D136-002-002 high-performance Moog Servo Controller

MOOG D136-002-002 is a high-performance Moog Servo Controller II (MSC II), representing the advanced tier of the M3000® automation system.

Unlike the standard MSC I models, the D136-002-002 features significantly enhanced processing power and memory,

specifically designed to coordinate and synchronize multiple electric or hydraulic axes in complex, high-speed industrial applications.

As a multi-axis motion controller with integrated PLC functionality,

this module is the primary choice for systems requiring intensive computational tasks and seamless integration into a Profibus-DP network.

Technical Parameter Table

Related Models

The MSC II family offers different fieldbus configurations to suit specific plant architectures:

D136-002-001: MSC II with an integrated EtherCAT Master interface.

D136-002-003: MSC II with dual EtherCAT Master interfaces.

D136-002-005: MSC II featuring both Profibus-DP Slave and EtherCAT Master.

D136-003 Series: The “MSC-R” Ruggedized version with IP67 protection for cabinet-free mounting.

Application Cases

Metal Forming & Presses: Synchronizing multiple large-bore hydraulic cylinders to ensure perfectly parallel movement under uneven loads.

Flight Simulation: Controlling the high-dynamic motion bases (6-DOF) for pilot training and entertainment simulators.

Injection Molding: managing high-speed, multi-axis movements for parison control and mold clamping.

Robotics & Heavy Industry: Coordinating complex motion profiles in steel and aluminum mills where Profibus connectivity is standard.

Product Advantages and Features

Extreme Memory Capacity: With 128 MB of RAM, it can handle massive data logging and complex motion profiles that would overwhelm standard controllers.

Integrated PLC & Motion: Fully programmable using MACS (Moog Axis Control Software) via IEC 61131-3. eliminating the need for a separate PLC for logic tasks.

Four-Axis Ready: Unlike the MSC I (which handles 2 sensor interfaces), the D136-002-002 supports 4 position transducer interfaces natively.

Maintenance-Free: Designed without fans or batteries, significantly increasing the Mean Time Between Failures (MTBF) in hot or vibrating environments.

Deterministic Control: Provides sub-millisecond loop closure for velocity, position, and pressure, essential for high-frequency hydraulic dynamics.

Installation and Maintenance

Installation

Mounting: Clip the module onto a standard 35mm DIN rail. It is typically mounted vertically within a control cabinet.

Connections: Use the 2x USB ports for quick data backup/transfer and the RJ45 Ethernet port for programming via a PC.

Expansion: If more I/O is required, the module supports the M3000 E-Bus, allowing you to snap on additional I/O modules to the right side of the unit.

Maintenance

Diagnostic LEDs: The front panel includes dedicated status LEDs for Profibus activity, CAN communication, and system health.

Software Updates: Firmware and application updates are performed over the Ethernet interface using the MACS development environment.

Environmental Limits: Ensure the cabinet temperature remains between +5°C and +55°C and humidity is non-condensing.

Unique Product Description

The MOOG D136-002-002 is the powerhouse of the M3000 line. While other controllers act as simple I/O processors,

this module acts as a localized “intelligence hub.”

Its massive memory and specialized PowerPC architecture allow it to simulate transfer functions and non-linear hydraulic models in real-time.

For engineers operating in a Profibus environment who require high-density sensor feedback (4 axes per module), the D136-002-002 is the definitive industrial solution.