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Mitsubishi MDS Servo Drives MDS-CH-V1-90

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MDS-CH-V1-90

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The MDS-CH-V1-90 is a digital servo drive from Mitsubishi's MDS Servo Drives series designed for reliable and efficient performance. Operating with a power supply voltage of 200-230V AC, this unit can deliver a rated output power of 9 kW (9000W).

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Technical specifications for MDS-CH-V1-90

ManufacturerMitsubishi
Product LineMDS Servo Drives
Part NumberMDS-CH-V1-90
Weight15.63 lbs (7.09 kg)
Power Supply Voltage200-230V AC
Rated Output Power9 kW (9000W)
Continuous Current90A
Peak Current180A
Control MethodDigital
Communication InterfacesRS-232, RS-485, optional Ethernet
Response TimeHigh-speed, real-time control
Cooling MethodAir-cooled
Operating Temperature0-40°C
Protection FeaturesOver-voltage, under-voltage, over-current, and thermal protection

The Mitsubishi MDS-CH-V1-90 is part of the MDS Servo Drives series and focuses on precise control and efficient power management. This servo drive operates within a supply voltage range of 200-230V AC, providing robust output functionality rated at 9 kW (9000 watts).

It can sustain continuous currents of 90A and manage peak currents of 180A when necessary. This drive's control method is digital, ensuring accurate feedback and response. It features communication interfaces that include RS-232 and RS-485, catering to various system integration needs. Additionally, an optional Ethernet interface expands connectivity options.

The MDS-CH-V1-90 is designed for rapid, real-time control, making it well-suited for dynamic applications that require immediate responses. Cooling is facilitated through air-cooled methods, which help maintain operational efficiency. The unit's operating temperature range is specified between 0 and 40°C, ensuring stable performance in a variety of environments.

To protect against potential hazards, the servo drive includes several safety features: over-voltage, under-voltage, overcurrent, and thermal protection. This comprehensive protection enhances the device's reliability and longevity during operation.