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Mitsubishi MDS Spindle Drives MDS-C1-SPH-110

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MDS-C1-SPH-110

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The Mitsubishi MDS-C1-SPH-110 is a spindle drive unit with a considerable output power of 11.0 kW. This unit operates with an output voltage of 155 V and an output current of 37 A, ensuring efficient control over spindle operations.

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Technical specifications for MDS-C1-SPH-110

ManufacturerMitsubishi
Product LineMDS Spindle Drives
Part NumberMDS-C1-SPH-110
Weight9.00 lbs (4.08 kg)
Drive TypeSpindle drive unit
Output Power11.0 kW
Voltage at Output155 V
Current at Output37 A
Voltage at Input270-311 VDC
Current at Input41 A
Heat Dissipation at Full Load181 watts
Method of CoolingAir cooling with fins
Method of ControlSine wave PWM / Current control
Voltage for Control Power200-230 V
Frequency for Control Power50/60 Hz
Control Power Current0.2 A
Inrush Current for Control Power35 A
Inrush Conductivity Time6 milliseconds
Maximum Leakage Current to Ground15 mA
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The Mitsubishi model MDS-C1-SPH-110 is a spindle drive unit designed for high-performance machinery applications. Its impressive output power rating of 11.0 kW supports various operational demands. This spindle drive produces an output voltage of 155 volts and an output current of 37 amperes, making it suitable for demanding tasks.

Receiving input voltage between 270 and 311 VDC, the unit operates effectively while drawing a current of 41 A. At full capacity, it is built to dissipate 181 watts of heat. The design utilizes air cooling enhanced by fins to ensure proper thermal management, promoting efficient heat exchange.

The drive utilizes sine wave PWM control paired with a current control method. The control power operates within the 200-230 V range and can accommodate frequencies of either 50 or 60 Hz. A control power current of 0.2 A is necessary for its function. During the initial phase, the inrush current reaches 35 A, limited to 6 milliseconds, allowing for a swift response during start-up while preventing stress on the electrical system. Moreover, it maintains a maximum leakage current to ground of 15 mA, ensuring compliance with safety standards and operational efficiency.