Oxygen Content Analyzer in Centrifuge Reactor

• Customization: Available
• After-sales Service: Whole Life Technical Support
• Warranty: One Year
• Model NO.: XMB-001
• Customized: Customized
• Portable: Portable
• Gas: O2
• Type: Centrifuge Reactor Oxygen Content Analyzer
• Sound and Light Alarm: 90 dB
• Usage: Mobile
• Power Supply: 220VAC/24VDC
• Sampling Method: Negative Pressure Suction/Pump Suction
• Gas Supply Pressure: 0.3MPa~0.7MPa
• Appearance Material: 304 Stainless Steel Brushed
• Main Body Material: 316L
• System Pipeline: 8mm Polytetrafluoroethylene Tube
• Sampling Distance: 10m
• Applicable Range: Contains Various Types of Combine
• Detection Principle: Electrochemistry
• Equipment Weight: About 45kg
• Header Model: XP3000
• Detection Gas: O2
• Detection Range: 0-30%Vol
• Transport Package: Wooden Case
• Specification: 380mm*360mm*1100mm (actual size can
• Trademark: J&X
• Origin: China
• HS Code: 9027100090
• Production Capacity: 300peices/Month

Product Description

Centrifuge Reactor Oxygen Content Analyzer

 

I.Brief description: 
The Centrifuge Reactor Oxygen Content Analyzer can accurately meet the sampling needs of customers on site; just reserve a quick-insert throttle valve on the centrifuge or reactor in advance. When you need to detect the internal oxygen content of the centrifuge equipment, insert the sampling tube into the quick-insert throttle valve port, open the throttle valve for online detection.

II.Function introduction: 
The difference from the fixed centrifuge oxygen content analyzer is its flexible use, which includes the gas sampling pretreatment part to better protect the electrochemical sensor of the gas analyzer, and can accurately meet the sampling needs of customers on site; just reserve a quick-insert throttle valve on the centrifuge or reactor in advance. When you need to detect the internal oxygen content of the centrifuge equipment, insert the sampling tube into the quick-insert throttle valve port, open the throttle valve for online detection.

III.Equipment Technical Parameters:

Product Name	Mobile Centrifuge Reactor Oxygen Content Analyzer
Model	XMB-001
Sound and light alarm	90 dB
Usage	Mobile
Power supply	220VAC/24VDC
Sampling method	Negative pressure suction/pump suction
Gas supply pressure	0.3Mpa~0.7Mpa
Appearance material	304 stainless steel brushed
Main body material	316L
System pipeline	8mm polytetrafluoroethylene tube
Sampling distance	≤10m
Applicable range	Contains various types of combined gases such as acidic, alkaline, VOC volatile gases, etc.
Equipment size	380mm*360mm*1100mm (actual size can be customized)
Equipment weight	about 45KG
Header model	XP3000
Detection gas	O2
Detection range	0-30%VOL
Detection principle	electrochemistry
Sensor brand	British CITY
Measurement accuracy	0.1%VOL
Response time	T90<30S
Analog signal output	4-20mA
Power supply	DC8V~30V
Power	<5W
Explosion-proof grade	ExdIICT6Gb
Protection grade	IP66
Weight	1.5kg
Ambient temperature	(-20~+50)ºCAvoid direct sunlight Ambient humidity 10%~93%RH (no condensation

The oxygen content analyzer for centrifuge reactor is a device specially used to detect and analyze the oxygen content in centrifuge reactor. Centrifuge reactors are widely used in laboratories and production sites in the fields of pharmaceuticals, biochemistry, environmental protection, etc., and oxygen content is one of the key parameters of the reaction process in centrifuge reactors. Therefore, the role of the oxygen content analyzer for centrifuge reactors is very important, and its role will be introduced in detail below.
1. The role of the oxygen content analyzer for centrifuge reactors
Real-time monitoring of oxygen content in the reactor. The changes in oxygen content in the centrifuge reactor can be monitored in real time in the laboratory or production site. By continuously monitoring and analyzing the oxygen content during the reaction, the reaction can be better controlled and the oxygen content during the reaction can be adjusted to the optimal state.
Determine the suitability of the reaction conditions Rational. It can detect and determine the relationship between the oxygen content in the reactor and other parameters (such as temperature, pressure, etc.), so as to help the experimenter determine the rationality of the reaction conditions. By analyzing the trend and law of the change of oxygen content in the reactor, the reaction conditions can be better determined, and regulation and improvement can be carried out to obtain better reaction results.
Optimize the design of the reactor. It can also be used to test the oxygen content of different reactors and the change law of oxygen content during the reaction process, and provide key parameters for the design of the reactor. These parameters can be used as an important reference for the design, improvement and optimization of the reactor to ensure that the reactor meets production requirements.
Improve product quality. By monitoring the oxygen content in the centrifuge reactor, the optimization and regulation of oxygen content during the reaction process can be guaranteed, so as to achieve the purpose of improving product quality. High oxygen content can easily lead to a decrease in product quality, so it is very important to monitor and control the oxygen content in the centrifuge reactor in time.
Ensure production safety. It can also avoid the risk of explosion of the centrifuge reactor. When the oxygen content exceeds the standard, the centrifuge reactor will be affected by excessive pressure, and the oxygen content analyzer can monitor the changes in oxygen content in real time, and timely warn and alarm to ensure production safety.
2. Composition and working principle of centrifuge reactor oxygen content analyzer Composition
The centrifuge reactor oxygen content analyzer mainly consists of the following parts:
(1) Gas sampling system: used to take samples from the reactor.
(2) Gas pretreatment system: used to remove impurities in the gas, such as water, carbon dioxide, etc.
(3) Oxygen sensor: used to measure changes in oxygen concentration.
(4) Data acquisition and processing system: used to collect and process oxygen content measurement data and generate corresponding reports.
(5) Control system: used to automatically control the chlorine content to ensure the stability of oxygen content during the reaction process.

IV.Working principle:
The working principle of the centrifuge reactor oxygen content analyzer mainly includes the following steps:
(1) Gas sampling: A gas sampling system is used in the laboratory or production site to take out the gas from the reactor.

(2) Gas pretreatment: Pretreat the collected gas to remove impurities in the gas, such as water, carbon dioxide, etc.
(3) Oxygen sensor detection: The gas after impurities are removed is sent to the oxygen sensor for detection. Oxygen sensors can detect changes in oxygen content and transmit data to the data acquisition and processing system.
(4) Data acquisition and processing: The data acquisition and processing system can collect, record and process the oxygen content data detected by the oxygen sensor and generate relevant reports. Laboratory personnel can use this data to analyze the trend of oxygen content changes during the reaction and the relationship between oxygen and other parameters.
(5) Control system: The oxygen content is analyzed and evaluated through the data acquisition and processing system to grasp the changes and trends of oxygen content during the reaction. When necessary, the control system can be used for automatic control to change the oxygen content.

V.Application fields of centrifuge reactor oxygen content analyzer:
Centrifuge reactor oxygen content analyzer is mainly used in pharmaceutical, biochemical, environmental protection and other fields, such as:
(1) Pharmaceutical industry: Centrifuge reactor oxygen content analyzer can be used to monitor the oxygen content in the pharmaceutical process.
(2) Biochemical field: Centrifuge reactor oxygen content analyzer can be used in the research and production of biochemical technology.
(3) Environmental engineering industry: Centrifuge reactor oxygen content analyzer can be used to monitor wastewater, waste gas, etc. in environmental engineering.