Ourun ORFIA-608 Fully Automatic Flow Injection Analyzer

　　ORFIA-608 Flow Injection Analyzer is a multi-channel analyzer with online sample pretreatment functionFully automatic flow injection analyzerThe instrument consists of a multi parameter analysis channel, an automatic sampler, and a software workstation. Each analysis channel has an independent peristaltic pump, chemical analysis template, photodetector, system control, and signal acquisition circuit. The channel is equipped with online heating, online distillation, online UV digestion, and online extraction devices required for this method, and the chemical reaction process is controlled by software. Each channel is independent, and changing the analysis method does not require changing the hardware. The software workstation supports simultaneous detection of up to 8 channels.

Principle of ORFIA-608 Flow Injection Analyzer: Based on the Flow Injection Analysis (FIA) theory, the sample solution is directly injected into the reagent carrier in the form of a "sample plug" in a closed pipeline. The reagent and sample are mixed and reacted in the pipeline, and detection can be carried out without reaction, breaking away from the traditional concept of analysis under steady-state conditions. Chemical analysis can be carried out under non-equilibrium dynamic conditions, greatly improving the analysis speed.

　　Fully automatic flow injection analyzerProduct Features:

1、 Fully automatic multi-channel analysis, software workstation supports simultaneous detection of 8 channels, making it easy and fast to replace analysis methods; The entire analysis process is automatically completed without the need for manual intervention.

2、 Automatic sampler:

1. Large capacity polar coordinate automatic sampler, equipped with 162 sample cup positions and over 200 positions for selection, needle washing positions, and two large capacity cleaning liquid levels to meet the needs of large-scale sample analysis;

2. Code wheel positioning, high positioning accuracy, no system cumulative error;

3. Precision machining injection needle, equipped with anti-collision needle device. When the injection needle hits hands or other obstacles, it immediately stops falling to avoid injury and waste of reagents;

4. Equipped with a dual channel replenishment pump, the program controls automatic replenishment of cleaning solution, eliminating the need for manual replenishment of cleaning solution.

3、 High precision peristaltic pump

1. Each analysis channel has an independent 12 channel peristaltic pump, and the pump speed can be programmed to 5-100 revolutions per minute;

2. The peristaltic pump adopts an integral pressure cover design, with an adjustable tightening device to ensure adaptability to the pressure of each pump tube and improve reliability. The surface of the gland is treated with a special coating, which is resistant to chemical corrosion and reduces pump tube fatigue;

3. Each pump tube has multiple clamps, and the clamp position can be frequently changed to extend the service life of the pump tube.

4、 Online sample pretreatment device

1. Having online heating, distillation, UV digestion, extraction, and reduction functions - processing samples quickly and accurately, with low consumption of samples and reagents;

2. Online distillation condensation device, using quartz gas-liquid separator, with fast distillation speed and high efficiency; No need for dialysis membrane, eliminating the trouble of membrane replacement;

3. The instrument is equipped with a built-in 254nm ultraviolet lamp digestion device, which can be programmed to turn on and off the light, effectively extending the service life of the ultraviolet lamp;

4. Program settings, accurate control of heating temperature, ensuring consistency in each reaction process; Designed with high temperature protection device, safe and reliable.

5、 The dual beam optical system has good stability and high detection accuracy. LED light sources are configured for certain wavelengths, with a long service life, low noise and drift, and good stability.

6、 High sensitivity blue light enhanced photodetector with a wavelength detection range of 340nm~1050nm. High precision A/D converter, with a detection dynamic range of no less than 3 orders of magnitude.

7、 Excellent online degassing device, capable of removing bubbles online and avoiding interference.

8、 Equipped with a leak detection device, it automatically alarms and stops detection upon detecting a leak, which can avoid instrument damage and reduce reagent waste.

9、 Flow injection analysis software workstation, Chinese operating system, user-friendly interface design, easy to operate, easy to learn and use; Software preset method for analyzing conditions, easy to use.

