• Sumset International Trading Co.,Ltd
    Bruno Nascimento
    Vielen Dank für Ihre kontinuierliche Hilfe und Unterstützung bei der Bereitstellung hochwertiger und erschwinglicher Produkte.
  • Sumset International Trading Co.,Ltd
    Ehsan Salmari
    Schnelle Antwort und professionelle Einstellung machen unsere Zusammenarbeit reibungsloser!
Ansprechpartner : kerry
Telefonnummer : 18150137563
Whatsapp : +8618150137563

GE IDPU MPU55 High-performance Controller Module for Industrial Distributed Control Systems with Real-time Processing

Herkunftsort USA
Markenname GE
Zertifizierung COO
Modellnummer MPU55
Min Bestellmenge 1
Preis $2100
Lieferzeit 5-7 Tage
Zahlungsbedingungen T/t
Versorgungsmaterial-Fähigkeit 999

Treten Sie mit mir für freie Proben und Kupons in Verbindung.

Whatsapp:0086 18588475571

Wechat: 0086 18588475571

Skypen: sales10@aixton.com

Wenn Sie irgendein Interesse haben, leisten wir 24-stündige Online-Hilfe.

x
Produktdetails
Name GE IDPU MPU55 -Controller -Modul Produkt -ID MPU55
Serie Mark v Produktnetzbreite 100 mm
Produktnetz Tiefe/Länge 330 mm Produktnetzhöhe 200 mm
Produktnetzgewicht 2 kg Garantie 1 Jahr
Hervorheben

High-performance Controller Module

,

Industrial DCS Controller Module

,

Real-time Processing Controller Module

Hinterlass eine Nachricht
Produkt-Beschreibung

GE IDPU MPU55 Controller Module 

Product Description:
The GE IDPU MPU55 is a high-performance Controller Module designed for industrial distributed control systems (DCS) and critical process automation applications—primarily tailored for sectors like power generation, oil and gas, and heavy manufacturing, where reliability, real-time processing, and seamless integration are paramount. As a core component of GE’s industrial automation ecosystem, its primary role is to serve as a centralized processing unit: it executes control algorithms, processes real-time data from sensors and field devices, issues command signals to actuators, and maintains closed-loop control to optimize operational efficiency and safety.
At its core, the MPU55 leverages a powerful microprocessor architecture optimized for industrial workloads, enabling fast execution of complex control logic. It supports a wide range of industrial communication protocols, including Modbus, Ethernet/IP, and GE’s proprietary protocols, ensuring seamless data exchange with upstream central controllers, downstream I/O modules, and plant-wide monitoring systems. This connectivity allows the MPU55 to act as a bridge between field-level devices and the broader control network, facilitating holistic process oversight and coordinated operation across multiple system components.

Durability and reliability are foundational to the MPU55’s design, reflecting its use in harsh industrial environments. It features an industrial-grade enclosure rated for wide temperature ranges, resistance to vibration and shock, and protection against dust and moisture. Built-in redundancy options—such as dual power supplies and backup communication paths—further enhance fault tolerance, ensuring uninterrupted operation even if a critical component fails. These design choices minimize unplanned downtime, a critical requirement for industries where process interruptions can lead to significant financial losses or safety risks.

The module also prioritizes ease of integration, configuration, and maintenance. It supports standardized mounting for flexible installation in control cabinets, with clearly labeled terminals for power, communication, and I/O connections to simplify wiring.For diagnostics and troubleshooting, the MPU55 includes built-in status indicators and self-monitoring capabilities that alert operators to anomalies in real time. Test points and diagnostic ports further enable technicians to perform on-site checks and firmware updates, reducing maintenance time and complexity.

GE IDPU MPU55 High-performance Controller Module for Industrial Distributed Control Systems with Real-time Processing 0

GE IDPU MPU55 High-performance Controller Module for Industrial Distributed Control Systems with Real-time Processing 1