Input expansion board (DC24V 4)
(FX1S and FX1N host general). Can be isolated to obtain DC24/48/100V, AC100/200V input signal.Max input / output points: 64 points.
Supply voltage: 100 - 240VAC.
Input points: 32 points.
Output points: 32 points.
Output type: transistor.
Power consumption: 60VA.
Weight (kg):1 FR-F740-30K-CHT datasheet PDF catalog FR-F740-30K-CHT PDF datasheet. 0.
Size (WxHxD) mm:220x90x87 FR-F740-30K-CHT
Since the FX2n series have the following features: the maximum range of inclusive of the standard features, program execution faster, the full complement of communication function, suitable for different countries in the world, and the power to meet a large number of special function modules of individual needs,
It can provide maximum flexibility and control capability for your factory automation applications FR-F740-30K-CHT datasheet PDF catalog FR-F740-30K-CHT PDF datasheet.
Control 16~256 point.
Built in 8K capacity of the RAM memory, the maximum can be extended to 16K.
CPU arithmetic processing speed of 0.08 S/ basic instructions.
On the right side of the FX2N series can be connected to the input and output expansion modules and special function modules.
The basic unit is built in the 2 axis independent maximum 20kHz positioning function (transistor output type) FR-F740-30K-CHT datasheet PDF catalog FR-F740-30K-CHT PDF datasheet.
Quick disconnect the terminal block, which adopts excellent maintainability to quickly disconnect the terminal blocks, even if the cable is then replaced by the cable. MITSUBISHI inverter FR-D720 series.
Voltage level: three phase 200V.
Frequency converter capacity: 7.5KW.
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 (Im1 eequivalent 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 conttrol method, to obtain the DC motor control,
The control of asynchronous motor is realized through the corresponding inverse coordinate transformation FR-F740-30K-CHT datasheet PDF catalog FR-F740-30K-CHT PDF datasheet FR-F740-30K-CHT datasheet PDF catalog FR-F740-30K-CHT PDF datasheet.