General Electric (GE) offers a comprehensive range of industrial automation products. Its portfolio includes PACSystems RX3i/RX7i, Genius I/O modules, Mark VIe controllers, and PLC systems. GE products ensure reliable operation, scalable automation, and long-term support for industrial applications worldwide.
General Electric
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General Electric GE DS200UCPBG5AFB I/O Engine CPU Board
Product Overview The GE DS200UCPBG5AFB I/O Engine CPU Board from the Mark V Series provides essential processing power for turbine control systems. Equipped with a 486DX processor and ARCNET driver, it ensures seamless communication with operator interfaces and reliable performance in demanding industrial environments. Technical Specifications Parameter Value Model Number DS200UCPBG5AFB Manufacturer GE Module Type I/O Engine CPU Board Dimensions 25.4 × 10.2 × 3.5 cm Weight 0.38 kg System DCS Communication Service Ethernet router Processor 486DX Driver ARCNET Connectors J1 and J3 bus connections Mounting Works with AAHA board, mounted on STCA Memory Type Daughterboard on UCIA motherboard Revisions Three major updates for reliability HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The DS200UCPBG5AFB integrates with AAHA and STCA boards to deliver robust turbine control. Its processor and ARCNET driver enable efficient communication, while bus connectors ensure smooth data transmission across the UCIA motherboard. Design and Performance GE engineered the DS200UCPBG5AFB with compact dimensions and durable construction. Its three revisions enhance reliability, while the 486DX processor provides stable performance for critical turbine operations. Applications and Compatibility The DS200UCPBG5AFB I/O Engine CPU Board suits gas and steam turbine systems requiring advanced control. It integrates seamlessly with Mark V legacy platforms, ensuring dependable operation and long-term support for industrial automation environments.
$200.00 $100.00
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General Electric GE PCI-5565PIORC-110000 Reflective Memory PCI Node Card
Product Overview The GE PCI-5565PIORC-110000 Reflective Memory PCI Node Card delivers high-speed, deterministic data transmission for mission-critical applications. With 128 MB onboard memory and multimode transmission, it ensures reliable synchronization across multiple computing systems. Technical Specifications Parameter Value Model Number PCI-5565PIORC-110000 Manufacturer GE Module Type Reflective Memory PCI Node Card Dimensions 2.1 × 30.3 × 12.5 cm Weight 0.24 kg System DCS Communication Service Ethernet router Onboard Memory 128 MB Data Rate Up to 174 MB/s sustained Transmission Mode Multimode Operating Temperature 0°C to +55°C Power Consumption +5V at 2.5A Compatibility Independent of OS and bus structure HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The PCI-5565PIORC-110000 supports deterministic communication with sustained transfer rates of 174 MB/s. Its independence from operating systems and bus structures ensures versatile integration across diverse hardware and software environments. Design and Performance GE engineered the PCI-5565PIORC-110000 with compact dimensions and lightweight construction for easy installation. Its efficient power consumption and robust thermal tolerance make it suitable for demanding industrial environments. Applications and Compatibility The PCI-5565PIORC-110000 Reflective Memory PCI Node Card suits real-time communication systems requiring low-latency synchronization. It integrates seamlessly into FANUC and GE control architectures, supporting industrial automation, process monitoring, and mission-critical data exchange.
$200.00 $100.00
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General Electric GE DS215UCIAG1AZZ05A UC2000 Core Motherboard
Product Overview The GE DS215UCIAG1AZZ05A UC2000 Core Motherboard from the Mark V Series supports Speedtronic turbine control systems. It integrates a microprocessor, PROM modules, and modular connectors, ensuring reliable performance in complex turbine automation environments. Technical Specifications Parameter Value Model Number DS215UCIAG1AZZ05A Manufacturer GE Module Type UC2000 Core Motherboard Dimensions 28 × 21.42 × 2.5 cm Weight 0.6 kg System DCS Communication Service Ethernet router Analog Output Channels Up to 12 Output Current Range 0–20 mA Common Mode Voltage 5 V DC Max Lead Resistance 15 Ω Operating Temperature -30°C to +55°C Indicators 10 LEDs for health and error codes Connectors Modular interface for daughter card HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The DS215UCIAG1AZZ05A includes ten diagnostic LEDs that display health and error codes through flashing sequences. Its modular connector supports daughter card integration, providing both signal and power connections for expanded functionality. Design and Performance GE engineered the DS215UCIAG1AZZ05A with robust construction and precise analog handling. It supports up to 12 channels with 0–20 mA output, while maintaining stability under wide temperature ranges. Its legacy design continues to deliver reliable turbine control. Applications and Compatibility The DS215UCIAG1AZZ05A UC2000 Core Motherboard suits gas and steam turbine systems requiring Speedtronic technology. It integrates seamlessly with Mark V platforms, supporting legacy system maintenance, repair, and replacement across industrial automation environments.
$200.00 $100.00
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General Electric GE IC694MDL754 Discrete Output Module
Product Overview The GE IC694MDL754 Discrete Output Module from the PACSystem RX3i platform delivers high-density digital output control. With 32 channels organized into two isolated groups, it supports positive logic wiring and ensures reliable operation in industrial automation systems. Technical Specifications Parameter Value Model Number IC694MDL754 Manufacturer GE Module Type Discrete Output Module Dimensions 3.6 × 13.4 × 13.7 cm Weight 0.25 kg System DCS Communication Service Ethernet router Output Channels 32 (two groups of 16) Voltage Range 10.2–30.0 VDC Nominal Voltage 12/24 VDC Current Capacity 0.75 A per channel Response Time 0.5 ms Inrush Current 3 A for 10 ms Backplane Current Draw 300 mA at 5 V Protections Short-circuit, overcurrent, overtemperature with auto-recovery Compatibility RX3i CPUs firmware v2.90+ Terminal Blocks Box-style or spring-style supported Status Indicators Individual channel LEDs HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The IC694MDL754 integrates advanced protections with auto-recovery, ensuring safe and continuous operation. Its fast 0.5 ms response time and LED indicators provide precise monitoring, while isolated channel groups enhance reliability in control systems. Design and Performance GE engineered the IC694MDL754 with compact dimensions and lightweight construction for easy installation. Its high channel density and robust safeguards make it a dependable choice for industrial automation requiring efficient discrete output control. Applications and Compatibility The IC694MDL754 Discrete Output Module suits PACSystem RX3i platforms in manufacturing, energy, and process automation. It integrates seamlessly with RX3i CPUs and supports flexible installation options, making it ideal for systems requiring precise digital output management.
