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General| Brand | Trane |
|---|---|
| Model | TR1 6002 |
| Category | Controller |
| Language | English |
Rotating shafts and electrical equipment pose hazards. Follow NEC and local regulations.
Touching electrical parts can be fatal even after power disconnect. Wait for capacitors to discharge.
Explains symbols: WARNING (death/serious injury), CAUTION (injury/property damage), CAUTION (equipment/property damage), NOTE (degraded operation).
Specifies required top and bottom clearances for drive cooling.
Details backplate requirements for NEMA 1 and NEMA 12 enclosures.
Drive is UL rated for plenum mounting; ensure adequate clearance and temperature.
Proper grounding is essential for safety and noise isolation.
Recommendations for using shielded wires for noise interference reduction.
Outlines acceptable ambient temperature, humidity, and air purity.
Confirms compliance with relevant safety standards.
Lists TR1 types, max. nominal output HP, and max. drive output current for 208V input.
Lists TR1 types, max. nominal output HP, and max. drive output current for 460V input.
Lists TR1 types, max. nominal output HP, and max. drive output current for 230V input.
Lists TR1 types, max. nominal output HP, and max. drive output current for 380V input.
Lists TR1 types, max. nominal output HP, and max. drive output current for 600V input.
Emphasizes the necessity of branch circuit fuses per NEC for equipment protection.
Mentions UL listed Class T fuses as equivalents for JJS and JJN types.
Lists specific fuses provided for different TR1 VFD series.
Identifies AC Line, Motor, and DC Bus terminals for wiring.
Warns against connecting input power to motor terminals, causing drive failure.
Specifies waiting times for power delay based on input voltage.
Details wiring requirements for input power, including grounding.
Warns about induced voltage from multiple drives and risks of separated motor cables.
Provides current ratings and wire gauge for various input voltages.
Recommends separate conduits for noise isolation and optimal performance.
Connects motor to drive terminals L, U, V, W.
Stresses the importance of proper grounding for safety.
Explains ETR function for motor thermal protection.
Provides torque values for terminals in 200-240 VAC systems.
Provides torque values for terminals in 380-460 VAC systems.
Provides torque values for terminals in 550-600 VAC systems.
Lists torque specifications for auxiliary control panel connections.
Discusses limitations of drive thermal relay for individual motor protection with multiple motors.
Warns against using drive thermal relay for individual motor protection.
States AMA and AEO are not usable for multiple motor installations.
Explains connection to external DC bus for drive power.
Warns against connecting to terminals 88/89 without consulting Trane.
General overview of control wiring terminals.
Details wiring and torque for control terminals.
Describes how the drive processes inputs and outputs.
Explains digital and analog input signal types and configurations.
Lists functions and parameters for control terminals.
Describes programmable output signals from the drive.
Explains how to program control terminals for specific functions.
Illustrates typical wiring between drive and HVAC components.
Shows the main power and control wiring for the TR1 series VFD.
Recommends separate conduits for noise isolation and optimal performance.
Details wiring torque and screw size for control terminals.
Explains the function of DIP switches on the control card.
Describes normal ground leakage current and its measurement.
Explains galvanic isolation for electrical protection.
Discusses wire-borne EMI and methods to reduce noise.
Covers residual current devices (RCD) for ground fault protection.
Demonstrates a two-wire start/stop control connection.
Shows how to connect for digital speed control.
Illustrates using a potentiometer for speed reference.
Shows connecting a transmitter for analog input.
Describes the functions of the control panel and its keys.
Explains how to navigate and change parameters using the keypad.
Describes the meaning of indicator lamps for status and warnings.
Explains local control operations via the keypad.
Warns about unexpected drive starts from digital inputs in Auto Mode.
Outlines the different display modes available on the control panel.
Details the information shown in Display Mode I.
Details the information shown in Display Mode II.
Explains how to modify numerical parameter values.
Describes how to change functional parameters.
Details how to select values from lists for parameters.
Lists important parameters accessible via the Quick Menu.
Provides steps for modifying Quick Menu parameters.
Walks through an example of changing a parameter.
Explains access to parameters via the Extended Menu.
Describes how to reset the drive to factory default settings.
Explains how to copy parameters to the LCP keypad.
Covers checks and procedures for starting up the TR1 Series VFD.
Lists essential checks before installing the VFD.
Details installation requirements like mounting and wiring.
Guides on configuring the drive for motor startup.
Explains HAND and AUTO operational tests.
Overviews parameter groups and their functions.
Covers parameters 000-017 related to operation and display.
Allows selection of the display language.
Enables selecting different setup configurations.
Illustrates connecting setups via terminals.
Explains how to copy setup configurations.
Details copying parameters to the Local Control Panel (LCP).
Describes configuring custom readouts.
Sets the maximum value for custom readouts.
Configures units and display for custom readouts.
Configures parameters for large display readouts.
Configures the first small display readout.
Configures the second small display readout.
Configures the third small display readout.
Sets the unit for local reference display.
Enables or disables the Hand Start key on the LCP.
