Technical Parameter
Digital Inputs: Comes with 16 - 32 channels, compatible with dry contacts and TTL - level signals.
Voltage: 24V DC power source with a tolerance of ±10%.
Temperature Range: - 20°C to 60°C.
Humidity: up to 95% relative humidity (non - condensing).
Interfaces: Equipped with Ethernet ports for high - speed data transfer and may also have serial ports (e.g., RS - 232 or RS - 485) for specific communication needs.
Protocols: It supports popular industrial protocols like Modbus TCP/IP and Profibus, facilitating seamless integration into diverse control networks.
Functional Characteristics
Data Acquisition: GE IS215VPROH2BC can be used to collect data from a variety of sensors and devices, including both analog and digital input. The processed data is then used for analysis and control.
Communication and Networking: GE IS215VPROH2BC enables inter-component communication within the control system via its Ethernet and serial interfaces. This enables centralized monitoring and configuration as well as control.
Control Signal Generation: It use control algorithms, which are pre - programmed in the microcontrollers that take input data from different sensors, and then output appropriate analogue and digital signals to actuators for the control of industrial processes.
Diagnostic and Monitoring: GE IS215VPROH2BC includes self - diagnostic function, which can constantly monitor its own working state. It can identify any malfunctions and communicate it in a timely manner in order to enable preventive maintenance.
Application Areas
Steam Cycle Control: For steam turbines, the module is responsible for monitoring the steam pressure, temperature, and flow rate at various stages of the steam cycle, such as the boiler, turbine inlet, and condenser. GE IS215VPROH2BC regulates the flow of steam through control valves from these measurements, thereby improving the conversion of energy from steam to mechanical and then to electric.
Flow and Pressure: It is used in oil and gas production and distribution to move fluids such as crude oil, natural gas liquids and water. This module also monitors the technical parameters of the pump (flow rate, pressure etc) and the turbine power output. GE IS215VPROH2BC controls the speed of the turbine to control the flow and pressure of the pump, thus facilitating an efficient fluid transfer process and preventing tube over( or under) pressurization or cavitation of the pump.
Parameter Monitoring and Regulation: In production processes of chemicals, maintaining accurate temperature, pressure and flow rate control is critical for the success of chemical reactions. Note that it monitors these parameters in reactors, distillation columns and other chemical processing equipment. The optimal reaction conditions help maintain product quality and safety from reactant input, heating or cooling configurations, and other process variables.
Vessel Propulsion Control: It is used to monitor turbine speed, torque, and fuel consumption. GE IS215VPROH2BC manages the operation of the turbine to modify the speed and direction of the vessel as per the navigation needs. Furthermore, a superstition provides data to improve fuel efficiency, minimizing emissions, and guaranteeing the dependability of the propulsion program for long distances.
Technical Parameter
Digital Inputs: Comes with 16 - 32 channels, compatible with dry contacts and TTL - level signals.
Voltage: 24V DC power source with a tolerance of ±10%.
Temperature Range: - 20°C to 60°C.
Humidity: up to 95% relative humidity (non - condensing).
Interfaces: Equipped with Ethernet ports for high - speed data transfer and may also have serial ports (e.g., RS - 232 or RS - 485) for specific communication needs.
Protocols: It supports popular industrial protocols like Modbus TCP/IP and Profibus, facilitating seamless integration into diverse control networks.
Functional Characteristics
Data Acquisition: GE IS215VPROH2BC can be used to collect data from a variety of sensors and devices, including both analog and digital input. The processed data is then used for analysis and control.
Communication and Networking: GE IS215VPROH2BC enables inter-component communication within the control system via its Ethernet and serial interfaces. This enables centralized monitoring and configuration as well as control.
Control Signal Generation: It use control algorithms, which are pre - programmed in the microcontrollers that take input data from different sensors, and then output appropriate analogue and digital signals to actuators for the control of industrial processes.
Diagnostic and Monitoring: GE IS215VPROH2BC includes self - diagnostic function, which can constantly monitor its own working state. It can identify any malfunctions and communicate it in a timely manner in order to enable preventive maintenance.
Application Areas
Steam Cycle Control: For steam turbines, the module is responsible for monitoring the steam pressure, temperature, and flow rate at various stages of the steam cycle, such as the boiler, turbine inlet, and condenser. GE IS215VPROH2BC regulates the flow of steam through control valves from these measurements, thereby improving the conversion of energy from steam to mechanical and then to electric.
