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DONGRUN - Model DR4500 -Multi-Parameter Water Quality Analyzer for Drinking Water
The DR4500 is an advanced multi-parameter analyzer tailored for continuous water quality monitoring in drinking water applications. It combines a comprehensive system of sensors, data processing, and wireless transmission capabilities. This device is adept at measuring crucial water quality parameters including temperature, pH, turbidity, and disinfectant indices. More than just a basic analyzer, it can be expanded to track additional parameters such as conductivity and oxidation-reduction potential (ORP). Its integration into existing pipe networks is facilitated by an internal water flow pipeline unit, ensuring seamless operation. The system's digital capabilities allow for real-time remote monitoring, making it suitable for dynamic water quality supervision and management. Its robust design ensures reliable operation in various environments, catering to the needs of municipal water management and compliance with regulatory standards.
- Tap water plants and water supply networks;
- Detection of water quality of secondary water supply in residential area.
- Real-time water quality monitoring of swimming pools, SPA, etc.;
- Water source monitoring, environmental monitoring station, municipal water treatment process.
DR4500 drinking water on-line multi-parameter analyzer is a system integrating pipe network water quality monitoring sensor, data processing unit, internal water flow pipeline unit, wireless transmission control, etc. It can continuously measure temperature, PH, turbidity, and disinfectant indexes, and can expand water quality parameters such as conductance and ORP.
- All sensors and display transmission units are integrated in a 620*430*300mm box. Highly integrated, reserved standard water inlet and outlet interfaces, on-site plug and play.
- The internal structure is designed with a pressure regulating module and a flow stabilizing defoamer to ensure stable water flow at the sensor end Fixed, it is less affected by the pressure change from the pipe network.
- The turbidity sensor has an independent steady flow defoamer and automatic blowdown equipment to ensure the accuracy of turbidity
- The box is made of 304 stainless steel and sprayed to ensure good corrosion resistance and electromagnetic interference resistance.
- The internal water part and the circuit part of the instrument are placed in their own independent chambers, and there are sealing strips, shielding strips and other processing methods between the chambers to ensure the separation of water and electricity, and the separation of dry and wet.
- It has the functions of historical data record and query. It has the functions of power-off protection and automatic recovery of incoming calls, and the parameters set after power-off are not lost. It has the functions of automatic alarm and recording of abnormal data, such as ordering. The alarm can be displayed on the remote monitoring computer or sent to the mobile phone set by the user.
- 7-inch touch screen and the all-Englishoperation interface are simple and clear, simple and easy to learn.
- The modular design of the analysis instrument can easily realize the subsequent expansion of functions without major changes, which is convenient for customers to control the water information in all directions. (e.g. Additional information such as ORP, conductivity, water pressure, etc.).
- Power supply: AC 85-265V, 50Hz. DC 24V power supply is optional.
- Working environment: temperature: (0 ~ 50) ℃, humidity: ≤ 95% RH (without condensation), Indoor (standard).
- Installation method: wall-mounted installation, 600X430X300mm
- Water sample inlet: 3/8 inch pipe with outer diameter (3-minute PE pipe)
- Water sample discharge port: hose with an inner diameter of 20mm
- Digital communication: RS485 MODBUS RTU communication protocol
- Analog Output: 2 x 4-20ma
- Relay output: 3 programmable relays
- Measurement method: platinum resistance temperature sensor method
- Measurement range:-10-100 ℃
- Resolution: 0.1 ° C
- Accuracy: ± 0.20 ° C
- Response time: < 30 seconds
- MTBF: ≥ 1440 hours
PH:
- Method of measurement: Glass electrode method
- Measurement range: 0.00-14.00 pH
- Resolution: 0.01 pH
- Reproducibility: 0.03 PH
- Accuracy: ± 0.1 pH
- Response time: < 30 seconds
- MTBF: ≥ 1440 hours
- Measurement method: polarographic method
- Measurement range: 0 ~ 5 mg/L
- Resolution: 0.01 mg/L
- Reproducibility: 2% or ± 0.04 mg/L for high value primary cell
- 0.5% polarography
- Accuracy: 1% polarography
- Response time: < 60 seconds
- MTBF: 720 hours/time
- Measurement method: Near Infrared Light Source 90 ° Scattering Light Method
- Measurement range: 0 ~ 2 NTU, 0 ~ 5 NTU, 0 ~ 20 NTU
- Resolution: 0.01 NTU
- Reproducibility: ± 1%
- Accuracy: < 2% or 0.02 NTU
- Response time: < 5 seconds
- MTBF: ≥ 1440 hours
- Measurement method: two-electrode conductance
- Measurement range: 0 to 2000.00 uS/cm
- Resolution: 0.1 uS/cm
- Reproducibility: ± 1%
- Accuracy: ± 2%
- Response time: < 30 seconds
- MTBF: ≥ 1440 hours
- Measurement method: platinum electrode method
- Measuring range: -2000 ~ + 2000mV
- Resolution: 1 mv
- Reproducibility: ± 2 mv
- Accuracy: ± 5 mV
- Response time: < 30 seconds
- MTBF: ≥ 1440 hours