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Control Techniques Unidrive M701-032-00106

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M701-032-00106

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The M701-032-00106 is a variable frequency drive from Control Techniques' Unidrive series. It operates within an input voltage range of 200 to 240 V AC with a variation tolerance of ±10%. The output voltage remains steady at 200 V AC, providing consistent performance.

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Technical specifications for M701-032-00106

ManufacturerControl Techniques
Product TypeVariable Frequency Drive (VFD)
Product LineUnidrive
Part NumberM701-032-00106
Weight3.19 lbs (1.45 kg)
Input Voltage Range200 - 240 V AC, ±10%
Output Voltage200 V AC
Communication InterfaceEIA 485 (RS-485)
Operating ModesOpen Loop, RFC-A, RFC-S, Regen Mode
Open Loop ControlSupports V/F, Quadratic V/F, and Open Loop Vector modes
RFC-A ModeRotor Flux Control for Asynchronous Motors, with/without position feedback
RFC-S ModeRotor Flux Control for Synchronous Motors, with/without position feedback
Regen ModeSupports regenerative braking and bidirectional power flow
Torque Performance100% torque available down to 1 Hz (Open Loop Vector)
Low-Speed PerformanceEnhanced low-speed operation with slip compensation
Motor CompatibilityInduction and Permanent Magnet Brushless Motors
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The Control Techniques M701-032-00106, part of the Unidrive series, is a sophisticated variable frequency drive (VFD). It is engineered to work with an input voltage range from 200 to 240 V AC, allowing a tolerance of ±10%. The drive outputs a voltage of 200 V AC, making it suitable for numerous applications. Connectivity is facilitated through its EIA 485 (RS-485) communication interface, ensuring reliable integration into existing systems.

This VFD can operate in various modes, including open loop, RFC-A, RFC-S, and regenerative braking mode. Users benefit from comprehensive control capabilities through open loop control options, which support V/F control, quadratic V/F, and open loop vector modes. The RFC-A mode specializes in rotor flux control, adaptable for asynchronous motors, with or without position feedback. Similarly, the RFC-S mode provides rotor flux control for synchronous motors, offering the same feedback options.

The regenerative braking mode enables bidirectional power flow, enhancing energy efficiency in systems. Significant features include the ability to maintain 100% torque at low frequencies, specifically down to 1 Hz in open loop vector mode. Additionally, the drive boasts improved low-speed performance facilitated by slip compensation. This versatility allows compatibility with both induction motors and permanent magnet brushless motors, providing users with flexibility in their motor choices.