Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/67

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Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/67 Specification

Frequency
50 Hz

Capacity
1-2 Liters

Automation Grade
Semi-Automatic

Power Source
Electric

Measurement Range
Up to 2 Liters

Temperature Range
-50C to +40C

Accuracy
100 %

Voltage
220-240 V

Core Components
Cold Trap Condenser, Rotary Motor, Coils

Feature
Highly Efficient

Model No
SSI/67

Equipment Materials
Borosilicate Glass, Stainless Steel

Type
Rotary Vacuum Evaporator Cold Trap Condenser

Usage
Laboratory

Dimension (L*W*H)
430 mm x 320 mm x 570 mm

Weight
12 Kg

About Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/67

Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/67

Provided with LED display for R.P.M control, motorized lift arrangement for glass assembly control upto 100mm, lifting up/down through soft touch switches, digital temperature controlled water/oil bath from ambient +5 deg C to 180 deg C cap 4.5 ltr, geared drive unit offers smooth speed rotation from 20 to 180 R.P.M water circulation and vacuum inlet assembly is fitted at the rear of the lift to reduce the pressure at glass joints of condenser. Diagonal double coiled condenser pear (Kjeldhal) shaped evaporating flask cap 800ml, Receiving flask cap one ltr fitted with a ball joint, feeding tube, vapour path tube, provided with rubber tube, pressure tube, seal clips, and spring a complete working unit.

Replacement part for (Cold Trap Condenser) SSI/67

SSI/67/01	Cold Trap Condenser with S-35 cup
SSI/67/02	Vapour path tube B-24, B-29
SSI/67/03	Gasket seal for vapour tube (VITON)
SSI/67/04	Gasket seal for special chemicals
SSI/67/05	Feed tube condenser
SSI/67/06	Receiving flask with S-35 cup (socket) joint capacity 1000ml
SSI/67/07	Evaporating flask kjeldhal cap. 800ml B-24
SSI/67/08	Evaporating flask kjeldhal cap. 500ml B-24
SSI/67/09	Evaporating flask kjeldhal cap. 300ml B-24
SSI/67/10	Evaporating flask kjeldhal cap. 100ml B-24
SSI/67/11	Tension spring to hold condenser
SSI/67/12	Standard joint clip B-24
SSI/67/13	Ball joint clip with screw lock
SSI/67/14	Suitable oil free vacuum pump for rotary evaporator with vacuum gauge & regulator
SSI/67/15	Glass safety trap

Advanced Cooling Performance

Featuring a durable borosilicate glass condensing coil and trap flask, the SSI/67 leverages high-efficiency cold trapping powered by dry ice or refrigerant. The effective design ensures maximum vapor condensation, making it ideal for sensitive samples and volatile solvents while minimizing sample loss. Its wide temperature range from -50C to +40C supports diverse laboratory processes.

Superior Material and Build

Engineered with polished stainless steel and robust borosilicate glass, this cold trap condenser offers both chemical resistance and longevity. The inclusion of a PTFE stopcock and vacuum sealing further enhances the units performance under high vacuum, assuring cleanliness and reliability in demanding experimental conditions.

Safe and User-friendly Operation

The SSI/67 is equipped with practical safety features such as overload protection and low-noise, low-energy operation. Its semi-automatic design, straightforward tabletop mounting, and easy setup make it ideal for laboratories seeking both safety and convenience. Supplied with all essential accessories, installation and maintenance are greatly simplified.

FAQs of Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/67:

Q: How does the Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/67 operate?

A: The SSI/67 works by condensing vapors generated during rotary evaporation via a borosilicate glass coil cooled with dry ice or a refrigerant. This process efficiently traps volatile substances in a 1-liter borosilicate flask while maintaining compatibility with high vacuum levels.

Q: What materials are used in the construction of this cold trap condenser?

A: The trap flask and condensing coil are both made from high-quality, heat-resistant borosilicate glass. The exterior features polished stainless steel for durability, and all wetted components are chosen for chemical resistance and longevity.

Q: When should I use dry ice versus a refrigerant as a cooling medium?

A: Dry ice is ideal for applications needing lower condensation temperatures, particularly with volatile solvents. Refrigerant cooling is suitable for general laboratory use where moderate cooling suffices. Choice depends on the temperature and condensation requirements of your process.

Q: Where can I install the SSI/67 Rotary Vacuum Evaporator Cold Trap Condenser?

A: This model is designed for tabletop installation in laboratories. Its compact dimensions (430 mm x 320 mm x 570 mm) and low weight (12 kg) enable easy placement within standard laboratory setups.

Q: What is the setup process for the SSI/67 model?

A: Setup is straightforward: connect the condenser assembly and trap flask using the provided ground glass joints, secure the PTFE stopper, and connect the cooling medium. Power-up is through a standard 220-240 V outlet, making installation quick and hassle-free.

Q: How does the SSI/67 benefit laboratory operations?

A: The condenser improves experiment accuracy and safety, minimizes solvent loss, and protects vacuum pumps from contamination. Its high efficiency, reliable vacuum sealing, and energy-saving operation provide cost-effective and consistent results for diverse laboratory needs.

Q: What accessories are supplied with the SSI/67 condenser?

A: Each unit comes with a complete condenser assembly, a 1-liter trap flask, and a spare PTFE stopper, ensuring immediate usability and uninterrupted laboratory operations.

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