$200.00 $100.00
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General Electric GE 8913-PS-AC PAC8000 Power Supply
Product Overview The GE 8913-PS-AC PAC8000 Power Supply delivers reliable 24 VDC output at 10A continuous current for demanding industrial automation. Designed for Class 1 Division 2 environments, it supports a wide input range of 100–240 VAC and ensures stable operation with a power factor above 0.95. Technical Specifications Parameter Value Model Number 8913-PS-AC Manufacturer GE Module Type PAC8000 Power Supply Dimensions 9.8 × 11.3 × 13.8 cm Weight 1.5 kg System DCS Communication Service Ethernet router Input Voltage Range 100–240 VAC Output Voltage 24 VDC Output Current 10A continuous Frequency Range 47–63 Hz Power Factor >0.95 Inrush Current 30A peak during cold start Voltage Stability ±1% Operating Temperature -20°C to +60°C Storage Temperature -40°C to +85°C Mounting Options Node service or power supply carriers Redundancy Dual carrier positions supported HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The 8913-PS-AC maintains voltage stability within ±1% and minimizes ripple below 100 mV peak-to-peak. Its compact design allows direct installation on node service carriers, while dual carrier positions enable redundancy or additional power capacity. Design and Performance GE engineered the 8913-PS-AC with rugged construction to withstand harsh industrial conditions. Its wide input voltage range and efficient power factor ensure consistent performance, while inrush current handling supports safe cold starts. Applications and Compatibility The 8913-PS-AC PAC8000 Power Supply suits safety and control systems requiring reliable DC power. It integrates seamlessly into PACSystems architectures, supporting redundancy for maximum availability in power generation, manufacturing, and process automation environments.
$200.00 $100.00
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General Electric GE DS200SDCCG1AGD Drive CPU Board
Product Overview The GE DS200SDCCG1AGD Drive CPU Board from the Mark V Series provides advanced turbine control for gas, steam, and wind systems. With three integrated microprocessors and shared RAM, it ensures fast data handling and reliable performance in demanding industrial environments. Technical Specifications Parameter Value Model Number DS200SDCCG1AGD Manufacturer GE Module Type Drive CPU Board Dimensions 28 × 4.2 × 21.4 cm Weight 0.54 kg System DCS Communication Service Ethernet router Microprocessors Three integrated Memory Access Shared RAM LED Indicators Ten LEDs for fault and status codes Compatible Boards DS215SLCC LAN Card, 531X309SPC Signal Processor Configuration Tools Software-based, duplicable setups HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The DS200SDCCG1AGD features ten LEDs that display fault codes or operational sequences, enabling quick diagnostics. Its compatibility with optional daughterboards expands processing and communication capabilities, enhancing overall system efficiency. Design and Performance GE engineered the DS200SDCCG1AGD with robust hardware and compact dimensions for easy integration. Its three microprocessors provide simultaneous memory access, while configuration tools allow streamlined deployment across multiple units. Applications and Compatibility The DS200SDCCG1AGD Drive CPU Board suits turbine control systems requiring advanced processing and diagnostics. It integrates seamlessly with Mark V platforms, supporting auxiliary boards for enhanced communication and signal processing in industrial automation.
$200.00 $100.00
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General Electricneral Electric GE IS200TBCIS2CCD Discrete Input Terminal Board
Product Overview The GE IS200TBCIS2CCD Discrete Input Terminal Board from the Mark VIe Series provides high-performance input handling for turbine control systems. With 32 optically isolated channels supporting 24–125 VDC signals, it ensures rapid response and reliable monitoring in critical power generation environments. Technical Specifications Parameter Value Model Number IS200TBCIS2CCD Manufacturer General Electric Module Type Discrete Input Terminal Board Dimensions 2 × 18.6 × 12.7 cm Weight 0.12 kg System DCS Communication Service Ethernet router Input Channels 32 optically isolated Signal Range 24–125 VDC Response Time ≤10 ms Isolation Protection 1500 V AC Power Requirement +5 V DC Current Consumption 5–15 mA per channel Indicators LED status for each channel Output Signal 4–20 mA, ±0.25% accuracy Temperature Range -40°C to +70°C operation Measurement Range -200°C to +600°C Protection Rating IP67 dust and moisture resistance Certifications CE, UL, IEC 61131-2 HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The IS200TBCIS2CCD delivers precise monitoring with LED indicators for each channel. Its passive design requires only +5 VDC, while IP67 protection ensures durability against dust and moisture. The board’s stable 4–20 mA output signal supports accurate temperature measurement across extreme ranges. Design and Performance General Electric engineered the IS200TBCIS2CCD with compact dimensions and lightweight construction for easy installation. Its optically isolated inputs and 1500 V AC protection enhance system safety, while energy-efficient operation ensures long-term reliability in continuous use. Applications and Compatibility The IS200TBCIS2CCD Discrete Input Terminal Board suits turbine control systems in aviation, marine, and energy industries. It integrates seamlessly with GE Mark VIe platforms, supporting legacy Speedtronic technology while meeting CE, UL, and IEC standards for global deployment.
$200.00 $100.00
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General Electric GE DS200PLIBG2ACA Phase Logic Interface Board
Product Overview The GE DS200PLIBG2ACA Phase Logic Interface Board from the Mark V Series provides robust turbine control functionality. Designed for integration with EX2000 digital regulator systems, it supports both three-phase and single-phase configurations, ensuring reliable performance in gas and steam turbine applications. Technical Specifications Parameter Value Model Number DS200PLIBG2ACA Manufacturer GE Module Type Phase Logic Interface Board Dimensions 28.6 × 7 × 3.2 cm Weight 0.32 kg System DCS Communication Service Ethernet router Voltage Range 0–150 V AC Frequency Range 45–65 Hz Accuracy ±1% full-scale Isolation Protection 2500 V AC Power Supply +5 V DC Components ICs, resistors, capacitors, LEDs, diodes Mounting Factory-drilled insulated holes Revisions Three lifecycle updates HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The DS200PLIBG2ACA features multiple vertical pin connectors and integrated circuits for durable performance. Its LEDs provide clear operational and error status, while isolation protection ensures electrical safety in mission-critical turbine environments. Design and Performance GE engineered the DS200PLIBG2ACA with compact dimensions and lightweight construction for easy installation. Its fast response time under two cycles and ±1% accuracy guarantee precise control, while compatibility with servo valves enhances system versatility. Applications and Compatibility The DS200PLIBG2ACA Phase Logic Interface Board suits legacy Mark V Speedtronic turbine systems. It integrates seamlessly with EX2000 regulators and supports both brushless excitation and servo valve control, making it essential for maintaining and upgrading legacy turbine infrastructures.
