Sp-5220 Gas Chromatograph for Laboratory and Research

• After-sales Service: Online
• Application: Industrial
• Warranty: 1 Year
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: SP-5220
• Detection Method: Spectrograph
• Advantage: High Resolution
• Principle: Classic Spectrometer
• Wavelengths: UV Spectrometer
• Dispersive Element: Prism Spectrometer
• Light Number: Monochromator
• Certification: RoHS, ISO9001, CE
• Customized: Non-Customized
• Interferometer: Cube-Corner Michelson Interferometer
• Beam Splitter: Multilayer Ge Coated Kbr
• Detector: High Sensitivity Pyroelectric Module (Standard)
• IR Source: High Intensity, Long Lifetime, Air-Cooled IR Sourc
• Wavenumber Range: 7800cm-1~350cm-1
• Resolution: Better Than 20,000:1
• Wavenumber Accuracy: ±0.01 Cm-1
• Scanning Speed: Microprocessor Control, Different Scanning Speed S
• Software: Mainftos Suite Software Workstation, Compatible to
• Communication: Ethernet Interface & WiFi Wireless
• Data Output: Standard Data Format, Report Generation and Output
• Power Supply: AC220V±22V, 50Hz±1Hz
• Dimensions & Weight: 490×420×240 mm, 23.2kg
• Transport Package: Export Box
• Specification: SP-5220
• Trademark: YBOTECH
• Origin: China
• HS Code: 9027300090
• Production Capacity: 500000PCS/Year
• Package Size: 70.00cm * 65.00cm * 60.00cm
• Package Gross Weight: 100.000kg

Product Description

Stable and reliable
The product has passed five professional certifications, confirming that the instrument is capable of safe, stable, and trouble-free operation for an average of 5,000+ hours.
SP-5000 series gas chromatographs have undergone professional reliability verification, according to GB/T11606-2007 "Environmental Test Methods for Analytical Instruments" in the third category of industrial process instruments, T/CIS 03002.1-2020 "Reliability Enhancement Test Methods for Electrical Systems of Scientific Instruments and Equipment" T/CIS 03001.1-2020 "Mean Time Between Failure (MTBF) Verification Method for Reliability of the Entire Machine" and other standards. T/CIS 03002.1-2020 "Reliability Enhancement Test Method for Electrical System of Scientific Instruments and Equipment" T/CIS 03001.1-2020 "Mean Time Between Failure Verification Method for Scientific Instruments and Equipment" etc. The whole machine passes the thermal test, reliability enhancement test, comprehensive stress reliability rapid verification test, safety test, electromagnetic compatibility test, MTBF test, which guarantees the instrument to operate in a long term, stable and reliable way!

Accuracy and Excellence
Based on the new generation of high-precision EPC system, high stability temperature control system. Ensure that the instrument generates fast, accurate and reliable data.
The new generation of high-precision EPC has, a pressure control accuracy of up to 0.001 psi; EPC adopts high-precision pressure and flow sensors, high-precision amplified data acquisition and control circuits, thus realizing high-precision pressure and flow control, with a control accuracy up to 0.001 psi, in order to ensure excellent qualitative and quantitative repeatability. At the same time, the adoption of atmospheric pressure and room temperature compensation technology can ensure that the pressure control accuracy in the external conditions change can still obtain excellent control performance.
The high-speed closed-loop temperature control system makes the temperature control accuracy reach 0.1ºC, and the program temperature rise repeatability reaches 0.5%, Through the theoretical modeling of the column box and the physical prototype verification, it ensures the excellent column box structure system. A reasonable column box structure better realizes the internal heat conduction of the system and can realize up to 120 ºC / min heating rate. Self-developed high-speed closed-loop temperature control system, as well as complex environment based on the heating power, after the opening of the door, fan speed, and other parameters of the mathematical control model, the adoption of the AC power supply over-zero detection circuit to achieve accurate heating power control, thus ensuring high-precision temperature control and the repeatability of the temperature control for a number of times.

Intelligent Interconnection
The new intelligent electrical control system developed based on Linux system can realize multi-terminal status monitoring and Internet remote control to meet the demands of users for more application scenarios.
One cell phone can control multiple gas chromatographs.
Check instrument information at any time after connecting to the Internet
 Remote operation can control the instrument   
Edit GC methods without the need for a chromatography workstation.
Check the instrument status and sample running condition at any time
Analyze the stability of the instrument in the current situation through big data.
Evaluate GC detector performance at any time
Q&A-based instrument maintenance tests

Column oven
Operating temperature range:room temperature to 450ºC
Temperature Setting Accuracy:0.1ºC
Temperature Control Accuracy:0.01ºC
Temperature Stability:≤0.5%
Environmental sensitivity: When the ambient temperature changes by 1 ˚C, better than 0.01 ºC
Heating Rate:≥120 ºC/min
Programmed Heating Repeatability:≤0.1%
Programmed Heating Order:32
Cooling Time(from 450ºC to 50ºC):≤4 min
Maximum Running Time:9999.999min
Retention Time Reproducibility:<0.008% RSD,Reproducibility of Peak Area:<1% RSD

SSL
Maximum temperature:450ºC
Gas control mode: constant pressure, constant flow rate, program up/down, program up/down flow, pulse injection
Program boosting/current raising:10th order
Program boosting/current raising
Pressure range:0-1035kPa(0-150psi)
Maximum Split Ratio :9999.9:1
Gas flow setting range:0-200mL/min(N₂)
Gas flow setting range:0-1000mL/min(H₂)

Thermal conductivity detector - TCD
Maximum temperature:420ºC
Minimum detectivity:≤4×10^-10 g/mL
Sensitivity:≥2000 mV·mL/mg
Baseline noise:≤80 μV
Baseline drift:≤200 μV
Linear range:10⁵

Flame ionization detector - FID
Maximum temperature:450ºC
Minimum detectivity:≤1.5×10^-12 g/s
Baseline noise:≤40 μV(4×10^-14 A)
Baseline drift:≤400 μV(4×10^-13 A)
Linear range:10⁷

Electron capture detector - ECD
Maximum temperature:420ºC
Minimum detectivity:≤1×10^-14g/m
Baseline noise:≤20 μV
Baseline drift:≤60 μV
Linear range:10⁴

Flame photometric detector - FPD
Maximum temperature:420ºC
Minimum detectivity:[P]≤4.5×10^-14 g/s   [S]≤2.5×10^-12 g/s
Baseline noise:≤10 μV(5×10^-12 A)
Baseline drift:≤250 μV(4×10^-11 A)
Linear range:[P]:10⁵;[S]:10³

Nitrogen-phosphorus detector - TSD
Maximum temperature:420ºC
Minimum detectivity:[P]≤1×10^-13 g/s   [N]≤2×10^-13 g/s
Baseline noise:≤40 μV(8×10^-14 A)
Baseline drift:≤300 μV(6×10^-13 A)
Linear range:10⁴

Alkali flame detector - AFD
Maximum temperature:420ºC
Minimum detectivity:≤2×10^-13 g
Baseline noise:≤4 mV
Baseline drift:≤50 mV
 

Instrument size	length(mm)	width(mm)	height(mm)	weight(kg)
SP-5220	514	548	580	40
SP-5220(autosampler)	986	639	580	40