Specification
The multi-parameter water quality analyzer represents a cutting-edge advancement in water monitoring technology, proudly crafted and distributed by Asmik Automation. This reliable instrument excels in remote water quality assessment across urban and rural treatment facilities, water transmission pipelines, secondary supply networks, end-user points, indoor swimming pools, extensive purification processes, and direct drinking water systems. It serves as a vital online analytical tool, supporting key areas such as water plant operational oversight, water resource management, and health compliance monitoring.
Designed with flexibility in mind, this water quality monitor is available in both standard and tailored versions. The standard model effectively tracks parameters including turbidity, residual chlorine/chlorine dioxide/ozone, pH, temperature, conductivity/TDS, and ORP. The custom version extends this capability with premium options, including parameter removal, personalized design elements such as logos and system names, and other bespoke features tailored to client specifications.
| Item |
Index |
Value |
| System |
Power supply |
(220±22)VAC, (50±1)Hz |
| Power consumption |
≤30W |
| Cabinet size |
500mm*400mm*200mm |
| Weight |
about 12Kg |
| Storage temperature |
4℃~+50℃ |
| Operating temperature |
0℃~+50℃ |
| Working humidity |
≤95%RH (no condensation) |
| Inlet water flow |
0.03~0.06m³/h |
| Inlet pressure |
< 0.3MPa |
| Display |
Color Touch Screen |
| Communication interface |
RS-485 Modbus RTU communication protocol + wireless interface |
| Turbidity |
Range |
0-1NTU / 0-20NTU / 0-100NTU / 0-2000NTU |
| Resolution |
0-1NTU / 0-20NTU / 0-100NTU:0.001NTU 0-2000NTU:0.01NTU |
| Detection limit |
0.005 NTU |
| Zero drift |
≤1.5% |
| Indication stability |
≤1.5% |
| Accuracy |
2% or ±0.02NTU; 10% or 0.5NTU (0-2000NTU) |
| Repeatability |
≤1% |
| Response time |
T90≤120s |
| Recommended maintenance period |
3-12 months (depending on the water quality on site) |
| Residual chlorine/chlorine dioxide/ozone |
Range |
0-5mg/L / 0-20mg/L |
| Resolution |
0.01mg/L |
| Detection limit |
0.05mg/L |
| Accuracy |
±0.05mg/L or ±5% (DPD comparison error ±10%) |
| Response time |
≤120 seconds |
| Recommended maintenance period |
1-3 months or weekly calibration, 3-6 months to replace consumables |
| pH /ORP(optional) |
Range |
0-14 pH, ±2000 mV (ORP) |
| Resolution |
0.01 pH, ±1 mV (ORP) |
| Accuracy |
±0.1 pH, ±20 mV (ORP) or ±2% |
| Repeatability |
±0.1 pH, ±10 mV (ORP) |
| Response time |
≤60 seconds |
| Recommended maintenance period |
1-3 months |
| Temperature |
Range |
0℃ - 50℃ |
| Resolution |
0.1℃ |
| Accuracy |
±0.5℃ |
| Repeatability |
≤0.5℃ |
| Response time |
≤25 seconds |
| Recommended maintenance period |
12 months |
| Conductivity (Optional) |
Range |
0-20000uS/cm； 0-20uS/cm（Pure water sensor） |
| Accuracy |
±0.8%F.S； ±3%F.S（Pure water sensor） |
| Resolution |
0.01uS/cm |
| Repeatability |
≤0.4%FS |
| Response time |
≤30 seconds |
| Recommended maintenance period |
3-6 months |
1. What is the MIK-MPP500 economy multi-parameter water analyzer?
The MIK-MPP500 is an integrated cabinet analyzer for online water quality monitoring, with a colour touch screen and a compact 500 × 400 × 200 mm cabinet. It is used in urban and rural water supply facilities, tap water distribution networks, secondary water supply systems, household taps, indoor swimming pools, large purification units and direct drinking water systems.
2. Which parameters can it measure?
- Turbidity: 0–1 / 0–20 / 0–100 / 0–2000 NTU
- Residual chlorine, chlorine dioxide or ozone: 0–5 mg/L or 0–20 mg/L
- pH / ORP (optional): 0–14 pH, ±2000 mV
- Conductivity (optional): 0–20,000 μS/cm, or 0–20 μS/cm with the pure water sensor
- Temperature: 0–50 °C
Please tell us which parameters you need so we can confirm the configuration.
