The MOOG CPU-30ZBE D143-502-A002 processor module is a high-performance product specifically designed for harsh industrial environments. Manufactured by MOOG, a company with an outstanding reputation in the fields of advanced avionics and space systems, it leverages its powerful data processing capabilities and stable, reliable performance to serve as a core component for motion control and positioning tasks in various industrial automation systems. Whether it is complex mechanical manufacturing processes, robot systems with extremely high precision requirements, or CNC machining equipment, this processor module can perform proficiently. It acts like the "intelligent brain" of an industrial system, issuing precise instructions to ensure the efficient operation of all links.

Performance Parameters

Processor Core:

High-performance Intel Atom E3845 quad-core processor (1.91GHz max frequency). With advanced manufacturing process and strong parallel computing, it quickly processes complex data/instructions for high-precision motion control and real-time response.

Memory Configuration:

8GB DDR4 high-speed RAM (fast read/write, smooth system operation, less stuttering) + 128GB SSD. Faster than mechanical drives, it efficiently stores program codes, running data and records to boost overall efficiency.

Communication Interfaces

Ethernet Interface:

4 Gigabit Ethernet ports (1000Mbps transmission). Meets industrial automation’s large-data, high-real-time needs; enables efficient data interaction with devices, control systems and upper computers for stable industrial networks.

Serial Port:

2 multi-functional RS-232/422/485 ports. RS-232 for short-distance/low-speed communication; RS-422/485 for long-distance/multi-node scenarios, 适配 sensors, actuators and intelligent instruments.

USB Interface:

2 USB 3.0 ports (up to 5Gbps theoretical rate). Convenient for connecting external storage/programming devices, supporting program updates, data backup and function expansion.

Input/Output (I/O)

Digital Quantity:16 digital input ports (receive switch/sensor signals) + 16 digital output ports (control relays/solenoid valves) for precise industrial equipment logic control.

Analog Quantity:4 analog input ports (collect voltage/current, convert to digital signals) + 4 analog output ports (control regulating valves/frequency converters) for continuous industrial process regulation.

Operating System:Windows 10 IoT Enterprise (IoT/industrial-specific). Features strong compatibility, stability, multi-tasking (runs multiple control programs) and complete security (resists attacks, protects data confidentiality).

Working Environment Parameters

Temperature:0°C - 50°C operating temp. Built-in heat dissipation (stable high-temp operation); high-quality components (normal low-temp startup/operation).

Storage Temperature:-20°C - 70°C. Maintains performance after extreme-temperature storage for long-term standby.

Humidity:5% - 95% (non-condensing). Moisture-proof, avoids short circuits/corrosion in high humidity, extending service life.

Application Fields

Machinery Manufacturing

In various machining equipment, this module can precisely control the motion axes of machine tools to achieve high-speed and high-precision cutting. For example, in CNC lathes, it can accurately control the feed rate and position of cutting tools as well as the rotational speed of the spindle, ensuring the dimensional accuracy of machined parts meets strict standards and effectively improving product quality and production efficiency. Meanwhile, in automated assembly lines, it can control the motion trajectory of robotic arms to realize precise grabbing and assembly of components, significantly enhancing the degree of assembly automation, reducing manual intervention, and lowering production costs.

Robot Systems

As a core component of robot control systems, the MOOG CPU-30ZBE D143-502-A002 processor module plays a crucial role. It can real-time process large amounts of data collected by robot sensors, such as feedback from position sensors, force sensors, and vision sensors, and calculate motion commands for robot joints through complex algorithms to achieve precise motion and positioning of robots. Whether in industrial operations like handling, welding, and spraying, or in logistics and warehousing tasks such as goods sorting and palletizing, it ensures robots complete work efficiently and stably, improving the intelligence level and work efficiency of robot systems.

Factory Automation

Widely used in the automated production processes of factories, it provides centralized control and management for various equipment on the production line. Through interconnection with various sensors, actuators, and other automated equipment, it realizes automated monitoring, control, and optimization of the production process. For instance, in automobile manufacturing plants, it can coordinate the operation of equipment in various production links such as stamping, welding, painting, and final assembly. Based on production plans and real-time production data, it automatically adjusts equipment parameters and operating status, ensuring efficient and stable operation of the production line, improving production flexibility and scalability, and quickly responding to changes in market demand.

Aerospace

In the aerospace field, equipment has extremely high requirements for reliability and performance. The MOOG CPU-30ZBE D143-502-A002 processor module, with its excellent anti-interference capability, stable performance, and adaptability to harsh environments, can be applied to key parts such as the avionics systems of aircraft and the attitude control systems of satellites. During aircraft flight, it real-time processes various flight parameters, sensor data, and control commands to ensure flight safety and stability. During satellite operation, it precisely controls the adjustment of the satellite's orbital attitude, ensuring the smooth execution of satellite tasks such as communication and remote sensing.

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