The NISCXI-1325 is a high-voltage screw-terminal block for NI SCXI chassis, engineered to safely connect and route high-voltage signals to SCXI measurement modules while protecting the system from overvoltage damage. The NISCXI-1325 supports 26-14 AWG wiring via secure screw terminals, ensuring reliable connections in industrial and lab environments. It is fully compliant with SCXI modular standards, enabling seamless integration with NI SCXI-1000/1001/1002 chassis and modules like SCXI-1125, making the NISCXI-1325 a versatile building block for high-voltage test systems. The NISCXI-1325 provides robust electrical isolation between channels and the chassis, safeguarding sensitive measurement circuitry from high-voltage transients. Its compact form factor fits standard SCXI chassis slots, optimizing space in test racks. With a humidity range of 5% to 90% (non-condensing) and durable construction, the NISCXI-1325 delivers consistent performance in power electronics testing, automotive battery validation, and industrial process monitoring. It also simplifies high-voltage signal routing, reducing setup time and enhancing measurement safety for engineers and technicians.
The GEIS415UCVHH1A is a high-performance vibration monitoring module designed for GE Mark VIe turbine control systems, specializing in real-time vibration data acquisition, processing, and protection logic execution for gas/steam turbines and rotating machinery. The GEIS415UCVHH1A features 4-channel vibration input with 24-bit ADC resolution, enabling precise capture of shaft, bearing, and casing vibration signals to detect early mechanical anomalies. Its embedded digital signal processor (DSP) performs real-time FFT analysis and trend monitoring, triggering alarms or shutdowns per API 670 standards to prevent catastrophic failures. The GEIS415UCVHH1A integrates seamlessly with GE’s ControlST software, simplifying configuration, calibration, and diagnostic workflows. The GEIS415UCVHH1A operates reliably in -40°C to +70°C environments with IP20 protection and redundant 24VDC power inputs, ensuring continuous operation in harsh industrial settings. As a core component, the GEIS415UCVHH1A supports hot-swapping and auto-configuration, minimizing downtime during maintenance or module replacement. The GEIS415UCVHH1A’s compact DIN-rail design (176×120×50mm) optimizes panel space while maintaining compatibility with Mark VIe I/O racks for flexible system expansion.
The ABBCM10 is a 1/8 DIN universal PID process controller, part of ABB’s ControlMaster series, designed for precise regulation of temperature, pressure, flow, and level in industrial processes. The ABBCM10 features a 2.2-inch full-color TFT display with IP66/NEMA 4X front-panel protection, enabling clear monitoring and operation in harsh environments. It supports 2 analog inputs (thermocouple, RTD, 4-20 mA) and 2 outputs (1 analog, 1 relay), with flexible control modes including ON/OFF, time proportioning, and advanced PID with auto-tune. The ABBCM10 integrates Ethernet (MODBUS TCP, web server) and MODBUS RTU for seamless SCADA/HMI connectivity, while 8 math blocks and 2 custom linearizers handle complex process calculations. With 100-240 VAC power and -10 to 55°C operation, the ABBCM10 delivers reliable performance in demanding settings. It also offers 8 independent process alarms and real-time event triggering, making the ABBCM10 a versatile solution for batch and continuous process control. As a scalable hardware/software platform, the ABBCM10 adapts to evolving application needs, ensuring long-term value in industrial automation.
The HONEYWELL51403776-100 is a processor spacer board tailored for the HONEYWELL TDC – 3000 DCS and LCNP4M processor modules, which is crucial for ensuring proper alignment, heat dissipation, and signal integrity in industrial control systems. The HONEYWELL51403776-100 has a 94V – 0 flame – retardant PCB construction, making it highly safe for continuous operation in harsh industrial environments. It integrates seamlessly with HONEYWELL TDC – 3000 components, supporting hardware revision D and firmware revision J for consistent system performance. The HONEYWELL51403776-100 provides a stable mounting interface for the LCNP4M processor, minimizing vibration – induced signal interference. With its compact form factor, the HONEYWELL51403776-100 fits perfectly into standard DCS racks, optimizing space utilization in control cabinets. It also complies with global safety and quality standards, and the HONEYWELL51403776-100 is a key component for maintaining the reliability of HONEYWELL’s legacy DCS systems, ensuring seamless operation in critical industrial processes.
The FOXBOROCP40B is a core control processor module for FOXBORO’s I/A Series DCS, engineered to execute advanced control algorithms and manage distributed industrial processes. The FOXBOROCP40B is powered by a 32-bit microprocessor, supporting 2 MB memory for complex control strategies and data processing. It integrates seamlessly with I/A Series I/O modules and field devices, using Ethernet, Modbus, and OPC for real-time data exchange. The FOXBOROCP40B supports redundant configurations, enabling online reconfiguration and maximizing system availability. With a 100-240 VAC/24 VDC power supply and operating temperature -10 to 55°C, the FOXBOROCP40B delivers reliable performance in harsh industrial settings. It also offers multiple control modes like PID, cascade, and ratio control, making the FOXBOROCP40B adaptable to diverse process requirements. As a key I/A Series component, the FOXBOROCP40B ensures precise and efficient control across critical industrial applications.
The ABBSC520 3BSE003816R1 is a submodule carrier with an integrated local CPU for ABB’s AC 400 and Advant Master systems, supporting MB300/MB300E submodules to expand I/O, communication, and control capabilitiesABB. The ABBSC520 3BSE003816R1 enables distributed processing by offloading tasks from central controllers, boosting real-time response in process automation. Its modular, hot-swappable design allows submodule replacement without system shutdown, minimizing downtime during maintenance. The ABBSC520 3BSE003816R1 operates from -40°C to +70°C, with IP20 protection and robust aluminum housing ensuring reliability in harsh industrial settings. As a core component, the ABBSC520 3BSE003816R1 integrates seamlessly with ABB’s 800xA engineering tools, simplifying configuration and diagnostics. The ABBSC520 3BSE003816R1’s compact form factor (291×300×30mm) optimizes panel space, while its redundant power support enhances system availability for critical applications.
