MSE PRO™ Vapor Trap (Indirect Cooling Type)

MSE PRO™ Vapor Trap (Indirect Cooling Type) Traps water vapor and organic solvents discharged from vacuum drying ovens or reduced-pressure concentration systems. Enhances vacuum system efficiency, significantly reduces vapor intake by the vacuum pump and extends pump service life.

Key Features:

Employs an indirect cooling principle.
Collection flask constructed from Borosilicate Glass 3.3, compatible with water,
acids, and organic solvents.
Cooling bath fabricated from 06Cr19Ni10 stainless steel (GB Standard), equipped
with a drain valve for efficient coolant discharge.
Suitable for use as a pre-freezing bath or low-temperature bath.
Features a digital temperature display for real-time monitoring of bath temperature,
facilitating optimal activation of the vacuum acquisition device.
Integrated safety protections: Time-delay protection, over-current protection,
overheating protection, and pressure protection.
Compact footprint with locking casters for easy mobility.
Eliminates the need for dry ice or liquid nitrogen.

Specifications:

Type	MA2169
No-load Minimum Temperature (℃)	-40
Cooling Method	Indirect Cooling
Temperature Display Mode	Digital Display
Sensor Index Number	Pt100
Setting Method	Arbitrary setting within the operating temperature range
Safety Protection	Time Delay, Overcurrent, Overheating, Pressure
Cooling Capacity (W)	-10℃	300
	-20℃	250
	-30℃	150
	-35℃	50
Refrigerant	R404A
Freezer Tank Size (mm)	Ф160×250
Cold Trap Flask Size (mm)	Ф50×300
Cold Trap Flask Material	Borosilicate Glass 3.3
Vacuum Line Interface Size (mm)	Ф12 Hose Connector
Number of Cold Trap Flasks (pcs)	3
Ambient Temperature (℃)	5～35
Ambient Relative Humidity (%)	≤70
Overall Power (W)	530
Overall Current (A)	2.9
Power Supply	220-240V～, 50Hz or 110 V, 60 Hz
Dimension (mm)	350W×470D×811H
Net Weight (kg)	45

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MSE PRO Cold Traps