background image

Cooled Carousel 12 Plus Reaction Station

7.1. Assemble reflux head and cooling reservoir, so that they fit securely together.

Make sure that the reflux head is properly seated on the central pillar of the

reservoir.

7.2. Position cooled reservoir onto the stirring hotplate.

7.3. Place  a  magnetic  stirrer  bar  into  the  reaction  tube.  Assemble  Carousel

Reaction Tube and Easy-On PTFE Cap by screwing together. This process

requires a ¼ turn of the cap, hand tighten until the cap feels secure. Ensure

that the tube is properly located within the O-ring seal in the cap. 

7.4. Fit a new Silicone Septa to the central hole in the cap, and ensure that the cap

valve is in the “open” position.

7.5. Place the assembled capped tube into the Carousel Reaction Station at the

required location, push the cap onto the connector pin, until the tube is fully

located in the reactor base.

7.6. Connect the central quick fit gas connector to the regulated inert gas supply

and switch the gas supply on. 

7.7. If all gas connector positions are not in use, unused positions can be blocked

off with a Silicone Septa to ensure a satisfactory supply of gas to all reaction

tubes.

7.8. Select  a  suitable  cooling  mixture  depending  on  the  minimum  temperature

desired. (Examples are given in Appendix see page 10). We recommend using

a dry ice/acetone cooling mixture for best cooling results.

7.9. Using a suitable wash bottle or similar fill the reservoir with solvent to a depth

of approximately 2cm.

7.10. Using  the  RR99908  scoop,  carefully  add  dry  ice  in  small  portions  until  the

desired temperature is reached. 

7.11. Set the stirrer speed on the stirring hotplate and switch stirrer on.

7.12. Once the desired temperature is reached air sensitive liquid reagents may be

carefully added via the Silicone Septa using a syringe under an inert atmo-

sphere. 

7.13. Locate the optional lid onto the cooling reservoir. The lid has two adjacent slots

for the handle and pouring spout. 

7.14. Once your synthesis is complete: turn off stirring; turn off gas supply and dis-

connect gas inlet; remove the lid; remove the Carousel reflux head from reser-

voir and place on the stand; the reaction tubes can now be removed.

7. Quick Start Guide

Page 7

Warning

The  cooling  reservoir  is  not  suitable  for  heated  reactions.  Always

ensure that the heating control on the stirring hotplate is switched off

and that the hotplate is cool before using the cooling reservoir.

!

Important Note

Check that the reservoir can be removed from the top plate without

sticking before you fill the reservoir with a cooling mixture. 

Important, Important,

Important, Important,

Important, Important,

Important, Important,

Important, Important,

Important, Important,

Important, Important, 

Содержание Carousel 12 Plus

Страница 1: ...February 2023 Issue 6 Radleys Shire Hill Saffron Walden Essex CB11 3AZ United Kingdom Tel 44 1799 513320 Fax 44 1799 513283 Email sales radleys com Web www radleys com These instructions should be rea...

Страница 2: ...Fitting Gas Tight Easy On Caps to Carousel Reaction Tube 8 6 Using Easy On PTFE Caps with Valve Septum for Inerting Additions Page 10 8 Set Up Operation Continued 8 7 Place Assembled Capped Tube in Ca...

Страница 3: ...s to be easily and rapidly transferred between heating and cooling bases Simultaneously performs up to twelve cooled and stirred reactions to 78 C with a working volume of 1ml to 20ml per tube Fits di...

Страница 4: ...suitable protective gloves aprons and faceshield To avoid pressure build up always allow cooling mixtures to reach ambient temperatures before disposing or decanting Chemical resistance the Carousel...

Страница 5: ...x Tubes 1 1 x RR91038 Carousel 12 Plus Stand 1 1 x RR98072 Carousel Stirring Hotplate 230v UK Plug 1 1 x RR98073 Carousel Temperature Controller 1 RR91093 Carousel 12 Plus Complete System 3 1 x RR910...

Страница 6: ...120 Spare S Steel Sensor for Temp Controller 1 RR98121 Glass Coated Sensor for Temp Controller 1 RR98122 PT1000 Temperature Sensor 230x3mm 1 RR98102 1 Metre Extension Cable Remote Temp Sensing 1 RR981...

Страница 7: ...adleys synthesisers A RR98091 The popular Medium Cross Shaped Rare Earth Stirring Bar contains strong rare earth magnets it creates a deep vortex and is ideal for stirring resins and viscous samples B...

Страница 8: ...ven in Appendix see page 10 We recommend using a dry ice acetone cooling mixture for best cooling results 7 9 Using a suitable wash bottle or similar fill the reservoir with solvent to a depth of appr...

Страница 9: ...late maximum diameter 135mm 8 3 Locating cooling reservoir onto the hotplate stirrer The reservoirs design allows it to be easily lifted on and off the hotplate stirrer as required Being circular it c...

Страница 10: ...Viton Septa for caps pk 100 Important Note All PTFE magnetic stirring bars will lose their magnetism with time and use Therefore to optimise stirring performance always replace bars regularly Importan...

Страница 11: ...as inlet and radial distribution system combined with gas tight Easy On PTFE Caps allows reactions to be performed under an inert nitrogen argon atmosphere For use under an inert atmosphere attach tub...

Страница 12: ...o not initially fill the reservoir with solvent beyond a 2 cm depth as bumping splashing can occur and solvent may be ejected from the reservoir In particular as the cooling mixture contacts the warme...

Страница 13: ...place on the Carousel Stand 5 The Reaction Tubes can now be removed 8 16 Disposing of used cooling fluid The cooling reservoir has been designed with an integral handle and non drip spout to aid the...

Страница 14: ...rs that can be sealed There is a danger of splashing and pressure build up Preferably allow the cooling mixture to warm to room temperature before disposing of it according to appropriate local regula...

Страница 15: ...ks Per Evap Total Vessels Per Evap Vessels Per Rack Racks Per Evap Total Vessels Per Evap Vessels Per Rack Racks Per Evap Total Vessels Per Evap Vessels Per Rack Racks Per Evap Total Vessels Per Evap...

Страница 16: ...Page 2 of 2...

Страница 17: ......

Страница 18: ...Page 2 of 2...

Отзывы: