Nano Temper Prometheus Series User Manual Download Page 16

 

 
 

 

16 

 

 

Figure 4

 B). Correct positioning of the capillaries on the tray is ensured by the capillary chip 

format.  

Place the chip onto the thermal element with the capillaries facing upward (see 

Figure 4

 A). 

Use  the  number 

  imprinted  on  the  chip  for  orientation,  for  example  to  load  your  sample 

number  1.  Use  the  symbols  next  to  the  thermal  element  for  correct  chip  placement.  It  is 
recommended to place the capillary chip with the imprinted number 

 toward the user, since 

the c

apillary closest to the user will be designated “capillary 1” by the software.  

The arrow imprinted on the chip indicates the capillary type. An arrow pointing upward (toward 
the 

) designates standard capillaries while an arrow pointing left (away from the capillaries) 

designates  high  sensitivity  capillaries.  See  3.2  for  recommendations  on  which  capillaries  to 
use.  

Next, place the lid slowly and evenly inside of the guiding structures (se

Figure  4

 A). The 

weight of the lid holds the capillaries in place. Slight movements of the lid (and the capillary 
chip) inside of the guiding structures are normal and will not affect the measurement. 

CAUTION:

 Careless, hasty or diagonal placement of the lid can lead to damage of capillaries 

or  the  thermal  element.  Keep  hands  away  from  the  instrument  when  closing  the  sample 
drawer. Especially, be careful not to get caught between capillary lid and instrument, since this 
can lead to injury and instrument damage. If necessary, push the ‘Cancel’ button on the touch 
display of the instrument to stop the drawer from closing.  

 

Figure 4:

 Manual sample loading for the Prometheus NT.Plex. (A) When placed correctly, the plastic chip structure 

frames  the  thermal  element  and  the  capillaries  rest  on  top  of  the  thermal  element.  The  metal  lid  is  then  placed 
slowly and evenly inside of the guiding structures, with the rubber padding securing the capillaries in place. The red 
arrow indicates the imprinted number 

 on the capillary chip. (B) The Capillary Chip Filling Station is recommended 

for manual loading of capillary chips from microtiter plates. 

3.2.3.  Automated Sample Loading for the Prometheus NT.Plex 

The  Prometheus  NT.Plex  instrument  can  be  coupled  with  the  NT.Robotic  Autosampler  for 
automated sample loading. For details, please see the NT.Robotic Autosampler manual. 

 

Summary of Contents for Prometheus Series

Page 1: ...User Manual Prometheus Series Instruments...

Page 2: ...n Range 11 1 3 Sensitivity 11 1 4 Temperature Range 11 1 5 Precision 11 1 6 Sample Consumption 11 1 7 Capillary Format 12 1 8 Dedicated Control and Analysis Software 12 2 nanoDSF Technology 13 3 Using...

Page 3: ...t against damaging the equipment or the instrument Do not proceed beyond a WARNING or CAUTION notice until you understand the hazardous conditions and have taken appropriate steps NOTE A NOTE provides...

Page 4: ...than the sample loading drawer Opening entails a risk of personal injury or damage to the instrument and may only be done by NanoTemper Technologies staff CAUTION Only NanoTemper Technologies staff ma...

Page 5: ...magnetic standards were considered IEC 61010 1 2010 Safety requirements for electrical equipment for measurement control and laboratory use Part 1 General Requirements IEC 61010 2 010 2014 Safety requ...

Page 6: ...use only Humidity 0 80 noncondensing Operating altitude max 2 000 m Prometheus Series instrument dimensions Width 35 cm 13 8 Height 51 cm 20 8 Depth 52 cm 20 5 Weight 30 kg 66 lbs net Power supply dim...

Page 7: ...n be found on the rear panel of the instrument Name Function Ethernet Socket for connecting to the PC laptop via an Ethernet cable On Off Button Turning the switch to position I switches on the instru...

Page 8: ...product use 2 Prohibitions on the use of NanoTemper Technologies software Copying software for other than backup Transfer or licensing of the right to use software to a third party Disclosure of confi...

Page 9: ...ON 3 UNAUTHORIZED MODIFICATION OR MISUSE 4 USE OF UNAUTHORIZED CAPILLARIES AND CAPILLARY TRAYS 5 USE OF CONSUMABLES DISPOSABLES AND PARTS NOT SUPPLIED BY AN AUTHORIZED NANOTEMPER DISTRIBUTOR 6 CORROSI...

Page 10: ...ers in terms of stability robustness and flexibility Tryptophan fluorescence is collected by a proprietary Dual UV detection unit which is optimized for the rapid and sensitive acquisition of tryptoph...

Page 11: ...oncentration standard IgG 5 g ml 1 4 Temperature Range The thermal element inside Prometheus instruments can be precisely adjusted from 15 C to 95 C Additionally the instruments can be equipped with a...

Page 12: ...e to 24 capillaries in a Prometheus NT Plex instrument 1 8 Dedicated Control and Analysis Software The Prometheus instruments are supported by several software packages to enable straight forward meas...

Page 13: ...done with the Prometheus Series instruments Figu The unique dual UV technology of the Prometheus Series monitors intrinsic tryptophan and tyrosine fluorescence at the emission wavelengths of 330 nm a...

Page 14: ...eins must contain at least one tryptophan or other fluorescent residues that show changes in their fluorescent properties in the dedicated detection range 10 l of sample are required per capillary for...

Page 15: ...illing the capillaries it is important that the capillaries are filled completely and that they are centered on the capillary tray Once all capillaries are loaded onto the capillary tray place the mag...

Page 16: ...guiding structures are normal and will not affect the measurement CAUTION Careless hasty or diagonal placement of the lid can lead to damage of capillaries or the thermal element Keep hands away from...

Page 17: ...loessergasse 4 81369 Munich Germany Phone 49 0 89 4522895 0 Fax 49 0 89 4522895 60 info nanotemper technologies com http www nanotemper technologies com NanoTemper PrometheusTM and nanoDSFTM are regis...

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