Mitsubishi FX3G-40MT ESS Programmable Logic Controller Brand New PLC Module

Maximum number of input/output points: 16 points.
Power supply voltage: 24VDC.
Input number of points: 8.
Output points: 8 points.
Output type: transistor (source type).
Power consumption: 20W.
Weight (kg): 0.6 Mitsubishi FX3G-40MT/ESS manual.
Size (WxHxD) mm: 130x90x87
Developed special functional modules in various ranges to meet different needs - analog I/O, high-speed counter FX3G-40MT/ESS
The positioning control reaches 16 axes, and a temperature module has been developed for J and K type thermocouples or Pt sensors with pulse string output.
Up to 8 special functional modules can be configured for each FX2n main unit.
Annotation recording function, component annotations can be recorded in program registers.
Online program editing, changing the program online will not lose working time or stop production operations.
The RUN/STOP switch on the panel is easy to operate.
Remote maintenance, remote programming software can monitor, upload or uninstall programs and data through modem communication. Password protection is used to protect your program with an eight digit password. Mitsubishi FX3G-40MT/ESS manual.
The clock function and hour meter function have real-time clock standards in all FX2N PLCs.
The continuous scanning function defines the operation cycle for the required continuous scanning time of the application.
The input filter adjustment function can be used to smooth the input signal (from x000 to x017 in the basic unit). Mitsubishi frequency converter FR-F720P series.
Voltage level: three-phase 200V.
Variable frequency drive capacity: 37KW.
When the loop is open, even if the frequency converter outputs a given frequency, the motor's speed changes within the range of 1% to 5% of the rated slip when operating under load.
For situations where high speed regulation accuracy is required and even load changes require operation at a speed close to the given speed, the Mitsubishi FX3G-40MT/ESS manual with PG feedback function can be used to generate three-phase modulation waveforms through frequency conversion, and control can be achieved by approximating circles with inscribed polygons.
After practical use, it has been improved by introducing frequency compensation, which can eliminate errors in speed control; Estimate the magnetic flux amplitude through feedback to eliminate the influence of stator resistance at low speeds; Close loop the output voltage and current to improve dynamic accuracy and stability.
However, there are many control circuit components and no torque regulation is introduced, so the system performance has not been fundamentally improved.
A frequency converter is an electrical energy control device that utilizes the on/off effect of power semiconductor devices to convert a power frequency power supply to another frequency,
It can achieve functions such as soft starting, variable frequency speed regulation, improving operating accuracy, changing power factor, overcurrent/overvoltage/overload protection for AC asynchronous motors.
The purpose of using a frequency converter for an electric motor is to regulate speed and reduce the starting current.
In order to generate variable voltage and frequency, the device first converts the alternating current of the power supply into direct current (DC), a process called rectification.
The scientific term for a device that converts direct current (DC) into alternating current (AC) is "inverter".
A general inverter is an inverter that converts a DC power source into a fixed frequency and a certain voltage.
For inverters with adjustable frequency and voltage, we refer to them as frequency converters.
The waveform output by the frequency converter is an analog sine wave, mainly used for the speed regulation of three-phase asynchronous motors, also known as a frequency converter speed controller.
For variable frequency inverters with high waveform requirements mainly used in detection and testing equipment of instruments and meters, the waveform needs to be organized and can output standard sine waves, called variable frequency power supply FX3G-40MT/ESS hardware manual FX3G-40MT/ESS
Hardware manual.
A typical variable frequency power supply is 15-20 times the price of a frequency converter.
Due to the fact that the main device that generates changes in voltage or frequency in frequency converter equipment is called an "inverter", the product itself is named an "inverter", that is, a frequency converter.

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