• Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection System 1
  • Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection System 2
  • Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection System 3
  • Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection System 4
  • Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection System 5
Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection

Sscnet Ⅲ / H Interface Type MR-J4-10B Amplifier For Overload Protection

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1 kg
Supply Capability:
2000 kg/month

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Specification

application:
overload protection
Type:
Sscnet Ⅲ / H Interface

The next generation servo product J4 is launched with safety specifications and
eco correspondence. This product not only aims at the fastest speed in the
industry, but also introduces the concept of the integration of human,
machinery and environment into this product.

■ Mechanical aspect: the fastest speed frequency response performance of
2.5KHz in the industry is combined with the standard system equipped with
4194304 (22bit) decomposition for absolute position detector equipped with
rotary servo motor.

■ Human aspect: towards human safety and comfortable environment, safety
specifications correspond to the enrichment of easy to user design.

■ Environment: multi axis integrated servo driver with advanced function in
eco era.

■ Inheritance: the combination of servo driver and controller of the previous
model has a very corresponding design.

Characteristic:

Online products

Generally, rotary servo, linear servo and direct drive servo correspond to the
specifications of economic and environmental protection models with 2-axis
integration and 3-axis integration.


SSCNETⅢ/H

Equippe , d with Mitsubishi's latest servo communication network, the data
communication is the evolution of full duplex 150Mbps, the high response
acceleration of the system, and the new generation products of optical fiber
network are launched at the same time as J4.

Advanced one touch functionality

After pressing the setting torque once, the servo gain parameters such as
mechanical common vibration filter and advanced vibration control filter II can
be adjusted to help engineers easily achieve the optimal servo adjustment
operation.

Advanced vibration control filter II

It has 3 low-frequency vibration control algorithms of inertial system, which
can suppress two low-frequency vibrations at the same time. The vibration in
the front end of the body and the corresponding device will be suppressed.

Mr-j4 servo motor mr-j4-700b, a new product of Mitsubishi Electric in Japan

Mr-j4 servo motor, a new product of Mitsubishi Electric in Japan

1、 Servo amplifier with conventional interface can correspond to 4mpps pulse
frequency at most.

2、 Driver for motion control network sscnet Ⅲ / h. It is equipped with full
closed-loop control as standard, which can drive rotary servo motor and linear
servo motor.

3、 Driver for motion control network sscnet Ⅲ / h. It can drive two servo
motors at the same time, saving installation space and wiring. It is equipped
with full closed-loop control as standard, which can drive rotary servo motor
and linear servo motor.

4、 Driver for motion control network sscnet Ⅲ / h. It can drive two servo
motors at the same time, saving installation space and wiring. It is equipped
with full closed-loop control as standard, which can drive rotary servo motor
and linear servo motor.

Mitsubishi mr-j4 series

  MR-J4-A (general interface)

   it has standard pulse sequence command interface and analog voltage input
command interface

   it can switch between various control modes such as position, speed and
torque control

  the standard supports command pulse frequency 4mpps

  MR-J4-B(sscnet III / h interface)
  

 the communication speed is 150Mbps and the communication cycle is 0.22ms

   distance from wiring can be realized (maximum total extension distance
6400m: maximum 100m * 64 axis between stations)

   because the optical fiber cable used is the same as the traditional sscnet
III / h, it can be easily interchanged.

  Mitsubishi servo amplifier mr-j4 series

   mr-j4w3-b / mr-jw2-b (sscnet III / h interface, multi axis integrated
servo amplifier)

   it not only inherits the high performance, multi-function and convenience
of mr-j4-b, but also drives two or three servo motors through one servo
amplifier.

   compared with mr-j4-b, mr-j4w2-b saves 25% - 30% installation space, and
mr-j4w3-b saves about 30% installation space.

  driver for motion control network sscnet Ⅲ / h. It can drive two servo
motors at the same time, saving installation space and wiring. It is equipped
with full closed-loop control as standard, which can drive rotary servo motor
and linear servo motor.

Q: 4 pole 380V 4-5.5KW frequency conversion motor and inverter about how much money, such as the use of electromagnetic speed motor comparison
5.5 inverter motor around 2000 it is almost so much money electromagnetic speed does not know that we do not produce, but now the basic are the frequency of the world
Q: Laptop power adapter bad what is the phenomenon?
Either the power is bad or the machine on the power supply module is bad to repair service
Q: What is the single axis of the inverter and multi-axis applications
Inverter is the application of frequency conversion technology and microelectronics technology, by changing the motor power supply frequency and amplitude of the way to control the AC motor power transmission components.
Q: Notebook plug in the power adapter lights, but can not open the machine
1. Remove the power adapter and battery, the host does not power the case, hold down the boot button does not move, keep the notebook 30 seconds to release the residual static electricity; 2. Connect the power adapter separately to try to power on; 3. Connect the battery separately to try to boot; 4. If conditions permit, you can plug the memory test.
Q: Inverter ACS355 If the speed is outside the allowable range, how to set the limit value
1. Set 2002 MAXIMUM SPEED Defines the maximum permissible speed.
Q: My motor is a low frequency 8 pole motor, about 80W. I would like to choose a frequency converter
Poor match, the program is unreasonable Current 1.5A, choose a single-phase 220v power supply, 370-500w inverter it
Q: Inverter problem
(0 ~ 20mA), but the main input / output is completely isolated, than the output of the inverter simulation of the output of the analog output The amount of signal impact resistance, anti-interference ability.
Q: What are the AC motor speed control methods? What are the characteristics of each
1, the frequency converter: smooth, according to the need to adjust the speed, is the future direction of the development of AC motor; (FM) 2, star, triangular connection conversion, generally in the larger motor start star start, triangular operation, Starting current. (Magnetic pole pairs) 3, there is a two-speed, three-speed motor, an increase of the winding, the main change in the stator winding connection to change the speed. (Change the number of pole pairs) The speed of change has two factors: magnetic pole logarithm, frequency
Q: What is the frequency converter used to do, why some motor with the inverter?
Speed control, there are speed requirements of the place are in the inverter
Q: Is the laptop power adapter hot?
Third, the power of the nominal voltage than my books the battery voltage is much higher, not an accident, right? First of all, to know is that the power supply to the books and the battery power supply to the notebook is different. Battery-powered, the battery output is pure DC, very clean, the battery voltage is neither possible nor need to design a high, lithium battery chemical properties determine a cell output voltage can only be about 3.6V, so Many batteries are used in three cascade way, 10.8V also became a very popular battery voltage. Some batteries are slightly larger than the integer value of 3.6V, such as 3.7V or 11.2V, etc., in fact, to protect the battery. Power supply, the situation is more complex, first of all need to add voltage to further regulation filter to ensure that the power performance is not very good in the case of stable work, the voltage regulator after the two parts of the city, all the way to the work of the power supply , The other way to the battery charge to the part of the power supply to the battery when the same power supply, and the part of the battery charge through the battery charge control circuit can be added to the battery, the control circuit can be very complex, so the power The voltage must be greater than the cell voltage to have sufficient capacity to supply the charge control circuit to the units. Finally the voltage actually added to the cell will never be the nominal voltage of your power supply. Rest assured.

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