Product Short Description
- Technical Specifications
- Storage and Core Configuration
It is configured with 1MS RAM, which provides sufficient storage space for the operation of control programs and the temporary storage of real – time data and sequence of events records. The enhanced TRICONZ main processor II core design ensures efficient operation of complex control logic and rapid processing of large – volume on – site data.
- Physical Parameters
Its physical dimensions are 45×20×15 cm and it weighs 3 kilograms. The standardized size is perfectly compatible with the installation rack of Triconex Tricon series control systems, allowing for quick and accurate installation without additional adaptation parts.
- Compatibility
It can support up to 118 analog and digital I/O modules. It can connect with Modbus hosts and slaves, and can also communicate with distributed control systems of Honeywell and Foxboro. It can also establish peer – to – peer network connections with other Triconex systems and connect with external hosts through TCP/IP networks. It also supports remote I/O modules that are up to 12 kilometers away from the mainframe.
- Origin and Quality Assurance
It is produced in the United States. Regular suppliers provide brand – new original products with a one – year warranty period. This ensures the long – term stable operation of the module in industrial environments and provides effective after – sales support for users in case of faults.
- Storage and Core Configuration
Description
- Functional Features
- Triple Modular Redundancy for Fault Tolerance
It operates three independent processor channels, each executing the same control program simultaneously. A dedicated hardware and software voting mechanism verifies the calculation results of the three channels. When a single processor channel malfunctions, the other two normal channels can ensure the correct output of the system, avoiding system interruption caused by single – point faults.
- Sequence of Events Recording for Traceability
The built-in SOE function can accurately record the occurrence time and sequence of key events in the industrial control process. This function provides a complete data basis for subsequent fault analysis and system optimization, helping technicians quickly locate the root cause of abnormalities in the production process.
- Online Maintenance Without Interruption
It supports on – site module – level installation and maintenance operations. During routine maintenance or replacement of faulty components, there is no need to interrupt the normal operation of the entire control process or disconnect the on – site wiring. This greatly shortens maintenance downtime and improves the continuity of industrial production.
- Intelligent Auxiliary Reduction of Workload
It cooperates with intelligent I/O modules of the Triconex system. Each I/O module is equipped with three microprocessors that are responsible for filtering and correcting input signals, diagnosing hardware faults, and verifying output states. This distributes part of the data processing pressure, reduces the workload of the Triconex 3004 main processor, and improves the overall operation efficiency of the system.
- Triple Modular Redundancy for Fault Tolerance
- Application Scenarios
- Oil and Gas Industry
It is a key component of the emergency shutdown system in oil drilling platforms, natural gas processing plants and long – distance pipeline transportation systems. It processes signals from pressure, flow and gas concentration sensors in real time. When parameters such as pipeline pressure exceed the safety threshold or gas leakage is detected, it immediately triggers the emergency shutdown procedure to cut off the transmission of oil and gas and prevent fires and explosions.
- Chemical and Petrochemical Industry
It is applied to the control systems of reactors, distillation towers and other key equipment in chemical and petrochemical plants. It runs complex reaction control programs and connects with the combustion 器 management system and fire and gas system. It responds to dangerous situations such as abnormal reaction temperatures and toxic gas leakage in a timely manner, executes safety interlock actions, and ensures the safety of production personnel and equipment.
- Power Generation Industry
It is integrated into the control systems of boilers, steam turbines and other equipment in nuclear power plants and large thermal power plants. It collects and processes data from water level sensors, steam pressure detectors and speed monitors. It adjusts the operating parameters of the equipment in real time. When equipment malfunctions, it promptly implements protective measures such as load reduction or shutdown to ensure the stable and safe operation of the power generation unit.
- Water Treatment Industry
It is used in the safety control system of large water treatment plants, especially in the processes involving sewage treatment and drinking water purification. It controls the operation of pumps, valves and chemical dosing equipment. It processes data from water quality sensors and flow meters. It ensures the stability of water treatment processes, meets relevant water quality standards, and avoids environmental pollution caused by substandard water discharge.
- Oil and Gas Industry
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