10、 Designed with a proportional diluter, it can automatically prepare calibration curve samples and online dilute excessive samples, with fast dilution speed and high accuracy. When encountering samples with excessive concentration, they can be automatically diluted according to the preset program and the pipeline cleaned to avoid contaminating the next sample.

11、 Multiple safety protection devices ensure a more secure use.

12、 All analysis methods comply with national standard methods and EPA/ISO methods.

Application Industry

The flow injection analyzer has developed multiple methods for detecting surface water, groundwater, seawater, sewage, soil, plants, fertilizers, as well as related testing in industries such as fermentation, food, beverage, beer, tobacco, feed, and pharmaceuticals.

Test Item

Water and sewage: chemicals, volatile phenols, total chemicals, total phosphorus, total nitrogen, soluble sulfides, nitrates, nitrites, ammonia nitrogen, total nitrogen, silicates, sulfates, anionic surfactants, orthophosphate, hexavalent chromium, soluble borides, fluorides, urine, total alkalinity, total hardness, acidity, chromaticity, calcium, iron, magnesium, formaldehyde, etc;

Seawater: Total Diacid, Ammonia Nitrogen, Total Kjeldahl Nitrogen, Total Nitrogen (TN), Calcium, Carbonate, Chloride, Residual Chlorine, Hexavalent Chromium, Copper, Total Cyanide or Free Cyanide, Anionic Surfactants, Total Hardness, Iron, Fluoride, Formaldehyde, Volatile Phenols, Magnesium, Manganese, Nitrate, Nitrite, pH， Phosphates, total phosphorus, potassium, silicates, sodium, sulfides, sulfates, urea;

Soil: total nitrogen, ammonia nitrogen, nitrate nitrogen, Kjeldahl nitrogen, phosphate, sulfate, silicate, urea, potassium, iron, magnesium, etc;

Botany:

Fertilizer:

Aluminum, ammonia nitrogen, boron, calcium, chloride, conductivity, iron, fluoride, magnesium, nitrate, phosphate, total phosphorus, potassium, sulfate;

Ammonia nitrogen, nitrate nitrogen, nitrite nitrogen, total nitrogen, potassium, urea, fluoride, etc;

Food grains: total phosphorus, total Kjeldahl nitrogen, total nitrogen, starch, chemicals, iodides, magnesium, etc;

Beverages and beer: total acids, sulfur dioxide, total sugars, and reducing sugars, etc;

Milk and products: total phosphorus, total nitrogen, urea, total Kjeldahl nitrogen, total sugar, and reducing sugar, etc;

Meat products: nitrates, nitrites, phosphates, total nitrogen, Vc, etc.

Standard support:

GB/T 8538-2008 Testing Method for Natural Mineral Water in Drinking Water of the People's Republic of China - Determination of Chemicals by Flow Injection Distillation Method;

GB/T 8538-2008 Testing Method for Volatile Phenols by Flow Injection Distillation in Natural Mineral Water for Drinking Water of the People's Republic of China;

Environmental industry standard "Determination of Ammonia Nitrogen in Water Quality - Flow Injection Salicylic Acid spectrophotometric method" HJ 666-2013;

Environmental industry standard HJ 668-2013 "Determination of total nitrogen in water quality - Flow injection - Naphthalene ethylenediamine hydrochloride spectrophotometric method";

Environmental industry standard "Determination of total phosphorus in water quality - Flow injection ammonium molybdate spectrophotometric method" HJ 671-2013;

Environmental industry standard "Determination of Sulfides in Water Quality - Flow Injection Methylene Blue Spectrometric Method" HJ 824-2017;

Environmental industry standard "Determination of Anionic Surfactants in Water Quality - Flow Injection Methylene Blue Spectrometric Method" HJ 826-2017;

Environmental industry standard "Determination of Hexavalent Chromium in Water Quality - Flow Injection Diphenylcarbazide Spectrometric Method" HJ 908-2017.