3. How accurate is each parameter?
- Turbidity: 2% or ±0.02 NTU (10% or 0.5 NTU on the 0–2000 NTU range)
- Residual chlorine: ±0.05 mg/L or ±5% (DPD comparison error ±10%)
- pH / ORP: ±0.1 pH, ±20 mV or ±2%
- Conductivity: ±0.8% FS (±3% FS with the pure water sensor)
- Temperature: ±0.5 °C
4. Can it measure low turbidity in drinking water?
Yes. Turbidity resolution is 0.001 NTU on the 0–1, 0–20 and 0–100 NTU ranges, with a detection limit of 0.005 NTU, zero drift ≤1.5%, indication stability ≤1.5% and repeatability ≤1%. It is designed for tap water (0.1–1 NTU) and purified water (0.001–0.1 NTU).
5. Can it measure pure water conductivity?
Yes. In addition to the standard 0–20,000 μS/cm range, an optional pure water conductivity sensor covers 0–20 μS/cm with an accuracy of ±3% FS.
6. How fast is the response?
- Turbidity: T90 ≤120 s
- Residual chlorine: ≤120 s
- pH / ORP: ≤60 s
- Conductivity: ≤30 s
- Temperature: ≤25 s
7. What sample water flow and pressure are required?
- Inlet flow: 0.03–0.06 m³/h (about 0.5–1 L/min)
- Inlet pressure: <0.3 MPa
Please tell us your sample pressure so we can confirm whether a pressure reducer is needed.
8. What power supply is required?
220 VAC ±22 V, 50 ±1 Hz, with power consumption ≤30 W.
9. What are the cabinet size and weight?
- Cabinet size: 500 × 400 × 200 mm
- Weight: about 12 kg
The integrated design avoids flooding and ground moisture and occupies no floor space.
10. What display does it have?
It has a colour touch screen.
11. What communication and remote functions are available?
The MIK-MPP500 uses the standard RS-485 Modbus-RTU protocol and includes a wireless data transmission channel. Remote control functions such as automatic sewage discharge and adjustment help reduce routine maintenance.
12. Does it protect itself against leaks?
Yes. Built-in ingress (water leakage) detection guards against damage from sudden device failure or breakdown.
13. What environmental conditions are required?
- Operating temperature: 0 to 50 °C
- Storage temperature: 4 to 50 °C
- Working humidity: ≤95% RH (no condensation)
For cold outdoor sites, see the MIK-MPP1000, which offers an optional heating and antifreeze module down to -25 °C.
14. How much maintenance does it need?
- Turbidity: 3–12 months, depending on water quality
- Residual chlorine: 1–3 months, or weekly calibration, with consumables replaced every 3–6 months
- pH / ORP: 1–3 months
- Conductivity: 3–6 months
- Temperature: 12 months
15. Does residual chlorine measurement need reagents?
The residual chlorine accuracy is specified with a DPD comparison error of ±10%, which refers to comparison with the laboratory DPD method. Please contact us to confirm the measuring method and the consumables required for your configuration.
16. Are standard and custom versions available?
Yes. The standard version monitors turbidity, residual chlorine / chlorine dioxide / ozone, pH, temperature, conductivity / TDS and ORP. The custom version supports parameter removal, personalized design such as logos and system names, and other tailored features.
17. How is the MIK-MPP500 different from the MIK-MPP1000 and MIK-MDX100?
- MIK-MPP500: economy cabinet (500 × 400 × 200 mm, about 12 kg) with colour touch screen; turbidity up to 2000 NTU; optional pure water conductivity sensor (0–20 μS/cm).
- MIK-MPP1000: larger cabinet (800 × 506 × 180 mm); turbidity up to 4000 NTU; optional dissolved oxygen; optional heating module for -25 °C operation.
- MIK-MDX100: compact wall-mounted analyzer for up to 6 parameters, reagent-free, 220 VAC or 24 VDC, up to 4 analog outputs.
18. How is the analyzer installed?
The MIK-MPP500 is an integrated cabinet that needs a sample water inlet within the specified flow and pressure range, a drain line and a 220 VAC power supply. Please follow the installation manual or contact us for site-specific advice.
19. What information should I provide to get a quotation?
To help us select the correct configuration, please provide:
- Required parameters and ranges (including whether pure water conductivity is needed)
- Application and installation location
- Sample water flow, pressure and temperature
- Communication and remote monitoring requirements
- Customization needs (parameter removal, logo, system name)
- Quantity
Send your requirements to info@asmik.com or contact us via WhatsApp at +86 13325716921.
