MSE PRO High-pressure HPLC Isocratic System, Model 1
SKU: MA2618
MSE PRO™ High-pressure HPLC Isocratic System, Model 1
A truly effective and user-friendly HPLC system.
High-Precision Pump:
- A superior high-pressure pump delivers accurate solvent flow with exceptional precision and minimal fluctuation.
Advanced Design:
- Innovative design modules ensure high reliability and accuracy during extended operations.
Parallel Pumping System:
- The pump operates in parallel, guaranteeing both accuracy and durability.
Versatile Detection Options:
- Equipped with various detectors, including UV/VIS and refractive index detectors, offering enhanced detection capabilities and flexible options.
Pumping Systems:
- Supports both isocratic and gradient systems.
Detection Systems:
- A detector for routine analysis and RID detector for universal detection in isocratic analysis, particularly essential in GPC systems.
Key Features:
Efficient Maintenance:
- All maintenance parts are easily accessible from the front panel, enabling quick replacement without instrument disassembly.
Safety Monitoring:
- The system automatically halts the pump if the pre-set pressure limit is exceeded.
Intelligent Control:
- All components are managed intelligently via a workstation, ensuring seamless operation.
Comprehensive Data Analysis:
- Includes multiple data analysis functions, flexible peak identification, and efficient data management.
System Composition
MSE PRO High-pressure HPLC Isocratic System Model 1 comes with a high pressure pump, a UV detector, a C18 column (250cm*4.6), 6 way injection valve, and software.
Specifications
Model | Isocratic System | |
Pump | Flow rate range | 0.001-9.999mL/min |
Flow rate accuracy | ≤±0.5%(1mL/min, water, room temperature) | |
Flow rate precision | SD≤0.08%(1mL/min, water, room temperature | |
Pressure range | ≤42MPa | |
UV Detector | Lamp | deuterium lamp |
Wavelength range | 190-700nm | |
Baseline noise | ≤8×10-6AU | |
Baseline drift | ≤1×10-4AU/h | |
Detection Limit | 4×10 g/ml(Naphthalene/methyl alcohol | |
Wavelength accuracy | ±1nm |