AELAB Analytical, Semi-Preparative and High Pressure Semi & Preparative Types HPLC AE-LC100
Fields of application for HPLC systems for semi-preparative chromatography are e.g. the isolation of metabolites in the pharmaceutical industry for further characterization of these substances by other measuring methods, the small volume production of standards from natural substances or the determination of ...
AE-LC100
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AELABAnalytical,Semi-PreparativeandHighPressure Semi & Preparative Types HPLC.
Fields of application for HPLC systems for semi-preparative chromatography are e.g. the isolation of metabolites in the pharmaceutical industry for further characterization of these substances by other measuring methods, the small volume production of standards from natural substances or the determination of ...
Introduction:
The Semi-PRE HPLC system can fulfill most analysis and preparation requirements. The High pressure preparation HPLC system ts mainly used in small-scale sample preparation and purification in laboratories.
Introduction:
The Semi-PRE HPLC system can fulfill most analysis and preparation requirements. The High pressure preparation HPLC system ts mainly used in small-scale sample preparation and purification in laboratories.
+The new upgraded pump reserves the classic reciprocating parallel pump design to provide accurate flow and minimize pressure fluctuations.
+The structure of one-piece check valve is simple and provides excellent leak resistance.
+The piston rod can be retracted automatically so you to replace the piston seal easily without opening the instrument case.
+New piston rinse function adopts dual-piston seals design, it is provided for buffer salt systems.
+Less noise and higher reliability.
+Extended warranty service and more comprehensive after-sales service to assist with your analysis.
+Specifications of Infusion Unit.
Specifications of Infusion Unit
Analytical System
Model: P100 Liquid Infusion System: Dual-piston reciprocating parallel pump,
equipped with a binary high-pressure mixer
Flow Rate Range: 0.001-10 mL/min
Max Output Pressure: 42 MPa
Flow Accuracy: <±1%
Flow Precision: RSD<0.07%
Qualitative Repeatability: RSD6 w 0.1% (naphthalene/methanol standards)
Quantitative Repeatability: RSD6 < 0.3% (naphthalene/methanol standards)
Pressure Fluctuation: 0.1Mpa
Power Supply: 220V/110V
Semi-Preparation System
Model: P100SP (40 mljsemi-preparation systemFlow Rate Range: 0.01 -40 mL/min
Prsssure Range: 0-25 MPa
Flow Accuracy: ±2%
Flow Rate Accuracy: RSD<0.1%
High Pressure Semi-Preparation System and High Pressure Preparation System
| Model | PlOOHSP(SOmL) HighPressureSemi-Preparation System | Pl00HP(120mL) HighPressurePreparationSystem |
| Flow Rate Range | 0.01-50 mL/min | 0.01-120 mL/min |
| Prsssure Range | 0-42 MPa | |
| Flow Accuracy | ±2% | |
| Flow Rate Accuracy | RSD | |
Specifications of Infusion Unit
Detector Units include: UV/ UV-VIS, FLD,DAD, RID, ELSD
| Model | UV-100UV detector | UV-VIS100 detector | UV-100S preparative UV detector |
| Flow Cell Volume | 8ul | 8ul | 6ul |
| Light Source | D2 lamp | D2 lamp+W lamp | D2 lamp |
| Wavelength Range | 190-680 nm | 190-900 nm | 190-680 nm |
| Spectrum Bandwidth | 8nm | ||
| Wavelength Accuracy | 士1nm | ||
| Wavelength Precision | Below 0.1 | ||
| Noise | <0.25 x 10 5AU (static)/士1x1 OSAU (dynamic, under given conditions) | ||
| Drift | < 0.4x10 4AU/h (static) /< 2 x 10 4AU/h (dynamic, under given conditions) | ||
| Minimum Detectable Concentration | 3xl09g/mL(naphthalene/methanol solution) | ||
Rl Detector
Model:RI 100
Effective range for refractive:1.00-1.75 RIU
Temperature control optical bench:7°C above ambient temperature
35 °C up to 55 °C in 1 °C steps
Noise (Analog signal):7nRIU(±7uV)
Noise (Digital output):3nRIU(±3uV)
Drift:< 1uRlU/h (< 1 mV/h)
Signal range (recorder):Selectable: 10 mV, 100 mV, 1000 mV
Flower cell volume:4 ul/ Micro
9 uL/Analytically
13 uL / Semi-preparative
Max Pressure:6 bar (0.6 MPa)
Max Flow rate:0.1 - 3.0 mL/min
DAD100 Detector
Wavelength Range:200-900nm (200-600*) Above 600 nm just for W lamp
Arrays:512
Spectrum Bandwidth lOnm:10nm
Light Source:D2 lamp + W lamp
Noise:±5x105AU
Drift:5x10-4AU
Sample Rate:max 100Hz
Interface:LAN USB R232
ELSD Detector
Model:ELSD 100
Light Source:Laser diode with correction optical mirror, 670 nm,
and maximum output being less than 5mW, in compliance with FCC safety standards
Detection Element:Silicon photoelectric diode
Temperature Range:Room temperature to 110°C
Nebulizer Gas:Nitrogen is optimal, maximum 3.0L/min
Pressure Range:15-90 psi
Mobile Phase Flow Rate:0-5 mL/min
Analog Output:0-1 V or 0-10 mV
Parameter:Use keyboard to enter operation parameters
Display:LCD
FLD100 Detector
Flow Cell Volume:16uL
Excitation Wavelength:200-890 nm
Emission Wavelength:210-900 nm
Wavelength Precision:3nm
S/N:＞720
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