The Emerson M701-04200185A is a high-performance closed-loop AC servo drive from the Control Techniques Unidrive M701 series. Designed for precision motion control applications requiring accurate speed, torque, and position regulation, this drive delivers exceptional dynamic performance when used with permanent magnet servo motors or induction motors with feedback. The M701 series features advanced closed-loop vector control algorithms, comprehensive feedback support, and integrated safety functions. This particular model is rated for 18.5A continuous output, typically supporting 7.5kW to 9kW motors depending on supply voltage and duty cycle. Housed in a compact Frame 4 chassis, it offers high power density and flexible mounting options for demanding industrial automation applications.

The Emerson M701-08401570A is a high-performance closed-loop AC servo drive from the Control Techniques Unidrive M701 series. Designed for large-scale, demanding precision motion control applications, this drive delivers exceptional dynamic performance and accurate speed, torque, and position regulation when used with high-power permanent magnet servo motors or induction motors with feedback. The M701 series features advanced closed-loop vector control algorithms, comprehensive feedback support, and integrated safety functions.

The Emerson M701-08401570A is a high-performance closed-loop AC servo drive from the Control Techniques Unidrive M701 series. Designed for large-scale, demanding precision motion control applications, this drive delivers exceptional dynamic performance and accurate speed, torque, and position regulation when used with high-power permanent magnet servo motors or induction motors with feedback. The M701 series features advanced closed-loop vector control algorithms, comprehensive feedback support, and integrated safety functions.

The Emerson M701-05400270A is a high-performance closed-loop AC servo drive from the Control Techniques Unidrive M701 series. Designed for demanding precision motion control applications, this drive delivers exceptional dynamic performance and accurate speed, torque, and position regulation when used with permanent magnet servo motors or induction motors with feedback.

The Emerson M701-03400045A10100AB100 is a high-performance closed-loop AC servo drive from the Control Techniques Unidrive M701 series. Designed for precision motion control applications requiring accurate speed, torque, and position regulation, this drive delivers exceptional dynamic performance when used with permanent magnet servo motors or induction motors with feedback.

The Emerson M701-04400150A is a high-performance closed-loop AC servo drive from the Control Techniques Unidrive M701 series. Designed for precision motion control applications, this drive delivers exceptional dynamic performance and accurate position/speed regulation when used with permanent magnet servo motors or induction motors with feedback. The M701 series features advanced closed-loop vector control algorithms, multiple feedback support, and integrated safety functions.

The Emerson M000-11403770 is a high-performance universal AC drive from the Control Techniques Unidrive M000 series. Designed for open-loop control applications, this drive provides reliable V/Hz and open-loop vector control for a wide range of industrial motors. The M000 series is known for its rugged construction, advanced thermal management, and flexible configuration options. This particular model features a dual rating of 185kW for Heavy Duty (constant torque) and 225kW for Normal Duty (variable torque) , making it suitable for both demanding industrial applications (conveyors, mixers, extruders) and energy-saving applications (pumps, fans, compressors). Housed in a robust frame 14 chassis, it includes integrated EMC filtering, DC link chokes for harmonic reduction, and comprehensive I/O for seamless integration into industrial control systems.

The Emerson M700-04400150A is a digital, high-performance universal AC servo drive from the Control Techniques M700 series. Configured for 7.5kW operation, this drive delivers exceptional dynamic performance and precision for demanding motion control applications. It features advanced control algorithms capable of operating a wide variety of motors, including rotary and linear servomotors, asynchronous induction motors, and torque motors.

The Emerson M700-04400150A is a digital, high-performance universal AC servo drive from the Control Techniques M700 series. Designed for the most demanding motion control applications, this drive delivers exceptional dynamic performance and precision. It features advanced control algorithms capable of operating a wide variety of motors, including rotary and linear servomotors, asynchronous induction motors, and torque motors.

The Emerson SI-ETHERCAT (82400000018000) is a high-performance fieldbus communication option module from Control Techniques (part of Emerson/Nidec). It enables seamless integration of compatible AC and servo drives into an EtherCAT (Ethernet for Control Automation Technology) network. Designed for real-time, high-speed motion control applications, this module provides deterministic communication with minimal jitter, making it ideal for complex multi-axis systems. It supports the CANopen over EtherCAT (CoE) protocol, allowing full access to drive parameters, control words, and process data.

The Emerson SI-ETHERCAT KM is a high-performance fieldbus communication option module designed for Control Techniques Unidrive M (sizes 0 to 4) and Digitax ST servo drives. It enables seamless integration of the drive into an EtherCAT (Ethernet for Control Automation Technology) network, providing real-time, high-speed communication for demanding motion control applications.

The Emerson M300-02200075A is a compact, digital AC servo drive from the Control Techniques M300 series. Designed for cost-sensitive applications requiring precise motion control, this drive provides reliable speed, torque, and basic position control for permanent magnet servo motors. The M300 series is optimized for simple machinery, offering easy commissioning, robust performance, and a space-saving design.