The i146-SCE is a modular, high-performance DC servo drive, developed to meet requirements of Marine & Subsea market. It’s a fully custom design that fits within the customer motor housing, who needed a high power servo drive in a small package. It has been specially designed for BLDC servo motor control on thrusters on board […]
Ingenia Motion Control
Ingenia releases expansion board for Pluto servo drive
Ingenia Motion Control is pleased to announce the release of a starter kit Input/output expansion board for his miniature servo drives Pluto series. It allows the rapid evaluation of the motion control capabilities with an easy and direct access the I/O signals available on the servo drive. The module replicates the I/Os connector, adding analog […]
Ingenia introduces Pluto ultra-compact DC Servo Drive 500 W
Ingenia Motion Control announces the release of PLUTO Digital Servo Drive an ultra-compact, modular solution for control of rotary or linear brushless, DC brush and stepper motors up to 500 W peak, with 5 Arms output current and no heat sink needed. Pluto is an open-frame drive easy to integrate in applications where space is […]
Servo Drive for thruster control on underwater vehicles.
I127 is a brushless AC motor servo drive ready for operation at 1600 m deep, developed for control propulsion system on manned submersibles, AUVs, ROVs or any other underwater vehicle. It uses advanced sensorless flux-vector control algorithms that allow a safe and efficient motor control without any external feedback device. This custom servo drive has […]
i122 Digital Servo Drive from Ingenia Motion Control
The new i122 is a high performance slave or standalone open-frame Digital Servo Drive capable of driving several motor types with output power up to 750 W, including stepper motors control with accurate current control and micro stepping positioning. This new design combines motion control and servo amplifier capabilities in a single unit. Features at […]
Ingenia Releases New LabVIEW Motion Control Library
Ingenia Motion Control announces the release of a new library for National Instruments LabVIEW graphical programming environment. This library allows for single-axis movement using Ingenia CANopen Digital Servo Drives. This will significantly improve the development time for any application using DC, stepper or brushless motors with LabVIEW and will allow the user to rapidly start […]
Ingenia Updates ‘Servo drives a la carte’ Online Tool
Ingenia Motion Control has updated their online tool for servo control customization, ‘Servo drives a la carte’. The web tool is aimed to help customers to define their motion control solution in a simple and user friendly environment, with no limits on size, geometry, or power among others. Ingenia uses a modular design approach based […]
Ingenia Offers Ultra-high Power Density Servo Drive Called Venus
Ingenia Motion Control (www.ingeniamc.com) is the maker of Venus digital Servo drive, an ultra-high power density Servo Drive and stand-alone motion controller that comes in a convenient stand-alone package. The Venus is capable of driving best-in- market motor topologies of up to 2 kW, and does not require any additional heat-sink for the entire operating […]
Venus Digital Servo Drive with Stand-alone Motion Controller from Ingenia
Ingenia Motion Control announces the release of VENUS digital servo drive, an integrated motion controller and digital servo drive in a convenient stand-alone package, capable to drive most of motor topologies in today’s market of up to 2 kW and without the need of any additional heat-sink on its whole operating temperature range. The Venus […]
Round Mercury Digital Servo Drive Controller from INGENIA-CAT
Round Mercury is a high performance closed-loop digital servo drive controller from INGENIA-CAT, suitable for DC brushed and brushless motors, capable of driving motors up to 200W RMS. Its design includes multiple communication ports (RS232 or CAN with hardware Node-ID), giving designers a wide choice of interfacing methods. Its voltage operation range allows it to […]
