Details

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Large LCD digital display with heating temperature, rotation speed, clockwise and Anti-clockwise, time information
• One-click automatic motor lifting (stroke 180mm), smooth and silent
• Water/oil heating bath with wide temperature range from room temp.to 180°C
• Speed range from 10 to 150rpm, and interval operation in clockwise and anticlockwise directions for drying process
• Double-layer high-efficiency condensing tube with large condensation area and strong evaporation capacity, ensuring efficient sample recovery
• Patented PTFE double sealing ring with excellent sealing performance
• A switching valve for continuous collection without compromising the system vacuum and solvent distillation
 

Temperature range	Room temp. ~180°C (both water and oil)
Control Accuracy	Water: ±1o°C Oil: ±3oC
Rotation Speed	10~150rpm
Evaporation capacity	10~150rpm
Ultimate vacuum	Less 2.6hpa
Temperature control method	Micro processer PID control
Display	LCD (temperature/speed/clockwise and Anti-clockwise/time)
Stroke Displacement	Automatic 180mm
Safety features	Motor over-current protection, Residual Current Device, lifting overload protection, Boil-dry protection, over-temperature protection
Sample flask	Round flask 20L
Receiving flask	Round flask 10L with drain valve
Condenser	Two-section vertical triple serpentine condenser, cooling surface 1.2m2
Heating bath size	φ450×240mm
Takeover caliber	Cooling/suction nozzle outer diameter 16mm, vacuum pump nozzle outer diameter 16mm
Dimension[D×W×H]	1160mm×600mm×1860mm
Power supply	220V/4600W/50/60Hz 380V/6000W/50/60Hz

Double-layer high-efficiency condener large condensation area and strong evaporation capacity, ensuring efficient sample recovery.
Switching valve design A switching valve for continuous collection without compromising the system vaccum and solvent distillation.
Heating bath
• Water&oil bath;
• Enhanced lifetime through exclusive use of corrosion-free stainless-steel;
• The heating bath adopts special heat insulation structure design, so that the surface temperature is far lower than the temperature in the bath, to avoid personnel burns