Through the intelligent interface and communication protocol of RS485 (or RS232) provided by the UPS equipment, the UPS monitoring signals are directly connected to the serial port of the monitoring host via a bus. The UPS is then monitored in real-time by the monitoring platform software. The software conducts real-time monitoring of the working status and operating parameters of various components of the UPS power supply. Once a fault or alarm occurs, it issues an external alert through the monitoring platform.

Achieve Functionality

• Real-time monitoring of the operating status and parameters of various parts of the UPS, including the rectifier, inverter, battery (battery health detection, including voltage and current values), bypass, and load. The specific content that can be monitored is determined by the manufacturer's protocol, and may vary depending on the brand and model of the UPS.
   
• The system can set threshold values (including upper and lower limits, as well as recovery limits) for the monitored parameters. Once the UPS exceeds these thresholds or experiences a fault, the system will trigger an alarm, record the alarm event for storage, and provide corresponding handling prompts. It can also immediately issue external alerts through phone dialing, SMS, email, audible and visual alarms, etc.
   
• Provides record query functionality, allowing administrators to query alarm data and parameter values for specific alarm times. The data can be exported in EXCEL format, making it convenient for administrators to comprehensively understand the operating status of the UPS.

Advantages and Highlights

1. Compatible with mainstream UPS brands: Schneider, APC, Emerson, Eaton, Delta, Santak, Kehua, Costar, Huawei, and others.
2. Customizable according to needs: Real-time monitoring of operating status and parameters based on the communication protocols and intelligent communication interfaces provided by UPS manufacturers.
3. Monitoring content: UPS input and output voltage, load condition, battery capacity, internal temperature, mains frequency, basic information, working status, etc.
4. Monitoring of various UPS faults such as rectifier faults, inverter faults, battery faults, etc.
5. Multiple alarm methods: audible and visual alarms, SMS, voice, phone calls, emails, etc.
6. Automatic recording of UPS alarm information and inquiry of alarm log information.
7. Setting threshold values (including upper and lower limits, and recovery limits) for automatic alarms in case of faults.
8. Querying alarm data and parameter values for specific alarm times.
9. Re-setting user permissions.

Using the RS485 (or RS232) intelligent interface and communication protocol provided by the precision air conditioning equipment, the monitoring signals of the precision air conditioning are directly connected to the serial port of the monitoring host through a bus, and the precision air conditioning is monitored in real-time by the monitoring platform software. The software monitors the operating status and parameters of various components of the air conditioning system, such as compressors, fans, heaters, humidifiers, dehumidifiers, filters, etc. It also allows for remote modification of air conditioning settings (temperature, humidity, upper and lower temperature limits, upper and lower humidity limits, etc.) through a network, and enables remote powering on/off of the air conditioning system.

Achieve Functionality

• Real-time monitoring of the operational status and parameters of precision air conditioning components such as compressors, fans, pumps, heaters, humidifiers, dehumidifiers, filters, return air temperature, and humidity. Remote control of precision air conditioning for power on/off is also available (the specific content that can be monitored is determined by the manufacturer's protocol, and may vary depending on the brand and model of precision air conditioning). Simultaneous support for linkage control with other subsystems, such as automatically initiating cooling operations when the temperature exceeds a certain threshold. 
   
• The system can set threshold limits (including upper and lower limits, as well as recovery limits) for various monitored parameters. Once a fault occurs in the precision air conditioning, the system will automatically switch to the corresponding monitoring interface. The status or parameter that triggered the alarm will turn red and blink, and an alarm event will be recorded and stored with corresponding handling prompts. External alarms will be triggered immediately through methods such as phone dialing, SMS, email, and audible and visual alarms.
   
• Record queries are provided, enabling administrators to retrieve alarm data and parameter values at specific alarm times. These data can be exported in Excel format for convenient analysis, allowing administrators to comprehensively understand the operational status of precision air conditioning in the data center.

Advantages and Highlights

1. Automatically record air conditioning alarm information and provide access to alarm log inquiries.

2. Multiple alarm methods include: SMS, voice, phone calls, and emails.

3. Query alarm data and specific parameter values at the time of the alarm, and export them in EXCEL format.

4. Set threshold values (including upper and lower limits, as well as recovery thresholds). In case of a malfunction, the system will automatically switch to the corresponding monitoring interface.

5. Customizable according to needs: Real-time monitoring of working status and parameters is available based on the communication protocol and intelligent communication interface provided by precision air conditioning manufacturers.

6. Compatible with mainstream precision air conditioning brands such as Envicool, Vertiv, Stulz, Canatal, KSTAR, HIREF, Haier, EAST, iTaQ, Midea, CLIMAVENTA, BlackShields, and hundreds of other brands.