The engine room monitoring system mainly includes the following subsystems: air conditioning monitoring system, UPS backup power monitoring system, power distribution monitoring system, leakage monitoring system, temperature and humidity monitoring system, fire monitoring system, access control system, closed-circuit video monitoring system, multimedia voice alarm System, telephone voice alarm system, mobile phone SMS alarm system, etc. According to specific conditions and actual needs, the above sub-system can be selected to form a site monitoring system that is suitable for the actual situation.
First, what is the computer room monitoring system information?
The informationization of the computer room system is to integrate control and management of all sub-systems by means of the Internet of Things and these sub-systems, and intelligently connect the networks and devices to realize intelligent monitoring and informationization.
Second, the engine room centralized monitoring system uses what technology?
The engine room centralized system consists of the monitoring center, remote client computers, computer transmission network, SMT-2200 embedded field monitoring host, sensors, and smart devices. In order to enhance the system's functionality, users can choose to configure multimedia sound cards, telephone voice cards, GSM modems, video cards, and other devices as needed.
The system adopts an open architecture and supports various transmission networks, including Ethernet, Frame Relay, FDDI, ATM, PPP, and Token, as long as the network can support the TCP/IP protocol.
The system is based on the TCP/IP protocol and forms a unified and convenient information exchange platform. The real-time running information of each subsystem can be uploaded to the monitoring and control station of the monitoring center through the gateway. Each monitoring and management personnel can conveniently browse the rich real-time information through the monitoring terminal under the authorization, monitor and manage the real-time working conditions of each subsystem, and can also integrate the system with MSSQL, MySQL and other databases through the Open Database Connectivity (ODBC) technology. The office automation and management information database is interconnected to provide comprehensive information and data.
The main core technologies used are:
Image monitoring: Acquire audio and video signals through the audio and video interface of the intelligent monitoring screen to realize real-time monitoring of the image in the engine room, hard disk storage, and network transmission.
Environmental monitoring: The use of digital input modules and analog input modules, access to infrared, smoke, flooding, temperature and humidity transmitters and other probe acquisition signals, to achieve the security of the engine room, fire, water leakage and room temperature and humidity monitoring .
Access Control Attendance: Through the access control card reading equipment installed at the entrance of each computer room, access control and attendance management of the computer room are realized.
Equipment monitoring: The use of SMT-2200 embedded field monitoring host access to the engine room UPS, dedicated air conditioning, switching power supply and backup generators and other smart devices, these devices generally provide communication interfaces to achieve real-time monitoring of these devices; using a dedicated power monitoring module Real-time monitoring of the operating parameters and status of various distribution cabinets.
Centralized management: Each monitoring point data can be transmitted to the monitoring center through LAN/WAN, GPRS, and other TCP/IP network systems to achieve centralized monitoring and management, and centralized management of devices can be performed at the same time.
Security monitoring: mainly burglar alarm. Shuangjian (infrared + microwave) dual monitoring of the movement of the human body and objects, the use of door magnetic monitoring of the status of the doors and windows, and other anti-theft alarm equipment on the computer room security status detection, found that the alarm immediately issued a notification (such as text messages, e-mail, etc.) , and start sound and light alarms, etc.
Alarm Control: When an alarm occurs, the system will immediately send the alarm information to the user through SMS, E-mail, SNMP Trap, and sound and light. At the same time, linkage control can be performed according to the alarm condition. For example, the control of the computer room access control can release the control of the access control system when a fire alarm occurs. When the temperature of the engine room is too high, the temperature of the normal air conditioner can be automatically adjusted, and the temperature is maintained within the specified temperature range.
Fire monitoring: Real-time monitoring of fire conditions in the room by collecting signals from fire controllers or alarm signals from smoke detectors. When a smoke fire occurs, the system will immediately give notice (such as text messages, e-mails, etc.) and activate sound and light alarms.
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