Description
Parameter table for IS200VPROH2B
| Parameter name | Parameter value |
| Product model | IS200VPROH2B |
| Manufacturer | General Electric (GE) |
| Product category | Power System Control and Protection Module |
| Dimensions (approx.) | Compact design, with dimensions optimized for easy integration into power control cabinets; specific dimensions available in the product manual |
| Weight | Lightweight, facilitating installation in various power system setups |
| Processor | High – performance embedded processor, designed for rapid processing of power – related control algorithms |
| Memory | Sufficient memory capacity for storing control programs, real – time data, and historical records; includes fast – access SRAM and non – volatile flash memory |
| I/O interfaces | Multiple digital and analog I/O ports, enabling connection to sensors, actuators, and other power system components. Supports communication with other modules via standard industrial protocols like Modbus |
| Communication protocols | In addition to Modbus, it can support Ethernet – based communication for remote monitoring and control, allowing for seamless integration into smart grid architectures |
| Power supply | Operates on a stable DC power supply, typically +24V DC, with built – in power regulation and protection against voltage fluctuations |
| Operating temperature range | Designed to function reliably in a wide temperature range, from -20°C to +60°C, suitable for both indoor and outdoor power station environments |
| Environmental resistance | Resistant to electromagnetic interference (EMI) and radio – frequency interference (RFI), ensuring stable operation in the electrically noisy environment of power systems. Complies with relevant industry standards for vibration and shock resistance |
| Expansion capability | Equipped with expansion slots that can be used to add additional functionality, such as extra communication interfaces or specialized signal processing modules |
| Diagnostic functions | Incorporates an advanced self – diagnostic system. LED indicators on the module provide real – time status information regarding power, communication, and any detected faults. Supports remote diagnostic capabilities for quick troubleshooting |
Parameter table for IS200VPROH1BEF
| Parameter name | Parameter value |
| Product model | IS200VPROH1BEF |
| Manufacturer | General Electric (GE) |
| Product category | Power System Monitoring and Control Module |
| Dimensions (approx.) | Compact form factor, conforming to standard power system module sizes for easy installation in existing setups. Precise dimensions are detailed in the product documentation |
| Weight | Lightweight construction, making it convenient for installation in power distribution panels and control rooms |
| Processor | High – speed microprocessor optimized for real – time monitoring and control tasks in power systems. Capable of handling complex algorithms for power quality analysis |
| Memory | A combination of high – speed DRAM for real – time data processing and flash memory for storing configuration settings and historical data. Ensures efficient data handling during normal and fault conditions |
| I/O interfaces | Multiple I/O channels, including digital inputs and outputs for controlling breakers, relays, and other power system devices. Analog inputs for measuring parameters like voltage, current, and power factor. Supports connection to various types of sensors and actuators |
| Communication protocols | Supports industry – standard communication protocols such as DNP3 for seamless integration with other power system components and SCADA systems. Also has Ethernet connectivity for high – speed data transfer and remote access |
| Power supply | Operates on a reliable DC power source, usually +12V DC or +24V DC, with built – in over – voltage and under – voltage protection circuits to safeguard against power supply anomalies |
| Operating temperature range | Engineered to work effectively in a temperature range of -10°C to +55°C, suitable for a wide variety of power system applications, from indoor substations to outdoor switchgear enclosures |
| Environmental resistance | High resistance to EMI and RFI, ensuring accurate operation in the presence of strong electromagnetic fields. Meets vibration and shock resistance standards applicable to power system equipment |
| Expansion capability | Features expansion ports that can be used to add functionality such as additional communication interfaces or advanced data acquisition modules, allowing for customization based on specific power system requirements |
| Diagnostic functions | Equipped with a comprehensive self – diagnostic system. The front – panel LED indicators clearly show the module’s operating status, including power, communication, and fault conditions. Supports remote diagnostic capabilities for efficient maintenance |
Parameter table for IS200VPWRH1AHD
| Parameter name | Parameter value |
| Product model | IS200VPWRH1AHD |
| Manufacturer | General Electric (GE) |
| Product category | Power Supply Module for Power Systems |
| Dimensions (approx.) | Compact and standardized dimensions, designed to fit into power system racks and cabinets with ease. Specific size details are provided in the product manual |
| Weight | Lightweight yet robust construction, suitable for installation in various power system setups without adding excessive weight |
| Output voltage | Provides stable DC output voltages, typically +5V, +12V, and +24V, which are commonly required for powering different components in power control and monitoring systems |
| Output current | Capable of delivering high – current outputs to meet the power demands of multiple modules in a power system. The exact current ratings depend on the specific model and are clearly specified in the product documentation |
| Power efficiency | High – efficiency design, with a power conversion efficiency of up to 90% or more, reducing power losses and heat generation. This helps in improving the overall energy efficiency of the power system |
| Input voltage range | Accepts a wide range of input voltages, such as 85 – 264V AC or a corresponding DC input voltage range, providing flexibility in power source selection. This is useful for applications in different regions and power grid conditions |
| Protection features | Incorporates multiple protection mechanisms, including over – voltage protection, over – current protection, and short – circuit protection. These features safeguard the connected power system components from potential damage due to power supply anomalies |
| Operating temperature range | Designed to operate reliably in a temperature range from – 25°C to +70°C, making it suitable for use in harsh environmental conditions, both indoor and outdoor |
| Environmental resistance | Resistant to EMI and RFI, ensuring stable power supply in the presence of strong electromagnetic fields. Meets vibration and shock resistance requirements for power system equipment |
| Redundancy support | Supports redundant power supply configurations, where multiple power supply modules can be connected in parallel. This enhances the reliability of the power system by providing backup power in case of a module failure |
| Monitoring and diagnostic functions | Equipped with monitoring circuits that can report the status of the power supply module, such as output voltage, current, and temperature. LED indicators on the module show the power – on status and any detected faults. Supports remote monitoring of power supply parameters for preventive maintenance |
GE IS200VPROH2B IS200VPROH1BEF IS200VPWRH1AHD
Product introduction
IS200VPROH2B
The GE IS200VPROH2B is a crucial power system control and protection module within GE’s extensive power product portfolio. It is engineered to play a vital role in power generation, transmission, and distribution systems. This module is responsible for executing complex control algorithms to ensure the stable operation of power systems. It continuously monitors various power – related parameters such as voltage, current, and frequency. In the event of any abnormal conditions, such as over – voltage or under – frequency, it can quickly trigger protection actions, such as tripping circuit breakers or adjusting generator output, to safeguard the integrity of the power system.
