GE IS215UCVEH2A Industrial automation module

GE IS215UCVEH2A Industrial automation module

Performance advantage

Processing capacity: It adopts a 300MHz Intel Celeron processor, which can quickly execute various instructions and tasks. Combined with 32MB DRAM, it can process data in a timely manner, ensuring the efficient operation of the module in industrial control and achieving real-time control and monitoring of the equipment.

Storage capacity: Equipped with 16MB or 128MB of flash memory, it can store system programs, configuration information and related data. Even in the event of a power failure, the data will not be lost, ensuring that the module can quickly return to its normal working state after a restart.

Communication capability: Equipped with an RJ-45 Ethernet interface, supporting 10BaseT/100BaseTx, it can conveniently conduct network communication with other devices or systems to achieve remote monitoring and control. It is also equipped with a COM1 serial port, which can meet different communication requirements and facilitate the connection to specific external devices.

Working environment adaptability: The working temperature range is -20 ℃ to + 70℃, and the humidity range is 0% to 95% non-condensing. It has strong environmental adaptability and can work stably in various harsh industrial environments.

Power supply requirement: The power supply requirement is + 5V DC, with a typical current of 6A and a maximum current of 8A. It has relatively low power consumption and can effectively reduce the energy consumption of the system.

Convenient operation and maintenance: The front panel is equipped with three LED indicator lights, which can visually display the working status of the module, facilitating real-time monitoring by users. The recessed reset button design can effectively prevent accidental contact, improve the stability of equipment operation, and also facilitate reset operations when needed.

Excellent electrical performance: Multiple capacitors, resistors and chokes are installed on the module, which can optimize electrical performance, ensure the stability and accuracy of signal transmission, and reduce the impact of electrical interference on the module.

Flexible data storage: Integrated MicroSD card provides additional space for data storage, making it convenient for users to store programs, configuration information, and operation data, etc. It is equipped with two lithium batteries as backup power sources, which can ensure that the key data of the module is not lost when the main power supply is cut off, maintain the operation of some key functions, and ensure the continuity and reliability of the system.

High application flexibility: As a dual-sided control board, it can act as a slave/master controller. According to the different requirements of industrial automation systems, its control role can be flexibly configured to adapt to various control scenarios.

The software is powerful: The integrated built-in integrated circuits can store software information, such as the control function of the steam turbine cylinder block library for gas and steam products, which helps to implement complex industrial control algorithms and functions.

The installation layout is reasonable: Installed in the second slot of the VMEbus rack, this fixed slot design makes the layout inside the rack more standardized and reasonable, facilitating connection and communication with other devices and facilitating the integration and maintenance of the entire system.

Industrial scene

I. Energy and Power Industry

Steam turbine control system

As a dual-sided control board, it can act as a master/slave controller, directly participating in the speed regulation, load distribution and safety protection of steam turbines and gas turbines. For instance, in thermal power plants, parameters such as the temperature and pressure of steam turbines are monitored in real time, and the fuel supply and power generation load are coordinated to ensure the stable operation of the units.

Generator set automation

Through Ethernet and serial communication, it is linked with other equipment of the generator set (such as the excitation system and governor) to achieve the automatic control of the power generation process, including grid connection, disconnection and fault protection.

Substation monitoring

It is used in the automation system of substations to monitor and control the status of power equipment (such as transformers and circuit breakers), support remote data transmission, and facilitate real-time management by the power dispatching center.

Ii. Petroleum and Natural Gas Industry

Drilling platform control

On offshore or onshore drilling platforms, control the operation of drilling equipment (such as mud pumps and winches), and monitor drilling parameters (such as torque and depth) to ensure the safety and efficiency of the drilling process.

Monitoring of oil/gas pipelines

The monitoring stations installed along the pipeline collect data such as pressure, flow rate and temperature in real time, and transmit them to the central control system through the network to achieve functions such as pipeline leakage detection and pressure regulation.

Equipment control in oil refineries

It is used for the automatic control of equipment such as reaction vessels and distillation towers in oil refineries, precisely adjusting process parameters to ensure the stability of the oil refining process.

Iii. Manufacturing and Process Control

Chemical production line

In chemical enterprises, it is necessary to control the temperature, pressure and material ratio of reactors to achieve the automation of processes such as polymerization reactions and distillation, avoid manual operation errors and improve product quality.

Metallurgical industry

It is applied to equipment such as blast furnaces and rolling mills in steel plants, controlling parameters such as smelting temperature and rolling speed, and simultaneously monitoring the operating status of the equipment to reduce downtime due to faults.

The food and pharmaceutical industry

In aseptic production lines or high-precision batching systems, stable control logic is adopted to ensure that the production process complies with hygiene standards, such as controlling the temperature and stirring speed of fermentation tanks, or the dosage accuracy of pharmaceutical equipment.

Iv. Rail Transit and Power Systems

Locomotive traction control

In electric locomotives or EMUs, it participates in the control of traction converters, adjusts the motor speed and torque, and achieves smooth train start-up and speed regulation.

Ship power control

Installed in the diesel generator sets or propulsion systems of ships, it controls the power output of the engine, while monitoring fuel consumption and emission indicators to meet environmental protection requirements.

V. Other industrial scenarios

Sewage treatment plant

Control the operation of water pumps and aeration equipment, automatically adjust the treatment process based on water quality indicators, and achieve automated management of sewage treatment.

Central air conditioning and building automation

In large buildings, as a central controller, it coordinates the energy management of air conditioning systems, elevators and lighting, optimizes operation strategies through sensor data, and reduces energy consumption.

Control of mining machinery

The hoists, crushers and other equipment used in mines can be remotely controlled and fault early warning can be achieved, improving the safety and efficiency of mining operations.