$200.00 $100.00
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General Electric GE 8751-CA-NS Safetynet Controller Carrier
Product Overview The GE 8751-CA-NS Safetynet Controller Carrier from the PAC8000 platform integrates earth leakage fault detection for enhanced safety. With multiple connection options and robust construction, it ensures reliable monitoring and control in demanding industrial environments. Technical Specifications Parameter Value Model Number 8751-CA-NS Manufacturer GE Module Type Safetynet Controller Carrier Dimensions 25.2 × 20.7 × 6 cm Weight 1.28 kg System DCS Communication Service Ethernet router Input Voltage 24 VDC Power Consumption 8 W max Ports Two 9-pin D-type serial ports Terminals Power fail, ground, BFP0V, earth leakage detection Mounting Flat panel with four fixing points Operating Temperature -20°C to +60°C Humidity Tolerance 5%–95% non-condensing Warranty Radwell 2-year HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The 8751-CA-NS supports dual serial communication and multiple screw terminals for safety-critical connections. Its compact design allows secure flat panel mounting, while efficient 24 VDC operation ensures reliable performance across wide temperature and humidity ranges. Design and Performance GE engineered the 8751-CA-NS with durable construction to withstand industrial conditions. Its earth leakage detection capability enhances safety, while low power consumption and versatile connectivity make it suitable for continuous operation in automation systems. Applications and Compatibility The 8751-CA-NS Safetynet Controller Carrier suits PAC8000 systems requiring advanced safety monitoring. It integrates seamlessly into DCS architectures, supporting industrial automation, energy, and manufacturing environments where fault detection and reliability are critical.
$200.00 $100.00
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General Electric GE IS220YPROS1A Backup Protection I/O Module
Product Overview The GE IS220YPROS1A Backup Protection I/O Module from the Mark VIe Speedtronic series delivers reliable turbine backup protection. Operating on 24VDC with 15W maximum consumption, it ensures precise analog input measurement and robust fail-safe operation in critical power generation environments. Technical Specifications Parameter Value Model Number IS220YPROS1A Manufacturer GE Module Type Backup Protection I/O Module Dimensions 8.2 × 13 × 6 cm Weight 0.36 kg System DCS Communication Service Ethernet router Input Voltage 24 VDC (±10%) Power Consumption 15 W max Isolation Protection 1500 VAC field-to-logic Analog Input Resolution 16-bit Accuracy ±0.1% Input Ranges 0–250 mV, ±10 V configurable Backplane Output 5 VDC up to 1.2 A Ethernet Ports Dual redundant Diagnostic Features LED indicators, soft-start circuitry Connector Type DC-37 pin Operating Temperature -40°C to +70°C Humidity Tolerance 5%–95% Certifications UL, CE HS Code 8537101190 Origin USA Condition Brand New MOQ 1 Functional Highlights The IS220YPROS1A integrates diagnostic LEDs for real-time monitoring and dual Ethernet ports for redundant communication. Its conformal-coated PCB enhances durability, while soft-start circuitry prevents inrush current damage during startup. Design and Performance GE engineered the IS220YPROS1A with compact dimensions and lightweight construction for space-efficient installation. Its 16-bit resolution and ±0.1% accuracy ensure precise analog input measurement, while 1500VAC isolation provides enhanced safety in turbine control systems. Applications and Compatibility The IS220YPROS1A Backup Protection I/O Module suits gas and steam turbine systems requiring fail-safe operation. It integrates seamlessly with Mark VIe Speedtronic platforms, supporting power generation facilities, industrial automation, and energy infrastructures where redundancy and precision are critical.
$200.00 $100.00
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General Electric GE Mark V DS200TCEBG1ACE Protective Termination Expander Board
Overview The DS200TCEBG1ACE Protective Termination Expander Board is a GE Mark V protection module designed to extend trip‑related termination capacity and support fast protective actions in turbine control systems. It forms part of the emergency trip chain, providing deterministic response and reliable signal handling for gas and steam turbine applications. Functional Characteristics This module processes 24 VDC digital inputs associated with protective and emergency trip functions. It is engineered for rapid response, with typical actuation times under 10 milliseconds, ensuring timely shutdown during abnormal turbine conditions. The DS200TCEBG1ACE operates from a 24 VDC ±10% supply and consumes approximately 8 W. Electrical isolation up to 1500 VAC protects internal circuitry from transient disturbances and ensures safe operation in electrically noisy environments. Designed for harsh industrial conditions, the board supports: Operating temperatures from −40°C to +70°C Humidity levels from 5–95% non‑condensing High‑reliability components for long‑term service Its compact form factor and robust construction make it suitable for both new installations and retrofit projects. Technical Specifications Parameter Specification Model DS200TCEBG1ACE Product Type Protective Termination Expander Board Brand GE Series Mark V / Mark VIe compatible Dimensions 28 × 21.4 × 2 cm Weight 0.6 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Power Supply 24 VDC ±10% Power Consumption ~8 W Isolation Rating 1500 VAC Input Type 24 VDC digital signals Operating Temperature −40°C to +70°C Humidity 5–95% RH, non‑condensing System Compatibility DCS / Mark V Minimum Order 1 unit Integration and System Role The board is used to: Expand termination capacity for trip circuits Interface protective signals with the Mark V processor core Support emergency shutdown logic Provide electrically isolated termination points Its passive design and rugged PCB layout ensure stable operation in high‑vibration and high‑temperature turbine enclosures. Application Scenarios Gas turbine emergency trip systems Steam turbine protection circuits Expansion of Mark V termination panels High‑speed protective logic architectures Industrial environments requiring rapid trip response FAQ Q: What type of signals does the board support? A: It handles 24 VDC digital protective and trip‑related inputs. Q: Is the module suitable for extreme temperatures? A: Yes. It operates from −40°C to +70°C. Q: Does the board provide electrical isolation? A: It includes 1500 VAC isolation for enhanced safety and noise immunity.