IS200VPROH1BEF
The IS200VPROH1BEF is a power system monitoring and control module. Its primary function is to continuously monitor the real – time operating status of power systems. It measures key parameters like voltage, current, power factor, and harmonic distortion. By analyzing this data, it can detect early signs of power quality issues and equipment failures. It also provides control capabilities, allowing for the adjustment of power system components such as capacitors for power factor correction or the activation of load – shedding devices during peak load periods. This module is an essential part of modern power system management, enabling operators to optimize the performance and reliability of the power grid.
IS200VPWRH1AHD
The IS200VPWRH1AHD is a power supply module specifically designed for power systems. It serves as the reliable power source for other modules in the power system, such as control and monitoring modules. With its ability to provide stable DC output voltages and high – current capabilities, it ensures that all power – dependent components in the power system operate smoothly. The multiple protection features and high – efficiency design make it a critical component for maintaining the integrity and energy – efficiency of the overall power system.
Core advantages and technical highlights
IS200VPROH2B
Advanced control algorithms: Utilizes state – of – the – art control algorithms that are highly accurate and responsive. These algorithms are optimized for power system applications, allowing for precise control of power generation, transmission, and distribution processes. For example, in a power generation plant, it can precisely control the excitation system of generators to maintain stable voltage levels under varying load conditions.
Reliable protection mechanisms: Incorporates a comprehensive set of protection functions. The over – current protection can quickly detect abnormal current levels and take appropriate actions to prevent equipment damage. The differential protection is highly sensitive to internal faults in power transformers and can isolate the faulty section in a timely manner, minimizing the impact on the overall power system.
High – speed communication: Supports high – speed communication protocols, enabling seamless integration with other power system components. This allows for real – time data exchange and coordinated control. For instance, it can communicate with a central control station in a substation, providing up – to – date information about the power system’s status and receiving control commands instantaneously.
IS200VPROH1BEF
Comprehensive power quality monitoring: Can monitor a wide range of power quality parameters simultaneously. This includes not only basic parameters like voltage and current but also more complex ones such as harmonic distortion and flicker. By providing a detailed analysis of power quality, it helps power system operators identify and address issues that could affect the performance of sensitive equipment connected to the grid.
Intelligent control capabilities: The module’s intelligent control algorithms can automatically adjust power system operations based on the monitored data. For example, if it detects a low power factor in a distribution network, it can automatically switch on or off capacitors to improve the power factor, thereby reducing energy losses and improving the efficiency of the power system.
Remote monitoring and control: With its Ethernet and DNP3 communication capabilities, it enables remote monitoring and control. Power system operators can access the module’s data and control its functions from a central control room or even a remote location. This is extremely useful for large – scale power systems spread over a wide geographical area, as it reduces the need for on – site visits for routine monitoring and maintenance.
IS200VPWRH1AHD
High – efficiency power conversion: Achieves high power conversion efficiency, which is crucial for reducing power losses in the power system. The high – efficiency design not only saves energy but also reduces heat generation, which in turn improves the reliability and lifespan of the power supply module. In a large – scale data center’s power system, where multiple power supply modules are used, the high – efficiency of this module can lead to significant energy savings over time.
Robust protection features: The multiple protection mechanisms, including over – voltage, over – current, and short – circuit protection, provide reliable protection for the connected power system components. In case of a power supply anomaly, these protection features can quickly isolate the problem and prevent damage to other modules in the power system. For example, if a short – circuit occurs in a control module, the over – current protection in the IS200VPWRH1AHD will trip the circuit, protecting both the power supply module and the faulty control module from further damage.
