The DS200TCQBG1B is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, and extended temperature range. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection. The “Q” designation indicates advanced diagnostic capabilities, while the “G1B” suffix reflects G1-series terminal mapping with a wider upper temperature limit compared to G1A variants.
The DS200TCQBG1AFB is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, extended temperature range, enhanced cold-junction compensation, and a specialized coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities, while the “G1AFB” suffix reflects G1-series terminal mapping, improved cold-junction linearization, and a robust protective coating.
The DS200TCQBG1A is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, extended temperature range, and enhanced cold-junction compensation. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection. The “Q” designation indicates advanced diagnostic capabilities, while the “G1A” suffix reflects G1-series terminal mapping with improved cold-junction linearization.
The DS200TCQBG1 is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, and extended temperature range. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection. The “Q” designation indicates advanced diagnostic capabilities, while the “G1” suffix reflects G1-series terminal mapping.
The DS200TCQBF1BAD is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, F1-series wiring configuration, and a specialized coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities, while the “F1BAD” suffix reflects F1-series terminal mapping and a specific protective coating formulation.
The DS200TCQAG2B is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G2 wiring configuration, and extended temperature range. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection, specifically designed for cabinets with non-standard G2 terminal mapping.
The DS200TCQAG1BHF is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, extended temperature range, and a premium coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities, while the “G1BHF” suffix reflects G1-series terminal mapping, extended upper temperature limit, and a high-grade protective coating.
The DS200TCQAG1BGE is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, extended temperature range, and a high-grade coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities, while the “G1BGE” suffix reflects G1-series terminal mapping, extended upper temperature limit, and a robust protective coating.
The DS200TCQAG1BEC is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, extended temperature range, and a premium coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities, while the “G1BEC” suffix reflects G1-series terminal mapping, extended upper temperature limit, and a high-grade protective coating.
The DS200TCQAG1BDC is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, extended temperature range, and a mid-to-high grade coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities, while the “G1BDC” suffix reflects G1-series terminal mapping, extended upper temperature limit, and a robust protective coating.
The DS200TCQAG1B is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, and extended temperature range. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection. The “Q” designation indicates advanced diagnostic capabilities and improved signal conditioning, while the “G1B” suffix reflects G1-series terminal mapping with a wider upper temperature limit compared to G1A variants.
The DS200TCQAG1AEC is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with high accuracy, advanced diagnostics, G1 wiring configuration, enhanced cold-junction compensation, and a high-grade coating package. It supports 16 differential channels, fixed firmware, and offers high-precision temperature monitoring with comprehensive fault detection in demanding environments. The “Q” designation indicates advanced diagnostic capabilities and improved signal conditioning, while the “G1AEC” suffix reflects G1-series terminal mapping, improved cold-junction linearization, and a robust protective coating.