$200.00 $100.00
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General Electric GE PACSystems RX3i IC695ALG626 HART Analog Input Module
Overview The IC695ALG626 HART Analog Input Module is part of GE’s PACSystems RX3i control platform, designed to acquire high‑accuracy analog signals while simultaneously supporting HART 5.0 digital communication on every channel. This module provides a flexible interface for a wide range of field transmitters used in process measurement and advanced diagnostics. Functional Characteristics The module accepts both current and voltage inputs, making it suitable for diverse instrumentation environments. It supports sixteen single‑ended channels or eight differential channels, allowing engineers to configure the module based on system requirements. Supported input ranges include: Current: 0–20 mA, 4–20 mA, ±20 mA Voltage: ±10 V, 0–10 V, ±5 V, 0–5 V, 1–5 V The IC695ALG626 includes LED indicators for module health, field wiring status, and terminal block connectivity. It is hot‑swappable within the RX3i universal backplane and requires no jumpers, simplifying installation and maintenance. Performance and Diagnostics The module incorporates: Automatic calibration Open‑circuit detection Configurable alarm thresholds (high, low, rate‑of‑change) Flash memory for firmware updates HART digital data retrieval for device diagnostics These features ensure stable, accurate signal acquisition and improved system reliability. Environmental and Mechanical Specifications Parameter Specification Model IC695ALG626 Product Type HART Analog Input Module Brand GE Series PACSystems RX3i Dimensions 3.5 × 13.5 × 13.5 cm Weight 0.24 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Channels 16 single‑ended / 8 differential Input Types Current & voltage HART Support HART 5.0 on all channels Operating Temperature 32–140°F (0–60°C) Storage Temperature −40–185°F (−40–85°C) Backplane RX3i universal backplane Minimum Order 1 unit Integration and System Role The module is used for: Process variable acquisition HART device diagnostics Advanced process control loops RX3i‑based DCS and PLC architectures Its combination of analog accuracy and HART communication makes it ideal for modern process automation systems. Application Scenarios Oil & gas process measurement Chemical and petrochemical plants Water treatment and distribution Power generation instrumentation Industrial manufacturing requiring HART‑enabled transmitters FAQ Q: Does the module support HART on all channels? A: Yes. All channels support HART 5.0 communication. Q: Can the module be replaced while the system is running? A: Yes. It is hot‑swappable in the RX3i backplane. Q: Are jumpers required for configuration? A: No. All configuration is performed through the controller software.
$200.00 $100.00
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General Electric GE Mark V DS200SLCCG4AFG Interface Communication Card
Overview The DS200SLCCG4AFG Interface Communication Card is a GE‑engineered module designed for data exchange and signal interfacing within Mark V turbine control systems. It provides a stable communication pathway between control processors, I/O modules, and peripheral devices, supporting real‑time turbine monitoring and coordinated system operation. Functional Characteristics This communication card manages digital and analog interface signals, enabling reliable data transfer across the Mark V architecture. Operating from a regulated +5 VDC backplane supply, the DS200SLCCG4AFG maintains low power consumption—typically under 5 watts—making it suitable for dense control racks and thermally constrained environments. The board is designed to withstand harsh industrial conditions, with an extended operating temperature range and high humidity tolerance. Its circuitry supports multiple I/O formats, allowing flexible integration with various Mark V subsystems. Electrical and Environmental Performance Parameter Specification Model DS200SLCCG4AFG Product Type Interface Communication Card Brand GE Series Mark V / Mark VIe compatible Dimensions 18.8 × 4.2 × 2.5 cm Weight 0.24 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Power Supply +5 VDC (backplane) Power Consumption Operating Temperature −40°C to +70°C Humidity 5–95% non‑condensing System Compatibility DCS / Mark V Minimum Order 1 unit Integration and System Role The card supports: Communication between turbine control processors Signal routing for Mark V I/O modules Programming and diagnostic interfaces High‑speed data exchange for real‑time control Its compact footprint and lightweight construction simplify installation and replacement during maintenance operations. Application Scenarios Gas and steam turbine control systems Mark V communication backplane integration Industrial automation requiring stable interface modules Retrofit and maintenance of legacy GE control platforms FAQ Q: What power source does the module require? A: It operates from a +5 VDC backplane supply. Q: Is the card suitable for harsh environments? A: Yes. It supports −40°C to +70°C operation and high humidity tolerance. Q: Does it support both digital and analog communication? A: The card handles multiple I/O formats used within the Mark V system.
$200.00 $100.00
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General Electric GE EX2100 IS200EXHSG3AEC / IS200EXHSG3A Exciter High‑Speed Relay Driver Board
Overview The IS200EXHSG3AEC / IS200EXHSG3A Exciter High‑Speed Relay Driver Board is part of GE’s EX2100 excitation platform, used within Mark VI and Mark VIe turbine control systems. This module provides rapid relay actuation for excitation and protection functions, supporting stable generator field control in steam, gas, and hydro turbine applications. Its design aligns with GE’s TMR (Triple Modular Redundant) architecture, ensuring high reliability and deterministic response during critical operating conditions. Functional Characteristics The board delivers high‑speed solid‑state relay driving capability and interfaces directly with high‑speed contactors used in excitation systems. The IS200EXHSG3AEC / IS200EXHSG3A incorporates multiple relays, semiconductor devices, and a dense array of resistors and capacitors to support precise switching and signal conditioning. Key design features include: Seven individually labeled relay channels Multiple plug‑in connectors and vertical pin headers Integrated heat sinks for thermal stability Wire jumpers for configuration Mechanical cutouts and mounting holes for simplified installation A protective conformal coating shields the PCB from moisture, dust, and environmental contaminants, extending service life in harsh industrial environments. Electrical and Mechanical Specifications Parameter Specification Model IS200EXHSG3AEC / IS200EXHSG3A Product Type Exciter High‑Speed Relay Driver Board Brand GE Series EX2100 / Mark VI / Mark VIe Dimensions 23 × 19.1 × 3 cm Weight 0.46 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Architecture TMR compatible Relay Type Solid‑state high‑speed drivers PCB Protection Conformal coating System Compatibility DCS / EX2100 excitation systems Minimum Order 1 unit Integration and System Role The board is used in: Static excitation systems Generator field current control Voltage and reactive power regulation High‑speed protective tripping circuits Its robust construction and compatibility with GE Speedtronic‑based systems make it suitable for both retrofit and new‑build excitation control installations. Application Scenarios Gas turbine excitation control Steam turbine generator field regulation Hydro turbine excitation systems High‑speed relay actuation in TMR architectures Replacement or upgrade of EX2100 relay driver modules FAQ Q: Is this board compatible with all EX2100 systems? A: It is designed for EX2100 platforms and is widely used in Mark VI/Mark VIe excitation architectures. System verification is recommended before installation. Q: Does the board include onboard relays? A: Yes. It includes seven labeled relay circuits with solid‑state driving capability. Q: What type of protection does the PCB have? A: A conformal coating protects components from environmental stress.
