Product Introduction

HORIBA Horiba Non Dispersive Infrared Oil Analyzer

OCMA350、355

Recommended application areas

• Environment: Monitoring water quality and hazardous waste sites
• Industry: Check the inflow and discharge of wastewater
• Shipping: Monitoring of Ship Waste
• Oil Processing: Monitoring the Efficiency of Oil/Water Separation Processes
• Oil deposition: monitoring of waste during cleaning of oil storage tanks
• Automobile: Monitoring the discharge of wastewater from maintenance stations
• Quality assurance: Measuring residual engine oil on textiles and metal products

Multiple features that ensure measurement accuracy
Stable reading: The data evaluation function of the oil meter can analyze data, check whether the data is stable, and display stable readings
The information displayed on the self-monitoring LCD screen can let you know about circuit faults, unstable measurements, and component malfunctions, thus ensuring the correct operation of the oil gauge Convenient data saving: Save measurement time and date for 350 and record each data setting When printing, it provides both time recording and measurement data for easy data storage
Solvent recovery device,Using efficient and safe extraction solvents to extract oil components from oily water samples, soil samples, or product surfaces, the resulting extract is analyzed using IR absorption technology (non dispersive infrared technology), which is suitable for hydrocarbons such as oil. The absorbance value is measured within the range of 3.4 micrometers to 3.5 micrometers. The two graphs below depict the absorption spectra of (1) petroleum and (2) JH1-S-316 solvent. Including hydrocarbons in oil, they all absorb infrared spectra ranging from 3.4 micrometers to 3.5 micrometers. Therefore, the oil analyzer can quickly and accurately measure the hydrocarbons contained in the extraction solution, and the measurement data will not have errors due to the presence of solvents.
Main difference: The extraction solvent used for 350 is S-316, while the extraction solvent used for 355 is H-997

Technical indicators:
Application: Oil pollution in freshwater and saltwater; Soil analysis
Principle: solvent extraction, NPIR analysis (infrared spectroscopy analysis method)
Detector: Thermoelectric sensor
Sample pool: 20mm long quartz sample pool
Measurement range and unit: 0-200mg/l, 0-1000mg/kg, 0-1Abs
resolving power:
mg/l: 0-99.9mg/l; 0.1mg/l 100-200mg/l; 1mg/l
mg/kg: 0-9.99mg/kg; 0.01mg/kg 10.0-99.9mg/kg; 0.1mg/kg 100-1000mg/kg; 1mg/kg
Abs: 0-1Abs; 0.001Abs
Repeatability:
mg/l: 0-9.9mg/l; +0.4mg/l+1 digit
10.0-99.9mg/l; +2.0mg/l+1 digit
100-200mg/l; +4mg/l+1 digit
Abs: Full range+1%
Measurement: Manual control
Calibration: After injecting the calibration solution into the oil measuring instrument, the instrument can perform automatic calibration
Extraction solvent: H3 S-316 solvent
Sample pool volume: approximately 6.5 milliliters
Display: measured values; 3 1/2 bit LCD status information with background light, LCD bytes with background light (16 x 2 bytes)
Function: Self diagnosis, auto hold function, calendar
Output: RS-232C and central printer port
Environmental temperature: 0-40 ℃
Power requirements: 100-240VAC+10%, 50/60Hz, 60VA
External dimensions: 200 (H) x 250 (W) x 285 (D) millimeters 7.9 (H) x 9.8 (W) x 11.0 (D) inches
Weight: Approximately 5 kilograms
SR-305Type solvent recycler
Using the SR-305 solvent recovery device, JH1's S-316 solvent can be recycled. The recycling of solvents not only reduces solvent costs, but also helps protect the environment. The effective SR-305 solvent recycler can reduce the solvent cost per measurement. It has a dual column with activated carbon and activated aluminum, strong filtering ability, easy operation, and does not require a power source.
Recycler size: 200 (W) x 200 (D) x 600 (H) millimeters 7.9 (W) x 7.9 (D) x 23.6 (H) inches