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E-mail
41711365@qq.com
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Phone
18518707030
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Address
813, 8th Floor, No. 15 Information Road, Haidian District, Beijing
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Beijing Duktech Technology Co., Ltd
CF4 photoacoustic spectroscopy gas analyzer
NegotiableUpdate on 01/04
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Overview
The DKG ONE-CF4 analyzer is based on ultra sensitive cantilever beam enhanced photoacoustic spectroscopy detection technology, combined with quantum cascade laser (QCL) light source, and operates on the mid infrared basic spectral absorption peak of CF4. The combination of these two provides sufficient sensitivity to detect the smallest concentration of CF4 overflow without delay, while ensuring ultra-high levels of stability. The recalibration cycle can last for several months or even years, greatly reducing the overall holding cost.
Product Details
CF4 photoacoustic spectroscopy gas analyzer
Testing requirements:
Cleanrooms need to control the level of pollutants. Accurate, reliable, and low-cost AMC control of gaseous molecular pollutants in clean rooms can significantly improve production capacity.
CF4 photoacoustic spectroscopy gas analyzer
Reliable monitoring:
High sensitivity DKG ONE-CF4It can quickly detect pollutants in the production environment. In addition, direct absorption detection can ensure long-term high stability due to its zero background property.
Ultra sensitive optical cantilever microphone
CF4 photoacoustic spectroscopy gas analyzer
Technical application:
DKG ONE-CF4The analyzer is based on ultra sensitive cantilever beam enhanced photoacoustic spectroscopy detection technology, combined with quantum cascade laser (QCL) light source, and operates in CF4The absorption peak of the mid infrared basic spectrum. The combination of these two provides sufficient sensitivity to detect the smallest concentration of CF without delay4Overflow while ensuring ultra-high levels of stability. The recalibration cycle can last for several months or even years, greatly reducing the overall holding cost.
CF4 photoacoustic spectroscopy gas analyzer
Advantage:
Accurate, reliable, and low-cost clean room pollution control
Fast response time to capture sudden increases in concentration
Independent operating system with built-in gas exchange pump
No consumables or chemical reagents
Short optical path length, single point calibration can also achieve outstanding dynamic range
Direct absorption measurement without drift
Calibration interval is long (up to several years)
High selectivity, unaffected by acetaldehyde and other VOCs
CF4 photoacoustic spectroscopy gas analyzer
Features:
Highly selective monitoring of trace levels of CF4
Detection limit (LoD) below 0.1 ppb
The response time can be set from 3 seconds to 3 minutes
Wide dynamic range, stable operation
No consumables
Low sample size
Built in gas exchange system
Recalibration interval length (several months)
Intuitive user interface
Built in display screen, capable of displaying results digitally or graphically
Can be remotely operated through LAN
CF4 photoacoustic spectroscopy gas analyzer
Chassis options:
Real time online analysis
DKG ONE-CF4Provide users with a simple and intuitive user interface, including a high-resolution display screen and a rotation button.
Portable operation
The optional portable outer box is suitable for detecting foreseeable leakage areas.
Mobile integration solution
Several DKG ONE-CFs4Units can be integrated into the same monitoring system.
CF4 photoacoustic spectroscopy gas analyzer
Technical Principle
Working principle: Infrared photoacoustic spectroscopy
Ultra sensitive optical microphone, based on micro motor cantilever sensor, combined with laser interferometer to measure the micro motion of cantilever beam
Light source: distributed feedback quantum cascade laser
The temperature of the sample pool remains stable at 50 ℃
CF4 photoacoustic spectroscopy gas analyzer
detection parameters
Response time: Depending on the channel integration time (C.I.T.) and gas replacement cycle, typically ranging from 3 seconds to 3 minutes
Detection limit: 0.1ppb
Dynamic Range: Typical Level 5 (100000 times detection limit)
Repeatability: Measurement values less than 1% at standard concentrations under working conditions
Accuracy: depends on the accuracy of the calibration concentration standard gas, typically 2-5%
Temperature stability: No impact within the working temperature range
Pressure stability: No impact within the pressure working range
CF4 photoacoustic spectroscopy gas analyzer
General
19 "3 U industrial chassis, suitable for all desktop or rack mounted fixed installations
尺寸： 48.4cm W x 13.9cm H x 44cm D(19.1 In W x 5.5 in H x 17.3 in D)
Weight: Approximately 13kg
Embedded computer with built-in 7 "front display
The data storage capacity is sufficient for continuous monitoring for at least one year
Total gas production: 10-30ml
The rear panel has four gas interfaces, two of which are sampling interfaces, equipped with dust particle filters
Power supply:
Input voltage: 100-240VAC, 50-60 Hz
Input power: 100-200 W (depending on specific requirements)
Communication interfaces: Ethernet, USB
DKG ONE-CF4Can be accessed through a smartphone, tablet, computer, or another DKG ONE-CF4(Coming Soon) Remote Control
CF4 photoacoustic spectroscopy gas analyzer
environment
Operating conditions
Temperature range: 0 ℃ to+49 ℃
Humidity: No condensation
Pressure: 750mbar~1050 mbar
Dust/water rating: IP20 (IEC 529)
Storage conditions
Temperature range: -20 ℃ to+60 ℃
Sample gas conditions
Temperature range: 0 ℃ to+49 ℃
Humidity: No condensation, maximum relative humidity of 80% at a temperature of 35 ° C,
Linear decrease to 35% when the temperature reaches 49 ° C
Pressure: 750 mbar to 1050 mbar
Airflow: approximately 1L/min
Particles<1 μ m
CF4 photoacoustic spectroscopy gas analyzer
Standard:
Compliant with the Low Voltage Directive 2014/35/EU, EMC Directive 2004/108/EC, and ROHS 2 Directive 2011/65/EU
