Showing 1–12 of 75 results
-
GE VMIVME-7698-345 Industrial Automation Module
The GE VMIVME-7698-345 is a high-performance single board computer designed for industrial automation applications. It offers robust performance and reliability, making it an ideal solution for control systems in various industrial environments.
-
GE IC600CB513RR Communications Control Module, A High-Performance Industrial Automation Component
The GE IC600CB513RR is a high-performance Communications Control Module designed to optimize automation systems in industrial environments. This module facilitates seamless communication between various components within a system, ensuring reliable data transmission and enhancing overall efficiency.
-
GE IC754VSF12CTD QuickPanel Control, 12″ TFT Display
The GE IC754VSF12CTD Control Module is designed for industrial automation systems, providing reliable control functions essential for manufacturing processes. It supports seamless integration with various industrial environments, enhancing operational efficiency.
-
GE IC5002CAC0000 High-Performance Industrial Control Module
The GE IC5002CAC0000 is a high-performance automation module designed for use in complex industrial environments. It ensures precise control and monitoring capabilities for machinery and systems, enhancing overall efficiency and reliability.
-
GE IC693PWR330RR Power Supply Module for Industrial Automation
The GE IC693PWR330RR Power Supply Module is an essential component designed for industrial automation systems. Offering stable and reliable power, it ensures optimal performance of connected devices in various industrial environments.
-
GE IS210SAMBH1A Acoustic Monitoring Module – Enhance Your Turbine System Reliability
The GE IS210SAMBH1A Acoustic Monitoring Module is a critical component for GE’s Mark VI and Mark VIe turbine control systems. It adds additional acoustic monitoring capabilities with eighteen new inputs, significantly enhancing system reliability and turbine protection.
-
GE IC3600LSIB1 Industrial Control Module
The GE IC3600LSIB1 is a high-performance module designed for industrial control systems. It enhances system reliability and efficiency by providing robust performance in critical applications.
-
GE IC756ADV000J-99 Industrial Control Module
The GE IC756ADV000J-99 is an advanced industrial automation module designed for complex control systems. It is engineered for applications requiring precise and reliable operation in harsh environments. This module offers robust performance and seamless integration with existing infrastructure, making it ideal for use in manufacturing plants, oil & gas facilities, and other heavy industries.
-
GE IC693MAR590RR High-Performance Module for Industrial Automation
The GE IC693MAR590RR module is a robust and reliable addition to any industrial control system. It is designed to enhance automation processes by providing advanced monitoring and data acquisition capabilities. Its primary function is to facilitate efficient communication between various components within a complex industrial environment.
-
GE IC3603A250AFULL WAVE-BR-SIN: Full Wave Rectifier Module
The GE IC3603A250AFULL WAVE-BR-SIN is designed for industrial control systems, offering robust performance in various automation applications. It ensures high reliability and efficiency in controlling waveforms and signals.
-
GE IC863-AVT-0040-403-20PACMotion Fan/Pump Variable Frequency Drive, 4KW, 480V, 3PH, IP20 Rating, Integrated C3 Filter
The GE IC863-AVT-0040-403-20PACMotion Variable Frequency Drive (VFD) is designed for fan and pump applications. It provides efficient speed control and energy savings. This unit is equipped with an integrated C3 filter, ensuring reduced electromagnetic interference (EMI) for a stable operation environment.
-
General Electric IS200EPSDG1A – Mark VI Auxiliary Board with Revision 1 A
The GE IS200EPSDG1A is a crucial auxiliary board designed for General Electric’s Mark VI turbine control systems. It is engineered to enhance the system’s performance through precise modifications in the input power path, ensuring higher voltage acceptance and optimal operation.