Input points: 4 points.
Weight: 0.02kg.
Function expansion board is used in the FX3SA, FX3S, FX3GA, FX3G, FX3GE on the small number of input and output extension of the product,
Can be built into PLC. Input / output type: transistor output (source).
Output points: 16 points.
Input and output points: 16 points FX3UC SERIES Manual.
Because all models of FX series are built in high speed counter,
So the high speed control can be realized by the simple procedure FX3UC SERIES
The input of the basic unit is built in the anti jitter filter,
One part as digital filter,
Sensitivity adjustment unit can reach 1ms.
Using high speed counter automatically adjusted to the minimum value.
Through the high cost of the built-in positioning function and the expansion function to increase the number of control axis FX3UC SERIES Manual.
Extended function expansion board and special adapter,
Data links and communication with external serial devices.
FX2N extension module.
The expansion module is an input and output expansion device of the power supply from the basic unit or the expansion unit,
Can choose the relay or crystal output models, to 8 points for the unit to connect FX3UC SERIES Manual.
Can be extended to FX3GA/FX3G, FX3GE, FX3GC, as well as FX3U, FX3UC series,
When connecting to FX3UC or FX3GC, you need FX2NC-CNV-IF or FX3UC-1PS-5V.
The number of connection points depends on the basic unit and the expansion unit. Applicable models: FX3G\FX3GE\FX3GC\FX3U\FX3UC MITSUBISHI FX3UC SERIES PROGRAMMING MANUAL.
The contents of the RAM memory in FX2N-10GM, FX3UC, FX2N-20GM and FX3U are built up.
In addition, it is also required to use the backup relay and the data register and the time of the data register MITSUBISHI FX3UC SERIES PROGRAMMING MANUAL.
As FX3G, FX3GE, FX3GC with the option,
The use of soft components other than EEPROM. MITSUBISHI inverter FR-D720 series.
Voltage level: three phase 200V.
Frequency converter capacity: 0.1KW.
Vector control variable frequency speed control is the practice of the asynchronous motor in the three-phase coordinate system of the stator current Ia, Ib, Ic, through the three-phase to two-phase transformation,
The alternating current of Ia1Ib1 is equivalent to a two phase stationary coordinate system, and then is rotated by the rotor field oriented,
Equivalent to the DC current Im1, It1 (IIm1 equivalent to DC motor excitation current in synchronous rotating coordinate system;
It1 equal to the armature current proportional to the torque, and then imitate the DC motor control method, to obtain the DC motor control,

The control of asynchronous motor is realized through the corresponding inverse coordinate transformation MITSUBISHI FX3UC SERIES PROGRAMMING MANUAL FX3UC SERIES Manual FX3UC SERIES Basic & Applied Instructions Edition.