Product Details
Place of Origin: China
Brand Name: Senova
Certification: CE
Model Number: NoVap-ML5
Payment & Shipping Terms
Minimum Order Quantity: 1 unit
Price: Available upon request
Packaging Details: plywood case
Delivery Time: 5-20 working days
Payment Terms: T/T
Supply Ability: 100 units
Display Type: |
LED |
Heating Bath: |
Stainless Steel Water Bath |
Process: |
Rotary, Distillation, Concentration |
Rotation Speed: |
0-120 Rpm |
Temperature Accuracy: |
RT~180℃ |
Power Supply: |
220V/50Hz |
Display Type: |
LED |
Heating Bath: |
Stainless Steel Water Bath |
Process: |
Rotary, Distillation, Concentration |
Rotation Speed: |
0-120 Rpm |
Temperature Accuracy: |
RT~180℃ |
Power Supply: |
220V/50Hz |
The manual lift, with ambidextrous design, allows precise positioning of the glassware. Digital display of rotation speed and heating bath temperature allow optimal control of all distilling processes. New clamp mechanism simplifies changing of evaporation flasks. This package comes with a heating bath and one set of glassware (vertical).
| Model | NOVAP-ML5 |
| Voltage | 220V/50Hz,110V/60Hz |
| Machine Power | 2040W |
| Rotating Motor | 40W |
| Heating Power | 2000W |
| Vacuum | 0.098Mpa |
| Boiling Flask | 5L Φ230MM/Φ50 flange port |
| Collect Flask | 3L flask Φ195mm, upper 35#Ball milling mouth, below DN20 |
| Stir Speed | 0-120rpm |
| Temperature control | Ambient to 180C |
| Temperature accuracy | ±1℃ |
| Heating pot lifting stroke | 200mm |
| Main Condenser | Φ100x530H(mm) |
| Condensing area | 0.26㎡ |
| Feeding valve | 19#Standard plug valve |
| Vacuum suction nozzle | Outer diameter of pagoda joint10mm |
| Condensing pipe inlet and outlet circulation nozzle | Outer diameter of pagoda joint 12mm |
| Heating Pot | Φ280x170H(mm), around 10.4 L,7,5kg |
| Machine size | 990x620x470mm |
| Net Weight | 24.5Kg |
| Gross weight | 42Kg |
Common issues with rotary evaporators include loss of vacuum, poor condensation, and bumping. A loss of vacuum is often due to leaks at seals, joints, or cracks in glassware; systematically checking and tightening connections or replacing seals usually resolves this. Poor condensation, leading to solvent loss into the vacuum pump, can result from insufficient coolant flow, warm coolant, or a clogged condenser; checking the chiller and coolant lines is the first step. Bumping, though less common with rotation, can occur if the rotation speed is too slow, the vacuum is applied too quickly, or the sample is too thick; adjusting these parameters typically solves the problem.