Integrated Circulation Turbidity Analyzer (Analyzer)Prosan8200
Integrated Circulation Turbidity Analyzer (Analyzer)A ye cɔl turbidity detector, a ye cɔl online turbidity gauge or turbidity online analyzer, a ye cɔl water vapor removal system, a ye cɔl dryer can be replaced; A yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic a yic.

Analyzer de turbidité Prosan8200Parameters kä:
Model |
Prosan8200 |
Prinsip measure |
90° |
Range de mesure |
0 <unk> 1000 NTU |
Resolution |
0.0001, adjustable |
Precision |
40NTUDɛ̈n:±2%Kuenwala±0.02 NTU 40NTUYɔ̈ɔ̈k:±5%Kuen |
Waktu jaabi |
5-500, adjustable |
Lɛɛr |
850nmWhite light,7Lifetime run |
Nyuɔ̈th |
BacklightLCD, line juëc nyuɔɔth |
Pressure of water |
1~200Psi(Built-in pressure regulator, set to15Psi) |
Temperature de luɔi |
1~50℃ |
Ye install |
Wall mount |
Signal output |
4-20mACurrent isolation walaRS-485(Wol)MODBUSKontrol |
Alarm output |
2laarHi/LoPolis lajɛ,250VAC |
gël etc |
IP66 |
Size |
35cm*30cm*30cm |
Power |
100~240VAC |
Weight ye |
2.5KG |
Kä puɔth:
1.Integrated design, install simple and convenient; 1.Integrated design, install simple and convenient; 1.Integrated design, install simple and convenient;
2. Kalibrasiɔn koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor koor
3. Built-in bubble elimination system (circulation type), measuring accuracy and stability high; 3.
4.Calibration nɔgɔ, ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ ka tɛmɛ
5.Communication function: 4-20mA current isolation wala RS-485 (optional) MODBUS protocol;
6.Low maintenance, anti-failure security design;
7.Cleaning and maintenance is very simple, correcting once in three months. 7.Cleaning and maintenance is very simple, correcting once in three months. 7.Cleaning and maintenance is very simple, correcting once in three months. 7.Cleaning and maintenance is very simple, correcting once in three months.
8. Optical devices don't contact directly with the sample, eliminating the risk of failure. Optical devices don't contact directly with the sample, eliminating the risk of failure. Optical devices don't contact directly with the sample, eliminating the risk of failure.
