ROTARY EVAPORATOR
MAKE DINESH SCIENTIFIC
DESCRIPTION:
The best foundation for effective evaporation in your laboratory is a rotary evaporator. They work well for automated distillation, complicated distillation procedures, and ordinary distillation. The evaporators have been developed with careful consideration for factors including cost-effectiveness, convenience, and safety. Several distinct product advantages show this. All evaporators, among other things, include a separate ON/OFF switch for the heating feature. Easy Lift, a straightforward touch motion to raise the flask, is also included. You can also create your own customized modular concept with the rotary evaporators, which include the rotary evaporator, vacuum controller, vacuum pump, and chiller. Evaporator: a dependable way to distill your solvents. Provides a clever way to handle your solvent.
PERFORMANCE FEATURES:
- Includes a built-in combo-clip.
- Featuring an LED rotation speed adjustment.
- Has a flexible bath position.
- Includes an electrical rotation drive with speed control.
- Featuring an easily removable vapor tube for easy cleaning.
- Has a safety protective switch to prevent overheating.
- Sealing Ring (Vacuum Seal): Graphite filled PTFE
- SS316 heating bath.
- Lift kind that operates automatically.
- Featuring a secondary safety cutoff switch.
WATER OR OIL BATH:
A hot water or oil bath is partially submerged in the flask. The heat required for the solvent in the sample to evaporate is provided by the bath.
ROTARY MOTOR:
The entire flask assembly is rotated by a motor, causing the sample to spread into a thin film along the inner surface of the flask. This increases the surface area for efficient evaporation.
VACUUM SYSTEM:
By lowering the system’s pressure via a vacuum system, the solvent’s boiling point is lowered and the evaporation process is facilitated. Moreover, it aids in keeping the sample from overheating.
CONDENSER:
In the condenser, the sample’s vaporized solvent is subsequently condensed back into liquid form. Usually, cold water or another cooling liquid is circulated to cool the condenser.
FEATURES:
- Built-in vacuum controller
- Low Noise
- Chemical Resistance
- Overheating protection
- Compatible with all range of glassware
- Highly resistant and particularly durable PTFE vacuum seals
- The flashing and the residual heat display alert people to the possibility of burns over 500C
- Smooth Start.
TECHNICAL DETAILS:
| MODEL | DS-RE-4 |
| Condenser | Angled with a 1600 cm2 cooling surface |
| Speed Range | 5 -300 rpm |
| Speed display | Digital |
| Driving Unit | When there is a power outage, the evaporating flask lifted manually or automatically. |
| Lift Stroke | 120 mm |
| Flask | One-liter receiving and evaporating flasks are typical equipment. |
| Protection class | IP 20 |
| Safety | 1. Unit stand with clamp for condenser support
2. A color-indicating unit locking mechanism for vapour tubes |
| Heating bath | 4.0 litre |
| Temperature range | Ambient to 180 °C |
| Display | To keep track of the desired and actual temperatures, use an LCD and a regulating parameter. |
| Heat output | 1400 W |
| Safety | Protection against dry runs and management of water bath overheating
Locking the temperature setting prevents unintentional changes to the settings while the process is in progress. |
| Over temperature protection | 50-90 °C |
| Protection class | IP 21 |
| Other | Ability to operate a heating bath independently |
| RECIRCULATING CHILLER | |
| Temperature Range | -10 °C to ambient |
| Cooling Capacity 10 °C | 350 W |
| Bath Volume | 3.0 1 |
| Flow rate | 18 l/min |
| Pump pressure | 0.35 bar |
| Refrigerant | R290 |
| VACCUM PUMP | |
| Pump | Speed controlled pump |
| Suction capacity | 1.3 m3/h |
| Vacuum Limit | 2.0 mbar |
| VACCUM CONTROLLER | |
| Display | Analog |
| Vaccum measuring range | 1 -1050 mbar |
| Protection class | IP 65 |
| In contact material | AI2O3, PP and stainless steel |
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