Product Detailed Specification Sheet

Model: D136-001-001

Brand: MOOG (Muegge)

Product Category: Multi-axis Motion Controller / Electro-hydraulic Servo Control Module (MSC Series)

Application Scenarios: Industrial Automation, Electro-hydraulic / Electric Servo Systems, Precision Motion Control, Heavy Machinery, Aerospace Simulation, CNC Equipment, Wind Power Control Systems

I. Core Overview

The D136-001-001 is a high-performance multi-axis motion controller launched by MOOG, designed for harsh industrial environments. It is equipped with a 32-bit PowerPC RISC processor, providing deterministic high-speed real-time control, multi-axis coordination, and advanced trajectory interpolation. It supports precise driving of electro-hydraulic / electric actuators and features strong anti-interference, wide temperature range, modular design, and high reliability, meeting the requirements of high-precision, high-response, and high-stability industrial motion control.

II. Key Parameters

1. Physical and Environmental

Dimensions: 110mm × 70mm × 30mm

Net Weight: Approximately 0.5kg

Installation: DIN rail mounting

Operating Temperature: -40°C to +85°C

Storage Temperature: -40°C to +85°C

Humidity: 5% to 95% (no condensation)

Shock / Vibration: Compliant with IEC 60068-2-27/6

Protection: Dust-proof, moisture-proof, and resistant to chemical corrosion

2. Electrical Specifications

Power Supply: 24VDC (18 to 32VDC), SELV safety isolation

Standby Current: 0.5A; Full Load Current: 2A

Power Consumption: ≤50W

Isolation: 500VDC electrical isolation between channels and backplane

3. Control Performance

Processor: 32-bit PowerPC floating-point processor

Task Cycle: Fastest 400μs

Control Accuracy: ≤0.1%

Response Time: ≤1ms

Positioning Accuracy: ±0.001°

Memory: 4.5MB Flash EEPROM (data retention for 10 years without battery)

Programming: IEC 61131-3, MOOG MACS software based on CODESYS

4. Interface Configuration

Digital IO: 8 in / 8 out, optically isolated, supports bidirectional configuration

Analog Input: 8 channels 16-bit, ±10V / ±10mA / 4 to 20mA, overvoltage protection

Analog Output: 4 channels ±10V, overload / short-circuit protection

Feedback Interface: 4 channels, supports incremental encoders (up to 8MHz), SSI absolute encoders

Communication: Ethernet, 2×CAN/CANopen, 2×RS-232, USB 2.0

Expansion: E-bus expansion interface, can connect up to 7 M3000 series IO modules

III. Core Functions

Multi-axis coordination control: Supports synchronous motion and interlocking control of multiple servo / hydraulic axes

Advanced trajectory planning: Linear, circular, helical, spline interpolation

Real-time closed-loop control: High-speed sampling and rapid adjustment, excellent dynamic response

Full isolation anti-interference: Stable operation in industrial strong electromagnetic environments

Hot-swappable: Online module replacement without interrupting system operation

Comprehensive diagnostics: Power-on self-test, fault monitoring, status reporting, fault location

Wide compatibility: Compatible with MOOG servo valves / motors and third-party actuators

Modular expansion: Flexible configuration of IO and functions, adaptable to different equipment

IV. Product Features

High performance: Floating-point processor + high-speed control cycle, stable operation of complex algorithms

High reliability: Wide temperature range, shock resistance, isolation, battery-free storage, long life and maintenance-free

High flexibility: Programmable, multi-interfaces, expandable, adaptable to multiple scenarios High Safety: SELV power supply, overcurrent / overvoltage / short circuit protection, fault self-locking

Compliance Certifications: CE, UL, EN 61000-6-2/4 (EMC), RoHS

V. Typical Applications

Industrial automation production lines, robot joint control

Hydraulic servo systems, injection molding / forging equipment control

Aerospace flight simulators, motion platforms

CNC machining centers, precision positioning platforms

Wind turbine pitch / yaw control

Heavy engineering machinery, metallurgical equipment control

VI. Usage and Maintenance

Installation: Fixed on DIN rail, ensure reliable ventilation and grounding

Wiring: Connect strictly according to terminal definitions, avoid reverse power connection and signal short circuit

Debugging: Configure parameters, calibrate feedback, and debug trajectories through MACS software

Maintenance: Regularly check wiring and heat dissipation, keep the environment clean and dry

Faults: Quickly locate through LED indicator lights and software logs, support module-level replacement

VII. Packaging and Warranty

Packaging: Anti-static bags + cushioning packaging

Standard Accessories: Main unit, quick start manual, certificate of conformity

Warranty: Standard industrial warranty, support technical support and maintenance services