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Anonymous users2024-02-07Continental 590 series all use the same number of terminals, the five largest terminals are AC power input and DC armature output, three-phase AC current is supplied from ABC three large terminals, this is easy to distinguish, the armature is usually marked as A1 A2, the arrangement is usually from left to right: L1 L2 L3 A1 A2, the P type machine has an output on the side, unlike Siemens 6RA is DC AC crossed together, it is easy to make mistakes.
The other AC is a 220 volt control power supply, this power supply is a separate power supply, which is very different, especially pay attention to the 220 volts is not 380 volts, from d7 d8 input, this voltage enters the first is to supply power to the switching power supply board, the second is to output the contactor from d5 d6 to the main circuit through the relay, the default link is to directly output 220v voltage when leaving the factory, if the main contactor needs 380v power supply, this group of contacts can also be changed to a pure normally open switch through the jumper. The third circuit is D1 D2, which is supplied to the excitation half-control bridge, but some machines take the autonomous circuit from the inside of the terminal, so it is empty at this time.
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Anonymous users2024-02-06The connection is very clear, and Figure 1 has explained it very clearly.
The positive pole of the power supply is connected to 1 wire, the red wire of the regulator is connected to the positive pole of the power supply, the wire connected to the power supply is connected to the positive pole of the motor, the blue wire of the regulator is connected to the negative pole of the motor, and the black wire of the regulator is connected to the negative pole of the power supply.
OK, that's it!
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Anonymous users2024-02-05Isn't there an instruction manual? It's okay to read the instructions in Taiwan.
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Anonymous users2024-02-04To synchronize two Continental 590 DC governors, the following steps need to be performed:
1.Ensure that the parameters and control methods of the two governors are the same, such as rated current, maximum output frequency, acceleration, etc.
2.Set the synchronization control mode. The Continental 590 DC governor has a variety of synchronous control modes, such as current synchronization, speed synchronization, position synchronization, etc. The appropriate synchronous control mode can be selected according to the actual application requirements.
3.Set up the synchronization source. The 590 DC governor can receive synchronous signals through digital input ports, analog input ports, encoders and other interfaces, and can select the appropriate synchronous signal source according to the actual application requirements.
4.Debug synchronization parameters. The Continental 590 DC governor has multiple synchronization parameters, such as synchronization error, synchronization period, and dust step delay in the same gear, which can be adjusted according to actual application requirements.
It is generally recommended to adjust the synchronization error to a minimum and then gradually adjust the other parameters until the two governors are in sync properly.
It should be noted that when commissioning, it should be ensured that the power supply and location of the two governors are the same, and that the impedance and voltage of the synchronous signal transmission line meet the requirements. If you encounter problems, it is recommended to check the user manual of the Continental 590 DC governor or contact the manufacturer for technical support.
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Anonymous users2024-02-03The wiring method of the 590 DC governor is as follows:1Connected to the power supply:
Insert the power input plug into the location marked "Power In" on the governor. 2.Connecting the motor:
Connect the three wires (red, blue, and black) of the motor to the corresponding terminals of the governor. Among them, the red wire is connected to the "U" terminal, the blue wire is connected to the "V" terminal, and the black wire is connected to the "W" terminal. 3.
Encoder: If your motor has an encoder, connect the encoder's wires (usually red, green, and white) to the corresponding terminals of the governor. Among them, the red wire is connected to the "+5V" terminal, the green wire is connected to the "GND" terminal, and the white wire is connected to the "PB" terminal.
4.Connect peripherals: If you need to connect peripherals, you can connect the control cable of the peripherals to the corresponding terminal of the governor.
For example, if you need to connect a running indicator, you can connect the two wires of the light to the "run" and "com" terminals of the governor, respectively. The above is the wiring method of the Eurofins 590 DC governor, and the wiring should be ensured to be firm and correct when wiring to prevent accidents such as short circuit or poor wiring. If you are unsure about wiring, it is advisable to consult a relevant professional for advice or training.
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Anonymous users2024-02-02Summary. Does your DC motor only have two wires? Two wires you connect to the armature.