Enables or disables the OFF/STOP key on the LCP.
Allows disabling the Auto Start key on the LCP.
Allows disabling the Reset key on the LCP.
Prevents parameter changes via the local control panel.
Configures the drive's behavior upon power restoration.
Covers parameters 100-118 for load and motor setup.
Sets the drive's operational mode (Open/Closed Loop).
Configures torque characteristics and Automatic Energy Optimization.
Sets the motor power rating corresponding to the nameplate.
Sets the motor voltage corresponding to the nameplate.
Sets the motor frequency corresponding to the nameplate.
Sets the motor current corresponding to the nameplate.
Sets the rated motor speed from the nameplate.
Enables/disables AMA for motor optimization.
Step-by-step guide for performing AMA.
Sets start voltage for parallel motor configurations.
Adjusts dampening for smooth speed control.
Sets high torque for initial motor rotation.
Configures a delay before the drive starts.
Enables motor preheating to prevent condensation.
Warns about excessive current or preheating time damaging the motor.
Sets the DC current for motor preheating.
Explains DC braking functionality for stopping the motor.
Warns against overheating from prolonged braking or excessive inertia.
Sets the DC braking current percentage.
Sets the duration for DC braking.
Configures the frequency at which DC braking activates.
Configures motor thermal protection settings.
Explains how thermal protection is calculated.
Sets motor power factor for AEO optimization.
Introduces parameters 200-228 for references and limits.
Sets the allowable output frequency range.
Defines the minimum output frequency.
Defines the maximum output frequency.
Explains how reference signals are processed.
Selects the active reference source.
Sets the minimum allowed reference value.
Sets the maximum allowed reference value.
Configures the time taken for the drive to ramp up.
Configures the time taken for the drive to ramp down.
Enables automatic ramp down functionality.
Sets the frequency for jog operation.
Selects how references are combined (Sum, Relative, External).
Explains the different reference type options.
Illustrates reference calculation based on selected types.
Sets the first preset reference value.
Sets the maximum output current limit.
Configures frequency bypass bandwidth.
Sets the first frequency bypass value.
Introduces parameters for warning functions.
Sets warning for low output current.
Sets warning for high output current.
Sets warning for low output frequency.
Sets warning for high output frequency.
Sets warning for low reference input.
Sets warning for high reference input.
Sets warning for low feedback signal.
Sets warning for high feedback signal.
Covers parameters 300-328 for digital inputs and outputs.
Details the functions of digital input terminals.
Explains how to freeze the reference signal.
Explains how to freeze the output signal.
Explains run permission logic for starting the motor.
Describes the logic for jog operation.
Explains the use of analog inputs for signals and feedback.
Configures analog input 53 for voltage signals.
Advises on external mounting of thermistors for safety.
Sets the minimum scale for analog input 53.
Sets the maximum scale for analog input 53.
Configures analog input 54 for voltage signals.
Sets the minimum scale for analog input 54.
Sets the maximum scale for analog input 54.
Configures analog input 60 for current signals.
Sets the minimum scale for analog input 60.
Sets the maximum scale for analog input 60.
Configures the time-out period for live zero signals.
Selects the drive function after a time-out occurs.
Lists available analog and digital output functions.
Configures the function of terminal 42 output.
Scales the pulse output signal for terminal 42.
Configures the function of terminal 45 output.
Scales the pulse output signal for terminal 45.
Describes the functions of relay outputs 1 and 2.
Explains how relay outputs provide status and warning information.
Configures the output function for Relay 1.
Sets the ON delay time for Relay 1.
Sets the OFF delay time for Relay 1.
Configures the output function for Relay 2.
Sets the pulse reference for maximum frequency.
Sets the pulse feedback for maximum frequency.
Covers parameters 400-427 for application functions.
Configures the reset function for the drive.
Warns about automatic restarts causing unexpected motor movement.
Sets the time delay for automatic restarts.
Warns about potential motor rotation with Flying Start enabled.
Enables or disables the Flying Start feature.
Explains how Sleep Mode saves energy and controls motor operation.
Warns about unexpected starts when in Sleep Mode.
Sets the timer for Sleep Mode activation.
Sets the output frequency threshold for Sleep Mode.
Sets the frequency to wake the drive from Sleep Mode.
Configures the boost setpoint for Closed Loop operation.
Sets the inverter's switching frequency.
Selects methods to reduce audible noise from the motor.
Configures drive behavior during no-load conditions.
Configures drive response to input phase loss.
Warns about potential drive damage from persistent phase loss.
Warns about overheating in NEMA 12 drives due to fan cooling issues.
Configures drive response to overtemperature conditions.
Sets a delay before tripping on overcurrent.
Explains how feedback signals are used in open loop control.
Sets the minimum acceptable feedback value.
Sets the maximum acceptable feedback value.
Selects units for reference/feedback signals in closed loop.
Details PID control principles for process regulation.
Explains reference and setpoint handling.
Describes feedback signal connections.
Discusses inverse regulation for motor speed control.
Explains the anti-windup feature to prevent control errors.
