PowerMon far surpasses ordinary analyzers
All online monitoring instruments of Brown Rupee are fully automatic operation, automatic monitoring and automatic calibration. PowerMon not only has this performance, but also greatly expands the testing scope of online analysis, improves the convenience of operational analysis, and effectively reduces operating costs.
PowerMon uses chemical analysis methods to determine the concentration of substances in the sample. Some parameters such as dissolved oxygen, pH, The use of specialized electrodes for oxidation-reduction and conductivity can achieve better monitoring. PowerMon can freely connect these electrodes to form a multi parameter analyzer, which can flexibly monitor multiple parameters.
innovate
Connect external sensors
A PowerMon can connect up to 100 external sensors to achieve data recording and control functions.
More economical, precise, and efficient
PowerMon is suitable for various types of samples and can automatically switch between testing multiple sample streams, making it more cost-effective compared to a single analyzer. At the same time, lower flow rates and longer maintenance intervals greatly reduce operating costs. The peristaltic pump with speed control can effectively reduce analysis time, while the high-precision dual beam photometer ensures optimal stability of test values.
Remote diagnosis and network connectivity
PowerMon is easy to connect with computer networks or telephone systems, enabling remote control and monitoring of instruments.
Convenient data transfer via USB
Hardware upgrade through USB flash drive: Simply insert the USB flash drive and the upgrade will automatically occur. The data of the instrument can also be transferred to a USB flash drive and transferred to a non networked personal computer.
Outstanding features
Touch Screen
The touch screen provides a graphical user interface and visual operating programs, making it more convenient for users to learn and use the instrument.
Software based on Linux system
The open operating system ensures rich and stable software for PowerMon instruments
LAN realizes comprehensive network functions
All functions of PowerMon can be implemented through a local area network, making it the first truly networked online analyzer.
Supports all common interfaces:
RS232
LAN
ProfiBus
Modem ( Analog / ISDN , GSM )
USB
SMS sending error report
Once an error occurs, the system will automatically notify the technical service personnel via SMS
Standard dual sample flow
Simply adding an electromagnetic valve at no additional cost, PowerMon can demonstrate the functionality of the second sample flow and can be expanded to six different sample channels.
Optional additional box
PowerMon adopts a modular structure, allowing users to freely stack and analyze modules within the enclosure, or operate without an external enclosure.
Outstanding advantages:
The latest generation of online instruments based on Linux operating system,
2. Supports all common interfaces such as: USB/ RS232 /LAN/ ProfiBus /Modem ( Analog / ISDN , GSM )
3 Powerful Scalability: Can connect and control up to 100 external sensors
4 Touch Screen: The combination of graphical user interface and rich teaching programs with touch screen makes learning and application of instruments easier
Less traffic and longer maintenance intervals greatly reduce the operating costs of instruments
Adjusting the rotational speed of the peristaltic pump can reduce analysis time,
The built-in high-precision dual beam photometer ensures the stability and accuracy of the analysis values
Analyze parameters
PowerMon silicon meter, sodium meter, phosphorus meter, boric acid (nuclear power plant cooling water monitoring) specially customized for power plants
PowerMon electrode method measurement parameters:
carbon dioxide
Chloride ion
potassium ion
Ammonia nitrogen
fluoride
nitrate
Dissolved organic carbon/total organic carbon/total carbon
Measurement parameters of PowerMon titration method:
boric acid
hardness
hydrogen peroxide solution
peracetic acid
PH value p/m
sulfide
PowerMon colorimetric method for measuring parameters
aluminium
chlorine
chlorine dioxide
hexavalent chromium
cobalt
cyanide
Copper ion
Iron ion
HYDRAZINE
manganese ion
Ammonia nitrogen
Nickel ion
nitrate
nitrite
phenol
phosphate ion
total phosphorus
sulfide