Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/68

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Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/68 Specification

Temperature Range
-40C to +100C

Frequency
50 Hz

Automation Grade
Manual

Feature
Highly Efficient

Power Source
Electrical

Voltage
220 V AC

Capacity
1 to 2 Liters

Model No
SSI/68

Accuracy
100 %

Measurement Range
Suitable for volatile solvent recovery

Core Components
Cold Trap Condenser, Vacuum Pump Connection, Glass Trap Flask

Equipment Materials
Borosilicate Glass, SS304 Stainless Steel

Type
Rotary Vacuum Evaporator Cold Trap Condenser

Usage
Laboratory

Dimension (L*W*H)
45 cm x 30 cm x 35 cm

Weight
15 kg (approx.)

About Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/68

Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/68

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 thermostatic temperature controller glass condenser double walled with one opening for vacuum and top reservoir for cooling medium, pear (Kjeldhal) shaped evaporating falsk capacity 800ml, receiver flask capacity one litre fitted with a ball joint, feeding tube, vapour path tube provided with a pressure tube, seal, clips and spring a complete working unit.

Replacement part for (Cold Trap Condenser) SSI/68

SSI/68/01	Cold Trap Condenser double walled with S-35 ball at bottom for connecting to receiving flask, with one opening for vacuum & top reservoir for cooling medium cock for feeding on one side while the other side sill be connected to motor with ring.
SSI/68/02	Vapour path tube B-24, B-29
SSI/68/03	Gasket seal for vapour tube (VITON)
SSI/68/04	Gasket seal for special chemicals
SSI/68/05	Feed tube for condenser without PTFE pipe
SSI/68/06	Receiving flask with S-35 cup (socket) joint capacity 1000ml
SSI/68/07	Evaporating flask kjeldhal cap. 800ml B-24
SSI/68/08	Evaporating flask kjeldhal cap. 500ml B-24
SSI/68/09	Evaporating flask kjeldhal cap. 300ml B-24
SSI/68/10	Evaporating flask kjeldhal cap. 100ml B-24
SSI/68/11	Tension spring to hold condenser
SSI/68/12	Wire clip
SSI/68/13	Ball joint clip with screw lock
SSI/68/14	Water bath double walled SS with thermostatic temperature controller
SSI/68/15	Spare heater for water bath (ISI Mark)
SSI/68/16	Suitable oil free vacuum pump for rotary evaporator with vacuum gauge & regulator
SSI/68/17	Glass safety trap

Superior Solvent Recovery and Protection

The SSI/68 Rotary Vacuum Evaporator Cold Trap Condenser enables efficient recovery of volatile solvents and minimizes their passage to the vacuum pump, significantly prolonging equipment lifespan. Its borosilicate glass coil and spherical trap flask assure excellent performance and chemical compatibility, while reliable temperature monitoring allows secure and optimal operation. The cold traps advanced vacuum sealing ensures loss-free operation during solvent collection.

Versatile Cooling Options for Maximum Efficiency

Designed for laboratories requiring adaptable performance, this unit accommodates both ice cooling and circulating chillers. This flexibility enables users to tailor the traps cooling efficiency to their specific applications, further enhancing solvent recovery rates and system safety. The devices robust stainless steel finish ensures long-term durability and ease of cleaning, making it an asset for routine or demanding experimental work.

FAQs of Rotary Vacuum Evaporator Cold Trap Condenser Model No. SSI/68:

Q: How does the SSI/68 cold trap condenser protect the vacuum pump during operation?

A: The Model SSI/68 enhances the longevity of vacuum pumps by condensing and collecting volatile solvent vapors in its spherical glass trap, preventing those vapors from reaching and potentially damaging the pump.

Q: What installation process should be followed for setting up the cold trap condenser?

A: Begin by placing the unit securely on a benchtop, connect the 12 mm tubing to the vacuum pump and glass trap flask, and attach the cooling systemeither ice or a compatible circulating chiller. Ensure all PTFE seals are properly fitted for vacuum integrity, and check the temperature indicator before operation.

Q: When should I use the circulating chiller instead of just ice as the traps cooling system?

A: Use a circulating chiller when a stable, lower temperature is required (especially near or below -40C) or during prolonged operation, as chillers provide consistent cooling compared to ice, which may need regular replenishment.

Q: Where is the condenser most effectively utilized in a laboratory setting?

A: This rotary vacuum evaporator cold trap is best suited for locations where solvent recovery and vacuum pump protection are critical, such as in analytical, chemical synthesis, or pharmaceutical laboratories.

Q: What are the key benefits of using a glass spherical trap flask and borosilicate condensing coil in this model?

A: The glass spherical trap flask offers increased surface area for vapor condensation, and the borosilicate condensing coil ensures high resistance to thermal shock and chemical corrosion, providing durable, contamination-free operation.

Q: How do I monitor and maintain safe operation of the equipment?

A: Monitor the built-in temperature indicator regularly, check vacuum seals before use, and ensure overload-protected electricals are functioning properly. Routine cleaning of the glass trap and condensing coil after use will maintain performance and safety.

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