Outlines conditions for starting up the PID controller.
Limits the differentiator gain to control rate of change.
Reduces noise on the feedback signal.
Provides guidelines for tuning the process regulator.
Shows a block diagram of the PID feedback loop.
Explains how feedback signals are processed.
Selects the method for converting feedback signals.
Determines how feedback signals are calculated.
Sets the first setpoint for PID control.
Sets the second setpoint for PID control.
Selects the PID control mode.
Configures the PID anti-windup feature.
Sets the initial frequency for PID control activation.
Advises setting low start frequency to avoid current limit.
Sets the proportional gain for PID control.
Sets the integral time for PID control.
Sets the differentiation time for PID control.
Limits differentiator gain to manage control instability.
Sets the time constant for the lowpass filter.
Covers parameters 500-571 for serial communication.
Selects the serial communication protocol.
Assigns a unique address to the drive.
Sets the serial communication baud rate.
Configures coasting stop behavior.
Configures DC braking parameters.
Configures start command logic.
Configures motor reversing logic.
Selects setup configurations via digital inputs.
Selects preset references via digital inputs.
Lists parameters for reading drive data.
Explains how to read drive data via serial communication.
Configures text for the first display line.
Configures text for the second display line.
Provides instructions for programming custom display text.
Configures bus feedback signal 1.
Configures bus feedback signal 2.
Displays the status of the relays.
Sets the time interval for bus communication.
Configures FLN bus time interval functions.
Configures Modbus parity and message framing.
Sets the timeout for Modbus communication.
Explains how to read warning and status information.
Details the bits within the warning word.
Details the bits within the extended status word.
Describes serial communication using FC protocol.
Lists supported serial communication protocols.
Explains control and reply packets.
Describes broadcast communication methods.
Explains how conversion factors are used.
Lists data types used in serial communication packets.
Describes the control word for drive commands.
Details the functions assigned to each bit of the control word.
Explains the structure and meaning of the status word.
Shows how present output frequency is transmitted.
Illustrates serial communication reference structure.
Introduces parameters for service and troubleshooting.
Lists parameters for operating data like hours and power-ups.
Details parameters for logging drive data.
Displays error codes from the fault log.
Shows the time of logged faults.
Displays the value associated with a fault.
Resets the kWh counter.
Resets the run hours counter.
Sets the operational mode of the drive.
Warns that initialization resets to factory defaults.
Instructions for connecting test connectors.
Procedure for testing the control card.
Lists parameters related to the drive's nameplate information.
Explains the parameters for configuring the relay card.
Details the wiring for the relay card.
Explains various status messages displayed by the drive.
Indicates the current control mode (Auto, Hand, Off).
Shows whether reference is local or remote.
Indicates the current drive status (Running, Ramping, Sleep).
Status indicating a run request is active.
Status indicating jog request is active.
Status indicating output frequency is frozen.
Indicates reversing and start signals are active.
Indicates automatic motor adaptation is enabled.
Indicates automatic motor adaptation is complete.
Drive is ready to start motor.
Motor stopped via serial communication.
DC brake is enabled.
Drive not ready due to trip or logic signal.
Drive not ready due to trip or logic signal.
Status display dependent on parameter 599.
Microprocessor stopped, possibly due to noise.
Lists warnings and alarms with descriptions and trip/warning status.
Low voltage warning from terminal 50.
Warning for current/voltage signal outside set limits.
Warning for phase imbalance.
Warning for high DC link voltage.
Warning for DC link overvoltage.
Warning related to electronic thermal protection.
Table showing voltage limits for alarms.
Warning for motor overheating due to thermal protection.
Warning for disconnected motor thermistor.
Warning when current limit is reached.
Warning for exceeding overcurrent limit.
Warning for earth fault current.
Fault in switch mode power supply.
Fault found during automatic motor adaptation.
Checks parameters 103 and 105 for correct settings.
Motor current is too low for AMA.
Asymmetrical impedance detected.
Motor size too large for AMA.
Motor size too small for AMA.
Failure due to noisy signals, retry AMA.
AMA interrupted by user.
Internal fault detected.
Parameter values outside range.
Motor shaft rotates during AMA.
Heat sink temperature too high.
Missing motor phase detected.
Serial communication fault.
Warning for output frequency limits.
Warning for motor too big for AMA.
Check parameters 104, 106.
Check parameters 103, 105.
Motor current too low.
Motor size too small for AMA.
Safety interlock activated.
Output frequency below low limit.
Feedback signal below low limit.
Motor current above high limit.
Feedback signal above high limit.
Reference signal below low limit.
Reference signal above high limit.
Heat sink temperature derates output.
Provides formulas for calculating resulting reference based on input types.
Explains how initialization resets parameters to factory defaults.
Lists default parameter settings for IntelliPak and Voyager III.
Table listing parameters related to load and motor configuration.
Table listing parameters for references and limits.
Table detailing input and output parameters.
Table summarizing application function parameters.
Table detailing serial communication parameters.
Table for service function parameters.
Table for relay option card parameters.
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