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Mitsubishi MELSERVO MR-J2 MR-J2S-700BS096

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MR-J2S-700BS096

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The MR-J2S-700BS096 is an advanced servo motor from Mitsubishi's MELSERVO MR-J2 series, suitable for high-performance applications. Designed to operate within a voltage range of 200 to 230 volts AC, it supports various configurations, including SSCNET and FC Loop technologies.

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Technical specifications for MR-J2S-700BS096

ManufacturerMitsubishi
Product LineMELSERVO MR-J2
Part NumberMR-J2S-700BS096
Weight32.00 lbs (14.51 kg)
SSCNETSupported
FC LoopSupported
Voltage Class200V
Voltage Type3-Phase AC
Power Supply Voltage200 to 230 Volts AC
Frequency50/60 Hertz
Voltage Fluctuation170 to 253 Volts AC
Frequency FluctuationWithin ±5%
Rated Output7 kilowatts
Capacitor Discharge Time5 Minutes
Capacitor Charging Capacity70 Joules
Inverse Efficiency Rating90%
Control System OptionsCurrent Control, Sine-Wave PWM Control

The MR-J2S-700BS096 is a robust servo motor that forms part of Mitsubishi's MELSERVO MR-J2 series. This device is engineered for versatility, with a power supply capability between 200 and 230 volts AC and a voltage class specified at 200V. It operates on a 3-phase AC setup and is suitable for environments that require stable power input.

In terms of performance, the motor is rated for an output of 7 kilowatts, making it effective for demands that necessitate considerable power. Voltage fluctuations within the motor's operating conditions are tolerable up to a range of 170 to 253 volts AC, while frequency stability is maintained within ±5%.

A crucial feature of this servo motor is its capacitor's discharge time of 5 minutes, providing a solid level of safety during operational pauses. The capacitor can achieve a charging capacity of 70 joules, indicating robust energy handling capabilities. The efficiency of the motor is notable, with an inverse efficiency rating of 90%, ensuring minimal energy loss during operation.

For controlling the motor's movements, options like current control and sine-wave PWM control are available, enabling precise management of operational tasks. Additionally, it supports advanced connectivity features, including SSCNET and FC Loop protocols, which enhance its functionality in interconnected automation systems.