The General Electric IS210BPPBH2BKD is a high-performance printed circuit board from GE's Mark VI series, designed for critical turbine control applications with advanced signal processing and I/O management capabilities.
The General Electric IS200AEPAH1ABB is a high-performance excitation control module from GE's Mark VI series, designed for precise power generation management and turbine control applications.
The General Electric IS210MACCH2AEG is a high-performance Ethernet board featuring Intel 82576 chipset, Gigabit (10/100/1000BASE-TX) connectivity, and industrial-grade aluminum housing, designed for reliable networking in harsh environments.
The GE IS420UCSDH1 is a high-performance UCSB controller module for Mark VIe control systems, featuring dual-channel operation and robust industrial design. This advanced module executes control logic independently while communicating with I/O networks via high-speed IONet connections. With IEEE 1588 precision time synchronization and support for redundant configurations, it delivers reliable performance for critical automation applications. The compact, fanless design includes flash-upgradeable memory and requires no battery maintenance.
The GE IS215VPWRH2A is a power supply module designed for GE Mark VI and Mark VIe control systems, providing reliable 24V DC power with robust protection features for industrial automation applications.
The General Electric IS415UCVHH1AB is a VME-based controller board for Mark VIe gas turbine systems, featuring a 600MHz Intel processor, triple Ethernet ports, and QNX real-time OS for high-reliability industrial automation.
The General Electric IS200VSVOH1B is a VersaMax I/O Analog Output Module for Mark VI turbine control systems, providing 4-20mA/±10V DC outputs with 12-bit resolution. Designed for industrial automation, it ensures precise signal control in power generation and process applications.
The General Electric IS215VCMIH2B is a VME Communication Interface Module for Mark VIe turbine control systems, featuring dual-channel Ethernet communication, high-speed data transfer, and redundant operation support. This rugged industrial module ensures reliable system integration between turbine controllers and plant networks in power generation applications.
