Servo Drives

The MDMst is the first member of the Mini-universal Drive Module (MDM) series of EtherCAT-based drives. Its small form factor allows OEMs with demanding motion control applications to develop compact machines. Controllable by any ACS SPiiPlus™ Platform EtherCAT master, it leverages powerful servo control algorithms to maximize motion system performance, while its universal servo drive technology provides the system designer flexibility to control most types of motors or stages.

Copley's Nano is their smallest servo drive, designed for direct mounting on motors or within robotic joints. It's suitable for various industries, including robotics, AGVs, industrial machinery, medical/life sciences, and aerospace. The NPS module can be integrated into customer applications using connectors or soldered for high load current needs.

Copley's Nano is their smallest servo drive, designed for direct mounting on motors or within robotic joints. It's suitable for various industries, including robotics, AGVs, industrial machinery, medical/life sciences, and aerospace. The NES module can be integrated into customer applications using connectors or soldered for high load current needs.

The UDMdx is a 1 or 2 Axis EtherCAT® AC Input Universal Drive Module up to 15/30A. It is a member of the Universal Drive Module (UDM) series of EtherCAT-based drives designed to meet the needs of OEMs with demanding multi-axis motion control applications. Controllable by any ACS SPiiPlus Platform EtherCAT master, it leverages powerful servo control algorithms to maximize motion system performance, while its universal servo drive technology provides the system designer flexibility to control most any type of motor or stage.

The IDMdx is a 1 or 2 Axis EtherCAT® AC Input Universal Drive Module up to 15/30A. It is designed to meet the needs of OEMs employing EtherCAT-based control systems with high-precision motion stages. Controllable by any EtherCAT master, its unique multi-processor architecture leverages powerful servo control algorithms to maximize motion system performance while its universal servo drive technology provides the system designer flexibility to control most any type of motor or stage.

Copley XEC sets new levels of performance, connectivity, and flexibility. CANopen application protocol over EtherCAT (CoE) communication provides a widely used, cost-effective industrial bus. A wide range of absolute encoders are supported. High-resolution A/D converters ensure optimal current loop performance. Both isolated and high-speed non-isolated I/O are provided. For safety critical applications, redundant power stage enabled inputs can be employed.

Copley XPC sets new levels of performance, connectivity, and flexibility. CANopen communication provides a widely used, cost-effective industrial bus. A wide range of absolute encoders are supported. High-resolution A/D converters ensure optimal current loop performance. Both isolated and high-speed non-isolated I/O are provided. For safety critical applications, redundant power stage enabled inputs can be employed.

The IDMsa is designed to meet the needs of OEMs employing EtherCAT-based control systems with high-precision motion stages. Controllable by any EtherCAT master, its unique multi-processor architecture leverages powerful servo control algorithms to maximize motion system performance while its universal servo drive technology provides the system designer flexibility to control most any type of motor or stage.

The NPMpm is designed to meet the needs of OEMs with nanometer-level multi-axis motion control applications. Controllable by any ACS SPiiPlus Platform EtherCAT master, it leverages powerful servo control algorithms and NanoPWM technology to maximize motion system performance.

The UDMsm is a member of the Universal Drive Module (UDM) series of EtherCAT-based drives designed to meet the needs of OEMs with demanding multi-axis motion control applications. Controllable by any ACS SPiiPlus Platform EtherCAT master, it leverages powerful servo control algorithms to maximize motion system performance, while its universal servo drive technology provides the system designer flexibility to control most any type of motor or stage.

The UDMSD is a series of compact EtherCAT modules with dual/quad-axis universal drives for servo, step, and voice coil motors with a continuous power range of 10W to 100W (200W peak). The type of motor is selected by the user and can be set differently for each drive.

The UDMSD addresses the needs of demanding multi-axis motion applications with limited space, such as moving inspection heads, small manipulators, and table-top motion stages. The small size, low weight, and minimal cable interface makes the UDMSD ideal for mounting remotely on moving axes. It is available with currents of 1.25/2.5A and 2.5/5A (cont./peak).

The Parker P Series servo system combines compact, flexible, advanced functionality drives with high performance motors for a superior servo system, providing unique value to machine builders. The P-Series drives operate with a variety of machine control architectures and offer sophisticated servo capability. A number of different feedback types are supported to drive a wide range of linear and rotary servo motors. The best matches are the P-Series motors, which include absolute encoders and populate motor nameplate data back to the drives for simplified commissioning.

The IDM series are DS402 drives for use with any EtherCAT master controller. Leveraging advanced CPU, DSP, and FPGA technology to achieve industry-leading performance, the IDM series is designed for OEMs with EtherCAT based control systems looking to achieve better throughput and accuracy from high-precision motion stages.

The ACS Universal Drive Module UDMMC is a line of compact EtherCAT modules of two and four universal drives with rating of 12 to 80Vdc and 2.5A (5A peak) to 20A (40A peak) per drive. Each drive is programmable to control a 3 & 2 phase servo motor, a DC brush motor, a voice coil motor and a 2 & 3 phase step motor.

The UDMLC is a series of small footprint EtherCAT modules with dual/ quad-axis universal drives for servo, stepper, and voice coil motors with a power range of 10W to 200W. The type of motor is selected by the user and can be set differently for each drive.

This product addresses the needs of demanding multi-axis motion applications with limited space, such as moving inspection heads, small manipulators, and table-top motion stages. The miniature size, low weight, and minimal cable interface makes the SPiiPlusUDMLC ideal for mounting remotely on moving axes. It is available in three current levels (cont./peak per axis): 1.25/2.5A, 2.5/5A or 5/10A (dual axis version only), and has inputs for four digital incremental and two absolute encoders.

The SPiiPlus UDMpm-2-320 is a line of EtherCAT universal dual and single axis drives for AC servo / DC Brushless, AC Induction, and DC brush motors.

The SPiiPlus UDMpm-2-320 operates as an EtherCAT node under any SPiiPlus EtherCAT master Controller including the PC based SPiiPlusSC Soft Controller. It is designed to address high performance applications with demanding move & settle, smooth velocity and stand still jitter requirements with power of up to 1.6kW/3.2kW (continuos/peak) per axis.

Xenus combines CANopen networking with 100% digital control of brushless or brush motors in an off-line powered package that can operate from single or three-phase mains with continuous power output to 4 kW. Standard models use quad A/B digital encoders for feedback. Two other versions are available for use with resolvers or sin/cos analog encoders.

Xenus Micro is a compact, AC powered servo drive for position, velocity, and torque control of AC brushless and DC brush motors. It operates on a distributed control network, as a stand-alone indexing drive, or with external motion controllers. A +24VDC input powers control circuits, ensuring keep-alive operation. Incremental encoder feedback is standard with optional resolver and analog encoder interfaces.

The Parker Aries digital servo drives deliver all the performance benefits that digital drive technology has to offer, including fast update rates and ease of installation. The Aries can run rotary or linear servomotors with a wide range of feedback devices, making it the ideal drive choice to solve a variety of machine applications.