1.Display mode: LED (nixie tube) display 

2. Measuring range: 0~14.00PH, 0~99.9℃, -l999~+1999mV

3. Temperature compensation range: automatic: 0 - 99.9 ℃, manual: 0 - 99.9 ℃

4. 25℃ Conversion: 25℃ base temperature for pure water and ammoniated ultrapure water

5. Resolution: 0.01PH, 0.1mV, 0.1℃

6. Accuracy: ±0.05pH, ±l mV, ±0.3℃

7. Input impedance: ≥1012Ω

8. Isolated current output: 4~20 mA(load <750 Ω)

9. High and low alarm relay: AC220V, 3A, isolated output of alarming signals

10. Communication interface: RS485 or 232(optional)

11. Power supply: AC220V ±22V, 50Hz ±1Hz, DC24V(optional)

12. Protection grade: IP65

13. Working conditions: ambient temperature: 0~60℃; relative humidity ≤90％

14. Power-down memory: > 10 years

15. Weight: 0.6kg

16. Overall dimension: 96(length) x 96(width) x 110(depth) mm dimension of the hole: 92 x 92mm

17.Installation type of secondary meter: Drilling type/hanging type

    Installation type of electrode: Flow-through/immerged/flanged/pipe-based

Computer-based: Multi-parameter measurement, automatic temperature compensation and self-checking are achieved thanks to the high-performance CPU chip, high-precision AD conversion technology and SMT technology, resulting in high precision and repeatability.

Reliability: All the component are arranged on one circuit board. No complicated functional switch, adjustment  knob and potentiometer.

Strong interference immunity: The current output and alarm relay adopt optoelectronic isolating technology, strong interference immunity and the capacity of long-distance transmission.

Automatic alarming function: Isolated alarming signal output, discretionary setting of upper and lower thresholdsfor alarming, and lagged cancellation of alarming.

Sewage treatment

Aquaculture

Circulating water treatment

Dosing control

Biopharmaceutical

Fermentation

Chemical Industry

Power plant

Influent water treatment

Pretreat influent water before it enters your plant’s system. Proper influent water monitoring is the first defense to protecting the health of your equipment and preventing corrosion. By properly treating water at this stage, you can reduce costs and treatment within the power and steam generating process.

Steam and power generation

Protect your equipment – from pipes and tubes, to turbines and boilers – by ensuring your water is of the highest quality. Minimize silica levels to prevent turbine blade erosion, and monitor and manage dissolved oxygen (DO) to prevent corrosion.

Cooling water

Ensure heat transfer processes are as efficient as possible by effectively controlling total suspended solids (TSS) to avoid the expense and downtime associated with fouling and mineral buildup that can cause scaling and hazardous operating conditions.

Industrial wastewater

Ensure compliance with all discharge requirements. Our industrial wastewater solutions help you minimize environmental impact and ensure compliance with permits.