Document
        
            
                
                    
                        
                        
                    
                
            
        
        
             
            
                 
                    
                                                
                            
                        
                    
                     
                        
                              
                                
                                     
                                                                                     
                                                                                
                                                                                          
                                                                     
                                             
                                    
                                    
                                        
                                                                                                                                                
                                                        
                                                                                                                                                    
                                                        
                                                
                                                
                                                 
                                                                                                                                                                                            
                                            
                                                  
                                                    
                                            
                                         
                                    
                                
                             
                        
                    
                
            
                                                     
        
    
 
I06IP001EN-C_AutoFlow_BET__Brochure
                        
                    Contenu du document
                                                Catalysts
Ceramics
Energy 
Carbon
Pharma	
Instrument appearance and colors subject to change.	
AutoFlow BET+
                                                   surface area analyzer	
High Throughput Surface Area Analyzer     
Dynamic Flow System
2	
Dynamic Flow 	BET Analysis	
Visit www.quantachrome.com for more detailed instrument specifications and downloadable brochures.	
Achieving Highest Throughput via  
Modular Design
High throughput matching your analytical needs 
is achieved with one, two or three independent 
analysis stations. Each Auto Flow BET+ analysis station   
provides highly accurate data by the implementation 
of: (a) two built-in mass flow controllers, making the 
use of premixed gases unnecessary; (b) a high-resolu- 
tion MEMS-TCD sensor developed by Quantachrome 
Instruments; and (c) precisely defined operating  
protocols. The  AutoFlow BET+ references all mea-  
surements to standard temperature and pressure (STP) 
conditions, thereby making them calibration-free  and 
independent of ambient conditions. The design of 
the instrument and its control software makes the 
operation very robust and user-friendly, making it ideal 
for both QA and academic lab applications.
 	
Assuring Extremely  
Rapid Surface Area Evaluations
The  Auto Flow BET+ can perform a typical 3-point BET 
measurement in less than 15 minutes per analysis 
station. Up to three independent analysis stations 
can be operated simultaneously for high throughput. 
The  Auto Flow BET+ incorporates three different flow 
paths in order to optimize the analysis speed and 
resolution of samples covering an extremely wide 
range of surface areas. The Auto Flow BET+ also 
incorporates a 3-station sample preparation module 
where three samples can be degassed under dry gas 
flow independently and simultaneously with analyses, 
using multi-step user-programmable temperature 
ramp-and-hold protocols for each sample.	
Accelerating the Pace of Dynamic Flow BET Analysis
The  Auto Flow BET+ is a state-of-the-art dynamic flow system designed to enable an extremely rapid evaluation 
of the surface areas of solid samples. Single-point or multi-point determination of surface areas using different 
standard methods (such as BET and STSA) is easily carried out without the need for measuring system void 
volumes or recalibrating signal responses.	
Figure 1. 	Auto Flow BET+	 with 
One Modular Analysis Station. Figure 2. 	Auto
Flow BET+	 with  
Three Modular Analysis Stations.
AutoFlow BET+
            surface area analyzer
3	
Features
Exceptional Speed
• 	
Single point BET surface areas in  
< 5 minutes per sample.	
• 	Multi-point BET areas in < 15 minutes  
per sample.	
• 	Advanced design eliminates need  
for pre- or post-calibration.	
Superior Throughput
• 	
Up to three single point BET areas  
in < 5 minutes. 	
• 	Up to three multi-point BET areas  
in < 15 minutes.	
• 	Up to 36 BET surface area analyses  
per hour.
 	
Outstanding Precision
• 	
Repeatability   
(same sample) +/- 1.0%	
• 	Reproducibility   
(different units) +/- 3.0%	
• 	Accuracy   
(vs. vacuum volumetric standard) +/- 3.0%	
Simple Operation
• 	
Highly intuitive click-and-start  
operation.	
• 	No warm-up delay  
(ready to go when you are).	
• 	Customized analysis reports 
 generated automatically.
 
