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There is no self-locking reason for the Mitsubishi servo motor to be turned on
In some cases, when the user first touches the use of the Mitsubishi servo motor, it may appear that the Mitsubishi servo motor is not self-locking after it is ready! So, what is the reason for this? And how to deal with it?
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Anti-interference measures for PLCs and touch screens - Mitsubishi PLC
1. Select the power supply with excellent performance and press the disturbance introduced by the power grid
The power supply of the PLC controller is powered by a non-power line, and is powered by a special line directly led by the main bus of the low-voltage distribution room. Isolation transformer should be selected, the transformer capacity should be 1.2-1.5 times larger than the actual need, and can be used in isolation...
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Mitsubishi servo system failure problem
The origin position is incorrect, and the encoder debugs/zeros the bit
Replacement bearings, bearing groove wear, rotor cracking, shaft cracking
Gear groove wear
The magnet bursts steel, the magnet falls, gets stuck and doesn't move
Encoder wear, code ...
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Mitsubishi FX series PLC fault diagnosis method
1. Power indication (LED indication) When power is supplied to the Mitsubishi PLC root unit, the [POWER] LED indicator light installed on the surface of the root unit turns on. If the power supply is closed but the [POWER] LED does not illuminate, please acknowledge the power wiring. In addition, if the same power supply has a drive sensor, etc. ...
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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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Built-in time adjustment in Mitsubishi PLC
You can use two commands: TWR (Time Write) command and TRD (FNC166) TRD(P) command to adjust the built-in time.
1. TWR (Time Write) command
Instructions to write time presets to the built-in real-time clock: Clock ...
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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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Mitsubishi inverter fault judgment method
1. UVT problem
UVT is an under-voltage problem, and I believe that many customers will still encounter such problems in use.
The common undervoltage detection point of Mitsubishi inverter is the voltage on the DC bus side, and a low voltage value is sampled after the voltage division of the large resistance resistor, which is compared with the standard voltage value ...
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How Mitsubishi PLC works
A. A scanning cycle is divided into input sampling, program fulfillment, and output rewriting.
B. Each scanning process. The convergence samples the input signal. The convergence rewrites the output signal.
C. Component image register ...
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Mitsubishi PLC and computer communication setup method
After opening the Mitsubishi PLC programming software, select your connection method from the menu "Online" > "Transfer Settings".
1. Connect the Mitsubishi PLC to the computer first.
2. Right-click on "My Computer" and select "Handle"...
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Mitsubishi PLC control inverter method
1. Mitsubishi PLC's analog signal control inverter
Hardware: FX1N, FX2N PLC hosts, equipped with 1 simple FX1N-1DA-BD extended analog output board; or analog input-output hybrid module FX0N-3A; or FX2N-2DA with two outputs; or four outputs ...
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Mitsubishi PLC controls the control method of the inverter
1. Use the switching signal of PLC to control the inverter
The output point and COM point of the PLC (MR type or MT type) are directly connected to the STF (forward engine), RH (high speed), RM (medium speed), RL (low speed), and SG input ports of the inverter. The PLC can control the inverter through the program.
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AD PLC realizes the two basic points of control - Mitsubishi
PLC is based on electronic computers, but it is not the same as ordinary computers. Generally speaking, computers only consider the information itself when translating input and output information. As long as the human-machine interface is good, the input and output of information can be completed. And the PLC should also consider the information in and out ...
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Query Error Code Method – Mitsubishi
Error Number (D8063): 6314
ERROR MESSAGE: PARALLELLINKERROR (PARALLEL OPERATION COMMUNICATION ABNORMAL)
Error content: Parallel operation string abnormal
Method: Whether the power supply of the two PLCs is on, and whether the connection wires between the main machine and the parallel operation module are correctly connected ...
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Mitsubishi Q Series PLC and GX Works2 connection method
01 USB connection
USB connection requires a device USB driver, generally after installing GX Works2 software, it will automatically install the driver, but a single time due to antivirus software or system reasons, may not be installed, then we need to manually drive the device to the accounting machine. The specific device method we ...
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Mitsubishi inverter pre-use debugging method
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 the Mitsubishi inverter is normal, if it is not correct.
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How to adjust the jitter phenomenon of Mitsubishi servo motor
(1) Prerequisites
Mitsubishi servo motors are able to improve the inertia of the motor by adjusting the gain, so as to adapt to the load, but the Mitsubishi servo motor is able to improve endlessly. Under normal circumstances, it is considered that it can withstand within 10-15 times of the additional inertia of the motor, and Mitsubishi reducer is required to be added in addition. We know ...
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Mitsubishi inverter FR-A800 operating environment
Comfortable operating environment for Mitsubishi inverter FR-A800
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Introduction to Mitsubishi tension controllers
1. Tension Manipulator Principle - Introduction
The tension manipulator can be called the tension manipulator, which is usually used with magnetic particle brake, magnetic particle clutch and tension detector, which is suitable for winding, unwinding, tension control, etc. It also has the so-called manual control function, which generally refers to the fact that human beings can ...
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Inverter overload fault factor - Mitsubishi inverter
1) The mechanical load is too heavy
The main characteristic of overload is the fever of the motor, and it can be detected by reading the operating current from the display. The main factor is that the load of Mitsubishi inverter is too large, and the acceleration and deceleration time and operation cycle time are too tight; V/F features voltage too ...
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