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The MDS-B-V1-01 servo drive by Mitsubishi delivers a capacity of 0.1 kW, suitable for the HA053 and HA13 motors. The drive features a maximum stall current of 1.4 A and a rated output of 0.95 A, ensuring adequate power for applications requiring precise torque.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Type | Servo Drive |
| Product Line | MDS Servo Drives |
| Part Number | MDS-B-V1-01 |
| Capacity | 0.1 kW |
| Applicable Motor | HA053, HA13 |
| Output Voltage | 155 Vrms |
| Rated Output Current | 0.95 A |
| Stall Current | 1.4 A |
| Maximum Output Current | 3.9 A |
| Maximum Output Torque | 0.69 N.m (for 7) and 1.371 N.m (for 14) |
| Control System | Sine Wave PWM |
| Main Circuit System | Transistor inverter with IGBT (IPM) |
| Braking | Regeneration and dynamic brake |
| Dynamic Brakes | Built-in |
| Tolerable Load Inertia | Less than 2.5 times motor inertia |
| Tolerable Environmental Temperature | 0° to 55°C |
The Mitsubishi MDS-B-V1-01 servo drive is designed for robust performance in various applications. This device operates with a substantial capacity of 0.1 kW, making it compatible with HA053 and HA13 motors. The device allows an output voltage of 155 Vrms, ensuring efficient power delivery to connected systems.
With a rated output current of 0.95 A and a stall current of up to 1.4 A, the servo drive provides reliable performance even under challenging circumstances. The product also features a maximum output current of 3.9 A, accommodating varying operational demands. Additionally, it produces a maximum output torque of 0.69 N·m for a 7 motor and 1.371 N·m for a 14 motor, enhancing its versatility.
A sine wave PWM control system enables smooth operation while minimizing noise and vibrations. The main circuit incorporates a transistor inverter configured with IGBT technology, further optimizing performance. This device also allows regeneration braking and includes dynamic brakes built into the unit, facilitating efficient stopping and energy management.
The MDS-B-V1-01 drive is capable of tolerating load inertia up to 2.5 times that of the motor inertia. This feature provides flexibility in application scenarios. Operating within a temperature range of 0° to 55°C, the servo drive maintains stability in various environmental conditions. Weighing 3.5 kg, it is relatively lightweight for ease of installation and integration into existing systems.