 
 
 
 
 
 
 	
Accurately Pre-Calibrated
• 	
Saves analysis time  
(avoids calibration step).	
• 	Improves analytical precision  
(eliminates operator variability).	
• 	Saves cost (no need for syringes or loops).	
Maximum Versatility
• 	
Each module has two built-in  
mass flow controllers.	
• 	Modules can handle pure gases  
or mixed gas inputs.	
• 	Each module has an independent  
MEMS-TCD sensor.	
Robust and Reliable Design
• 	
Compact size (as little as 16-inch  
bench width needed).	
• 	MEMS-TCD Sensors unaffected  
by flow interruptions . 	
• 	Virtually maintenance-free.	
Built-in Sample Preparation
• 	
3 independently programmable degassers.	
• 	Adjustable flows and fast-cooling slots.	
• 	Standard max. temp. = 350 	oC   
450 	oC with quartz sample cells (not included).	
Unique Software Capabilities
• 	
Supports 21 CFR Part 11 compliance.	
• 	Ethernet and Remote Access.	
• 	Multiple Language Options.
AutoFlow BET+
            surface area analyzer
4	
Typical Applications
Material(s)Standard Method(s)
Metal Powders ASTM B900
Alumina, Silica A S TM C10 69
Advanced Ceramics A S T M  C1274
Catalysts, Catalyst Supports ASTM D4567
General ISO 9277
Pharma  
(Active Pharmaceutical Ingredients (API) and  Excipients) USP <846> Method I,  
European Pharmacopoeia 2.9.26 Method I
a Note : Carbon Black Total (BET) and external (STSA) Surface Area evaluated by ASTM D6556 can also be  
              determined by the AutoFlow BET+ ‘s Dynamic Flow Method and can yield equivalent results in  
              extremely short analysis times.
Table 1.  Selected Examples of Dynamic Flow Test Methods for Various Materials.
Figure 3.  Control Module and Analysis Station Features.
Touchscreen
Heating Mantle
Cool-down Slot Station Fittings
Sample Cell
Cryogen Dewar
Automated Lift	•
•
• •
•
•
•
AutoFlow BET+
            surface area analyzer
5	
FloWin Software
Designed to maximize operator convenience 
with simple pre-set or user-defined measurement 
protocols and speedy analysis startup. FloWin	
 	
