GC-9560 is a gas chromatograph with optional electronic flow control (EPC) introduced by Shanghai Huaai Chromatography Analysis Co., Ltd. The instrument adopts large screen LCD liquid crystal display, which is intuitionistic and easy to operate.

GC-9560 Gas Chromatograph


GC-9560 is a gas chromatograph with optional electronic flow control (EPC) introduced by Shanghai Huaai Chromatography Analysis Co., Ltd. The instrument adopts large screen LCD liquid crystal display, which is intuitionistic and easy to operate.


At the same time, the instrument comes with its own digital interface, and realizes real-time data signal acquisition, data processing and two-way communication of the control commands of each unit of the instrument through a communication line. It is the first gas chromatograph in China to truly realize feedback control technology .


Technical features

1.Implement real-time control and data processing

Through the digital interface provided by the connecting instrument, GC-9560 data acquisition and control software in the computer can display a chromatogram in real time, and read the current state of the instrument and the set parameters, etc.


Through the software operation interface, it is greatly convenient for users to set parameters including temperature, Program data, detector, bridge electric current flow, etc. Also convenient to operate FID automatic ignition, switch bridge electric current flow, temperature control, turn off Program data and various other time events.


Expand t 10/1 OOM Ethernet interface ,and can be remotely controlled for convenient data collection and management.


2.High Precision, stable and reliable temperature control system

The main control circuit uses advanced microprocessors, large-capacity FLASH and EEPROM memory, for more reliable preservation of data. The integrated design of measurement, control and electrical source in the circuit board improves the anti-interference and reliability of the instrument.


using the temperature control circuit of microprocessor, the temperature precision of the controlled objects in each heating zone reaches 0.1 degree precision.


The column box has double overtemperature protection. Once the temperature beyond the setting, the instrument will stop heating, and report the fault on the display.


Intelligent double back door technology ensures that the instrument can have good temperature control accuracy even when the temperature of the column box is close to room temperature, and can quickly cool down.


Temperature rise program of eight orders is suitable for the analysis of complex samples with wide boiling point.



3.Concise and clear man-machine dialogue interface, easy to operate, easy to learn and use


The instrument adopts large-screen LCD Chinese character display technology, which is intuitive and easy to operate, and more suitable for China's national conditions.


Self - diagnosis function, can show fault location.


Touch-type keyboard convenient for setting the operation data.


Power off data protection function, the operation data set by the instrument can be stored for a long time after power-off.


Stopwatch function available


Storage function for 10 types of analysis parameters, suitable for multi-sample analysis occasions



Main technical indicators


1.       Temperature control indicators

       Column box: 8°C -400°C at room temperature  Accuracy0.1°C

      Sampler: 8°C -400°C at room temperature  Accuracy0.1°C

      Detector: 8°C -400°C at room temperature  Accuracy0.1°C

      Maximum 6 channels temperature control: suitable for adding conversion furnace and other multi-channel temperature control requirements.


2.       Column box temperature box parameters

Temperature control accuracy: 8°C -400°C Accuracy0.1°C at room temperature

Column box temperature volume: 315mmX300mmX195mm

Temperature increase level: eight

Program heating rate:1°C -40°C

Constant temperature holding time: 0-655min (1 min increment)

Automatic rear door opening design to ensure rapid cooling,cooling speed:

With 7 minutes(350°C to 50°C)

High power and low noise rotating fan ensure temperature uniformity.


3.       Electronic flow control system (EPC)

Pressure setting range:0-500kPa

Program order: 8 (support to reduce voltage program)

Program rate setting range: -100-100 kPa/min

Full flow settings: 0-1000ml/min

Control precision:0.001psi


4.       Multiple injection modes are available

Packed column head injection

The packed column gasifies the injection

Capillary shunt/non-shuntection: Back pressure valve control technology, a linear shunt

Six-way valve gas inection

Online injection: continuous injection for 24 hours without supervision(patented technology)


5.       Other parameters: size, weight, power supply

Dimension: width 655mm· height 50mm• depth 480mm

Weight: 48kg

Power supply: 220V22V, 5GHz, power 2kW


Hydrogen Flame Ionization Detector (FID)

Cylinder collecting pole structure design, quartz nozzle, high response

Detection limit: 8X10-12g/s (n-hexadecane/iso-octane)

Baseline noise: 2X10-13A

Baseline drift: 2X10-12A/30min

Linearity: ≥106

Automatic ignition

Stability time: 10 minutes


 Thermal Conductivity Detector(TCD)

Adopt semi-diffusing structure

power supply constant current control mode for power supply

Sensitivity: ≥2500mV · ml/mg (n-hexadecane/isooctane)

Baseline noise: ≤15µv

Baseline drift: ≤100µv /30min



Flame photometric detector (FPD)

Mode : filter S or P

Detection limit: 5X10-11 g(S)/s (sulfur in thiophene)

                           1.4 X 10-12g(P)/s (Phosphorus in parathion)

Maximum operating temperature: 350°C

Detection method: air - hydrogen flame spectrometry

Optical detector: top photomultiplier tube

Multiplier voltage: up to 700V


GC-9560 Feedback- control Chromatograph Workstation

Clear control interface

Real-time display of measured temperature

Set each temperature parameter and its protection value Conveniently. Clear

operating conditions.

Convenient to set up the temperature rise program and real-time.

display of the temperature rise status.

Easily set external events to automatically complete complex processes such as automatic injection, switching, backblowing, cutting, etc.

Click the mouse easily to complete FID ignition, TCD bridge flow operation

Using computer to complete the heating, cooling and other processes of the host,so that

the operation of chromatograph is simplified.


Hardware performance

Communication interface: RS232/USB interface

High precision: 24 bit high precision N/D


Input level range: -5mv to +1v

Sampling frequency: up to 20 times/second

Dynamic range :106

Integral sensitivity : 1µv · sec

linearity : <土0.1%

Reproducibility: 0.06%


Software performance

Main features

Provide a variety of calculation methods such as normalization method, modified normalization method, internal standard method, external standard method and index method.

The results directly show information such as half-peak width, theoretical plate number, separation degree and trailing factor, which is convenient for professionals to use.

The result report has two forms: analysis result and grouping result, which can edit the detailed information of samples and make the result report clear at a glance.

Real-time data and results can be exported to EXCEL or saved in an internationally standardized AIA file format.

Redrawing or recalculating can be done using other drawing tools or software. It can also be copied into the documents needed by users for the convenience of scientific researchers.

Peak locking function, which greatly facilitates users to determine the peak when there is deviation between the retention time and peak identification table time.

Function of arbitrary multi-point calibration curve: directly obtain correction factor and correlation coefficient, timely verify the accuracy of curve, average of arbitrary multi-point, correction of arbitrary multi-point, and intuitively display the correction curve.

Automatic identification of trailing peak, overlapping peak, sawtooth peak and shoulder peak, automatic baseline cutting.

Automatic reanalysis can be carried out by adjusting parameters and time program, and identification, deletion and adjustment of chromatographic peak and baseline cutting can be carried out by manual correction.

The spectrum can be reanalyzed, enlarged, moved, point-by-point tracking, adding component names, spectrum replication, multi-spectrum comparison, baseline deduction, etc.


Multi-graph comparison function: the relative deviation of retention time, peak height, peak area and content can be directly obtained, and the repeatition of data can be easily mastered.