$200.00 $100.00
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General Electric GE Mark V DS215TCEAG1BZZ01A Emergency Overspeed Protection Board
Overview The DS215TCEAG1BZZ01A Emergency Overspeed Board is a GE Mark V protection module designed to provide high‑integrity overspeed detection, flame monitoring, and synchronization support within turbine control systems. Operating as part of the protective processor group, the board contributes to fast, deterministic trip decisions during abnormal turbine speed conditions. Functional Characteristics This module exchanges real‑time data with the X, Y, and Z processor cores, forwarding processed information to the R1 core through the IONET communication network. Median‑value selection is performed at the R1 core to ensure accurate and noise‑immune decision‑making. The DS215TCEAG1BZZ01A manages emergency trip outputs by driving relay signals that are evaluated by the TCTG module using voting logic. Integrated diagnostics, onboard power regulation, and configurable hardware jumpers allow customization of overspeed thresholds, IONET addressing, and stall‑timer behavior. Flame Detection and Synchronization The board processes ultraviolet flame detector signals, applying internal scaling and validation algorithms before forwarding the data to the CSP processor. These inputs support safe turbine operation and combustion monitoring. For synchronization, the module evaluates generator voltage and frequency conditions. Breaker‑close permission is issued only when system parameters fall within acceptable limits, ensuring safe and controlled synchronization events. Mechanical and Electrical Specifications Parameter Specification Model DS215TCEAG1BZZ01A Product Type Emergency Overspeed Board Brand GE Series Mark V / Mark VIe compatible Dimensions 28 × 21.4 × 2.5 cm Weight 0.6 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Communication IONET Functions Overspeed detection, flame monitoring, synchronization Power Onboard regulated supply Configuration Hardware jumpers System Compatibility DCS / Mark V Minimum Order 1 unit Integration and System Role The board is installed within the Mark V protective core and interfaces with: TCTG trip logic modules UV flame detectors X/Y/Z processor cores R1 median‑selection processor Its combination of hardware‑based protection and software‑assisted validation ensures reliable turbine shutdown and safe operational transitions. Application Scenarios Gas turbine overspeed protection Steam turbine emergency trip systems Flame detection and combustion monitoring Generator synchronization control Mark V system maintenance and retrofit projects FAQ Q: Does this board support configurable overspeed thresholds? A: Yes. Overspeed settings are adjustable through onboard hardware jumpers. Q: How does the board communicate with other Mark V modules? A: It uses the IONET network to exchange data with processor cores and trip logic modules. Q: Is the board involved in synchronization? A: Yes. It evaluates voltage and frequency conditions before allowing breaker closure.
$200.00 $100.00
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General Electric GE DS200PCCAG1ADB Power Connect Card
Overview The GE DS200PCCAG1ADB Power Connect Card belongs to the Mark Vle turbine control system range. Engineers use this module to manage DC power connections between the drive and the SCR power bridge. Its compact design, lightweight build, and robust specifications make it suitable for demanding industrial environments. Technical Specifications Parameter Value Model Number DS200PCCAG1ADB Module Type Power Connect Card Manufacturer GE Product Range Mark Vle Condition Brand New Lead Time In Stock Weight 0.32 kg Dimensions 28.8 x 7.2 x 3.8 cm HS Code 8537101190 Minimum Order Quantity 1 Origin USA System DCS Status Active Communication Service Ethernet router Functional Description The GE DS200PCCAG1ADB acts as a DC Power Connect Board, linking the drive with the SCR power bridge. Its rear-mounted connector simplifies installation and service, requiring only minor adjustments to adjacent boards. The card supports regenerative armature voltage scaling between 240 and 630 volts, ensuring compatibility with C and G frame units. This module also accommodates AC and DC snubber styles, while supporting voltages above 480 V rms with separate bus transformers. The GE DS200PCCAG1ADB integrates an Intel Ultra Low Voltage Celeron 650 MHz microprocessor operating on QNX Neutrino OS. It handles analog input current at 240 V rms, DC bus voltage at 125 VDC, and auxiliary voltage of +15 VDC. Its operating temperature range spans 0 to 60°C, guaranteeing stable performance in industrial conditions. Applications and Compatibility The GE DS200PCCAG1ADB Power Connect Card works within Mark Vle turbine control systems and supports DCS environments requiring Ethernet router communication. It is widely applied in wind, steam, and gas turbine assemblies, offering reliable integration with GE Speedtronic technology. Compatibility with multiple power supply boards and transformers makes it versatile for industrial automation projects.
