The new-generation CIPL2000 gas chromatograph is benchmarked against international leading brands, and the instrument adopts advanced electronic flow control, microfluidic plate control, high-precision independent temperature control, and other technologies to meet the user's requirements for strong analytical capabilities and reliable stability.
The new-generation CIPL2000 has intelligent functions such as self-diagnosis, self-leak detection, self-saving of carrier gas, automatic reminders, etc., which help you easily grasp the instrument status and solve problems quickly.
The new-generation CIPL2000 gas chromatograph is benchmarked against international leading brands, and the instrument adopts advanced electronic flow control, microfluidic plate control, high-precision independent temperature control, and other technologies to meet the user's requirements for strong analytical capabilities and reliable stability.
The new-generation CIPL2000 has intelligent functions such as self-diagnosis, self-leak detection, self-saving of carrier gas, automatic reminders, etc., which help you easily grasp the instrument status and solve problems quickly. It can be matched with various pretreatment equipment such as solid phase microextraction, headspace, liquid sampler, etc. to meet your needs for more application expansion.
Features
• Stability, efficiency, and flexibility empower future gas chromatography laboratories • High-precision electronic gas circuit control ensures accurate and consistent analysis results • Heart-cutting technology provides more options for separation • Ultra-deactivated surface treatment technology eliminates matrix effect and invalid peak shape • Smart interactive experience is combined with classic style
Application
Application in energy and chemical industries: The gas chromatograph needs to be closely integrated with the production process in the energy and chemical industries.
Application in public security and judicial industries: The alcohol content in blood is determined by headspace dual-channel gas chromatography.
Industry Application: Heart-cutting technology to cut the first 5 C2-C3 components (ethane, ethylene, acetylene, propane, and propylene) to the polar column for separation, with the remaining 111 compounds detected on the non-polar column.
Food Application: Multi-residue analysis solutions for pesticides in vegetables and fruits.
Specification Table
Category
Item
Specification
1. System Performance
Peak area repeatability
≤0.5% RSD
Retention time repeatability
≤0.008% RSD
Simultaneous installation support
2 inlets and 4 detectors
Electronic Flow Control modules
≥6 modules (24-way gas path control)
Heating zones
≥8 independent heating zones
2. Environmental Conditions
Ambient operating temperature range
5∘C−35∘C or wider
Ambient operating humidity range
5%−95% RH or wider
Power supply requirements
220 V±10%,50 Hz±10%
3. Column Oven
Temperature control range
Room temperature +4∘C−450∘C or wider
Temperature control accuracy
≤0.01∘C
Program level
≥32 levels/33 platforms (capable of programmed heating and cooling)
Maximum heating rate
≥120∘C/min
Ambient change compensation
Ambient temp change by 1∘C, avg. oven temp changes by ≤0.01∘C
Split, splitless, pulse split, pulse splitless, etc.
Applicable columns
Capillary columns (0.1 mm−0.53 mm inner diameter)
6. Detectors
Flame Ionization Detector (FID)
Maximum operating temperature
≥450∘C
Detection limit
<1.2×10−12 F/s
Linear range
≥107 (uses logarithmic amplifier)
Signal acquisition frequency
≥200 Hz
Flame Photometric Detector (FPD)
Maximum operating temperature
≥350∘C
Detection limit
<9×10−14 g/s (P);<5×10−12 g/s (S)
Linear range
104(P);103(S)
Electron Capture Detector (ECD)
Maximum operating temperature
≥400∘C
Detection limit
<3.8×10−14 g/mL
Radioactive source
β-rays of 63Ni≤10 mCi
Linear range
≥104
Thermal Conductivity Detector (TCD)
Maximum operating temperature
≥300∘C
Detection limit
<8.7×10−9 g/mL
Linear range
≥104
Discharge Helium Ionization Detector (PDHID)
Maximum operating temperature
400∘C
Discharge mode
pulse discharge
Detection limit
1.89×10−13 g/s (propane)
Baseline noise
no more than 0.6 pA
Baseline drift
no more than 4.5 pA
7. Liquid Autosampler
Syringe specifications
1,5,10,25,50,100,250,500 μL
Sample bottle positions
≥9, expandable to 150 sample trays
Injections per bottle
1 to 99 times
Injection volume
0.1−250 μL
Method selection
≥20
Maximum needle cleaning times
≥99 times
Maximum pumping times
≥99 times
Maximum pump-sample interval
≥5000 ms
8. Computer System Requirements
Processor
i5 processor
Operating system
Windows 10 64-bit
Ports
Two USB ports and one LAN port
Memory type/capacity
DDR4 2666, 8 GB
Hard disk capacity
1 T mechanical hard disk
Optical drive
DVD-rw optical drive, 16x speed DVD burning optical drive or above
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