Inlet separators & exhaust vapor condensers
We offer inlet separators and exhaust vapor condensers for VACUUBRAND vacuum pumps. Inlet separators protect the pump from particulates and droplets while exhaust vapor condensers enable efficient recovery of solvents for reuse as well as protecting the lab environment.
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Separator AK for RE/RZ 2 and RE/RZ 2.5 AK for RE/RZ 2/2.5 Separator inlet side- Compact and leak-tight
- High conductance
- Easy draining of condensate
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Separator AK for RE/RZ 5 and RE/RZ 6 and RE/RZ 2.5 AK for RE/RZ 5/6/2.5 Separator inlet side
- Compact and leak-tight
- High conductance
- Easy draining of condensate
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Separator AK R 8 / 9 / 16,inlet connection KF NW 25 AK R 8/9/16 Separator inlet side- Compact and leak-tight
- High conductance
- Easy draining of condensate
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Exhaust vapor condenser PELTRONIC100-120/200-230 V 50-60 Hz Peltronic Emission condenser- No external coolant required
- Chemically resistant
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Inlet separator AK withround bottom flask 500ml, with KF DN 25,for all pumps from ME 16 NT to MV 10C NT AK 500 / KF DN 25 Inlet separator AK with round bottom flask 500 ml, with connections KF DN 25 and hose nozzle DN 15 mm- Compact and leak-tight
- High conductance
- Easy draining of condensate
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Drain for exhaust vapor condenser,with hose nozzle DN 6/10mm, with KS 35 SW 6/10mm Drain for exhaust vapor condenser, with KS 35- Drain for exhaust vapor condenser
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Exhaust vapor condenser EK 600 withround bottom flask 500 ml, with KF DN 25,for VACUU·PURE EK 600 Base module for chemistry pumping unit (without pump)- For VACUU·PURE®
- Inlet small flange KF DN 25
- Outlet hose shaft DN 19 mm
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Inlet separator AK with round bottom flask 500 ml,with KF DN 25, for VACUU·PURE AK 500 / KF DN 25 VACUU·PURE Inlet separator AK with round bottom flask 500 ml, with connections KF DN 25 and hose nozzle DN 15 mm, Leakage rate 10^-4 mbar l/s- Compact and leak-tight
- High conductance
- Easy draining of condensate
<p>We offer inlet separators and exhaust vapor condensers for VACUUBRAND vacuum pumps. Inlet separators protect the pump from particulates and droplets while exhaust vapor condensers enable efficient recovery of solvents for reuse as well as protecting the lab environment.</p>