Redundancy support: The ability to support redundant power supply configurations enhances the reliability of the power system. In critical power applications, such as in hospitals or industrial plants where continuous power supply is essential, redundant power supply modules can be installed. If one module fails, the other can immediately take over the power supply function, ensuring uninterrupted operation of the power system.
GE IS200VPROH2B IS200VPROH1BEF IS200VPWRH1AHD
Typical application scenarios
IS200VPROH2B
Power generation plants: In thermal power plants, the IS200VPROH2B is used to control the operation of turbines and generators. It ensures that the generators produce stable electrical power with the correct voltage and frequency. It also monitors and protects the generators from various faults, such as over – speed, over – current, and stator – winding temperature rise.
Transmission substations: In high – voltage transmission substations, this module is responsible for controlling the switching of circuit breakers and the operation of power transformers. It monitors the voltage and current levels in the transmission lines and takes appropriate actions to maintain grid stability. For example, during a sudden load change in the grid, it can adjust the tap – changer of power transformers to maintain the correct voltage levels.
Industrial power systems: In large industrial facilities, such as steel mills and chemical plants, the IS200VPROH2B is used to control and protect the internal power distribution systems. It ensures that the power supply to critical industrial processes is stable and reliable, and it can quickly respond to any power – related faults to minimize production downtime.
IS200VPROH1BEF
Smart grid monitoring: In smart grid applications, the IS200VPROH1BEF is deployed at various points in the grid, such as distribution substations and customer premises. It monitors the power quality and consumption data in real – time. This data is then used for grid optimization, demand – response management, and the integration of distributed energy resources like solar panels and wind turbines.
Commercial building power management: In large commercial buildings, such as shopping malls and office complexes, this module is used to monitor and control the power systems. It can detect power – wasting devices, optimize the operation of HVAC systems based on power consumption, and ensure that the power supply to sensitive equipment like servers and lighting systems is of high quality.
Power quality improvement in industrial parks: In industrial parks with multiple manufacturing facilities, the IS200VPROH1BEF is used to monitor and improve the overall power quality. It can identify and correct power – quality issues caused by non – linear loads, such as variable – frequency drives, and ensure that all industrial equipment operates smoothly without being affected by power – related problems.
IS200VPWRH1AHD
Data center power systems: Data centers require a reliable and stable power supply to ensure the continuous operation of servers and other IT equipment. The IS200VPWRH1AHD is used as a power supply module in data center power distribution units. Its high – efficiency and redundancy support features make it an ideal choice for data centers, as it can provide stable power while minimizing energy consumption and ensuring high availability.
Telecommunication base stations: In telecommunication base stations, where continuous power supply is crucial for maintaining communication services, the IS200VPWRH1AHD is used to power the base station equipment. Its wide input voltage range and robust protection features make it suitable for use in areas with unstable power grids, ensuring that the base stations can operate continuously even during power supply fluctuations.
Industrial control systems: In industrial control systems, which often consist of multiple control and monitoring modules, the IS200VPWRH1AHD provides the necessary power. Its ability to supply high – current outputs and support redundant configurations ensures that the industrial control system operates reliably, even in harsh industrial environments.
Comparison with related models in the series
IS200VPROH2B
Compared with other GE power control modules: Compared to lower – end power control modules in GE’s product line, the IS200VPROH2B offers more advanced control algorithms and a wider range of protection functions. Lower – end modules may be suitable for small – scale power systems with basic control and protection requirements, while the IS200VPROH2B is designed for larger, more complex power systems where high – precision control and comprehensive protection are essential. When compared to higher – end modules with more extensive communication capabilities, the IS200VPROH2B provides a better cost – performance ratio for applications that do not require extremely high – speed, long – distance communication.
Compared with similar products from other brands: Compared to similar power control and protection modules from other manufacturers, the IS200VPROH2B has an edge in terms of its compatibility with GE’s existing power system infrastructure and software. It can seamlessly integrate with other GE power system components and management software, reducing the complexity of system integration. In terms of protection functions, it often offers more precise and faster – acting protection mechanisms, which can better safeguard power system components from damage.
IS200VPROH1BEF
Compared with other GE power monitoring modules: Compared to basic power monitoring modules in GE’s product range, the IS200VPROH1BEF offers more comprehensive power quality monitoring capabilities and intelligent control features. Basic modules may only be able to monitor a few basic power parameters, while the IS200VPROH1BEF can monitor a wide range of power quality parameters and perform automatic control actions. When compared to high – end power monitoring modules with advanced analytics capabilities, the IS200VPROH1BEF provides a more cost – effective solution for applications that do not require in – depth data analytics but still need reliable monitoring and basic control functions.
Compared with similar products from other brands: In comparison to similar power monitoring and control modules from other brands, the IS200VPROH1BEF has better – integrated communication capabilities, especially in terms of its seamless integration with GE’s SCADA systems. It also often provides more user – friendly interfaces for configuration and data visualization, making it easier for power system operators to use and manage.
IS200VPWRH1AHD
Compared with other GE power supply modules: Compared to lower – power – capacity power supply modules in GE’s product line, the IS200VP