$200.00 $100.00
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General Electric GE PACSystems 8709‑CA‑08 SafetyNet Module Carrier
Overview The 8709‑CA‑08 Module Carrier is a GE PACSystems SafetyNet mounting platform designed to support modular safety I/O architectures. It provides mechanical support, power distribution, and signal routing for SafetyNet I/O modules, enabling scalable and reliable installation in industrial safety‑instrumented systems. Its passive design ensures long service life and high operational dependability. Functional Characteristics The carrier accommodates both 32‑module and 64‑module addressing schemes. For systems configured with 64‑slot addressing, only 8709‑CA‑08 carriers may be used to maintain addressing consistency and system integrity. The carrier can be mounted on T‑section or G‑section DIN rails, or directly on flat panels, offering flexibility for cabinet layout and expansion. Multiple carriers can be connected end‑to‑end, allowing engineers to build extended I/O assemblies without compromising structural stability or wiring organization. Power and Signal Management The 8709‑CA‑08 includes Bussed Field Power (BFP) terminals that distribute 24 VDC to modules requiring external field power. Each BFP feed supports two adjacent module positions, so modules sharing the same supply must be installed in paired slots. Additional features include: Dedicated grounding points for cable shields Railbus connectivity for control‑signal distribution Isolated earthing bars for noise reduction Passive construction with no active electronics These design elements ensure clean signal routing, proper shielding, and stable power distribution across the SafetyNet I/O assembly. Mechanical and Installation Details Parameter Specification Model 8709‑CA‑08 Product Type Module Carrier Brand GE Series PACSystems / SafetyNet Dimensions 37.8 × 23.2 × 1.5 cm Weight 0.6 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Mounting Options DIN rail (T/G section) or panel mount Power Distribution Bussed Field Power (24 VDC) System Compatibility DCS / SafetyNet Minimum Order 1 unit Installation and Integration The carrier allows field terminals to snap into place, after which I/O modules are secured using screws. This ensures: Reliable mechanical retention Reduced installation time Simplified maintenance and module replacement Because the carrier contains no active circuitry, it provides extremely high reliability and is unaffected by electrical aging. Application Scenarios SafetyNet I/O system expansion SIL‑rated safety‑instrumented systems Distributed control system (DCS) panel construction Modular safety controller installations Industrial environments requiring shielded signal routing FAQ Q: Does the carrier include any active electronics? A: No. It is a passive mechanical and wiring platform, which increases reliability. Q: Can multiple carriers be linked together? A: Yes. They can be installed end‑to‑end to create extended I/O assemblies. Q: What power type is supported by the BFP terminals? A: 24 VDC field power for modules requiring external supply.
$200.00 $100.00
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General Electric GE VME Series VME7807RC‑420001 Digital Input / SBC Module
Overview The VME7807RC‑420001 is a GE‑designed VMEbus module that functions as a high‑performance embedded computing platform for industrial and mission‑critical applications. Although categorized as a digital input module in some system inventories, the hardware itself is a ruggedized single‑board computer (SBC) engineered for demanding real‑time processing tasks. Its architecture supports reliable operation in harsh environments where continuous uptime and deterministic performance are essential. Functional Characteristics At the core of the VME7807RC‑420001 is a 1.8 GHz Pentium M processor paired with 1 GB of DDR SDRAM and a 2 MB L2 cache, enabling fast execution of control algorithms and data‑intensive routines. The module includes 512 KB of onboard flash memory for firmware storage and a 2 GB solid‑state scan disk for secure boot and local data retention. The board conforms to the 6U VME form factor and is optimized for conduction‑cooled installations. This design ensures efficient thermal management without relying on forced‑air cooling, making it suitable for sealed enclosures and high‑temperature environments. Mechanical and Environmental Performance The module is built to withstand extreme operating conditions, including temperatures from −40°C to +85°C. Its compact footprint and lightweight construction simplify integration into space‑restricted systems such as aerospace platforms, defense electronics, and industrial automation controllers. Parameter Specification Model VME7807RC‑420001 Product Type Digital Input / VME Single‑Board Computer Brand GE Series VME Dimensions 2 × 18.8 × 26.2 cm Weight 0.3 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Processor 1.8 GHz Pentium M Memory 1 GB DDR SDRAM Cache 2 MB L2 Flash Storage 512 KB Solid‑State Storage 2 GB scan disk Form Factor 6U VME, conduction‑cooled Operating Temperature −40°C to +85°C System Compatibility DCS / VMEbus systems Minimum Order 1 unit Integration and Connectivity The module supports: VMEbus backplane communication High‑speed data processing for embedded control Conduction‑cooled chassis integration Ruggedized deployment in vibration‑prone environments Its industrial‑grade construction ensures long‑term reliability in continuous‑operation systems. Application Scenarios Embedded control systems in aerospace and defense High‑temperature industrial automation platforms Real‑time computing for turbine and power‑generation systems Ruggedized computing environments requiring conduction cooling Legacy VME system upgrades and replacements FAQ Q: Is this module strictly a digital input card? A: No. Despite some catalog classifications, it is a full single‑board computer with VMEbus architecture. Q: Can it operate in sealed or fanless enclosures? A: Yes. Its conduction‑cooled design supports fanless thermal management. Q: What storage options are included? A: It includes 512 KB flash memory and a 2 GB scan disk for boot and data storage.
$200.00 $100.00
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General Electric GE Mark VIe IS200VSVOH1BEF VME Servo Control Card
Overview The IS200VSVOH1BEF VME Servo Card is a GE‑engineered control module designed for precision servo regulation within Mark VIe and compatible turbine control systems. It provides high‑speed signal processing, stable drive control, and robust electrical isolation, making it suitable for demanding gas and steam turbine environments. Its architecture supports accurate actuation and feedback handling, ensuring consistent performance in high‑frequency and high‑voltage applications. Functional Characteristics This servo card manages critical control signals between the turbine control processor and servo‑actuated devices. It incorporates advanced filtering, isolation, and conditioning circuits to maintain signal integrity even under electrical noise or fluctuating supply conditions. The IS200VSVOH1BEF also integrates diagnostic LEDs and high‑grade components to support long‑term reliability. The module’s design is aligned with GE’s legacy VME‑based control hardware, allowing it to serve as a direct replacement in existing installations while maintaining compatibility with modernized Mark VIe systems. Electrical and Mechanical Performance The card is engineered for continuous operation in harsh industrial environments. Reinforced isolation barriers protect sensitive electronics, while the board’s layout ensures efficient heat dissipation and stable operation across a wide voltage range. Parameter Specification Model IS200VSVOH1BEF Product Type VME Servo Card Brand GE Series Mark VIe Dimensions 28.6 × 7 × 3.2 cm Weight 0.32 kg Origin USA HS Code 8537101190 Condition New Availability In Stock System Compatibility DCS / Mark VIe Isolation High‑voltage reinforced isolation Application Servo control, turbine actuation Minimum Order 1 unit Integration and Connectivity The module supports: Multiple servo input configurations High‑speed analog/digital signal processing LED‑based status indication Direct VME rack installation Compatibility with GE turbine control architectures Its rugged construction and stable electrical behavior make it suitable for both retrofit and new system deployments. Application Scenarios Gas turbine servo valve control Steam turbine actuator regulation High‑precision motion control in power generation Industrial automation requiring isolated servo interfaces Legacy Mark V/Mark VIe system maintenance FAQ Q: Is the module compatible with older Mark V systems? A: It is primarily designed for Mark VIe but may be used in certain Mark V configurations depending on system architecture. Q: Does the card include diagnostic indicators? A: Yes. Integrated LEDs provide quick visual feedback on module status. Q: What environments is the module suitable for? A: It is built for high‑temperature, high‑frequency, and electrically noisy industrial environments.