The GEDS200UDSAG1ADE is a high-performance excitation board for GE’s Mark V turbine control systems, engineered to regulate generator output voltage and reactive power via precise excitation current control. The GEDS200UDSAG1ADE uses an 80196 microprocessor and EPROM modules for adaptive control, ensuring fast response to load changes. With a 24V DC operating voltage and robust PCB coating, the GEDS200UDSAG1ADE delivers reliable performance in harsh industrial settings. The GEDS200UDSAG1ADE integrates seamlessly with Mark V components, minimizing retrofitting needs while maximizing system uptime. It also includes overcurrent, overvoltage, and undervoltage protection, safeguarding generators during abnormal conditions. As a core part of Mark V systems, the GEDS200UDSAG1ADE ensures stable power generation across utility and industrial applications.
The GEV7668A-1310B0 350-9310007668-131020 D is a high-performance VME single-board computer (SBC) from GE’s V7768 series, equipped with an Intel Core 2 Duo processor (up to 2.16GHz), 2GB DDR2 SDRAM, and 8GB bootable CompactFlash, delivering robust computing power for industrial automation and real-time control tasks. The GEV7668A-1310B0 350-9310007668-131020 D features dual Gigabit Ethernet, 2 serial ports, 4 USB 2.0 ports, 2 SATA interfaces, and a PCI-X PMC expansion slot, ensuring seamless integration with diverse industrial I/O and communication networks. Its EasyRail PMC mounting system simplifies option board installation, reducing configuration time by eliminating the need to detach multi-slot carriers. The GEV7668A-1310B0 350-9310007668-131020 D supports hot-swapping and operates reliably in harsh industrial environments with a wide temperature range, making it a core component for mission-critical applications in power generation, oil & gas, and manufacturing. As a key part of GE’s industrial computing portfolio, the GEV7668A-1310B0 350-9310007668-131020 D integrates seamlessly with GE’s programming and monitoring tools, ensuring consistent performance and simplified maintenance.
The GEIC697CHS790 is a 9-slot rear mount rack for the GE Series 90-70 PLC systems, engineered to simplify CPU and I/O module configuration. The GEIC697CHS790 features a dedicated leftmost slot for AC or DC power supplies, and its rear-mount design fits 10-inch deep enclosures without extra fans. With dimensions 11.15” H x 19” W x 7.5” D, the GEIC697CHS790 has 1.6” standard slots and a 2.4” power supply slot, and it uses slot sensing to eliminate I/O module jumpers or switches. The GEIC697CHS790 also supports dual-rack operation via a Power Supply Extension Cable, letting two racks share one power supply. Compatible with all IC697 modules, the GEIC697CHS790 ensures reliable integration for industrial control systems.
The EMERSONKJ4001X1-CK1 is a fuse-protected I/O terminal block for Emerson’s DeltaV DCS, offering 12 high-density ports with 2A per port for secure sensor/actuator connections in process automation. The EMERSONKJ4001X1-CK1 integrates seamlessly with DeltaV I/O cards via mechanical keying, preventing misinstallation and simplifying maintenance. Its dielectric insulation and IP20 protection guard against short circuits and dust, ensuring reliability in harsh industrial environments. The EMERSONKJ4001X1-CK1 operates from -40°C to +70°C and complies with UL/CE/CSA, making it ideal for process control and manufacturing applications. As a core DeltaV component, the EMERSONKJ4001X1-CK1 supports hot-swapping and modular expansion, minimizing downtime during system upgrades. The EMERSONKJ4001X1-CK1’s compact design optimizes panel space while its snap-in terminals reduce wiring time, enhancing overall operational efficiency.
The GEIC697MDL671 is a 24VDC discrete interrupt input module belonging to the GE Series 90-70 PLC system, which offers 16 input points divided into four isolated groups of four points each. Among these, the first 14 points (A1 – D2) serve as interrupt inputs, and the last two (D3 – D4) are configuration inputs, with all 14 interrupt points capable of running at the maximum I/O interrupt rate. The GEIC697MDL671 is designed with positive/negative logic compatibility, selectable input filters (1ms or 10ms), and LED indicators for each point’s on – off status, which enables it to be widely used in industrial automation scenarios that demand rapid response and precise control. As a key component of the Series 90-70, the GEIC697MDL671 integrates seamlessly with GE’s programming software and communication protocols, and its mechanical keying feature prevents incorrect installation, significantly enhancing on – site maintenance efficiency.
The GE IS200DTAIH1ABB is a Simplex Analog Input/Output Terminal Board under the GE Mark VI series, designed for industrial automation, especially for GE Speedtronic gas turbine control systems. This compact board, when installed in a plastic holder, enables DIN – rail mounting, which is convenient for integration into control cabinets. It has 10 analog inputs and 2 analog outputs, with one output configurable to 0 – 200mA via jumper reconfiguration. The GE IS200DTAIH1ABB is equipped with a 37 – pin JR1 connector and a 48 – screw TB1 terminal board, and typically uses #18 AWG shielded twisted – pair wires for connections. Its 21 jumper switches facilitate flexible configuration of current and voltage inputs/outputs, making the GE IS200DTAIH1ABB suitable for diverse industrial signal acquisition and control requirements. The GE IS200DTAIH1ABB also has a high – precision measurement capability of 0.1%, ensuring accurate data collection.
