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Overview
The Moog D136E001-001 is an MSC programmable multi-axis servo controller of the Moog M3000 control system family, built for fast closed-loop control of position, speed and power in both hydraulic and electric drives. It is the 2 MB RAM hardware variant of the MSC line, fitted with digital open-emitter outputs, and programmed with the MACS (Moog Axis Control Software) development environment compliant with IEC 61131. As a DIN-rail mounted control module, the MSC can act as the E-bus master for up to seven local M3000 extension modules and connect to higher-level equipment over Ethernet, CAN or serial interfaces.
Product Identification
- Order Number: D136E001-001
- Family: Moog MSC (Moog Servo Controller), M3000 Control System
- Official Type: Programmable multi-axis controller (MSC control module)
- Hardware Variant: Digital open-emitter outputs, 2 MB RAM
- Programming: MACS development environment, IEC 61131
- Mounting: NS 35 DIN top-hat rail
- Manufacturer: Moog GmbH / Moog Inc.
Processor and Memory
- Processor: PowerPC CPU, 32-bit RISC architecture with floating-point unit, 40 MHz
- RAM: 2 MB
- Non-volatile memory: 4 MB Flash EEPROM; data retention typically over 10 years
- Power-failure behavior: Boot project, RETAIN variables and error messages are kept in Flash EEPROM; no backup battery required
- Typical control task: Fast closed loops for position, velocity and power, expandable with M3000 I/O modules
Communication and Fieldbus Interfaces
- Ethernet front-panel port for controller, development environment or visualization communication
- Two independent CAN interfaces: WideCAN with two front-panel WCAN connectors (internally connected 1:1) and LocalCAN on the lateral E-bus connectors
- Two serial TIA/EIA 232 (RS 232) ports: MACS programming port and a free user SIO port
- E-bus on both lateral Q-connectors, allowing the MSC to master up to seven local I/O extension modules
- F-Bus front connector reserved for optional fieldbus extension (for example PROFIBUS); the D136E001-001 itself does not ship with a PROFIBUS DP interface
Sensor and Signal Interfaces
- Two digital sensor interfaces per TIA/EIA 422 (RS 422) for SSI position transducers or incremental encoders
- Digital open-emitter outputs for switched control signals
- Local I/O expansion through QDIO digital modules and QAIO analog modules on the E-bus
- Status and diagnostic LEDs, including activity indicators for the serial, CAN, Ethernet and optional fieldbus ports
Application Fields
- Position, velocity and force/power closed-loop control on hydraulic and electric axes
- Single- and multi-axis machine control in presses, test rigs, molding and metalforming equipment
- Replacement and spare-part support for existing Moog M3000 / MSC based machinery
- Stand-alone E-bus master for local distributed I/O groups
- CAN-linked distributed automation cells with Moog remote I/O and display modules
Installation and Wiring Notes
- Mount on a standard 35 mm DIN top-hat rail inside a protected control cabinet
- Important: the L2+/M2 supply terminals of the D136E001-001 are not reverse-polarity protected; reversing polarity on these terminals causes permanent damage to the MSC. Observe the terminal polarity markings carefully
- The L1+/M1 supply terminals and the other M3000 module supply terminals are reverse-polarity protected; reversed polarity simply prevents operation
- Load the application project through the MACS serial programming port after commissioning the hardware
- Configure the E-bus slaves in the MACS PLC configuration before enabling the I/O
- Back up the original program before swapping the controller so the spare unit can be loaded with identical logic
FAQ
Q: What is the Moog D136E001-001? A: It is an MSC programmable multi-axis controller in the M3000 family, the 2 MB RAM variant with digital open-emitter outputs, used for closed-loop motion control.
Q: Does the D136E001-001 have a PROFIBUS DP interface? A: No. Its F-Bus connector only supports an optional fieldbus extension; the PROFIBUS-DP slave feature belongs to the separate 4 MB variant D136-001-007.
Q: How does it differ from D136-001-008 and D136-001-007? A: The D136E001-001 has 2 MB RAM; the D136-001-008 has 4 MB RAM, and the D136-001-007 adds the PROFIBUS-DP slave interface.
Q: Which software programs the D136E001-001? A: The MACS (Moog Axis Control Software) development environment based on IEC 61131.
Q: What critical wiring caution applies to this model? A: Its L2+/M2 power terminals are not reverse-polarity protected; connect 24 V DC with correct polarity to avoid permanent damage.
Q: What drives can it control? A: Hydraulic and electric drives, with closed-loop regulation of position, speed and power; the MSC platform targets fast, precise actuator control rather than acting as a motor drive amplifier itself.
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