Rotary Vacuum Evaporator Diagonal Condenser Model No. SSI/62

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Rotary Vacuum Evaporator Diagonal Condenser Model No. SSI/62

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Rotary Vacuum Evaporator Diagonal Condenser Model No. SSI/62 Specification

Frequency
50 Hz

Temperature Range
Ambient to 180C

Model No
SSI/62

Measurement Range
01 Litre

Accuracy
100 %

Automation Grade
Semi-Automatic

Feature
Highly Efficient

Power Source
Electric

Voltage
220240 V

Capacity
1 Litre

Equipment Materials
Borosilicate Glass and Stainless Steel

Type
Rotary Vacuum Evaporator

Usage
Laboratory

Display Type
Digital Display

Dimension (L*W*H)
65 x 35 x 55 cm

Weight
18 Kg (approx.)

Control Panel
Microprocessor-based Digital Controls

Rotary Flask Capacity
1 Litre

Pump Compatibility
Can be used with All Standard Laboratory Vacuum Pumps

Application
Efficient Solvent Distillation, Concentration

Material of Bath
Stainless Steel

Receiver Flask
1 Litre Capacity

Thermometer Range
0°C to 200°C

Rotation Speed
Adjustable up to 140 rpm

Motor Protection
Enclosed Anti-Corrosive Housing

Vacuum Range
Up to 24 mm Hg

Cooling Type
Water Cooled

Heating Power
1000 Watt

Safety Features
Over-temperature and Over-current Protection

Flask Material
Borosilicate Glass

Compatible Voltage
220 V AC, Single Phase

Heating Bath Capacity
1 Litre

Flask Mounting
Quick Action Clamp

About Rotary Vacuum Evaporator Diagonal Condenser Model No. SSI/62

Rotary Vacuum Evaporator Diagonal Condenser Model No. SSI/62

This model of evaporator is supplied complete with geared drive non sparking noiseless motor offering smooth, speed control by analog knob upto 200RPM, jack arrangement is fitted on tapered front base for positioning glass assembly, double walled water bath thermostatically controlled temp. glass condenser double coiled with three opening for vacuum and cooling, pear (Kjeldhal) shaped evaporating falsk capacity 800ml, receiver flask capacity one litre fitted with a ball joint, feeding tube and vapour path tube provided with a rubber tube, pressure tube, seal, clips and spring a complete working unit.

Replacement part for (Diagonal Condenser) SSI/62

SSI/62/01	Condenser double coiled with S-35 cup
SSI/62/02	Gasket seal for vapour tube (VITON)
SSI/62/03	Gasket seal for special chemicals
SSI/62/04	Vapour path tube B-24, B-29
SSI/62/05	Feed tube for condenser without PTFE pipe
SSI/62/06	Evaporating flask R.B. 1 ltr B-24 socket
SSI/62/07	Receiving flask with S-35 ball joint cup (socket) capacity 1000ml
SSI/62/08	Evaporating flask kjeldhal cap. 800ml B-24
SSI/62/09	Evaporating flask kjeldhal cap. 500ml B-24
SSI/62/10	Evaporating flask kjeldhal cap. 300ml B-24
SSI/62/11	Evaporating flask kjeldhal cap. 100ml B-24
SSI/62/12	Tension spring to hold condenser
SSI/62/13	Wire clip to hold vapour tube and boiling flask
SSI/62/14	Ball joint clip with screw lock
SSI/62/15	Water bath double walled inner S.S with thermostatic temperature controller.
SSI/62/16	Spare heater for water bath (ISI mark)
SSI/62/17	Suitable oil free vacuum pump for rotary evaporator with vacuum gauge & regulator
SSI/62/18	Glass safety trap

Advanced Control and Safety

Equipped with a microprocessor-based digital control panel, the SSI/62 allows for precise adjustment of rotation speed and heating parameters. Built-in safety features such as over-temperature and over-current protection safeguard both operator and equipment, while the enclosed anti-corrosive housing extends motor longevity.

Efficient Distillation and Concentration

This rotary vacuum evaporator boasts a highly efficient solvent removal process, making it exceptionally suitable for extracting, concentrating, and purifying sensitive compounds. Its water-cooled diagonal condenser promotes rapid solvent condensation, reducing overall process time.

Premium Construction and Versatility

Manufactured using borosilicate glass and stainless steel, the SSI/62 ensures resistance to chemicals and thermal shock. Quick action clamps and compatibility with standard laboratory vacuum pumps enhance operational convenience, supporting a range of scientific applications.

FAQs of Rotary Vacuum Evaporator Diagonal Condenser Model No. SSI/62:

Q: How does the Rotary Vacuum Evaporator Model No. SSI/62 operate for solvent distillation?

A: The evaporator operates by rotating the borosilicate glass flask to form a thin layer of solution, increasing surface area for rapid evaporation under reduced pressure. The solvent vapors are condensed in a diagonal water-cooled condenser and collected in a 1-litre receiver flask.

Q: What are the key benefits of using the SSI/62 in a laboratory setting?

A: The SSI/62 offers efficient and accurate solvent extraction, with excellent temperature control, durable construction, and robust safety featuresideal for concentrating heat-sensitive samples. Its digital display and adjustable parameters enable precise scaling and reproducibility.

Q: When should the over-current and over-temperature protection features be utilized?

A: These safety features automatically activate if the set temperature or electrical current exceeds safe limits, preventing equipment damage and ensuring reliable operation during routine and intensive laboratory tasks.

Q: Where is the SSI/62 commonly used and who are its main users?

A: This rotary vacuum evaporator is widely used in academic, pharmaceutical, and industrial research laboratories across India, particularly among chemists, biotechnologists, and material scientists.

Q: What is the process for mounting or changing flasks on the evaporator?

A: The SSI/62 features a quick action clamp that allows users to swiftly and securely attach or detach the 1-litre rotary flask, simplifying setup and sample handling without the need for additional tools.

Q: Is the SSI/62 compatible with all standard laboratory vacuum pumps?

A: Yes, this model has been designed for seamless integration with all standard laboratory vacuum pumps, offering versatility and convenience during various distillation or concentration protocols.

Q: How do the automation and digital controls enhance usage and accuracy?

A: The semi-automatic operation and microprocessor-based digital controls provide users with accurate adjustment and real-time monitoring of processing parameters, ensuring consistency and reducing human error in the laboratory workflow.

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