Museum Intelligent Building Automation System
Overview
The design of building automation systems (BAS) is rapidly changing from proprietary architecture to PC-based open system design. The new BAS can automate communications, office functions and building control, and complex computer systems manage the entire smart building. Relying on our 15 years of PC-based automation experience, Advantech has developed a series of PC-based distributed data acquisition and control modules, the model of which is ADAM-5000/485. The ADAM-5000/485 series has a built-in programmable I/O array and alarm output that allows the user to design the system flexibly. Also provides a range of communication media support, such as twisted pair, wireless modem and fiber optic cable. Networking via RS-485 makes it easy to integrate ADAM-5000/485 modules with computers and Windows-based software to create a complex, easily scalable building automation system.
System Requirements The building automation system of the museum was originally installed 10 years ago. This old BAS is based on a proprietary architecture and the system is in an overloaded operating state. Museum managers cannot add new features to their business. In addition, there are many problems with expanding the system. Since BAS is developed on a proprietary architecture, expanding services requires special technologies that are not easily accessible. In addition, the spare components needed for their building automation system are expensive and not easy to find, which delays the upgrading of the project. More importantly, the proprietary architecture makes it difficult to connect BAS to other devices, creating a lot of compatibility problems. In order to reduce the cost of building and maintaining building automation systems, museums gradually replaced their existing proprietary BAS with Advantech's PC-based control system. Thanks to the extremely flexible system design of the distributed data acquisition and control functions of the ADAM-5000/485 modules, the museum chose them as the best solution for their projects.
System Architecture The museum decided to build two separate systems using the ADAM-5000/485 distributed data acquisition and control module. One is a multi-functional fire alarm system and the other is a key management system. The multifunctional fire alarm system consists of ADAM-5017 8-channel analog input module, ADAM-5051 16-channel digital input module, and ADAM-5056 16-channel digital output module. The system has 120 input and output points. The system can perform such functions as smoke particle analysis and monitoring, alarm output and display, and alarm data storage. The key management system consists of ADAM-5051 and ADAM-5056 DI/DO modules. The system consists of 700 input and output points. The functions of the key management system include key automatic detection, key transaction data storage, and user operations. Each system and monitoring data is displayed in conjunction with VisiDAQ 3.1 HMI software. Each system's data is sent via LAN to a FIX SCADA server, a FIX alarm server and a Microsoft SQL server.
·in conclusion
The ADAM-5000/485 data acquisition and control module is the best choice for medium-scale building automation systems. Advantech's full range of distributed data acquisition and control modules enables you to enjoy the benefits and benefits of PC-based distributed data acquisition and control networks.
Overview
The design of building automation systems (BAS) is rapidly changing from proprietary architecture to PC-based open system design. The new BAS can automate communications, office functions and building control, and complex computer systems manage the entire smart building. Relying on our 15 years of PC-based automation experience, Advantech has developed a series of PC-based distributed data acquisition and control modules, the model of which is ADAM-5000/485. The ADAM-5000/485 series has a built-in programmable I/O array and alarm output that allows the user to design the system flexibly. Also provides a range of communication media support, such as twisted pair, wireless modem and fiber optic cable. Networking via RS-485 makes it easy to integrate ADAM-5000/485 modules with computers and Windows-based software to create a complex, easily scalable building automation system.
System Requirements The building automation system of the museum was originally installed 10 years ago. This old BAS is based on a proprietary architecture and the system is in an overloaded operating state. Museum managers cannot add new features to their business. In addition, there are many problems with expanding the system. Since BAS is developed on a proprietary architecture, expanding services requires special technologies that are not easily accessible. In addition, the spare components needed for their building automation system are expensive and not easy to find, which delays the upgrading of the project. More importantly, the proprietary architecture makes it difficult to connect BAS to other devices, creating a lot of compatibility problems. In order to reduce the cost of building and maintaining building automation systems, museums gradually replaced their existing proprietary BAS with Advantech's PC-based control system. Thanks to the extremely flexible system design of the distributed data acquisition and control functions of the ADAM-5000/485 modules, the museum chose them as the best solution for their projects.
System Architecture The museum decided to build two separate systems using the ADAM-5000/485 distributed data acquisition and control module. One is a multi-functional fire alarm system and the other is a key management system. The multifunctional fire alarm system consists of ADAM-5017 8-channel analog input module, ADAM-5051 16-channel digital input module, and ADAM-5056 16-channel digital output module. The system has 120 input and output points. The system can perform such functions as smoke particle analysis and monitoring, alarm output and display, and alarm data storage. The key management system consists of ADAM-5051 and ADAM-5056 DI/DO modules. The system consists of 700 input and output points. The functions of the key management system include key automatic detection, key transaction data storage, and user operations. Each system and monitoring data is displayed in conjunction with VisiDAQ 3.1 HMI software. Each system's data is sent via LAN to a FIX SCADA server, a FIX alarm server and a Microsoft SQL server.
·in conclusion
The ADAM-5000/485 data acquisition and control module is the best choice for medium-scale building automation systems. Advantech's full range of distributed data acquisition and control modules enables you to enjoy the benefits and benefits of PC-based distributed data acquisition and control networks.
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