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E-mail
ruixinjie01@163.com
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Phone
18611697209
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Address
B1-1514, Xinlong Building, No. 87 Building Materials City West Road, Changping District, Beijing
Beijing Ruixinjie Environmental Protection Technology Co., Ltd
ruixinjie01@163.com
18611697209
B1-1514, Xinlong Building, No. 87 Building Materials City West Road, Changping District, Beijing
FV3320 online gas analyzer
1 Main technical features:
1 Networking technology makes operation and monitoring more convenient:
★ NETChromTMThe Modbus/TCP server built into the workstation allows for easy integration of analysis results into DCS (Distributed Control System); A truly online gas chromatography analysis system that not only completes sample online, but also realizes data online;
★ The 10/100M adaptive Ethernet communication interface with technology and built-in IP protocol stack enable the instrument to easily realize long-distance data transmission through the enterprise's internal LAN and Internet;
★ Three independent connection processes are designed inside the instrument, which can be connected to local processing, unit supervisors (such as chief engineer, technical factory director, etc.), and higher-level supervisors (such as environmental protection bureau, technical supervision bureau, etc.), making it convenient for unit supervisors and higher-level supervisors to monitor the operation of the instrument in real time and analyze data results;
★ NETChrom equipped with the instrumentTMThe workstation can support multiple chromatographs working simultaneously, with one workstation controlling the operation and data collection of online chromatography across the entire network;
2 Innovative and practical structural design:
Designed specifically for installation applications in 19 inch standard cabinets, it adopts a standard 5U structure and features compact structure and small volume
Equipped with a built-in industrial grade computer and an embedded touch LCD display, the display is intuitive and the operation is convenient.
The instrument adopts a modular structural design, which is clear in design and easy to replace and upgrade. It can be equipped with various high-performance detectors, such as PDHID, FID, TCD, ECD, etc;
★ Abandoning traditional mechanical valves and pointer pressure gauges, adopting digital flow display.
★ It can load EPC technology for gas path control, which greatly improves its automation level and overall performance. It has achieved automatic protection for gas path faults, automatic ignition, automatic key shutdown, and automatic execution of gas path opening, achieving one key start;
★ The instrument is designed with a timed self starting program and equipped with a Valco automatic six way sampling system. With the help of a time program, it can easily complete 24-hour uninterrupted online sampling.
FV3320 Online Gas Analyzerperformance metrics
Instrument model |
FV3320 |
Detection Principle |
GC-FID、PDD |
Test Item |
Can simultaneously monitor hazardous substances such as total hydrocarbons, acetylene, and nitrous oxide in air separation |
detection limit |
0.001ppm |
Repetitive RSD |
<2% |
Online data communication |
Modelbus,4-20mA,profibus |
injection method |
Imported anti adsorption six way valve automatic injection |
Automatic ignition |
Equipped with automatic ignition function |
Equipped with flame monitoring function |
Detected fire extinguishing, reignite |
display mode |
The instrument comes with an industrial control computer and a 10.1-inch touch screen for industrial control |
External transmission |
USB or Ethernet: IEEE802.3 serial port |
operating system |
Win7,Win10 |
communication interface |
Ethernet: IEEE802.3 |
Gas source requirements |
High purity nitrogen, high-purity hydrogen, zero order air |
Sample flow rate |
10-500ml/min |
10-500ml/min |
The data is saved on the hard drive of the industrial control computer, and will not be lost when the power is turned off, making it easy to trace the data. |
Environmental temperature range |
-10°C - +45°C |
size |
5U H*W*L 220mm*435mm*460mm |
Detector detection limit
FID detection limit for some impurities (ppb) | |||||||||
Impurity name |
Total Hydrocarbons |
methane |
ethane |
ethylene |
acetylene |
propane |
propylene |
butane |
|
detection limit |
5 |
5 |
5 |
5 |
5 |
5 |
5 |
5 |
|
Detection limit (ppb) of partial impurities for PDHID | |||||||||
Types of impurities |
H2 |
O2 |
N2 |
CO |
CH4 |
CO2 |
C1-C4 |
CF4 |
N20 |
detection limit |
5 |
10 |
10 |
25 |
5 |
5 |
10 |
10 |
5 |
Typical application cases
Customer Name: Linde Group
Hydrocarbons in liquid oxygen (FID detector)
Peak order: methane, ethane, ethylene, propane, propylene, acetylene, n-butane, butane, butene, 1,3-butadiene

Customer Name: Yingde Group
Liquid oxygen and suction port hazardous substance detection (helium ion detector PDD)
Peak order: methane, propane, propylene, n-butane, carbon dioxide, nitrous oxide, ethylene, ethane, acetylene

Application Cases
1. Ultra high purity xenon gas (oxygen argon separation)Compliant with national standard: GB/T 5828-2006 "Xenon"
Spectral diagram:
Peak order: H2、N2、Kr、CH4、AR、O2、CO、CO2、N2O
2. Ultra high purity krypton gasCompliant with national standard: GB/T 205829-2006 "Krypton"
Spectral diagram:
Peak order: H2、SF6、O2+Ar、N2、CH4、CO2、CO、CF4
3. Ultra high purity helium gasCompliant with national standard: GB/T 4844-2011 "Pure Helium, High Purity Helium, and Ultra Pure Helium"
Spectral diagram:
Peak order: H2、O2+Ar、N2、CH4、CO2、CO
4. Ultra high purity argon gasCompliant with national standard: GB/T 4842-2006 "Argon"
Spectral diagram:
Peak order: H2、N2、CH4、CO2、CO
5. Ultra high purity oxygenCompliant with national standard: GB/T 14599-2008 "Pure Oxygen, High Purity Oxygen, and Ultra Pure Oxygen"
Spectral diagram:
Peak order: H2、AR、N2、CH4、CO2、CO
6. Ultra high purity nitrogen gasCompliant with national standards: GB/T 8980-2008 "Pure Nitrogen, High Purity Nitrogen, Ultra Pure Nitrogen" national standard indicators and GC6600 technical indicators
Spectral diagram:
Peak order: H2、O2+Ar、CH4、CO2、CO
7. Ultra high purity hydrogen gasCompliant with national standard: GB/T3634.2-2011 "Hydrogen Part 2: Pure Hydrogen, High Purity Hydrogen, and Ultra Pure Hydrogen"
Spectral diagram:
Peak order: O2+Ar、N2、CH4、CO2、CO
8 Neon+Krypton gas mixtureSample spectrum
Peak order: H2、N2、CO2、CF4、Xe
9. Neon+Krypton+Xenon gas mixtureSample spectrum
Peak order: H2、O2+Ar、N2、CO2、Xe
10. Ultra high purity carbon dioxideCompliant with national standard: GB/T 23938-2009 "High Purity Carbon Dioxide"
Peak order: H2、O2+Ar、N2、CH4、CO