New i122, open-frame Digital Servo Drive with high power density in a compact size.

i122 is a high performance slave or standalone 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. The i122 is a cost-effective and compact solutions for distributed

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 a glance
•Dimensions: 110 mm x 80 mm 32 mm
•Supply voltage : 12-75 VDC
•Power: 750 W
•Control: slave or stand-alone servo drive.
•Command sources: network, analog input, PWM, Step&Direction, E-Gearing, standalone
•Supported motors: 2 phase bipolar stepper, 3 phase stepper, DC brush, brushless trapezoidal, brushless sinusoidal, voice coil
•Feedbacks: Incremental encoder, Hall sensors (Digital/Analog), DC-tachometer, Analog Input/Potentiometer, PWM sensor
•Communications: RS232 / CANopen
•Programmable Input/ Output signals: 5DI, 1AI, 5DO , 1AO
The i122 is a cost-effective and compact solution for distributed motor control particularly adapted to OEMs thanks to its open-frame design.

Featured Product

FAULHABER Drive Systems at the Robotics Summit & Expo in Boston from April 30 to May 1 in Hall C at Booth 534

FAULHABER Drive Systems at the Robotics Summit & Expo in Boston from April 30 to May 1 in Hall C at Booth 534

Faulhaber will be presenting their drive systems for robotics and smart technology. Robots are versatile and can be found in many areas, for example, transporting goods, operating on patients or supporting the agriculture industry. With the help of robots, processes can be automated, the flow of materials optimized and employees relieved. Equipped with FAULHABER drive systems, these robots can take on tasks where the demands on function and applications are high.