The potentiometer controls the speed of the DC motor, the display shows the speed, the armature is connected to the motor The excitation of the armature coil is the motor excitation coil (if the motor does not have an excitation coil, then it is not connected) Your motor only has two wires, then you can directly connect the armature. But you have to pay attention to whether the rated voltage of your motor is consistent with the voltage output of the governor.
Does your DC motor only have two wires? Two wires you connect to the armature. The potentiometer controls the speed of the DC motor, the display shows the speed, the armature is connected to the motor The excitation of the armature coil is the motor excitation coil (if the motor does not have an excitation coil, then it is not connected) Your motor only has two wires, then you can directly connect the armature.
But you have to pay attention to whether the rated voltage of your motor is consistent with the voltage output of the governor.
You've done a great job! Can you elaborate on that?
DC governor is the equipment that regulates the speed of DC motor, DC governor because the DC motor has the characteristics of low speed and high torque, which cannot be replaced by AC motor, so the equipment that adjusts the speed of DC motor - DC governor has a broad application world. DC governor wiring diagram 1, non-isolated type (only refers to BL products) a, external potentiometer connection: use a 2W 10K potentiometer to control the speed regulation of the driver
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Anonymous users2024-02-01The Continental 590 DC Governor can be imported into the program by following the following steps:1Connect the machine with the computer through the serial port or network port; 2.
Open the PC software control panel, open the motion controller in the software and connect the controller; 3.Select it in the Control Panel"Program import"function and select the program file to be coarsely uploaded; 4.Set the import parameters and file types to ensure that the program can be imported correctly; 5.
Start importing the program and wait for the program to complete the transfer. With the above steps, you can successfully import the program into the Busheng Continental 590 DC governor.
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Anonymous users2024-01-31Eurofins 590 DC governor is widely used in metallurgy, papermaking, printing, packaging and other industries, mainly to achieve the application of tension and synchronous control occasions.
Continental Wenling as a controller.
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Anonymous users2024-01-30DC motor has good starting and braking performance, suitable for occasions that require smooth speed regulation in a wide range, and has been widely used in many electric drag fields that require speed regulation or fast forward and reverse operation. From the control point of view, the DC speed regulation system is the basis of the AC speed regulation system.
The system is set up with a current detection link, a current regulator and a speed detection link, a speed regulator, which constitutes a double closed-loop speed regulation system of speed and current, the current loop keeps the current stable through current feedback, and the speed loop keeps the speed stable through the speed feedback action, and finally eliminates the speed deviation, so that the system achieves the purpose of regulating the current and speed.
When the system starts, the saturation of the outer ring of the speed does not work, and the inner ring of the current plays a major role, adjusting the starting current to maintain the maximum value, so that the speed changes linearly and quickly reaches the given value of speed; In steady-state operation, the outer loop of negative speed feedback plays a major role, so that the speed of the rotation accompanies changes with the change of a given voltage of the speed, and the inner loop of the current follows the outer ring of the speed to adjust the armature current of the motor to balance the load current.
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Anonymous users2024-01-29Armature, excitation, three-phase inlet, auxiliary power supply, start, enable, etc., you still read the manual, there is no mistake in following the manual, or add 298893811
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Anonymous users2024-01-28Chengdu Eurofins 590 DC governor maintenance center.
Excitation debugging: Continental 590C controls the power supply, first change the excitation control mode to voltage control (the default is voltage control), and start the voltage ratio from a small one, generally from 20%; After confirming that the excitation line and the armature wire are connected correctly, the control terminal wire is wired correctly, and the speed given potentiometer is reduced to zero, the closing starts 590, and the excitation voltage will be added to the motor excitation coil with a voltage of 380V 20%=76V, at this time, the voltage ratio is slowly increased, until it is 90% of the excitation rated voltage of the motor, for example, the rated excitation voltage is 180V is increased to about 40%, and the voltage can be seen from the universal meter is very stable and slowly increases 380V 40%=152V, The voltage display is smooth and does not run in the middle, indicating that everything is normal. After normal, the opening stop 590, adjust the voltage ratio to the ratio corresponding to the rated excitation voltage, change the excitation control mode to current control, and adjust the current to the rated current of the excitation. >>>More
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