Description
Core Product Summary (Brand / Model / Key Attributes)
The MOOG D136-001-008 is the standard MSC I Motion Controller in Moog’s M3000 automation-system family. It is a freely programmable servo controller with integrated PLC functionality, designed for closed-loop control of one or two hydraulic or electric actuator axes through analog interfaces.
The controller provides eight 16-bit analog inputs, two 16-bit analog outputs, eight configurable digital I/O points, and two position-transducer interfaces that can be configured for SSI master or slave operation or incremental-encoder feedback. Standard communication includes Ethernet, two CAN/CANopen interfaces, two TIA/EIA-232 ports, and an E-bus interface for M3000 extension modules. Unlike the D136-001-007 variant, D136-001-008 does not include a PROFIBUS-DP slave interface. Programming and configuration use Moog Axis Control Software (MACS), an IEC 61131-based development environment. The controller uses a 40 MHz CPU, 4 MB Flash EEPROM, and a minimum task cycle time of 400 microseconds.
Key Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Moog |
| Order number | D136-001-008 |
| Product type | MSC I Motion Controller, standard version |
| System family | M3000 Automation System |
| Control function | Freely programmable servo control with integrated PLC functionality |
| CPU | 40 MHz |
| Memory | 4 MB Flash EEPROM |
| Minimum task cycle time | 400 microseconds |
| Analog inputs | 8 channels, 16-bit resolution, configurable range |
| Analog outputs | 2 channels, 16-bit resolution, configurable range |
| Digital I/O | 8 configurable digital I/O points |
| Position-transducer interfaces | 2, configurable as SSI master or slave, or incremental encoder |
| Standard communication | Ethernet, 2 × CAN/CANopen, 2 × TIA/EIA-232 |
| Expansion interface | E-bus interface to M3000 extension modules |
| Programming software | Moog Axis Control Software (MACS), based on IEC 61131 |
| Mounting | DIN top-hat rail |
| Supply voltage | 24 V DC, 18–36 V DC |
| Dimensions | 160 × 170 × 85.5 mm |
| Operating temperature | +5 to +55 °C |
| Storage temperature | −25 to +70 °C |
| Relative humidity | 10–95%, non-condensing |
| Protection rating | IP20 |
Detailed Product Overview
The MOOG D136-001-008 is the standard version of Moog’s MSC I servo controller. In an M3000 control architecture, it combines real-time closed-loop motion control, PLC logic, analog servo interfacing, position-feedback processing, and industrial communication in a DIN-rail-mounted controller.
Its eight analog inputs and two analog outputs provide 16-bit resolution and are configured through MACS. This configuration supports closed-loop control of one or two actuators, including hydraulic axes commanded through analog control signals. The two position-transducer interfaces can be set as SSI master or slave interfaces or configured for incremental-encoder feedback, allowing the controller to match the feedback technology used by the served axis.
The D136-001-008 includes Ethernet, two CAN/CANopen interfaces, and two TIA/EIA-232 serial ports. It also provides an E-bus interface for connecting M3000 extension modules when the built-in I/O capacity is not sufficient. Unlike D136-001-007, this standard MSC I version does not include a PROFIBUS-DP slave interface; it should therefore be selected when PROFIBUS-DP slave communication is not required.
The controller’s 40 MHz processor, 4 MB Flash EEPROM, and 400-microsecond minimum task cycle time define its real-time control capability. For procurement and integration, the key verification points are the exact order suffix, MACS project compatibility, configured analog ranges, selected SSI or encoder feedback mode, and the M3000 extension modules connected through the E-bus interface.
