IKA SY 2000 D Reactor Vessel Synthesis Reactors - MSE Supplies LLC

IKA SY 2000 D Reactor Vessel Synthesis Reactors

  • $ 4,12295

    Product SKU: 0020113464

  • Save $ 8500

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Product Details

Item number: 0020113464

Double-walled reactor vessel with bottom discharge including accessories for the EasySyn reactor system.
Volume: 2000 ml
Flange size: DN 150
Including stainless steel metal adapter M 16x1 (Male) to connect temperature hoses.

Scope of delivery:
Glasreactor incl. metal adapter

About IKA

Founded in 1910 as a supplier for pharmacies and hospitals, the company left bombed-out Cologne for Staufen im Breisgau in 1942. There it quickly became the world's leading company for laboratory technology as well as dispersing, stirring and kneading machines. 

Technical Data of IKA SY 2000 D Reactor Vessel Synthesis Reactors

Volume 2 l
Fill level diameter ratio 1.22
Fill level at nominal volume 123 mm
Vessel inner diameter 150 mm
Vessel outer diameter 190 mm
Height (room dimension) 383 mm
Width (room dimension) 243 mm
Depth (room dimension) 195 mm
Flange type acc. DIN 12214 with circular groove
Flange dimension DN150
Flange collar diameter 159 mm
Bottom shape Torispherical head
Bottom drain yes
Bottom valve Safety valve
Bottom drain outlet inner diameter 10 mm
Bottom drain outlet outer diameter 15 mm
Bottom drain outlet length 65 mm
Bottom drain shape straight
Tempering jacket filling capacity 0.99 L
Tempering jacket inlet connection DN 15 (tech-flange)
Tempering jacket inlet inner diameter 15 mm
Vacuum application yes
Tempering jacket outlet connection DN 15 (tech-flange)
Tempering jacket oulet inner diameter 15 mm
Thread closure system M16x1
Width across flats WAF 22
Material closure system stainless steel 1.4404
Reactor vessel material borosilicate glass 3.3 DIN ISO 3585
Working temperature -50 - 200 °C
Useable volume 120 - 2300 ml
Useable volume with temperature probe min. 400 ml
Pressure max. atmospheric pressure
Attainable vacuum 3 mbar
Material in contact with medium borosilicate glass 3.3 DIN ISO 3585, PTFE