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BD LSRFortessa User Instructions

BD LSRFortessa
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flowkon
Flow Cytometry User Instructions
at the University of Konstanz
FACSFortessa
TM
HTS User Instructions
The BD™ High Throughput Sampler (HTS) option for the BD LSRFortessa™ cell analyzer
provides rapid, fully automated sample acquisition from microtiter plates. In high-
throughput mode, the HTS can process a 96-well plate in fewer than 15 minutes.
Standard throughput mode can be selected for acquisition of larger sample volumes.
Preparing the HTS
Switch the acquisition control to plate mode.
This will switch off the DCM pump.
Unscrew the tube retainer (grey ring ) that holds the
DCM sleeve onto the SIT and carefully remove the sleeve.
Remove the DCM sleeve and replace it with the shorter SIT
protector.
Install the sample coupler on the SIT.
Check the level in the connected water bottle (> ~30 mL).
Switch on the HTS reader (on the backside).
Press the Run button (the HTS does not operate in STNDBY mode).
Initialisation and Priming the HTS
Note: Don’t change PMTV of fluorescence channels after enabling compensation.
Operation of the loader is only possible via DIVA software do not use the prime
button on the instrument.
When the BD DIVA software is already open, go HTS Re-Initialize.
Start BD DIVA software. The HTS will initialize automatically, otherwise go to HTS
Re-Initialize
Prime the HTS (Sheath tubing connected): HTS Prime. 3x in total.
Run your Experiment
See detailed instructions on HTS Programming.

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BD LSRFortessa Specifications

General IconGeneral
Side Scatter (SSC)PMT
Forward Scatter DetectorPhotodiode
LasersUp to 5 lasers
SoftwareBD FACSDiva software
Laser OptionsBlue (488 nm), Red (633 nm), Violet (405 nm), Yellow-Green (561 nm), UV (355 nm)
DetectorsPMTs (Photomultiplier Tubes)
Forward Scatter (FSC)Photodiode
Sample InputTube
Laser ConfigurationUser-configurable
Fluorescence DetectorsPMTs
Nozzle Size70, 85, 100 µm
Power Requirements100-240 VAC, 50/60 Hz

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