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Product ReleaseDriving motors easily with joysticks Print
 Mercury Servo Drives allow for driving motors through resistive joysticks connected to its external analog inputs. Users just need to configure the Mercury Servo Drive to work on analog command reference mode. Users can choose either to work on position or velocity profile. Mercury will use the actual defined profile values to determine the velocity, acceleration and deceleration to use. Two-axis joysticks can be connected to two Mercury Servo Drives to control a two axis system in a fashion and easy way. If joystick includes a button, it can be used as a stop emergency for the whole system.
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Fine speed control with Round Mercury and low voltage torque motors
 Round Mercury digital servo drives have been successfully integrated with low voltage(36V) torque/direct drive motors to work on hi-tech applications demanding high torques (up to 6Nm) at low speeds.The applications were very critical in terms of velocity stability (approx. 0.1rpm). The torque motor included a high resolution optical encoder to allow the drive for fine control of the velocity and the position loops. Thanks to its compact and round design (55.88mm diameter), the board was easily stacked at the back of the motor, thus reducing the required length of the wiring. ...More >>Mercury Servo Drive controlling B21 robots through CAN bus or 2-axis Joystick
 Mercury Servo Drives from Ingenia-CAT have been successfully integrated into the mobile base of B21 robots from Real World Interface (RWI). B21 includes three DC motors for displacing the robot and one additional DC motor for rotating movements. They are now all controlled with Mercury Servo Drives. With Mercury Servo Drives users can control the robot through a CAN bus (network command source) or through an external 2-axis joystick (analog command source). When working in network command source mode a laptop including a simple USB-to-CAN interface can be used to drive the system. Both modes of Mercury, position profile and velocity profile, can be used to control the movements of the robot. ...More >>Round Mercury digital Servo Drive Controller
 Digital servo drive controller for brushless (BLDC, BLAC) and DC motors In one single physical device, the Round Mercury digital servo drive includes the control and power amplifier needed to run brushless PMSM motors and DC motors. The controller can be operated from RS232 or CAN with hardware Node-ID. Its voltage operation range allows it to be used in industry or robotics, and its reduced size (55.88mm diameter) allows the controller to be integrated into critical-size applications. Thanks to the MCLib software, the device parameters can be easily configured and monitored, using simple functions written in C/C++. ...More >>Mercury servo drive on scientific laboratory equipment
 Mercury servo drives have been recently integrated successfully on several scientific laboratory equipments (mixing, centrifuges and stirrers). The servo drives were operated on velocity mode (up to 20000rpm) as well as on position mode. In some machines it was also used its homing mode to set a reference (zero position) for next positioning movements. The positioning was point-to-point trapezoidal profiled, with accelerations, decelerations and speeds fully configurable by the user. ...More >>Mercury servo drive controlling high precision guide actuators
 Mercury servo drive has been integrated successfully on high precision guide actuators achieving positionings of 1um without the use of any motor gear head.The assembly was just made up of the precision guide actuator, a DC motor with an encoder and the Mercury servo drive. No motor gear head was necessary thus reducing the overall assembly cost. Using the homing mode, Mercury servo drive set the reference (position zero) for positioning movements. The positioning was point-to-point trapezoidal profiled with fully configurable accelerations, decelerations and speeds. ...More >>Antenna positioning system based on Mercury servo drives
 Ingenia-CAT has developed an antenna positioning system based on two Mercury digital servo drive controllers for the European Space Agency (ESA). The antennas were steerable in azimuth by brushless permanent magnet synchronous motors (PMSM) controlled through Mercury servo drives. The onboard computer interfaced with servo drives via RS232. The system allowed for two independent rotational movements within the same axis and was ready to be mounted on a 5 meters long mast. ...More >>Setup software for Ingenia's digital servo drives
 Ingenia's proprietary ConfigurationManager setup environment provides powerful configuration and tuning capabilities for every aspect of the Ingenia's digital servo drives. With ConfigurationManager you can quickly setup a drive/motor for your application, through an easy-to-use Graphical User Interface (GUI). Custom servo drive controllers
 In many applications a custom servo drive is the only way to reach high levels of efficiency (cost, energy and environment), performance and reliability.
3 axis Mounting Board for Mercury Servo Drive Controllers
 Mercury servo drive controllers have been designed to be directly integrated into other electronic boards, making it easy to form scalable systems. This feature means that a specific support must be designed for Mercury in each application. For those users who desire to easily conform three degrees of freedom CAN controlled systems, Ingenia has developed the 3-axis Mounting Board. ...More >>1 axis Mounting Board for Mercury Servo Drive Controller
 Mercury servo drive controllers have been designed to be directly integrated into other electronic boards, making it easy to form scalable systems.This feature means that a specific support must be designed for Mercury in each application. For those users who desire easy connection of the Mercury servo drive controller to typical elements in its field of application, Ingenia has designed the 1-axis Mounting Board. ...More >>Motion control made easy through Mercury motion controller and Motion Control Library
 With Mercury and Motion Control Library, advanced motion control systems can be controlled easily, fast and effectively by means of RS232 or CAN bus, and without foregoing any performance features or efficiency in motion control and management. ...More >> Motion Control Library - All the potential of Ingenia motion controllers controlled from high level C/C++ programming
 MCLib brings together a series of functions and components that provide an application programming interface (API) in C/C++ for Ingenia motion controllers.Includes functions for both communication management with the motion controller, as well as configuration, monitoring and operating. ...More >> Mercury motion controller. Digital motion control for DC brushed and brushless (BLDC, BLAC) motors
 In one single physical device, the Mercury motion controller includes the control and power amplifier needed to run brushed DC and brushless PMSM motors. The controller can be operated from RS232 or CAN with Node-ID hardware.Its extended voltage operation range allows it to be used in industry or robotics, and its reduced size (83x64mm) and the absence of any external heat sink allow the controller to be integrated into critical-size applications. Thanks to the MCLib software, the device parameters can be easily configured and monitored, using simple functions written in C/C++ ...More >> |
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