FMX TD400 Series Variable Frequency AC Drive (VFD), 0.5HP, 200-240V 1PH / 3PH Input, 0-240V 3PH Output, 3.1 FLA, Frame 1, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 1HP, 200-240V 1PH / 3PH Input, 0-240V 3PH Output, 4.5 FLA, Frame 1, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 1HP, 380-480V 3PH Input, 0-480V 3PH Output, 2.5 FLA, Frame 1, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 2HP, 200-240V 1PH / 3PH Input, 0-240V 3PH Output, 7.5 FLA, Frame 2, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 2HP, 380-480V 3PH Input, 0-480V 3PH Output, 3.8 FLA, Frame 1, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 3HP, 200-240V 1PH / 3PH Input, 0-240V 3PH Output, 10.5 FLA, Frame 2, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 3HP, 380-480V 3PH Input, 0-480V 3PH Output, 5.3 FLA, Frame 2, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 5HP, 200-240V 3PH Input, 0-240V 3PH Output, 17.5 FLA, Frame 2, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 5HP, 380-480V 3PH Input, 0-480V 3PH Output, 9.2 FLA, Frame 2, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 7.5HP, 200-240V 3PH Input, 0-240V 3PH Output, 26 FLA, Frame 3, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 7.5HP, 380-480V 3PH Input, 0-480V 3PH Output, 13 FLA, Frame 3, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 10HP, 200-240V 3PH Input, 0-240V 3PH Output, 35 FLA, Frame 3, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 10HP, 380-480V 3PH Input, 0-480V 3PH Output, 17.5 FLA, Frame 3, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 15HP, 200-240V 3PH Input, 0-240V 3PH Output, 48 FLA, Frame 4, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 15HP, 380-480V 3PH Input, 0-480V 3PH Output, 24 FLA, Frame 3, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 20HP, 200-240V 3PH Input, 0-240V 3PH Output, 64 FLA, Frame 4, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 20HP, 380-480V 3PH Input, 0-480V 3PH Output, 32 FLA, Frame 4, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 25HP, 380-480V 3PH Input, 0-480V 3PH Output, 40 FLA, Frame 4, includes braking transistor, IP20
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 25HP, 200-240V 3PH Input, 0-240V 3PH Output, 80 FLA, Frame 5, includes braking transistor, NEMA 1
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 30HP, 200-240V 3PH Input, 0-240V 3PH Output, 110 FLA, Frame 6, NEMA 1
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 30HP, 380-480V 3PH Input, 0-480V 3PH Output, 58 FLA, Frame 5, includes braking transistor, NEMA 1
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 40HP, 200-240V 3PH Input, 0-240V 3PH Output, 138 FLA, Frame 6, NEMA 1
Out Of StockFMX TD400 Series Variable Frequency AC Drive (VFD), 40HP, 380-480V 3PH Input, 0-480V 3PH Output, 73 FLA, Frame 6, NEMA 1
In StockFMX TD400 Series Variable Frequency AC Drive (VFD), 50HP, 380-480V 3PH Input, 0-480V 3PH Output, 88 FLA, Frame 6, NEMA 1
Out Of Stock
Introducing the TD400 AC Drive from FMX - the ideal user-friendly solution for demanding motor control applications. Rugged and compact, the Tough Drive is designed especially for the higher voltages of U.S. applications and can operate at higher temperatures than many other competitive drives without overheating.
• True U.S. operating voltage design
• 240V Class – 200 to 240V, +10% / -15%
• 480V Class – 380 to 480V, +10% / -15%
• Bring on the Heat
• Fully rated to operate in temperatures up to 122°F (50°C)
• Features backlit, high-resolution screen for easier programming
• Displays all parameters in real terms, no need to remember parameter numbers
• Engineering Units display data in a readable format
• 3 customizable home-screen monitors show data values in real time
• Adjustable backlight brightness
• Can function as a parameter settings copy device
• Ideal for heavy programming, PID control, and applications requiring multiple monitors
• Safe Torque Off (STO) input prevents the drive from operating if connection between the two terminals is broken (Jumper is provided from factory)
• Usage Example: A momentary pushbutton away from machine which must be held down to enable drive
• UL Listed AC Drive adjustable overload protection
• Motor overload protection prevents damage to motor from overheating
• Instantaneous trip above 200% rated current
• AC drive will automatically trip when DC is out of the adjustable range
Overvoltage Trip:
• 240V Class: 410VD
• 480V Class: 820VDC
Undervoltage Trip:
• 240V Class: 190VDC
• 480V Class: 380VDC
• Multifunction digital inputs can be configured to accept External Fault and External Overload signals
• AC Drive trips if leakage current is greater than 50% of rated current
• AC Drive trips when input or output power experiences phase loss
• AC Drive trips when drive heatsink overheats
• AC Drive trips when PID function loses feedback signal
• Variable Torque applications
• Centrifugal Pumps, Air Handling Equipment & more
• Constant Torque applications
• Positive Displacement (Piston) Pumps, Conveyors, Lathes & more
• Compact Design
• Compact footprint with integrated heatsink makes it easy to fit in even the most cramped of enclosures
• A 2HP drive is less than 4" wide
• Remote Mountable Keypad
• All TD400 keypads can be easily removed from the drive for remote mounting with the optional remote keypad holder and remote keypad cable.
