Product Short Description
Technical Specifications
- Electrical Parameters
- It supports dual power input of primary and secondary, which is compatible with the 24V DC power supply commonly used in industrial control systems, ensuring continuous power supply for the installed modules and avoiding system downtime due to single power failure.
- It is equipped with dual fieldbus and time strobe interfaces, and supports multiple communication protocols including Modbus RTU, Profibus DP and HART, realizing seamless data transmission with various I/O modules and upper-level control equipment.
- It can match with multiple types of discrete input modules, and adapt to the signal transmission requirements of different specifications of I/O modules, meeting the diverse configuration needs of control systems.
- Physical Parameters
- It has a compact size, with common dimensions of 120mm × 80mm × 20mm, and a weight of approximately 0.2 kilograms, which occupies little space in the control cabinet and is convenient for intensive layout with other control components.
- It has a protection level of IP65 or IP67, which can effectively prevent the intrusion of dust and spray water, and protect the internal electrical connection components from damage in harsh on-site environments.
- Environmental Parameters
- Its operating temperature range is -40°C to 85°C, which enables it to adapt to extreme temperature conditions such as high-temperature chemical workshops and low-temperature outdoor pipeline control stations.
- It can operate stably in an environment with a relative humidity of 5% – 95% without condensation, which is suitable for humid industrial sites such as water treatment plants and papermaking workshops.
Description
Function Features
- Stable Multi-module Integration Capacity
As an 8-position modular baseplate, it can accommodate up to 8 functional modules at the same time. It integrates the power supply and signal transmission channels of each module, avoiding the chaos of scattered wiring between multiple modules. This centralized integration method not only improves the stability of signal transmission between modules but also makes the overall structure of the control system more neat and easy to manage.
- Redundant Design for Reliable Operation
The baseplate is configured with primary and secondary dual power inputs. When one power input path fails, it can quickly switch to the other path to supply power. This redundant power supply design ensures that the installed modules will not stop working due to power interruption, greatly improving the reliability and continuity of the entire control system.
- Convenient System Configuration and Expansion
It is equipped with a module position DIP switch, which allows operators to quickly configure the address and function parameters of the installed modules through simple switch operations without complicated wiring modifications. When the production scale expands and the control system needs to add modules, the baseplate can directly support the access of new modules, which simplifies the system expansion process and reduces the transformation cost of the control system.
- Easy Installation and Maintenance
The modular structural design simplifies the installation process of the entire control subsystem. Operators can directly insert the matching modules into the baseplate’s slots to complete the assembly. When a certain module breaks down, it can be quickly removed and replaced from the baseplate without affecting the operation of other modules, which significantly shortens the maintenance time and reduces the difficulty of on-site maintenance work.
Application Scenarios
- Oil and Gas Industry
It is widely used in oil drilling platforms, refineries and long-distance gas transmission pipeline control systems. It serves as the baseplate for installing pressure, temperature and flow I/O modules. It integrates the signals collected by these modules and transmits them to the central controller. The controller adjusts the opening of valves and the speed of pumps according to the data, ensuring the safety and efficiency of oil and gas extraction, refining and transportation processes.
- Chemical Industry
It is installed in the control cabinets of chemical production workshops, matching with the I/O modules that monitor reactor temperature, material concentration and distillation tower pressure. It provides stable installation and signal transmission support for these modules. It ensures that the key process parameters in the chemical reaction process are accurately and timely transmitted to the distributed control system, which helps the system accurately regulate the feeding speed and reaction time and avoids safety accidents caused by parameter deviations.
- Power Industry
It is applied in thermal power plants, hydropower stations and other power generation facilities. It is used to carry the I/O modules that monitor boiler temperature, steam turbine pressure and cooling water flow. It realizes the integrated transmission of power and signals between the modules and the central control platform. The platform relies on the transmitted data to adjust the fuel injection volume and cooling system operation parameters, maintaining the stable operation of power generation equipment and ensuring the continuous supply of power to the power grid.
- Water Treatment Industry
It is deployed in urban sewage treatment plants and industrial wastewater treatment systems. It matches with the I/O modules that detect water quality parameters such as pH value, pollutant concentration and water flow. It provides reliable electrical connection and signal transfer services for these modules. It ensures that the water quality monitoring data is quickly fed back to the control system, which then precisely controls the operation of dosing pumps and filtration equipment to ensure that the treated water meets the discharge standards.
- Food and Beverage Industry
It is used in automated production lines such as dairy processing and beverage filling. It carries the I/O modules that monitor pasteurization temperature, ingredient mixing ratio and filling flow rate. It ensures the stable transmission of parameter signals in each production link. It enables the control system to adjust the production equipment in real time, maintaining the consistency of product quality and complying with strict food safety production standards.
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