software features real time displays and continuous 
updates of surface area measurements. Both 
automated and manual control of all system 
functions are available. Displays calculations in 
both graphical and tabular forms include isotherms, 
single- and multi-point BET analyses, t-Plot analyses 
with user-selectable or user-definable t-curve, all 
with standard or user-definable data reduction 
parameters and editable analysis tags. Reports are 
automatically generated and can be customized to 
seamlessly blend with your lab operations.	
Figure 4.  FloWin Software Features.
Main Menu
Degas Widget
Station Widget	
Floating Menu
Figure 5.  
Extremely Fast Multi-Point BET 
Surface Area Analyses.	
Data Acquisition and Reduction	
Figure 6.  Automated and 
Customizable Analysis Reports.
AutoFlow BET+
            surface area analyzer
6	
Specifications - Physical	
FeaturesDescription1 Module2 Modules 3 Modules
Sample  
Analysis No. of Analysis Stations	
1
23	
Pre-Programmed Analysis Setups Ye s
User-Programmable Analyses Ye s
Sample  
Preparation No. of Preparation Stations
333
User-Programmable Target Temp./
Ramp Rate/Soak Time Steps Up to 6 Steps per Station (18 Total)
User-Adjustable Degas Flow Rates Ye s
Built-In Fast-Cooling Slots Ye s
Maximum Degassing Temperature 350 	
oC (450	 oC Optional)
Maximum Heating Rate 80 	
oC/min
Degas Time Range 0-500 hours
Analysis  System TCD Sensors
123
Mass Flow Controllers 246
Pressure Transducers 1
Handles Pure Gases Ye s
Handles Gas Mixture Inputs  Ye s
Automatic Multi-Path Selection Ye s
Time-Saving Precalibrated Responses Ye s
Manual Mode Operation Ye s
Dimensions  
(Including CPU) Height
62 .23 cm 
(24.5 in)
Depth 54.79 cm 
(21.57 in)
Width 41.38 cm  
(16.29 in) 60 cm 
 (23.62 in) 77.8 cm  
(30.63 in)
Weight 34.1 kg 
 (75 lb) 54.5 kg  
(111 lb) 68.8 kg  
(147 lb)
Electrical Voltage
100-200 VAC or 220-240 VAC
Frequency 50/60 Hz
Power (max.) 350 VA
AutoFlow BET+
            surface area analyzer
7	
Specifications - Technical	
FeaturesDescription 1 Module2 Modules 3 Modules
Surface Area Single Point BET
Ye s
Multi-point BET Ye s
Accuracy (vs. Reference Standard) ± 3.0%
Repeatability (Same Station) ± 1.0%
Reproducibility (Among Stations) ± 3.0%
Range Limits [m	
2/g] 0.01 to >3,000
Range Limits [m
2] (with N	2/77 K) 1 to 150
Analysis Speed Avg. Run Time per Sample (1-Pt. BET )
< 5 minutes< 3 minutes< 2 minutes
Avg. Run Time per Sample (3-Pt. BET ) < 15 minutes< 8 minutes< 5 minutes
Max. Analyses per Hour (1-Pt. BET ) 122436
Max. Analyses per Hour (3-Pt. BET ) 4812
Other Parameters Statistical Thickness Area (STSA)
Ye s
Micropore Surface Area (t-method) Ye s
Micropore Volume (t-method) Ye s
Data Reduction Automated Reporting
Ye s
Dedicated FloWin Software Ye s
Multiple Language Options Ye s
Ethernet and Remote Access Ye s
User-Selectable Data Tagging Ye s
Touchscreen-Accessible Functions Ye s
Supports 21 CFR Part 11 Compliance Ye s
AutoFlow BET+
            surface area analyzer
Field Service	
Our global service staff assure you that Quantachrome Instruments will  
continue to be the reliable engines of material characterization laboratories.  
We offer you the flexibility of choosing from service contracts tailored to   
provide you with the response time, service package, and spare parts   
discounts that best fit your needs.	
       Spare Parts	
Quantachrome spare parts are certified to work with our instruments.  We 
provide rapid response spare parts orders, and keep large inventories of 
replacement parts and hardware available.	
        
       Application Lab	
Our fully equipped, state-of-the-art powder characterization laboratory  
(email:  application-sp@anton-paar.com), provides the option of  
 contracting for expert testing services. Laboratory services are also available 
to validate the applicability of our products prior to your purchase using your 
actual samples.
 
Lifetime Application Support
We view the field support of our instruments as an essential component 
of our business strategy. Our expert scientists are always available to   
answer questions on applications, or the use of our instruments. We do 
this as a standard service regardless of whether you have a service   
contract with us or not.
Partners in Science
Quantachrome has a scientific research department consisting of world  
renowned experts in material characterization. Our team conducts  collaborative   
research projects with leading material research labs around the world.  They 
regularly publish articles in leading peer reviewed journals, and speak at 
technical symposiums around the world.   	
For almost half a century Quantachrome’s 
scientists and engineers have revolution-  
ized measurement techniques and   
designed instrumentation to enable the   
accurate, precise, and reliable characteri-
zation of powdered and porous materials.   
We have an unwavering commitment to 
providing state of the art technology,  
along with superior and unparalleled   
customer service and support. 
 
Our commitment to customers is to   
support you before, during, and after   
the sale throughout the lifetime of our 
instruments. This is a big commitment 
because our products are so robust and 
reliable that we regularly find many still 
in use for decades.
Corporate Headquarters-USA
Quantachrome Instruments 
a brand of Anton-Paar
1900 Corporate Drive
Boynton Beach, FL 33426
www.quantachrome.com
Our policy of continuous development may cause the information and specifications contained herein to change without notice or liability.Trademarks and registered trade mark are the 
property of their respective owners. Serving Porous
Materials and Powder
Characterization Needs
Since 1968	
The quality of Quantachrome’s after sales service support is the reason we  
are proud to maintain life time relationships with our customers. 
Renowned innovator for today’s porous materials community. 
\251 2019 Quantachrome Corporation I06IP001EN-C
                                                
                                            
                                        Entreprises concernées :
Produits concernés :
Date d'upload du document :
                                                
                                                        mardi 12 janvier 2021