D16-001-007
D16-001-007
System Compatibility & Integration Requirements
| Item / Dependency | Verified Compatibility or Requirement | Practical Note |
|---|---|---|
| Controller family | Moog M3000 Automation System | Use M3000 system documentation and compatible extension hardware. |
| Controller variant | Standard MSC I Motion Controller | This suffix does not include the PROFIBUS-DP slave interface. |
| Programming environment | Moog Axis Control Software (MACS), IEC 61131-based | MACS is required for controller programming and I/O configuration. |
| Position feedback | 2 × SSI master/slave or incremental encoder interfaces | Match the interface configuration to the installed position transducer. |
| Local communication | Ethernet, 2 × CAN/CANopen, 2 × TIA/EIA-232 | Use the appropriate port for engineering access, CANopen devices, or serial communication. |
| Expansion | E-bus interface to M3000 extension modules | Add M3000 modules when additional I/O capacity is required. |
| Mounting | DIN top-hat rail | Provide cabinet space and electrical protection appropriate for an IP20 controller. |
Engineering Selection Highlights
- D136-001-008 is the standard MSC I version → select this suffix when PROFIBUS-DP slave communication is not required.
- It belongs to the Moog M3000 family → confirm that the surrounding controller architecture, extension modules, and engineering documentation are M3000-based.
- It provides eight analog inputs and two analog outputs with 16-bit resolution → verify that servo valve, drive, or actuator command and feedback signals match the configured analog ranges.
- It has two configurable position interfaces → use SSI or incremental-encoder feedback according to the transducer installed on the controlled axis.
- It uses MACS, an IEC 61131-based programming environment → ensure the applicable MACS software, project files, and configuration data are available for commissioning or maintenance.
- It provides an E-bus interface → plan for M3000 extension modules when additional I/O capacity is required.
- It is DIN-rail mounted and IP20-rated → install it in a protected electrical enclosure rather than in an exposed or washdown location.
Dimensions, Mounting & Connection Notes
- Dimensions: 160 × 170 × 85.5 mm.
- Mounting: DIN top-hat rail.
- Enclosure protection: IP20; install in a protected control cabinet or enclosure.
- Supply voltage: 24 V DC, with an allowable range of 18–36 V DC.
- Front-panel connections include Ethernet, CAN, serial, position-feedback, analog, digital I/O, power, and E-bus connections.
- Observe the controller’s non-condensing humidity limit of 10–95% relative humidity and operating range of +5 to +55 °C.
FAQ
What is the MOOG D136-001-008?
It is the standard Moog MSC I Motion Controller in the M3000 automation-system family, with integrated PLC functionality and servo-control capability.
Does D136-001-008 include PROFIBUS-DP?
No. D136-001-008 is the standard MSC I version; the PROFIBUS-DP slave interface is provided on D136-001-007.
What does the controller control?
It performs closed-loop control of one or two actuators through analog interfaces, with documented typical use in one- or two-axis hydraulic applications.
Which feedback devices can it accept?
It provides two position-transducer interfaces that can be configured for SSI master or slave operation or incremental-encoder feedback.
Which software is used to program it?
The controller is programmed with Moog Axis Control Software (MACS), an IEC 61131-based integrated development environment.
Can its I/O be expanded?
Yes. The MSC I includes an E-bus interface for connection to M3000 extension modules.
What are its main communication interfaces?
It includes Ethernet, two CAN/CANopen interfaces, two TIA/EIA-232 ports, and an E-bus expansion interface.
Verification & Troubleshooting Notes
- Confirm the complete nameplate order number before installation or replacement; D136-001-008 is the standard MSC I version without PROFIBUS-DP.
- Verify that the MACS project configuration matches the installed analog signal ranges, digital I/O direction, and SSI/encoder feedback type.
- If an axis does not follow its command, separate the possible causes: command signal at the analog input, configured output range, feedback signal at the SSI or encoder interface, and actuator or hydraulic-side behavior.
- Check CAN/CANopen termination, addressing, and wiring when CAN devices do not communicate; distinguish a bus configuration issue from a controller hardware fault.
- Do not bypass safety interlocks, modify safety-related circuits, or attempt unsupported firmware changes during diagnosis.
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