• Supports Single or Three Phase input power
• Frames 5 and 6 support Variable Torque mode allowing more power from a smaller drive
• Control a 3PH motor from 1PH source
• 240V 0.5-30HP and 480V 1-40HP have built-in braking transistor
• Braking resistor can be connected directly between P and BR. All others require braking unit and resistor
All TD400 models come with the following control wiring options:
• 6 Digital Inputs, NPN or PNP selectable, NO/NC individually selectable
• 2 Relay Outputs, NO/NC individually selectable
• 2 Analog Inputs, 0-10VDC or 4-20mA
• 0-10VDC Analog Output (AO)
• Dedicated Safety Input locks use of the drive if switch is open (includes jumper from factory)
• Built-in RS485 communications
Powerful Ladder Programming
• 8 Counters
• 8 Timers
• 8 Comparators
• 8 Operation Controls
• 15 Internal Relays
• Add/Subtract and Multiply/Divide functions
• Up to 80 lines of logic with 4 instructions per line
PLC Program Simulator
• Build and simulate a ladder logic program within TD-LINK
• Control all aspects of the program you have created using simulated digital and analog inputs
• Once program is downloaded to drive, software can be used to monitor program operation
• Convenient RJ45 port for easy cabling or terminal block header for standard 485+ and 485– leads
• 4800, 9600, 19200 and 38400bps supported
• 7 or 8 bit data length
• Even, Odd and None parity
• Maximum of 31 drives can be connected simultaneously
• Monitor AC Drive signals, Read/write parameters, Reset faults and Control multi-function inputs
• BACnet is designed for Building Automation and Control systems and can control lighting, HVAC, security access, and fire detection systems
• TD400 AC drives fully support BACnet for easy integration into existing or new HVAC control systems
• Maximum of 127 Masters available
• Supports the following standard BACnet objects:
- AC Drive Objects, Analog Input, Digital Input, Analog Output, Digital Output, Analog Value, Digital Value
Fire Mode
• Fire Mode will allow the drive to run until possible destruction when maintaining activation is crucial to safety. Example applications: Stairway Pressurization or Smoke Extraction Fans
• Exclusive password, motor speed, run direction, and other settings for fire mode to better manage an emergency situation
• In Fire Mode, motor run command cannot be overridden by keypad or external controls
Easy Auto Tuning
• With only 7 parameters you can easily tune the drive to your specific motor
• Rotational, Static, and Stator Resistance tunes available
Directional Jog
• Digital inputs can be set to Forward Jog or Reverse Jog simultaneously with a custom jog frequency, acceleration time, and deceleration time
• Powerful control with an easy to program interface
• Industry standard, 4-row, ladder logic programming
• Up to 80 rungs of ladder logic can be stored in PLC program
• Fully simulate program with analog and digital I/O tools before downloading to drive
• Control all functions of the drive remotely such as: Start/Stop, Forward/Reverse, Trigger Fault, Clear Fault, Set Frequency, and Jog Forward/Reverse
• Keypad interface can simulate actual use of the drive keypad.
• See vital drive information in real time
• Plot up to 4 data points on a graph and save for future review or comparison to other logs
• View current drive status including: Run State, Direction, Set and Output Frequencies, Active Faults, Output Current and Voltage, and DC Bus Voltage
• Write parameter changes to drive individually, by group or all at once
• Read parameter settings already written to the drive
• Save parameter configuration for quick and easy setup of another drive
• Compare function to find which parameters have been altered from factory or from last read command
• Print a customized parameter list that shows default values and current settings
The TD400’s intuitive parameters structure enables users to easily navigate between parameter groups, individual parameters, and the settings for each parameter. Parameters can be programmed directly from the keypad, and the parameter groups are ordered with the most commonly used parameter groups towards the top of the list.
• Structure is same for each Tough Drive
• Common parameters are the same
• Learn one parameter structure and program any Tough Drive
