Many products are not yet on the shelves. Please contact us for more products.

　　If the product model is inconsistent with the display picture, the model shall prevail. Please contact us for specific product pictures, and we will arrange to take photos in the warehouse for confirmation.

　　We have 76 shared warehouses around the world, so sometimes it may take several hours to accurately return to you, please understand. Of course, we will respond to your concerns as soon as possible.

　　TAC-311DG Other names:

　　PCB module TAC-311DG

　　TAC-311DG multi-function PMS control system

　　Control board TAC-311DG

　　DEIF TAC-311DG synchronous control module is a high-performance communication and control module produced by DEIF, Denmark, which is widely used in power systems and power generation control. The module is mainly used to realize data communication, information exchange and collaborative control between devices. It is suitable for power plants, power stations, microgrid systems, and energy management systems for industrial and commercial buildings.

　　Working principle:

　　The TAC-311DG module connects with other devices in the system through its built-in communication interface (such as Ethernet, serial port, etc.) to realize real-time transmission and sharing of data. The module integrates intelligent algorithms, which can automatically adjust the control strategy according to the received data to ensure the stable operation of the system. For example, in the power generation control system, STAC-311DGcan monitor the output power and frequency of the generator in real time, and ensure the synchronous operation of multiple generators by adjusting the control instructions.

　　Core functions

　　Data communication and information exchange: Realize the transmission of real-time data, status information, alarms and events between devices, and support the interconnection of devices in power system and power generation control applications.

　　Protocol conversion and compatibility: Support multiple communication protocols, realize protocol conversion between different devices, and ensure system compatibility.

　　Remote monitoring and remote control: Support remote monitoring and remote control functions, which is convenient for operators to remotely monitor and control the system.

　　Power generation equipment control: In power plants, power stations or microgrid systems, realize data communication and control between different power generation equipment (such as generators, diesel generator sets, etc.).

　　Power system monitoring and fault diagnosis: In power distribution systems and power grids, realize data transmission and monitoring, monitor the power system status in real time and perform fault diagnosis.

　　Energy management: In the energy management system of industrial and commercial buildings, it is used for data transmission and coordinated control between different devices to optimize energy utilization efficiency.

　　Microgrid control: In microgrids and distributed energy systems, it is used for communication and coordinated control between devices to achieve stable operation and energy optimization of microgrids.

　　Position and role in system architecture

　　The TAC-311DG module is usually located in the control layer of the power system. As one of the core control units, it is responsible for data interaction and coordinated control with other devices (such as generators, controllers, monitoring systems, etc.). Its functions include:

　　Data hub: As the data transmission center in the system, it is responsible for collecting, processing and distributing various operating data.

　　Control coordination: According to system requirements, coordinate the operating status of different devices to ensure the overall stability and efficiency of the system.

　　Fault diagnosis: Real-time monitoring of system operating status, timely detection and reporting of fault information, and convenient for rapid maintenance and repair.

　　Interface relationship with other modules or systems

　　The TAC-311DG module has a rich variety of interface types, which is convenient for integration with other devices or systems:

　　Communication interface: supports multiple communication interfaces such as Ethernet and serial port (such as RS-232, RS-485), which is convenient for connection with different types of devices.

　　Protocol support: supports multiple communication protocols such as Modbus, Profibus, DNP3, etc., to ensure seamless integration with existing systems.

　　Input/output interface: provides digital and analog input/output channels for direct connection with sensors, actuators and other devices to achieve data collection and output of control instructions.

　　Technical features

　　Modular design: easy to install, maintain and upgrade, users can configure and expand the system as needed.

　　Versatility: supports multiple functions such as generator control, power management, engine monitoring, etc., suitable for ships, industries and energy management systems.

　　Digital and analog input/output: has multiple digital and analog input/output channels, which can communicate with different types of sensors, actuators and devices.

　　Rich communication interfaces: equipped with communication interfaces such as Ethernet and serial ports, which is convenient for data exchange with other devices and systems.

　　Data recording and storage: record and store system performance and operation data to support subsequent analysis and maintenance.

　　Programmability: users can configure and program according to specific needs, and flexibly adapt to different application scenarios.

　　High reliability and durability: designed for harsh environments to ensure long-term stable operation.

　　Application scenarios

　　Power system and power generation control: used in power plants, power stations or microgrid systems to achieve data communication and control between power generation equipment.

　　Marine application: suitable for ship power systems, supporting generator control, power management and engine monitoring.

　　Industrial automation: in the energy management system of industrial and commercial buildings, realize data transmission and coordinated control between devices.

　　Smart microgrid: in microgrids and distributed energy systems, realize communication and coordinated control between devices to ensure stable operation and energy optimization of microgrids.

　　Advantages

　　Efficient communication: support multiple communication protocols to ensure efficient data transmission between devices.

　　Flexible configuration: modular design and programmability enable it to adapt to different application needs.

　　Remote management: remote monitoring and remote control functions reduce operation and maintenance costs and improve system management efficiency.

　　High reliability: Designed for harsh environments to ensure long-term stable operation of the system.

　　Data support: Data recording and storage functions provide strong support for system analysis and optimization.

　　All products on this website are special products, and the market prices have been fluctuating.

　　Specific reference shall be made to the customer service quotation, because the product is a new product and the price is not real.

　　Please confirm the model and product, price and other detailed information with the customer service before placing an order. The website has been used.

　　New ones are on sale, please contact the customer service for communication.

Related product recommendations:
HD08T21-KMC-EP1-CACP-500712
RCU502
MRU-M-SU1
RUDDER 50-0-50 3-12-21V
DPS112
RDO-16
RDO-16 8100155
DP-OS
306514 DP-OS
MP7900
NO04079
NO04079 320838 MP7900
HD13T21-KMC-EP1-CAAC-500569
MP5810
MD 24
Coex 3000-1S18-WA
DO400
AI400
DI400
SBC400H
SIMRAD
More...