Gas Chromatography

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MODEL BIO GENE BTI-GCN-1986 is a laboratory high-end GC of new generation, which is produced according to the international standards. Based on the most advanced international technical area and application experience, its features, reliability and sensitive application are in the world high level.

  • Applications
  • Features
  • Control
  • Construction
  • Specification

BTI-GCN-1986 is widely used for the analysis of oil extraction and refining, petrochemical, fine chemical, food safety, environmental protection, electronic high-purity gas industry, scientific research institutes, QC, safety supervision, public security forensic and national security and so on.

1. Injector flow, column carrier flow, detector gas flow are controlled by EPC.
1.1: Micro-channel gas integrated board
1.2: Imported micro-ratio and flow/pressure sensor
1.3: Temperature self-compensation to ensure the accurate flow, its pressure controlling can precise to 0.01Psi.

2. Industry-leading detector design.
2.1: All the detectors with high-precision electronic flow/pressure control.
2.2: It can be matched with packed column and capillary column.
2.3: The amplified board after special ceramics treatment can keep stable in wet season

3. It is safe and reliable with the functions of self-ignition and hydrogen leakage self-protection.

4. Accurate tracking design for furnace temperature.


5.Accurate programmed heating control for the furnace temperature.
5.1: Inside temperature controlling precision: <0.01
5.2: Temperature between inside points: ≤1℃
5.3: Quick heating and cooling, the max programmed heating speed: 120℃/min, balance time: 10 sec, cooling time: 300℃-50℃ for 6 minutes.
5.4: The temperature precision is absolutely controlled ( compared with the real temperature, the difference is less than 0.3℃).

6. The achievement of gas circuit cutting technology
6.1: Complex samples separation can be analyzed by multidimensional chromatograph.
6.2: It saves the analysis time and period by blowback function of the chromatograph column.

7. Chromatograph columns can be heated individually, and the using temperature can be set according to the different columns, so that make every column separately.

8. BTI-GCN-1986  adopts the advanced power distribution management shunt. One 3000-watt UPS can provide stable working power for 10 sets of GC with the normal power of 2250w/set.

9. BTI-GCN-1986  adopts the imported valve configuration system, which can carry 8 valves (4-way valve, 6-way valve, 10-way valve or liquid sampling valve) to automatically control and operate by sequence.

10. BTI-GCN-1986  uses 8-digit auto-injectors (you can choose Agilent 7683/7693 liquid auto-injector).

Column oven
Furnace dimensions 28 x 30 x 18cm
Temperature controlling rang Higher than The room temperature of 5℃-450℃,Liquid nitrogen cold trap: -80℃-400℃,dry ice cold trap:-55℃ to 400℃
Temperature setting precision 0.1℃
Max programmed heating speed 120℃/min
The longest method run time 999.99 min
The highest step of program 7 steps
Programmed heating rate 0.1-120℃/min(increment of 0.1℃)
Column loss can be compensated (dual channel column)
Heating area
Six individual controlling heating areas (do not content furnace temperature control, two injectors, two detectors and two auxiliary heating areas).
The maximum using temperature in auxiliary heating areas 300℃
Detectors
FID
Maximum using temperature 450℃
Minimum LOD: ≤2.5pgC/s[n-C16]
Linear dynamic range 107(±10%)
Data collection frequency Max 100 Hz
Adapted to packed columns and capillary columns
TCD
Maximum using temperature 400℃
Minimum LOD <400 pgC3H8/ml(He)
Linear dynamic range 105(±5%)
Data collection frequency Max 100 Hz
The design of monofilament TCD and micro-ECD, adapted to packed columns and capillary columns
FPD
Maximum using temperature 250℃
Minimum LOD <4 pg S/sec,<1 pg P/sec
Linear dynamic range >103S,>104P
Optional 105gS/gC,106gP/gC
Adapted to packed columns and capillary columns
ECD
Maximum using temperature 400℃
Type of gas compensation detector 5% methane/argon/nitrogen
Minimum LOD <0.01 Pg/sec lindane
Linear dynamic range >5 x 105
Data collection frequency Maximum 100 Hz
Radioactive source <12 mCi 63Ni
Adapted to packed columns and capillary columns
NPD
Maximum using temperature 450℃
Minimum LOD <0.2 pg N/sec,<0.2 pg P/sec
Minimum LOQ <3 pg C/sec
Linear dynamic range 105 N,105 P
Adapted to packed columns and capillary columns

Auxiliary facilities for option
DK-400A: a new generation of automatic headspace injector.

An ISO 9001Certified EC, EU