$200.00 $100.00
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General Electric GE Genius Series IC660ELB912G Network Interface Module
Overview The IC660ELB912G Genius Network Interface Module is a compact communication board developed by GE for integration within Genius I/O networks. Designed as a PC‑based interface, it enables host computers to communicate with distributed I/O devices using the Genius protocol. Its architecture supports legacy IBM PC/XT/AT platforms while remaining suitable for modernized industrial systems requiring backward compatibility. Functional Characteristics This module functions as a Micro Genius interface board, providing deterministic communication between supervisory systems and field‑level devices. It requires 16 KB of system memory and supports up to 30 connected devices per daughterboard, making it suitable for medium‑scale distributed control applications. Two onboard diagnostic LEDs—GENI OK and COMMS OK—offer immediate visual feedback on module health and communication status. These indicators simplify troubleshooting and reduce downtime in environments where rapid fault identification is essential. The IC660ELB912G is available in both new and refurbished conditions, offering flexibility for maintenance, system expansion, or legacy equipment replacement. Technical Specifications Parameter Specification Model IC660ELB912G Product Type Genius Network Interface Module Brand GE Series Genius I/O Dimensions 10.2 × 2.5 × 12.7 cm Weight 0.1 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Memory Requirement 16 KB Supported Devices Up to 30 per daughter card Indicators GENI OK, COMMS OK System Compatibility IBM PC/XT/AT, DCS Minimum Order 1 unit Integration and Connectivity The module is designed for: PC‑based Genius network interfacing Distributed I/O communication Legacy system modernization Applications requiring deterministic fieldbus communication Its compact form factor and straightforward installation make it suitable for both new deployments and retrofit projects. Application Scenarios Distributed control networks using Genius I/O Industrial automation systems requiring PC‑based communication interfaces Legacy GE Fanuc control system upgrades Manufacturing, utilities, and process industries with Genius protocol infrastructure FAQ Q: What communication protocol does the module support? A: It communicates exclusively using the Genius protocol. Q: How many devices can be connected? A: Up to 30 devices per daughterboard. Q: Does the module provide diagnostic indicators? A: Yes. GENI OK and COMMS OK LEDs provide real‑time status information.
$200.00 $100.00
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General Electric GE SafetyNet 8851‑LC‑MT SIL2 Safety Controller Module
Overview The 8851‑LC‑MT SafetyNet Controller is a GE‑engineered SIL2‑rated logic controller designed for high‑integrity safety applications. As part of the SafetyNet architecture, it integrates seamlessly with existing GE/MTL field terminals, I/O carriers, and power systems, enabling unified deployment across process‑control and safety‑instrumented environments. Functional Characteristics This controller serves as the central processing unit for SafetyNet systems, coordinating up to 64 connected I/O modules. Its dual‑core redundant processor architecture ensures deterministic execution of safety logic, while rapid scan cycles—typically under 10 ms—support fast response to critical events. The 8851‑LC‑MT includes 2 MB of onboard flash memory for program storage and event recording. Up to 1,000 time‑stamped events can be logged, supporting post‑incident diagnostics and compliance documentation. Electrical and Environmental Performance Designed for continuous operation in industrial environments, the controller operates from a 24 VDC supply and consumes up to 15 W. It maintains stable performance across a wide temperature range and is built to withstand humidity and extended storage conditions. Parameter Specification Model 8851‑LC‑MT Product Type SafetyNet Controller Brand GE Series SafetyNet Dimensions 37.8 × 23.2 × 1.5 cm Weight 0.6 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Processor Dual‑core redundant I/O Capacity Up to 64 modules Scan Time Memory 2 MB flash Event Logging 1,000 events Power Supply 24 VDC Power Consumption ≤ 15 W Operating Temperature −20°C to +60°C System Compatibility DCS / SafetyNet Minimum Order 1 unit Integration and System Architecture The controller shares its hardware platform with GE/MTL process‑control modules, allowing: Common field terminal assemblies Shared I/O carriers Unified power distribution Simplified system expansion This compatibility reduces engineering effort and supports hybrid control/safety deployments. Application Scenarios SIL2 safety‑instrumented systems Emergency shutdown (ESD) logic Burner management systems (BMS) Process safety interlocks High‑availability industrial control systems FAQ Q: How many I/O modules can the controller manage? A: It supports up to 64 SafetyNet I/O modules. Q: Does the controller include event logging? A: Yes. It stores up to 1,000 diagnostic and operational events. Q: Is the controller suitable for SIL2 applications? A: Yes. It is designed and certified for SIL2 safety functions.
$200.00 $100.00
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General Electric GE PACSystems 8810‑HI‑TX Safety Analog Input Module
Overview The 8810‑HI‑TX Safety Analog Input Module is part of GE’s PACSystems SafetyNet platform, designed for applications requiring certified SIL2‑level signal acquisition. It provides secure processing of analog field inputs and incorporates hardware‑based diagnostics to ensure predictable behavior in safety‑critical environments. The module is installed on dedicated carriers that manage both mechanical retention and internal communication pathways. Functional Characteristics The module offers eight independent analog input channels, each monitored by continuous self‑diagnostic routines. These routines verify channel integrity, internal circuitry health, and communication status. If a condition arises that could compromise safety, the 8810‑HI‑TX transitions into a failsafe state by halting input scanning and de‑energizing outputs, while simultaneously recording diagnostic information for post‑event analysis. The module operates within a 1oo1D (one‑out‑of‑one with diagnostics) architecture, eliminating the need for “proven‑in‑use” justification and ensuring compliance with modern safety standards. Field wiring is connected through front‑mounted terminals, while Bussed Field Power (BFP) is supplied from the rear via a 24 VDC feed, typically provided by MTL 8914‑PS‑AC power units. Safety and Maintenance Features The 8810‑HI‑TX supports live replacement in hazardous or classified areas, allowing maintenance personnel to remove or install modules without interrupting adjacent channels or system operation. Integrated line‑fault detection continuously monitors wiring conditions, enabling early identification of open circuits, shorts, or grounding faults. This module is widely used in FB‑8800 logic solver systems, where deterministic safety behavior and high‑availability architectures are required. Technical Specifications Parameter Specification Model 8810‑HI‑TX Product Type Safety Analog Input Module Brand GE Series PACSystems SafetyNet Dimensions 37.8 × 23.2 × 1.5 cm Weight 0.6 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Channels 8 analog inputs Architecture 1oo1D Power Requirement 24 VDC Bussed Field Power Diagnostics Full internal self‑test and line‑fault monitoring System Compatibility DCS / FB‑8800 logic solver Minimum Order 1 unit Application Scenarios Emergency shutdown (ESD) systems Burner management systems (BMS) High‑integrity pressure protection systems (HIPPS) Safety‑instrumented systems requiring SIL2 compliance Hazardous‑area installations requiring live module replacement FAQ Q: What safety level does the module support? A: It is designed for SIL2 applications using a 1oo1D diagnostic architecture. Q: Can the module be replaced while the system is energized? A: Yes. It supports live maintenance without affecting other modules on the carrier. Q: What power source is required for Bussed Field Power? A: A regulated 24 VDC supply, typically from MTL 8914‑PS‑AC units.
