data sharing application More complex data sharing application Heating And Cooling Changeover Logic Heat/Cool Changeover logic Cooling Operation Valve Operation Entering Water Temperature Sampling Economizer Operation Output Overrides Data Sharing-LonWorks More complex data sharing application Troubleshooting Red Service LEDBlack Service Push Button Yellow Comm LED Test Procedure Exit6 Troubleshooting Space Temperature Failure Entering Water Temperature FailureDischarge Air Temperature Limit Outdoor Air Temperature Failure Diagnostics Troubleshooting Translating Multiple Diagnostics Rover service tool Fans Valves Valves stay closed Probable cause Possible ExplanationValves stay open Probable cause Possible Explanation DX/Electric Heat Outside Air DamperOutdoor air damper stays closed Probable cause Explanation Outdoor air damper stays open Probable Cause Explanation Tracer ZN.520 Unit Controller Replacement Replacing Circuit Boards Hardwired Setpoint Adjustment Fan Switch Resistance ValuesHardwired Thermistor Values Appendix Appendix-Binary Configuration Binary ConfigurationBinary configuration details Binary input or output Function Heat/cool mode input NviHeatCool Effective heat/ cool mode output nvoHeatCoolAppendix-Unit Operation Unit Operation Based On The Effective HEAT/COOL Output Appendix-Unit Operation Configuration properties1 Appendix-Data ListsData Lists Input/output listing1 Setting the Time Clock Appendix-TimeclockSet the Time and Day Set the Program Review and Change Programs Override Program Manual Operation Appendix-Timeclock Appendix-Location Identifier Location Identifier Location Identifier Location Identifier Trane Company