High-frequency AC drive Control Techniques - Unidrive HS30
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High-frequency AC drive - Control Techniques - Unidrive HS30 - NIDEC DRIVES - three-phase / digital / single-phase
High-frequency AC drive - Control Techniques - Unidrive HS30 - NIDEC DRIVES - three-phase / digital / single-phase
High-frequency AC drive - Control Techniques - Unidrive HS30 - NIDEC DRIVES - three-phase / digital / single-phase - image - 2
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Characteristics

Type
three-phase, digital, single-phase
Mounting
DIN rail, vertical-mount
Applications
industrial, for induction motors, for servo motors
Protection class
IP66
Other characteristics
open-loop, programmable, high-frequency, 220-380 V, 400 V
Power

Min.: 0.25 kW

Max.: 7.5 kW

Output frequency

3,000 Hz

Description

Control Techniques’ Unidrive HS30 high frequency AC drives are designed for applications that require cost effective integration into safety systems and incorporates dual Safe Torque Off and advanced Rotor Flux Control (RFC-A) of open loop induction motors. Additionally, a single SI interface port for optional industry standard fieldbus, Ethernet, or extended I/O ensures flexible integration with any system. Conform to safety standards, maximize uptime and reduce costs by integrating directly with safety systems Unidrive HS30 has integrated dual STO inputs for SIL3, PLe conformity, eliminating the need for external safety components Enhance up-time and system flexibility Flexible system integration and remote diagnostics through optional industrial Ethernet and fieldbus communications SI option modules Flexible I/O that is expandable with SI-I/O option module Unidrive HS30 incorporates an onboard PLC which can execute Machine Control Studio programs for logic and sequencing with real-time tasks - removing the need for additional PLC's Complete IEC 61131-3 programming environment Structured text (ST), function block (FBD), sequential function chart (SFC), ladder diagram (LD), instruction list (IL), and continuous function chart (CFC) Improve throughput with advanced open-loop motor control algorithms Rotor Flux Control (RFC-A) gives maximum stability and control of induction motors at all powers. S-ramp accel / decel profiling provides smooth speed transitions to minimize “jerk” 180% motor overload suitable for heavy industrial machinery applications This product comes with 5-year warranty as standard

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