$200.00 $100.00
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General Electric GE Mark V DS215TCCAG1BZZ01A Common Analog I/O Board
Overview The DS215TCCAG1BZZ01A Common Analog I/O Board is a GE‑engineered module used in the Mark V turbine control platform. It serves as a centralized interface for processing low‑level analog signals, converting them into conditioned data suitable for turbine monitoring, protection, and closed‑loop control. Its design supports a wide range of sensor types, making it a core component in gas and steam turbine instrumentation chains. Functional Capabilities The board manages multiple categories of analog inputs and outputs, including current loops, temperature sensors, and shaft‑related measurements. It performs signal scaling, isolation, and filtering before forwarding data to the control processor. The DS215TCCAG1BZZ01A also supports both 12‑bit and 16‑bit resolution depending on channel configuration, ensuring accurate representation of process variables. Communication with the control system is achieved through an RS‑485 interface, providing noise‑resistant data transmission suitable for electrically harsh turbine environments. Hardware jumpers allow configuration of communication modes, test functions, and auxiliary port behavior. Electrical and Mechanical Characteristics The module is powered by a 24 VDC supply and incorporates 1500 V isolation barriers to protect sensitive electronics from transient disturbances. Its connectors support integration with GE terminal boards such as CTBA, TBQA, and TBCA, enabling flexible wiring arrangements. Parameter Specification Model DS215TCCAG1BZZ01A Product Type Common Analog I/O Board Brand GE Series Mark V / Mark VIe compatible Dimensions 28 × 21.4 × 2.5 cm Weight 0.6 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Input Types 4–20 mA, RTD, thermocouple, shaft voltage/current Resolution 12‑bit / 16‑bit Isolation 1500 V Power Supply 24 VDC Communication RS‑485 System Compatibility DCS / Mark V Minimum Order 1 unit Integration and Connectivity The board includes: Dedicated analog input channels Power distribution connectors Data bus interface Multiple I/O terminals for field wiring Jumper‑selectable configuration options These features allow seamless installation into existing Mark V racks and simplify maintenance or system upgrades. Application Scenarios Gas turbine instrumentation and control Steam turbine monitoring systems Temperature and process variable acquisition Shaft voltage/current measurement circuits Retrofit and maintenance of GE Mark V control platforms FAQ Q: Does this board support both RTD and thermocouple inputs? A: Yes. It includes conditioning circuits for both sensor types. Q: Can the module be used in Mark VIe systems? A: It is primarily designed for Mark V but may be used in certain Mark VIe configurations depending on system architecture. Q: What isolation level is provided? A: The board includes 1500 V isolation for signal protection and noise immunity.
$200.00 $100.00
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General Electric GE Multilin IS2020RKPSG1AK VME Rack Power Supply Module
Overview The IS2020RKPSG1AK VME Rack Power Supply Module is a GE‑designed power conversion unit used in Mark VI control architectures. It provides regulated DC outputs for VME‑based control racks and peripheral devices, ensuring stable and uninterrupted operation in turbine and process‑control environments. Its multi‑voltage capability and diagnostic intelligence make it a central component in high‑availability control systems. Functional Characteristics This module distributes several isolated DC outputs required by VME rack electronics, including +5 V, ±12 V, ±15 V, and ±28 V. An additional high‑voltage output (335 VDC) is available for flame‑detection hardware. The IS2020RKPSG1AK supports dual input supply options—24 VDC or 125 VDC—allowing flexible integration into different power architectures. Internally, the unit incorporates multiple 28 VDC conversion stages and a configurable output section for external loads. Cooling is managed automatically through a rack‑mounted fan that activates based on thermal demand, improving efficiency and extending component life. Protection and Diagnostics The power supply includes a multi‑level protection system designed to isolate faults and maintain system continuity: Automatic recovery for transient disturbances Manual reset for recoverable faults Lockout for non‑recoverable failures requiring module replacement A jumper‑selectable mode allows the user to switch between standard rack operation and isolated output mode for powering external devices. Status monitoring is available through dedicated connectors on the front panel. Mechanical and Installation Details The module is built with a reinforced enclosure suitable for industrial environments. Its form factor fits standard VME rack assemblies used in Mark VI systems. Parameter Specification Model IS2020RKPSG1AK Product Type VME Rack Power Supply Module Brand GE Series Multilin / Mark VI Dimensions 8.5 × 33.3 × 40 cm Weight 7.24 kg Origin USA HS Code 8537101190 Condition New Availability In Stock Input Voltage 24 VDC or 125 VDC Output Voltages +5 V, ±12 V, ±15 V, ±28 V, optional 335 VDC Operating Temperature 0–60°C System Compatibility DCS / Mark VI Minimum Order 1 unit Cooling Automatic fan control Diagnostic Levels Transient, resettable, permanent Application Scenarios Gas and steam turbine control power distribution VME‑based control rack power management Power generation facilities requiring redundant and stable DC supplies Oil & gas process control systems Industrial automation platforms using GE Mark VI hardware FAQ Q: Does the module support redundant power configurations? A: Yes. It can be used in redundant rack power architectures depending on system design. Q: Can the 335 VDC output be disabled? A: The high‑voltage output is optional and depends on system configuration and flame‑detector requirements. Q: Is the module hot‑swappable? A: Hot‑swap capability depends on the specific rack configuration; many Mark VI racks require controlled shutdown before replacement.
$200.00 $100.00
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