The ETEL DSCDM332‑111C‑000B is a high‑performance digital position controller designed for multi‑axis motion applications that require exceptional density and reliability. Part of the versatile DSCDM series, this module can independently control up to three servo axes, making it a cost‑effective solution for complex machinery. Its robust construction and advanced control algorithms ensure smooth, precise movements even under variable loads.
Multi‑Axis Capability: Supports up to 3 axes with independent current, velocity, and position loops, reducing the number of controllers needed.
EtherCAT Interface: Enables fast, deterministic communication for synchronized multi‑axis operations, critical for coordinated motion.
Wide Feedback Compatibility: Accepts incremental, absolute, and Sin/Cos encoders, as well as Hall sensors and resolvers.
Integrated Brake Control: Built‑in brake output for holding motors in vertical applications.
Diagnostic LEDs: Provides real‑time status indication for each axis, simplifying maintenance.
Supply Voltage: 24‑48 VDC
Output Current per Axis: 3 A continuous / 6 A peak
PWM Frequency: 25 kHz
Feedback: Incremental (RS422), Absolute (BiSS, EnDat 2.2), Sin/Cos 1 Vpp
Communication: EtherCAT (CoE), CANopen
Dimensions: 160 mm × 100 mm × 45 mm
Protection: Short‑circuit, overvoltage, overtemperature
The DSCDM332‑111C‑000B is ideal for applications such as automated assembly lines, robotic arms, packaging machines, and 3D printing systems. Its ability to drive multiple axes from a single module simplifies cabling and reduces panel space, while the high‑speed control loop ensures minimal following error.
ETEL's Motion Manager software provides intuitive setup and tuning for the DSCDM series. The controller includes Safe Torque Off (STO) as standard, complying with SIL 2 / PL d. The rugged metal housing and wide temperature range make it suitable for harsh industrial environments.
The ETEL DSCDM332‑111C‑000B offers a compelling combination of high axis density, real‑time communication, and robust safety features. It is an excellent choice for machine builders seeking to optimize performance while reducing system complexity and cost.



