| Numéro de pièce: |
N510002593AA |
| Nom de la pièce: |
CM602 X-axis Servo diver AC Servo Amplifier |
| Type de modèle: |
MR-J2S-60B-S041U638 |
| Poids: |
1.9Kg (N.W) |
| Marque: |
Mitsubishi |
| Taille(LxHxP)mm: |
70 x 230 x 170 |
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Mitsubishi MR-J2S-60B-S041U638: High-Performance AC Servo Amplifier for CM602 X-Axis Drivers
The MR-J2S-60B-S041U638 is a high-performance Mitsubishi AC servo amplifier that is widely used in industrial automation applications, particularly in CM602 X-axis servo driver systems. This servo amplifier is renowned for its exceptional reliability, robustness, and advanced features, making it a top choice for motion control systems that require high precision and accuracy.
One of the main advantages of the MR-J2S-60B-S041U638 servo amplifier is its compact and lightweight design, which makes it easy to install and integrate into existing systems. This servo amplifier also features a high-resolution encoder that delivers precise feedback, ensuring accurate and repeatable positioning of the servo motor.
With a maximum output of 6 kW and a maximum speed of 6000 Tr / min, the MR-J2S-60B-S041U638 servo amplifier is capable of driving even the most demanding servo motors with ease. This servo amplifier also features advanced tuning functions that allow users to optimize servo performance for specific applications, ensuring maximum efficiency and productivity.
Basic Technical Parameters
Maximum output: 6 Kw
Maximum speed: 6000 Tr / min
Power supply voltage: 200-230 VAC, single-phase
Méthode de contrôle: Current control PWM
Feedback resolution: 131,072 pulses/rev (absolute encoder)
Built-in positioning function: Oui
Protective functions: Overcurrent, overvoltage, overload, overheating, and overspeed protection
Control modes: Position, vitesse, torque, and SSCNET III/H communication
5 Simple Steps for Optimizing Mitsubishi MR-J2S-60B-S041U638 AC Servo Amplifier Performance.
- Connect the power supply: Connect the power supply to the AC servo amplifier according to the specified voltage range and wiring diagram.
- Connect the servo motor: Connect the servo motor to the amplifier using the specified motor cables and wiring diagram.
- Configure the amplifier: Set the amplifier parameters according to the specific requirements of the servo motor and the application. This can be done using the amplifier’s built-in programming software or through an external programming device.
- Test and tune the servo motor: Run the servo motor through a series of tests to ensure that it is operating correctly and adjust the tuning parameters as necessary to optimize its performance.
- Monitor and maintain: Monitor the servo motor and amplifier regularly to ensure that they are operating correctly and perform any necessary maintenance or repairs to keep them running smoothly.