Flow and Pressure: It is used in oil and gas production and distribution to move fluids such as crude oil, natural gas liquids and water. This module also monitors the technical parameters of the pump (flow rate, pressure etc) and the turbine power output. GE IS215VPROH2BC controls the speed of the turbine to control the flow and pressure of the pump, thus facilitating an efficient fluid transfer process and preventing tube over( or under) pressurization or cavitation of the pump.
Parameter Monitoring and Regulation: In production processes of chemicals, maintaining accurate temperature, pressure and flow rate control is critical for the success of chemical reactions. Note that it monitors these parameters in reactors, distillation columns and other chemical processing equipment. The optimal reaction conditions help maintain product quality and safety from reactant input, heating or cooling configurations, and other process variables.
Vessel Propulsion Control: It is used to monitor turbine speed, torque, and fuel consumption. GE IS215VPROH2BC manages the operation of the turbine to modify the speed and direction of the vessel as per the navigation needs. Furthermore, a superstition provides data to improve fuel efficiency, minimizing emissions, and guaranteeing the dependability of the propulsion program for long distances.
Technical Parameter
Digital Inputs: Comes with 16 - 32 channels, compatible with dry contacts and TTL - level signals.
Voltage: 24V DC power source with a tolerance of ±10%.
Temperature Range: - 20°C to 60°C.
Humidity: up to 95% relative humidity (non - condensing).
Interfaces: Equipped with Ethernet ports for high - speed data transfer and may also have serial ports (e.g., RS - 232 or RS - 485) for specific communication needs.
Protocols: It supports popular industrial protocols like Modbus TCP/IP and Profibus, facilitating seamless integration into diverse control networks.
Functional Characteristics
Data Acquisition: GE IS215VPROH2BC can be used to collect data from a variety of sensors and devices, including both analog and digital input. The processed data is then used for analysis and control.
Communication and Networking: GE IS215VPROH2BC enables inter-component communication within the control system via its Ethernet and serial interfaces. This enables centralized monitoring and configuration as well as control.
Control Signal Generation: It use control algorithms, which are pre - programmed in the microcontrollers that take input data from different sensors, and then output appropriate analogue and digital signals to actuators for the control of industrial processes.
Diagnostic and Monitoring: GE IS215VPROH2BC includes self - diagnostic function, which can constantly monitor its own working state. It can identify any malfunctions and communicate it in a timely manner in order to enable preventive maintenance.
Application Areas
Steam Cycle Control: For steam turbines, the module is responsible for monitoring the steam pressure, temperature, and flow rate at various stages of the steam cycle, such as the boiler, turbine inlet, and condenser. GE IS215VPROH2BC regulates the flow of steam through control valves from these measurements, thereby improving the conversion of energy from steam to mechanical and then to electric.
Flow and Pressure: It is used in oil and gas production and distribution to move fluids such as crude oil, natural gas liquids and water. This module also monitors the technical parameters of the pump (flow rate, pressure etc) and the turbine power output. GE IS215VPROH2BC controls the speed of the turbine to control the flow and pressure of the pump, thus facilitating an efficient fluid transfer process and preventing tube over( or under) pressurization or cavitation of the pump.
Parameter Monitoring and Regulation: In production processes of chemicals, maintaining accurate temperature, pressure and flow rate control is critical for the success of chemical reactions. Note that it monitors these parameters in reactors, distillation columns and other chemical processing equipment. The optimal reaction conditions help maintain product quality and safety from reactant input, heating or cooling configurations, and other process variables.
Vessel Propulsion Control: It is used to monitor turbine speed, torque, and fuel consumption. GE IS215VPROH2BC manages the operation of the turbine to modify the speed and direction of the vessel as per the navigation needs. Furthermore, a superstition provides data to improve fuel efficiency, minimizing emissions, and guaranteeing the dependability of the propulsion program for long distances.
Technical Parameter
Digital Inputs: Comes with 16 - 32 channels, compatible with dry contacts and TTL - level signals.
Voltage: 24V DC power source with a tolerance of ±10%.
Temperature Range: - 20°C to 60°C.
Humidity: up to 95% relative humidity (non - condensing).
Interfaces: Equipped with Ethernet ports for high - speed data transfer and may also have serial ports (e.g., RS - 232 or RS - 485) for specific communication needs.
Protocols: It supports popular industrial protocols like Modbus TCP/IP and Profibus, facilitating seamless integration into diverse control networks.
Functional Characteristics
Data Acquisition: GE IS215VPROH2BC can be used to collect data from a variety of sensors and devices, including both analog and digital input. The processed data is then used for analysis and control.
Communication and Networking: GE IS215VPROH2BC enables inter-component communication within the control system via its Ethernet and serial interfaces. This enables centralized monitoring and configuration as well as control.
