LH-NTU2M200 portable turbidity meter Introduction:
The LH-NTU2M200 portable turbidity meter is designed and manufactured according to the principle of 90° scattered light. It adopts a new optical path mode and eliminates the influence of chromaticity on turbidity measurement. This instrument is the latest economical portable instrument introduced by our company. It is easy to use, accurate in measurement and extremely cost-effective. It is especially suitable for accurate detection of low and medium turbidity water samples. Features:
1. Eliminate chroma interference by using 90° scattering method.
2. The measurement is accurate, and the medium and low turbidity water samples of 0-200 NTU can be directly measured.
3, with built-in standard curve, can directly read the sample turbidity value.
4. There is calibration to correct the instrument function.
5, lightweight and portable, suitable for field work.
6, easy to operate, economical and practical. Technical Parameters:
Instrument Name: Portable Turbidity Tester
Product model: LH-NTU2M200
Measuring method: 90° scattering method
Measuring range: (0-200) NTU
Detection limit: 0.1 NTU
Resolution: 0.1 NTU
Indication error: error ≤ ± 5%
Curve parameters: Built-in standard curve can be self-calibrated and power outage
Post-correction parameters can be saved by themselves
Measurement: turbidity direct reading
Instrument size: (215 × 150 × 110) mm
Instrument weight: 1.0 kg
Display screen: digital tube
Colorimetric method: Ф25mm colorimetric tube colorimetric
Ambient temperature: (5-40) °C
Ambient humidity: Relative humidity < 85% RH (no condensation)
Working power supply: 8.6V power adapter
Power consumption: 0.6 W
Introduction:
The LH-NTU2M200 portable turbidity meter is designed and manufactured according to the principle of 90° scattered light. It adopts a new optical path mode and eliminates the influence of chromaticity on turbidity measurement. This instrument is the latest economical portable instrument introduced by our company. It is easy to use, accurate in measurement and extremely cost-effective. It is especially suitable for accurate detection of low and medium turbidity water samples.
