IS200TBCIH2B is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals with enhanced features. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH2B features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 48 isolated discrete input channels with an extended operating temperature range and enhanced diagnostics compared to the IS200TBCIH1B.
IS200TBCIH1CCD is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals with enhanced diagnostics and extended temperature range. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1CCD features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 64 isolated discrete input channels—the highest density in the Mark VIe discrete input terminal family—with enhanced isolation, extended temperature range, and advanced diagnostics including input voltage monitoring and reference validation.
IS200TBCIH1C is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals in turbine control applications. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1C features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 64 isolated discrete input channels—the highest density in the Mark VIe discrete input terminal family—with wide voltage compatibility and comprehensive diagnostics.
IS200TBCIH1BCE is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals with enhanced diagnostics, extended temperature range, and dedicated calibration features. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1BCE features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 48 isolated discrete input channels with enhanced isolation, extended temperature range, advanced diagnostics including input voltage monitoring and reference validation, and a dedicated calibration status indicator for enhanced maintainability.
IS200TBCIH1BCD is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals with enhanced diagnostics and extended temperature range. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1BCD features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 48 isolated discrete input channels with enhanced isolation, extended temperature range, advanced diagnostics including input voltage monitoring and reference validation, and a dedicated calibration status indicator.
IS200TBCIH1BBC is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals with enhanced diagnostics and extended temperature range. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1BBC features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 48 isolated discrete input channels with enhanced isolation, extended temperature range, and advanced diagnostics including input voltage monitoring and reference validation.
IS200TBCIH1B is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals in turbine control applications. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1B features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 48 isolated discrete input channels—the highest density in the Mark VIe discrete input terminal family—with wide voltage compatibility and comprehensive diagnostics.
IS200TBCIH1A is a Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input signals in turbine control applications. This board provides centralized termination for dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBCIH1A features integrated termination points for discrete inputs with built-in signal conditioning including opto-isolation, filtering, and surge protection. It offers 32 isolated discrete input channels with wide voltage compatibility and comprehensive diagnostics.
IS200TBAOH1CCB is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for analog output signals with enhanced accuracy and advanced diagnostics. This board provides centralized termination for analog actuators such as control valves, positioners, variable frequency drives, and other analog-controlled field devices, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBAOH1CCB features integrated termination points for analog outputs with built-in signal conditioning including filtering, isolation, and surge protection. It offers 32 analog output channels—the highest density in the Mark VIe analog output terminal family—with superior accuracy, extended temperature range, and comprehensive diagnostics.
IS200TBAOH1C is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for analog output signals in turbine control applications. This board provides centralized termination for analog actuators such as control valves, positioners, variable frequency drives, and other analog-controlled field devices, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBAOH1C features integrated termination points for analog outputs with built-in signal conditioning including filtering, isolation, and surge protection. It offers 32 analog output channels—the highest density in the Mark VIe analog output terminal family—making it ideal for large turbine systems with extensive actuator control requirements.
IS200TBAOH1B is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for analog output signals in turbine control applications. This board provides centralized termination for analog actuators such as control valves, positioners, variable frequency drives, and other analog-controlled field devices, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBAOH1B features integrated termination points for analog outputs with built-in signal conditioning including filtering, isolation, and surge protection. It offers 24 analog output channels—a 50% increase over the IS200TBAOH1A—making it ideal for larger turbine systems requiring extensive actuator control.
IS200TBAOH1A is a Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for analog output signals in turbine control applications. This board provides centralized termination for analog actuators such as control valves, positioners, variable frequency drives, and other analog-controlled field devices, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBAOH1A features integrated termination points for analog outputs with built-in signal conditioning including filtering, isolation, and surge protection. It offers 16 analog output channels, providing precise 4–20 mA or 0–10 V control signals to field actuators.