Control Signal Generation: It use control algorithms, which are pre - programmed in the microcontrollers that take input data from different sensors, and then output appropriate analogue and digital signals to actuators for the control of industrial processes.
Diagnostic and Monitoring: GE IS215VPROH2BC includes self - diagnostic function, which can constantly monitor its own working state. It can identify any malfunctions and communicate it in a timely manner in order to enable preventive maintenance.
Application Areas
Steam Cycle Control: For steam turbines, the module is responsible for monitoring the steam pressure, temperature, and flow rate at various stages of the steam cycle, such as the boiler, turbine inlet, and condenser. GE IS215VPROH2BC regulates the flow of steam through control valves from these measurements, thereby improving the conversion of energy from steam to mechanical and then to electric.
Flow and Pressure: It is used in oil and gas production and distribution to move fluids such as crude oil, natural gas liquids and water. This module also monitors the technical parameters of the pump (flow rate, pressure etc) and the turbine power output. GE IS215VPROH2BC controls the speed of the turbine to control the flow and pressure of the pump, thus facilitating an efficient fluid transfer process and preventing tube over( or under) pressurization or cavitation of the pump.
Parameter Monitoring and Regulation: In production processes of chemicals, maintaining accurate temperature, pressure and flow rate control is critical for the success of chemical reactions. Note that it monitors these parameters in reactors, distillation columns and other chemical processing equipment. The optimal reaction conditions help maintain product quality and safety from reactant input, heating or cooling configurations, and other process variables.
Vessel Propulsion Control: It is used to monitor turbine speed, torque, and fuel consumption. GE IS215VPROH2BC manages the operation of the turbine to modify the speed and direction of the vessel as per the navigation needs. Furthermore, a superstition provides data to improve fuel efficiency, minimizing emissions, and guaranteeing the dependability of the propulsion program for long distances.
Technical Parameter
Digital Inputs: Comes with 16 - 32 channels, compatible with dry contacts and TTL - level signals.
Voltage: 24V DC power source with a tolerance of ±10%.
Temperature Range: - 20°C to 60°C.
Humidity: up to 95% relative humidity (non - condensing).
Interfaces: Equipped with Ethernet ports for high - speed data transfer and may also have serial ports (e.g., RS - 232 or RS - 485) for specific communication needs.
Protocols: It supports popular industrial protocols like Modbus TCP/IP and Profibus, facilitating seamless integration into diverse control networks.
Functional Characteristics
Data Acquisition: GE IS215VPROH2BC can be used to collect data from a variety of sensors and devices, including both analog and digital input. The processed data is then used for analysis and control.
Communication and Networking: GE IS215VPROH2BC enables inter-component communication within the control system via its Ethernet and serial interfaces. This enables centralized monitoring and configuration as well as control.
Control Signal Generation: It use control algorithms, which are pre - programmed in the microcontrollers that take input data from different sensors, and then output appropriate analogue and digital signals to actuators for the control of industrial processes.
Diagnostic and Monitoring: GE IS215VPROH2BC includes self - diagnostic function, which can constantly monitor its own working state. It can identify any malfunctions and communicate it in a timely manner in order to enable preventive maintenance.
Application Areas
Steam Cycle Control: For steam turbines, the module is responsible for monitoring the steam pressure, temperature, and flow rate at various stages of the steam cycle, such as the boiler, turbine inlet, and condenser. GE IS215VPROH2BC regulates the flow of steam through control valves from these measurements, thereby improving the conversion of energy from steam to mechanical and then to electric.
Flow and Pressure: It is used in oil and gas production and distribution to move fluids such as crude oil, natural gas liquids and water. This module also monitors the technical parameters of the pump (flow rate, pressure etc) and the turbine power output. GE IS215VPROH2BC controls the speed of the turbine to control the flow and pressure of the pump, thus facilitating an efficient fluid transfer process and preventing tube over( or under) pressurization or cavitation of the pump.
Parameter Monitoring and Regulation: In production processes of chemicals, maintaining accurate temperature, pressure and flow rate control is critical for the success of chemical reactions. Note that it monitors these parameters in reactors, distillation columns and other chemical processing equipment. The optimal reaction conditions help maintain product quality and safety from reactant input, heating or cooling configurations, and other process variables.
Vessel Propulsion Control: It is used to monitor turbine speed, torque, and fuel consumption. GE IS215VPROH2BC manages the operation of the turbine to modify the speed and direction of the vessel as per the navigation needs. Furthermore, a superstition provides data to improve fuel efficiency, minimizing emissions, and guaranteeing the dependability of the propulsion program for long distances.
