Industrial Automation: It is used to collect and monitor analog signals from sensors like temperature, pressure and flow in industrial production lines, providing data support for process control.
Power Monitoring: In power plants and substations, it monitors analog parameters such as voltage and current to ensure the safe and stable operation of the power system.
Building Automation: Monitors environmental parameters like temperature and humidity in buildings and is used in air conditioning systems and lighting control systems.
Weight and Dimensions
Weight: There is no clear and consistent data, with some sources saying 0.42 kg – 0.771 kg.
Dimensions: 144 mm x 127 mm x 25 mm (5.67 inches x 5 inches x 1 inch).
Features
Multifunctional Input: Supports various types of analog input signals, which is convenient for connecting different sensors.
High Resolution: 16 – bit resolution enables accurate measurement of input signal changes.
Easy Configuration: It can be easily configured through software to meet different application requirements.
Good Compatibility: Designed for ABB’s Symphony Plus control system and can be well integrated with other system components.
Weight: Approximately 0.5 kg.
Dimensions: Usually has a compact design with dimensions of about 150 mm in length, 100 mm in width and 50 mm in height.
Features
High Channel Density: With 14 input channels, it offers a high channel density, reducing the need for additional modules.
Isolation: Provides electrical isolation between input channels and the system to prevent electrical interference.
Easy Configuration: Can be easily configured through software, allowing users to set up input types, ranges and sampling rates.
Stability and Reliability
Industrial-Grade Design: Built with high-quality components to withstand harsh industrial environments, including temperature variations, vibrations and electrical noise.
Redundancy Options: Some versions may support redundancy, ensuring continuous operation in case of component failure.
Error Detection and Correction: Equipped with error detection and correction mechanisms to ensure data accuracy and integrity.
Power Plants: It is used in power plants to provide emergency protection for turbines, monitoring key parameters to ensure the safe operation of turbines and the stable power generation.
Industrial Facilities: In industrial production lines with turbines, it plays a role in monitoring and protecting turbines, ensuring the normal operation of the production process.
Features
Rapid Response: It has a fast response time, which can quickly activate the protection function in an emergency to minimize losses.
Easy Installation: It can be directly mounted on related terminal boards and is easy to integrate into the existing turbine control system.
Comprehensive Monitoring: It can monitor various speed signals and key parameters of the turbine, including overspeed, acceleration and deceleration.
Stability and Reliability
High-Quality Manufacturing: Manufactured by GE with strict quality control, using high-quality materials and advanced manufacturing processes.
Wide Temperature Adaptability: It can work stably in the temperature range of -30 to 65°C, adapting to different industrial environments.
Redundant Design: In some configurations, triple modular redundancy (TMR) is used to improve system reliability.
Turbine Control: It is used in GE’s Mark VI, Mark VIE, EX2100E, LS2100E systems to control gas or steam turbines.
Balance of Plant Control: Applicable to balance of plant control in power generation systems.
Retrofit Projects: Can be used in some retrofit projects of industrial control systems.
Features
HMI Capability: Equipped with an HMI with software like Cimplicity graphics interface for turbine operation.
Connectivity: Six female jack connectors for Ethernet, one USB port and multiple LED indicators on the front faceplate.
Compact Design: Allows triple redundant systems with three components mounted adjacent to each other.
No Fan Required: Operates stably without a fan even at 65°C.
Programmability: Allows for flexible configuration and can run different control algorithms.
Weight: 1 kg.
Dimensions: 108 mm in height, 225 mm in length, 135 mm in width.
Features
High Processing Power: Can handle complex control tasks and data processing.
Flexible I/O Configuration: Allows easy connection and control of various devices.
User-friendly Interface: Facilitates quick setup and maintenance.
Compact Design: Saves space in control cabinets.
Power Generation: Monitor vibration and other variables of turbines and generators to ensure stable operation.
Oil & Gas: Used in oil and gas extraction and refining equipment for condition monitoring.
Petrochemical Industry: Applied to monitor the running status of various rotating equipment like pumps and compressors.
Manufacturing: It is used in large manufacturing equipment to detect potential mechanical problems.
