| Codice prodotto: |
KXFP5WBAA00 |
| Nome della parte: |
DT401 TL-axis CM20F Tray TP-axis AC Servo Amplifier |
| Tipo di modello: |
MR-J2-20A-N26 |
| Peso: |
3Kg (N.W) |
| Marchio: |
Mitsubishi |
| Grandezza(LxAxP)millimetro: |
100 x 200 x 265 |
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Maximizing Precision and Efficiency with Mitsubishi MR-J2-20A-N26 AC Servo Amplifier: Ideal for DT401 TL-Axis Servo Driver and CM20F Tray TL-Axis TP-Axis AC Servo Amplifier Applications
MR-J2-20A-N26 is a Mitsubishi AC servo amplifier that offers various features, benefits, and technical parameters. It is commonly used as a DT401 TL-axis servo driver and a CM20F tray TL-axis TP-axis AC servo amplifier in manufacturing industries. Here are some of its characteristics and advantages:
Tratti somatici:
High-speed operation for improved productivity
Precise control and smooth motion for accurate positioning
Built-in positioning control functions for simplified operation
Flexible and versatile control options for different applications
Compact design for easy installation and space-saving
Advanced vibration suppression technology for reduced noise and wear
Vantaggi:
Increased production efficiency and accuracy
Reduced downtime due to reliable and durable construction
Improved adaptability to various applications
Reduced energy consumption for lower operating costs
Easy and intuitive operation for simplified control and programming
Technical Parameters:
Input Power: 200-230V AC, 50/60Hz
Output Power: 2.0kW
Control Mode: Posizione, Velocità, Torque
Encoder Resolution: 131072 p/rev
Operating Temperature: 0-55°C
Unleashing the Power of Mitsubishi MR-J2-20A-N26 AC Servo Amplifier: Precision Control for Your Industrial Manufacturing and Automation Needs
The Mitsubishi MR-J2-20A-N26 AC Servo Amplifier can be used in a variety of machines and equipment that require precise and accurate control of motion, velocità, and positioning. It is commonly used in industrial manufacturing applications such as packaging machines, printing machines, assembly machines, and machine tools. Inoltre, it can be used in robotics and automation systems that require high-speed and high-precision control.
