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How does Mitsubishi PLC work?
1. A scanning cycle is divided into input sampling, program fulfillment, and output rewriting.
2. Each scan process. The convergence samples the input signal. The convergence rewrites the output signal.
3. The inner ...
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Mitsubishi inverter capacity and capacity selection
The capacity (non-functional) of the Mitsubishi inverter for the drive motor can be understood from the change in energy flow determined by the operation method.
1. When accelerating or operating at constant speed
The efficiency of the inverter is the output current, that is, ...
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Mitsubishi PLC password protection settings
In GX Works3, there are three types of security settings: block password, security key, and file password. The block password is for the program to prevent others from reading and writing changes, only for the program; The file password is for the PLC to prevent others from reading and writing changes. Security keys are both capable of ...
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The difference between Mitsubishi PLC source type and leak type
Mitsubishi PLC split source type (PNP) or drain type (NPN), here are their differences
1: Leakage logic: When the current flows out of the signal input terminal, the signal becomes ON, which is leakage logic. The current flows through the terminals and has the output characteristics of an NPN transistor.
2: Source logic: When ...
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Differences in the output form of Mitsubishi PLC
Generally, there are three types of Mitsubishi PLC output circuit methods, namely: relay output type, transistor output type and thyristor output type. So what are the characteristics of each of them?
First, the relay output circuit
Use of relays ...
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Mitsubishi FX3u interrupts the location command
The main effect of aborting the positioning instruction is that in some machine tools, when we give the abort signal and can walk to the distance we set, for example, if the mechanical structure needs to use the sensor to determine the position to go, you can use the abort positioning instruction to do, when the induction gives the abort.
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Mitsubishi servo motor for precise positioning
The servo?mechanism is a process control system that enables the output of the direction, direction, and condition of the block to change at will according to the input overall goal (or given value).
How to finish the Mitsubishi servo motor ...
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Introduction to the functions of Mitsubishi's commonly used servo motor series
Mitsubishi servo motor MR-J2S series
1. The product also has RS-232 and RS-422 serial communication function, which can be used for parameter setting, trial operation, status display and gain adjustment through the personal computer installed with servo setting software.
2. Matching with MR-J2S series ...
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Mitsubishi Electric will introduce the T-series 2.0kV IGBT module for industrial use
Tokyo, June 9, 2021 – Mitsubishi announced the upcoming launch of its industrial T-series 2.0kV insulated gate bipolar transistor (IGBT) module, the world's first IGBT1 with a 2.0kV withstand voltage, June 30. This module is ideally suited to increase the power of renewable energy power converters ...
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The GOT widescreen family has been expanded with the GT2512
When industrial automation enters the era of artificial intelligence. Human-computer interaction has long surpassed the simple control of machines, and has been upgraded to obtain more information, use more functions and new skills for more accurate and efficient control, and complete the intelligent manufacturing promotion of industrial automation.
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Mitsubishi servo motor method
1. Torque control: Torque control sets the output torque of the motor shaft through external imitation input or direct address assignment. For example, 10V is equivalent to 5Nm. When the external analog is set to 5V, the output of the motor shaft is 2.5 Nm. If the motor shaft load is less than 2.5 Nm, when the external load is 2.5 N...
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An introduction to the types of data inside the Mitsubishi FX series
A lot of data is used in the internal structure of the PLC and in the user's use program. These data have the following forms in terms of structure or number system.
(1) Decimal number
Decimal numbers are also known as word data in PLC. It is first and foremost ...
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Mitsubishi MELSEC iQ-F makes IoT a simple one
The MELSEC iQ-F series of small PLCs completes the high-speed system bus, supports a variety of networks, enriches the built-in functions, and makes it more convenient to use. From stand-alone use to network-based system proposals, we strongly support the needs of customers for "cutting-edge products in the manufacturing industry". Using the MELSEC iQ-F...
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Mitsubishi PLC ladder programming method
Ladder concept: It is a ladder pattern composed of graphical symbols that indicate the programming elements inside the PLC.
Rules for writing ladders:
Suitable for the left bus, finally the right bus
The contacts should be drawn on the horizontal line, not ...
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Mitsubishi PLC has a built-in time adjustment step
1. TWR (Time Write) command
Instructions to write time presets to the built-in real-time clock: Clock information is written to the TWR (Time Write) command. The sequence number of the action instruction is FNC167, [S ·] T, C and D can be used, and only 16-bit operations can be used, accounting for 5 program steps.
The work of the directive ...
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Programmable Controller System Design and Debugging Steps – Mitsubishi PLC
The main steps in the planning and commissioning of the programmable manipulator application system
(1) In-depth understanding and analysis of the process conditions and control requirements of the controlled target
a. The controlled target is a controlled mechanical, electrical equipment, production line or ...
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Performance comparison of Mitsubishi servo motors
First, the control accuracy is different
The step angle of the two-phase hybrid Mitsubishi servo motor is generally 1.8 ° and 0.9 °, and the step angle of the five-phase hybrid Mitsubishi servo motor is generally 0.72 ° and 0.36 °. Mitsubishi servo motors, which are also some functions, have a smaller step angle after segmentation.
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Mitsubishi servo motor realizes positioning function
The motion control command of the PLC realizes the perfect positioning function. Briefly describe the Mitsubishi PLC positioning instructions, which can be divided into origin regression instructions DSZR, ZRN, positioning instructions PLSY, PLSR, DRVI, DRVA, variable speed operation PLSV.3 In the meantime, PLSY and PLSR are pulse output instructions, and their positioning functions are relatively ...
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Mitsubishi PLC communication detection steps
When you are ready to communicate through AJ71QE71, perform the ping procedure in MS-DOS mode to check if the connection is correct before the Mitsubishi PLC's GPPW starts to communicate. Support communication with Weilun touch screen through serial port.
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Mitsubishi inverter pre-use debugging steps
1. No-load energizing test of Mitsubishi inverter.
1. Ground the ground terminal of the Mitsubishi inverter.
2 Connect the power input terminal of the Mitsubishi inverter to the power supply through the leakage maintenance switch.
3 Check whether the factory display window of Mitsubishi inverter is normal, if it is not correct.
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