Системы дистанционного управления
ASAMI Distributed Remote Monitoring System is based on the distributed framework to achieve centralized control and management of HVAC equipment located in different areas. The system is suitable for large office parks, school dormitories, airports, shopping malls, apartment buildings, office buildings and other scenarios.
Device monitoring
It can monitor and control the parameters of every air conditioning device within the system, for example, on/off, running mode, set temperature, ambient temperature, etc., presenting the communication and malfunction data of air conditioners in a visual way.
Device monitoring
It can monitor and control the parameters of every air conditioning device within the system, for example, on/off, running mode, set temperature, ambient temperature, etc., presenting the communication and malfunction data of air conditioners in a visual way.
Remote control
Administrator can log in the control system through web browser on any kinds of terminals (from a long distance). Based on user’s property management payment or energy-saving needs, you can control t h e on/off , temperature, running mode o r other controllable parameters of any indoor unit from a long distance.
Malfunction alarm
When an air conditioning device is malfunctioning, the system will report in real time and display malfunction details to users or after-sales service staff for the convenience of locating malfunction and timely maintenance.
Property management
Visual management: It provides three viewing and control modes in regard to devices, engineering and grouping. You can set names for indoor units, change the details according to structural alteration and view clearly the condition of devices in each area, which is convenient for management.
Schedule management
It provides customized schedule preset mode and auto switch between “workday mode” and “holiday mode”, satisfying different scheduling demands of commercial buildings, workplaces, family units, etc.
Distributed design for balancing the load. With distributed structure, the gateway has independent logical memory capability and can perform data processing for the first time, reducing the pressure on server (Intelligent Remote Eudemon). Once customized preset is made, each gateway can work independently, no need to keep connecting to the software.
Adopt WEB technology based on HTML5, control the system anywhere. The software adopts B/S structure. With system’s core functions installed on the server side, the front end adopts HMTL5 technology and the web browser is the client side. You can control the system on different platforms and terminals.
Design according to the project, increase interactive experience for convenient debugging and use. It adopts visual interactive design, supports one-button import of details, engineering information, and so on, making the modification and debugging more convenient, and the operation more visualized and reliable. On the basis of Ethernet, the building’s local network can be utilized directly without the need to build an air conditioning network, saving materials and construction time.
Fast, reliable and in real time
Instead of using RS485 communication method, it adopts “CAN+Ethernet”, which features high efficiency and large data volume. You can view units’ condition in real time and control over 4,000 air conditioners in seconds.
