ICS Triplex T8480

Working parameters

Power supply: In normal operating mode, it usually provides a constant voltage power supply, such as: 24VDC ±10% to maintain stable input and continuous operation. It may supply power in a way that balances power and performance without being excessive, and within the standard power range for efficient installation and operation. The normal operating temperature range is sufficient to meet the requirements of -20 to +60 C. Such a temperature range makes applications from refrigeration units to hot industrial plants possible without significantly reducing the expected performance.

Fast processing: ICS Triplex T8480 provides high-speed computing through a powerful processor. It may reach a clock speed equivalent to several hundred megahertz, so that complex control algorithms and large amounts of data can be processed in a short time. Memory capacity: It is equipped with sufficient memory, both volatile memory (such as RAM) and non-volatile memory (such as flash memory), so that program code, configuration data, and temporary variables can be stored. Therefore, the random access memory may be only a few GB, because it must support real-time data processing, while the flash memory may be very large to be able to save firmware information and long-term configuration settings.

Product Features

Redundant Control: This feature of the ICS Triplex T8480 is an adaptive control function. It contains multiple redundant channels that are related to key components such as processors and communication interfaces. Therefore, when the first channel fails, the other channel will immediately take over the process, so the control is not interrupted. This improves the availability and reliability of the control system at the same time.

Precision Measurement and Control: Among other things, it can accurately measure all relevant process variables such as temperature, pressure, flow rate and liquid level. The control actions based on this measurement have strict accuracy. For example, it can change the opening of the valve within a high range of about ±0.1% of the set point, thereby affecting the flow of fluid in the process.

Communication Facilities: The ICS Triplex T8480 can be used with a variety of communication protocols, including PROFINET and MODBUS TCP, while serving as industrial Ethernet communication methods and other serial communication protocols. This enables other devices connected to these communication facilities in the industrial network to communicate with each other, such as sensors and actuators and other control systems. Together, they can coordinate control and monitor the entire industrial process in real time.

Programmable: Programming is also made very easy. Engineers will use programming languages such as ladder logic, function block diagram or structured text to develop their custom control strategies. This flexibility ensures a wide range of industrial applications and opportunities for specific control requirements for the ICS Triplex T8480.

Application Scope

Oil and Gas Industry: In the oil and gas sector, the ICS Triplex T8480 is used to control production processes. It manages the flow of crude oil from wells, pipelines to refineries. This includes the control of pumps, valves and compressors to ensure stable and efficient operation of the entire production chain. In addition, it ensures continuous monitoring of safety parameters, thereby preventing leaks and accidents due to overpressure.

Chemical Processing: Used to control chemical reactions in chemical plants. This application can effectively and accurately regulate the temperature, pressure and dosage of reactants in the reactor, thus ensuring consistency in quality and safety in highly reactive and sometimes dangerous chemical processes.

Power Generation: In power plants, whether they are thermal power plants, nuclear power plants, or renewable energy power plants such as wind or solar farms, the ICS Triplex T8480 plays an important control role in generators, turbines and other power generation equipment alone. Monitors grid connection and adjusts power output based on grid demand.