Heidolph Rotary Evaporator Hei-VAP Core HL G6-CH Hand Lift (CH-Plug)

The Heidolph Rotary Evaporator Hei-VAP Core HL G6-CH Hand Lift (CH-Plug) is designed for dependable and precise solvent evaporation in laboratory settings. Featuring a manual hand lift and CH-Plug compatibility, it supports a wide range of applications including distillation, concentration, and solvent recovery. Built with Heidolph's renowned engineering quality, this model is perfect for labs seeking consistent performance with manual operation.

Key Features:

• Brand: Heidolph
• Model: Hei-VAP Core HL G6-CH with hand lift (CH-Plug)
• Application: Ideal for solvent evaporation, distillation, and concentration tasks
• Lift Mechanism: Manual hand lift for controlled height adjustment
• Compatibility: CH-Plug for Swiss electrical compliance
• Display: Clear digital display for monitoring current values with a separate button to show set values
• Controls: Two independent knobs for adjusting rotation speed and heating temperature with LED ring lights for status indication
• Safety: Lock feature prevents accidental parameter changes; residual heat indicator activates above 50 °C
• Standby Function: (Motor lift models only) Stops all operations and raises the flask from the heating bath
• Ergonomics: Heating bath features ergonomically designed handles for a secure grip
• Adjustability: Immersion depth adjustable up to 155 mm; evaporating flask tilt angle adjustable from 20° to 80°
• Sealing: Grease-free operation ensured by advanced sealing technology
• Ventilation Cap: PTFE inlet and ground joint-free design; optional replenishment valve available
• Optional Accessories: Cable extension and detachable operating panel for external control use, including inside fume hoods

Scope of Supply:

• Flask clamp Easy-Clip
• Vapour tube
• Ventilation cap
• Heating bath
• 1-l receiving flask
• 1-l evaporating flask
• Supplied condenser as indicated

This Heidolph Rotary Evaporator offers laboratories a robust, easy-to-use solution for manual solvent evaporation processes with added safety and precision.