DW-LC1620A Liquid Chromatography

GC1290 Gas chromatograph is a kind of instrument for qualitative and quantitative analysis of multicomponent complex mixture by using chromatographic separation technology and detection technology. Generally, it can be used to analyze the thermal stable organic compounds in soil, such as volatile organic compounds, organic chlorine, organic phosphorus, polycyclic aromatic hydrocarbons, phthalates, etc.

Features of DW-LC1620A Liquid Chromatography

  1. A superior high-pressure pump achieves accurate solvent delivery with high precision and low fluctuation.
  2. Advanced and innovative design modules provide high reliability and accuracy for long time operation.
  3. The pump works in parallel and ensures accuracy and duration.
  4. Different kinds of detectors, including UV/VIS detectors and refractive index detectors, etc., provide stronger detection capability and more options.
  5. Pumping system: Isocratic system and gradient system.
  6. UV Detector for routine analysis/ RID for universal detection in isocratic analysis, especially necessary in the GPC system.
  7. All maintenance parts are accessible from the front panel for quick replacement without disassembling the instrument
  8. The monitoring system will stop the pump if pre-limit pressure is exceeded
  9. All components are controlled intelligently through a workstation
  10. Multiple data analysis functions, flexible peak identification, and data management, etc.

Specifications:

Model DW-LC1620A
  Isocratic system Gradient system
  Specifications
DW-LC1620A 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
  Specifications
  Lamp deuterium lamp
DW-LC1620A Wavelength range 190-700nm
UV Detector Baseline noise ≤8×10-6AU
  Baseline drift ≤1×10-4AU/h
  Detection Limit 4×10  g/ml(Naphthalene/methyl alcohol
  Wavelength accuracy ±1nm

Product Display

DW-LC1620A Liquid Chromatography