An operating concept that is focused on the essentials: clear and with access to the basic parameters rotation speed and heating bath temperature at any time.
•Clear digital display showing actual and set values•Two separate knobs with dynamic control for setting the rotation speed and heating bath temperature: fast turning for large jumps, slow turning for precise setting of the set values•Accidental changing of the values can be prevented by the lock function•Intuitive LED ring light system makes activated functions clearly visible even from a distance•Easy adjustment of the immersion depth up to 155 mm and the inclination angle from 20° to 80°•Standby function and residual heat warning at heating bath temperatures above 50 °C•The standby button stops all functions and, when using a motor lift model, lifts the evaporating flask from the heating bath•G3 XL vertical glassware - achieve higher evaporation rates due to expanded cooling surface of 2,200 cm²
Accuracy | : | ±1 °C |
Heating Capacity | : | 1300 W |
Lift | : | Hand Lift |
Bath Capacity | : | 4.5 L |
Hei-VAP Core - hand lift model with G3 XL vertical glassware
An operating concept that is focused on the essentials: clear and with access to the basic parameters rotation speed and heating bath temperature at any time.
• Clear digital display showing actual and set values • Two separate knobs with dynamic control for setting the rotation speed and heating bath temperature: fast turning for large jumps, slow turning for precise setting of the set values • Accidental changing of the values can be prevented by the lock function • Intuitive LED ring light system makes activated functions clearly visible even from a distance • Easy adjustment of the immersion depth up to 155 mm and the inclination angle from 20° to 80° • Standby function and residual heat warning at heating bath temperatures above 50 °C • The standby button stops all functions and, when using a motor lift model, lifts the evaporating flask from the heating bath • G3 XL vertical glassware - achieve higher evaporation rates due to expanded cooling surface of 2,200 cm²