The DS3800HLNC1B1B is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete output module with a suffix code indicating: 16 high-speed output channels (1), firmware revision B1 (B1), and basic environmental protection (B = single-layer conformal coating). The “HLN” designation denotes a high-speed logic output module for critical turbine protection applications, offering ultra-fast output response (<0.5ms). The B1 firmware offers improved diagnostics and filtering, while the B-grade coating provides basic moisture resistance for standard indoor applications. This variant is ideal for applications requiring a high number of critical protection outputs with enhanced diagnostics.
The DS3800HLNC1A1A is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete output module with a suffix code indicating: 16 high-speed output channels (1), firmware revision A1 (A1), and basic environmental protection (A = single-layer conformal coating). The “HLN” designation denotes a high-speed logic output module for critical turbine protection applications, offering ultra-fast output response (<0.5ms). The A1 firmware provides standard high-speed logic processing, while the A-grade coating offers basic moisture resistance for standard indoor applications. This variant is ideal for applications requiring a high number of critical protection outputs with basic environmental protection.
The DS3800HLNC is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete output module with a suffix indicating a higher channel density or specialized configuration compared to the HLNA series, along with basic conformal coating (C = single-layer acrylic, or enhanced depending on revision). The “HLN” designation denotes a high-speed logic output module for critical turbine protection applications, offering ultra-fast output response times. The “C” suffix typically indicates either a variant with more output channels or a specific revision with basic coating. This board is designed for applications requiring a larger number of high-speed discrete outputs for complex turbine actuation.
The DS3800HLNA1D1A is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete output module with a suffix code indicating: 8 high-speed output channels (1), firmware revision D1 (D1), and basic environmental protection (A = single-layer conformal coating). The “HLN” designation denotes a high-speed logic output module designed for critical turbine protection and control applications, offering ultra-fast output response (<0.5ms). The D1 firmware offers advanced diagnostics, fault logging, and output monitoring, while the A-grade coating provides basic moisture resistance for standard indoor applications.
The DS3800HLNA is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete output module with a suffix indicating a specialized configuration (HLN) and basic environmental protection (A = standard coating). The “HLN” designation typically denotes a high-speed logic output module designed for critical turbine protection and control applications, offering very fast output response times for tripping solenoids, valves, and annunciators. This board is the output counterpart to the HLI input series, providing high-speed actuation for overspeed trips, flame detection outputs, and emergency shutdown systems.
The DS3800HLIC1C1A is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: 24 high-speed input channels (1), firmware revision C1 (C1), and basic environmental protection (A = single-layer conformal coating). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection applications, offering ultra-fast response (<0.5ms) and hardware latch capability. The C1 firmware offers advanced filtering, faster response, enhanced diagnostics, and fault logging compared to B1, while the A-grade coating provides basic moisture resistance for standard indoor applications. This variant is the highest-performance high-density configuration for critical protection applications requiring advanced diagnostics but only basic environmental protection.
The DS3800HLIC1B1D is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: 24 high-speed input channels (1), firmware revision B1 (B1), and enhanced environmental protection (D = conformal coating with improved humidity and mild chemical resistance, superior to C). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection applications, offering ultra-fast response (<0.5ms) and hardware latch capability. The B1 firmware offers improved filtering and diagnostics, while the D-grade coating provides superior moisture resistance, making this variant the premium high-density configuration for critical protection applications with the best environmental resilience.
The DS3800HLIC1B1C is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: 24 high-speed input channels (1), firmware revision B1 (B1), and enhanced environmental protection (C = conformal coating with improved humidity and mild chemical resistance). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection applications, offering ultra-fast response (<0.5ms) and hardware latch capability. The B1 firmware offers improved filtering and diagnostics, while the C-grade coating provides moderate moisture protection, making this variant suitable for high-density, critical protection applications with enhanced environmental resilience.
The DS3800HLIC1A1B is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: 24 high-speed input channels (1), firmware revision A1 (A1), and basic environmental protection (B = single-layer conformal coating). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection applications, offering ultra-fast response (<0.5ms) and hardware latch capability. The A1 firmware provides standard high-speed logic processing, while the B-grade coating offers basic moisture resistance for standard indoor applications. This variant is ideal for applications requiring a high number of critical protection inputs.
The DS3800HLIC is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix indicating a higher channel density or specialized configuration compared to the HLIA series, along with basic conformal coating (C = single-layer acrylic, or enhanced depending on revision). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection applications, offering ultra-fast response times and hardware latch capability. The “C” suffix typically indicates either a variant with more input channels or a specific revision with basic coating. This board is designed for applications requiring a larger number of high-speed discrete inputs for complex turbine monitoring.
The DS3800HLIA1B1D is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: 16 high-speed input channels (1), firmware revision B1 (B1), and enhanced environmental protection (D = conformal coating with improved humidity and mild chemical resistance, superior to C). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection, offering ultra-fast response (<0.5ms) and hardware latch capability. The B1 firmware offers improved filtering and diagnostics, while the D-grade coating provides superior moisture resistance, making this variant suitable for critical protection applications with enhanced environmental resilience.
The DS3800HLIA1B1C is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: 16 high-speed input channels (1), firmware revision B1 (B1), and enhanced environmental protection (C = conformal coating with improved humidity and mild chemical resistance). The “HLI” designation denotes a high-speed logic interface module for critical turbine protection, offering ultra-fast response (<0.5ms) and hardware latch capability. The B1 firmware offers improved filtering and diagnostics, while the C-grade coating provides moderate moisture protection, making this variant suitable for critical protection applications with enhanced environmental resilience.