Features
Multichannel Monitoring: It is a 6-channel monitor for comprehensive data collection.
Wide Signal Compatibility: Accepts various current and voltage inputs.
Visual Indication: Front panel LEDs for quick status checking.
Easy Installation: Rack mount design for convenient installation.
Power Generation: It is used in GE Speedtronic turbine control systems in power plants to control the operation of gas and steam turbines.
Petrochemical Industry: Applied in petrochemical plants to monitor and control the running status of turbines in the process of oil refining and chemical production.
Metallurgical Industry: Utilized in metallurgical enterprises to ensure the stable operation of turbines in blast furnace blowers and other equipment.
Features
Dual Microprocessors: Equipped with an Intel 80C186 (33 MHz) as the dominant microprocessor and an 80C196 (15.667 MHz) as the LAN microprocessor for efficient task processing.
Rich Interface: Has 5 vertical cable connectors, 3 vertical header connectors, 3 stab-on connectors and multiple jumper switches, providing flexible connection options.
Indicator Function: It is equipped with LED indicators and TP test points for easy status monitoring and voltage checking.
Petrochemical Industry: It is used to monitor the shaft position and vibration of pumps, compressors and turbines in petrochemical plants.
Power Generation: In power plants, it monitors the operation of generators and turbines, providing keyphasor signals for speed and phase measurement.
Metallurgical Industry: Applied in metallurgical equipment like blast furnace blowers and rolling mills to monitor equipment condition.
Features
High-Precision Measurement: Utilizes advanced sensor technology and signal processing algorithms for accurate measurement.
Trend Analysis: Continuously records and analyzes parameter trends over time to detect potential faults.
Multi-parameter Monitoring: Besides vibration and position, it can monitor other parameters like temperature.
Remote Monitoring: Enables remote access to measurement data via industrial communication protocols.
Oil and Gas Industry: Used in oil refineries and gas processing plants for pipeline flow control, pressure regulating, and safety shutdown systems.
Chemical Processing: Manages chemical reactions, temperature and pressure control, and material handling processes in chemical plants.
Energy: Employed in power plants for turbine control, generator synchronization, and grid connection management.
Building Automation: Controls lighting, air conditioning systems, and security systems in buildings.
Weight and Dimensions
Weight: 0.7 kg.
Dimensions: 140mm×95mm×82mm.
Features
Redundant Architecture: Adopts triple modular redundancy (TMR) design.
Programmable Logic: High PLC power allows custom control algorithms.
Easy HMI Integration: Integrates easily with human-machine interface systems.
Multiple Communication Protocols: Supports Ethernet, Modbus, Profibus, etc.
Weight: 0.7 kg to 1.14 kg.
Dimensions: 140mm×95mm×82mm or 200mm×100mm×55mm.
Features
Communication Capability: Supports multiple communication protocols and has dual Ethernet ports and four serial ports.
Remote Management: Allows remote monitoring and diagnosis, facilitating convenient maintenance.
Data Security: Includes data encryption and security protocols to protect data.
Easy Configuration: Has an easy-to-configure interface for convenient setup.
Stability and Reliability
Redundancy Design: Adopts triple modular redundancy (TMR) architecture.
High-Quality Components: Made of high-quality materials, suitable for harsh industrial environments.
Built-in Diagnostics: With extensive self-diagnostics and system health monitoring functions.
Weight: 1.2 kg.
Dimensions: 150mm×100mm×50mm.
Features
Triple Modular Redundancy: Adopts TMR architecture, which can ensure continuous operation even if one module fails.
Flexible Communication: Supports multiple communication protocols, enabling seamless integration with other devices.
Easy Programming: Uses IEC 61131-3 programming languages, which is convenient for users to program and configure.
Built-in Diagnostics: It has built-in diagnostic functions, which can quickly identify and locate faults.
Stability and Reliability
High-Quality Components: Made of high-quality materials and components, which can resist harsh industrial environments.
Redundancy Design: The TMR structure and redundant communication design improve system stability and reliability.
Strict Certification: With CE, UL, SIL 3 and other certifications, it meets high safety and reliability standards.
