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VMIVME-4150 High performance VMEbus single board computer

VMIVME-4150 is a high-performance VMEbus single board computer and an important component of GE’s intelligent automation solutions. As a core element of the control system architecture, it serves as a central processing hub, receiving inputs from various sensors, analyzing complex data, and sending instructions to actuators with excellent speed and accuracy. It can seamlessly integrate into GE’s existing software and hardware platforms, providing engineers and integrators with a coherent and efficient control environment.

Model VMIVME-4150
Brand GE
Type VMEbus Single Board Computer
Installation method: VMEbus standard installation
Ethernet interface, serial port, industrial fieldbus interface

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Description

VMIVME-4150 is a high-performance VMEbus single board computer and an important component of GE’s intelligent automation solutions. As a core element of the control system architecture, it serves as a central processing hub, receiving inputs from various sensors, analyzing complex data, and sending instructions to actuators with excellent speed and accuracy. It can seamlessly integrate into GE’s existing software and hardware platforms, providing engineers and integrators with a coherent and efficient control environment.

VMIVME-4150

VMIVME-4150

The value of VMIVME-4150 lies in its ability to handle a variety of tasks. Whether it is complex mathematical calculations for process control or managing high-speed data acquisition, this model can adapt to different application requirements. Its modular design also facilitates customization and expansion, making it suitable for both small projects and large industrial automation systems.

VMIVME-4150

VMIVME-4150

Main features and advantages:
In terms of functional performance, it has high-speed processing capability and can process large amounts of data in real time. This fast data processing capability makes decision-making faster, ensuring that industrial processes can operate smoothly even under fluctuating conditions. Its stability is excellent, thanks to advanced error handling and self diagnostic mechanisms that continuously monitor the system and address potential issues before they escalate.

The hardware design of VMIVME-4150 is robust and compact. It is designed to withstand harsh conditions in industrial environments and can withstand vibrations, dust, and extreme temperatures. The compact external dimensions make it suitable for installation in narrow spaces inside control cabinets, while the standardized VMEbus installation system simplifies the integration process. In terms of compatibility, this model supports a wide range of communication protocols, including Ethernet, serial interfaces, and various industrial fieldbus standards. This broad compatibility ensures seamless integration with other devices and systems, regardless of the manufacturer of these devices and systems. In order to achieve long-term reliability, VMIVME-4150 is equipped with an efficient heat dissipation system that can effectively dissipate heat, prevent component overheating, and extend product lifespan.

VMIVME-4150

VMIVME-4150

Technical specifications:
Model VMIVME-4150
Brand GE
Type VMEbus Single Board Computer
Installation method: VMEbus standard installation
Ethernet interface, serial port, industrial fieldbus interface

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VMIVME-4150

VMIVME-4150

Application areas:
In the automotive manufacturing industry, it is used to coordinate the complex operations of robot assembly lines. From welding car frames to spraying vehicles, VMIVME-4150 ensures precise movement of each robotic arm, reducing production errors and improving overall production efficiency. In addition, in the pharmaceutical industry that requires strict quality control, this model monitors and controls the production process to ensure that drugs are produced with consistent quality and comply with strict regulatory standards. Its versatility and reliability make it a highly sought after component in industrial control systems, suitable for various automation scenarios.

VMIVME-4150

VMIVME-4150

Related products:
VMIVME-4151- Enhanced processing capability, suitable for applications that require higher computing power, such as advanced simulation and data analysis in industrial environments.
VMIVME-4149- has similar basic functions and is suitable for small and medium-sized enterprises that want to achieve process automation within budget.
VMIVME-4152- With additional input/output channels, it is suitable for applications that require connecting more sensors and actuators.
VMIVME-4153- integrates advanced network security features and is an ideal choice for industries where data security is crucial, such as finance and government related automation projects.
VMIVME-4154- provides improved power management capabilities that can reduce energy consumption and operating costs, making it very beneficial for environmentally friendly and energy intensive applications.
VMIVME-4155- With faster data transmission rates and the ability to process high-speed data streams more efficiently, it is highly suitable for real-time monitoring and control systems.
VMIVME-4156- is designed with enhanced reliability features that provide longer service life and lower maintenance requirements, making it suitable for critical industrial applications where downtime is unacceptable.

 

Installation and maintenance:
Before installing VMIVME-4150, a comprehensive assessment of the installation environment must be conducted. Ensure that the control cabinet has sufficient space, not only for installing the modules themselves, but also for proper cable management and ventilation to promote heat dissipation. Check the electrical specifications of the power supply to ensure it meets the requirements of VMIVME-4150. The correct grounding system is crucial for preventing electrical interference and ensuring safe operation.
During installation, it is essential to carefully follow the manufacturer’s guidelines to ensure that all interfaces are properly connected.
During maintenance, it is recommended to conduct regular visual inspections to check for any signs of physical damage or loose connections. Regularly use the built-in self-test function for diagnostic testing to verify the functionality of the module and its interfaces. Maintaining firmware updates is also crucial as it typically includes performance improvements, security patches, and new features that enhance the overall performance of the product.

 

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