The MSD203A1V is an AC servo driver from Panasonic’s MS Series. It supports a wide ambient storage temperature from -20°C to 80°C and operates efficiently under specified environmental conditions.
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Manufacturer | Panasonic |
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Series | MS Series |
Part Number | MSD203A1V |
Product | AC Servo Driver |
Ambient Operational Temperature | 0 to 50°C |
Ambient Storage Temperature | -20 to 80°C |
Ambient Humidity | 90% RH or less (no condensation) |
Ambient Vibrations | 4.9 m/s² (0.5G) or less, 10 to 60 Hz |
Applicable Load Inertia | Less than 30 times the inertia of motor (400W or less) |
Output of Applicable Motor | 2kW |
Power Source Rated Voltage | 200V AC |
Power Source Voltage Range | 200 to 230 VAC |
Power Source Voltage Phase | 3-phase |
Rotary Encoder Specification | Incremental Encoder |
Encoder Pulse Count | 2500 pulses/revolution |
Control Method | Transistor PWM (sine-wave form) |
Weight | 1.0 kg |
Regenerative | Built-in resistor |
Panasonic presents the MSD203A1V, designed for precise motion control as an AC servo driver. Its structure supports operation in temperatures ranging from 0°C to 50°C, suitable for various industrial settings. When not in use, it can be safely stored in environments between -20°C and 80°C, ensuring flexibility in different conditions. The unit maintains robust performance characteristics with a compact weight of 1.0 kg.
This servo drive requires a 3-phase power source rated at 200V AC, with an operational voltage range between 200 to 230 VAC. The control system employs a Transistor PWM (sine-wave form), enhancing efficiency and performance. Vibration levels of up to 4.9 m/s² (0.5G) across a frequency range of 10 to 60 Hz are permissible.
For feedback, the MSD203A1V utilizes an incremental encoder with a pulse count of 2500 pulses per revolution, providing detailed positional information. It is adept at handling loads with inertia less than 30 times that of a 400W motor, making it suitable for various applications. The regenerative feature with a built-in resistor aids energy conservation and overall system efficiency.