Sale!

KOI300 online water oil analyzer_for offshore drilling_stainless steel material

KOI300 online water oil analyzer is an online water quality analyzer based on OSA optical water quality analysis platform. In an integrated design, high brightness UV leds of a specific wavelength excite the Polycyclic aromatic hydrocarbon to make them fluoresce, and high sensitivity photoelectric analyzers capture weak fluorescence signals that can be converted into oil concentrations in water. Digital, intelligent analyzer design concept, can automatically compensate for voltage fluctuations, device aging, temperature changes on the impact of measured values. RS485 signal output, easy networking and system integration, widely used in surface water, pollution sources and other industries.

 Introduction

KOI300 online water oil analyzer is an online water quality analyzer based on OSA optical water quality analysis platform. In an integrated design, high brightness UV leds of a specific wavelength excite the Polycyclic aromatic hydrocarbon to make them fluoresce, and high sensitivity photoelectric sensors capture weak fluorescence signals that can be converted into oil concentrations in water. Digital, intelligent sensor design concept, can automatically compensate for voltage fluctuations, device aging, temperature changes on the impact of measured values. RS485 signal output, easy networking and system integration, widely used in surface water, pollution sources and other industries.

Characteristic

  • Integrated design, anti-electromagnetic interference
  • Using high brightness UV LED as excitation light source, can work stably for a long time
  • The unique optical and electronic filtering technology is used to eliminate the influence of ambient light on the measurement
  • Cleaning brush automatic cleaning, greatly reducing the maintenance workload
  • Stainless steel case, IP68 waterproof grade, suitable for various working conditions
  • RS485 signal output, Standard Modbus protocol, easy integration, networking

Technical Specifications

Model number KOI300
Measurement parameter  

Oil in water (crude) , temperature

Method of measurement  

Fluorimetry

Measurement mode  

Immersion measurement

 

Measuring range

Oil in water: (0 ~ 500) mg/L
Temperature: (0 ~ 60) °C
Accuracy ≤ ± 3%
Repeatability ≤2%
Resolution 0.01 MGL
Detection limit Based on the actual oil sample
Response time ≤10s
Zero Drift (24h) ≤ ± 1% F.S.
Range Drift (24h) ≤ ± 1% F.S.
Calibration period Six months
Temperature range (0 ~ 60) °C
Protection level IP68
Cleaning mode Automatic cleaning of mechanical brush
MTBF ≥1440h/Time
Means of communication RS485(Modbus RTU) , maximum baud rate 115200 bps
Supply voltage (12/24) V DC
Power consumption < 1W (in non-cleaning mode)
Material Quality Stainless steel, POM
Weight 0.5 kg
Contour dimension 160 mm × φ40 mm

 

Water Quality monitor Redefining Standards Assessment
water quality monitor

Water Quality monitor Redefining Standards Assessment

In an ever-changing world where environmental concerns are at the forefront of our collective consciousness, the need for precise and dependable tools to safeguard our most precious resource—water—has never been more crucial. Enter the Water Quality Monitor, a technological marvel that stands as a sentinel of liquid purity in an age where water quality is paramount. Imagine a device that

Read More »
Unveiling the KWS800 Water Quality Monitoring System
sensor

Unveiling the KWS800 Water Quality Monitoring System

Water is a vital resource that sustains life on Earth, and its quality is a cornerstone of environmental health. As human activities continue to impact water bodies, the need for effective water quality monitoring system has never been more pronounced. These systems play a pivotal role in assessing, preserving, and improving the condition of water resources, ensuring their suitability for

Read More »

Can turbidity measured by COD sensor replace TSS sensor

In the field of environmental monitoring and water quality analysis, it is crucial to find accurate and cost-effective detection methods. Chemical oxygen demand (COD) and total suspended solids (TSS) are two important indicators for assessing the degree of water pollution. This article will explore a fascinating question: Can turbidity measured by COD sensor replace TSS sensor? In this blog, we

Read More »

Related Products

Contact us to get a quote

Your inquiry will be responseed in 12 hours .
For any urgent case, you can contact us via whatsapp or phone.

whatsapp
Tel
thank-you