Autosorb 6100—High Vacuum Physisorption Analyzer

The Autosorb 6100 - High Vacuum Physisorption Analyzer from Anton Paar GmbH provides accurate assessments of surface area and micropores. It simplifies complex measurements with its DoseWizard point selection and PowderProtect systems. This robust instrument can analyze up to three samples concurrently, each with distinct gases and temperatures, across independent analysis stations, enhancing throughput and precision.

The Autosorb 6100 from Anton Paar GmbH, a state-of-the-art high vacuum physisorption analyzer, is tailored for intricate measurements involving surface area, pore size, and pore volume. It boasts independent analysis stations and the TruZone active coolant control system, coupled with the user-friendly Kaomi for Autosorb software, ensuring precise current measurement capabilities.

Designed with both factory and field upgradeable options, it offers adaptability for future measurement demands.

When it comes to critical physisorption measurements, the Autosorb 6100 is the ideal instrument of choice.

Key Features

A Physisorption Analyzer That is Absolutely Accurate

Achieve superior high-vacuum performance (38 % better than previous generation instruments) with precision-machined manifolds and high-quality pneumatic valves

Achieve highly accurate physisorption measurements at relative pressures below 10^-7 for nitrogen

Utilize precise manifold temperature control ranging from 35 °C to 50 °C

Rely on the TruZone active coolant level control to maintain accuracy in data across extended analysis periods

Autosorb 6100—High Vacuum Physisorption Analyzer

Image Credit:Anton Paar GmbH

Independent Stations Ensure that it is Absolutely Agile

Simultaneously analyze up to three samples using three distinct gases at three unique temperatures, each with dedicated analysis stations and patented temperature regulation accessories

Degas two sample sets at varying temperatures, reaching up to 450 °C

Maximize your throughput with six integrated degassing stations

Perform challenging micropore measurements using the physisorption analyzer's 90-hour Dewar

Autosorb 6100—High Vacuum Physisorption Analyzer

Image Credit:Anton Paar GmbH

Intuitive Software Makes Physisorption Absolutely Accessible

Experience the enhanced ease of measurement with the updated and streamlined Kaomi software

Optimize measurement definition to suit your needs with DoseWizard’s new standard and advanced modes

Keep downtime to a minimum with PowderProtect, which prevents accidental loss of powder in the instrument

Autosorb 6100—High Vacuum Physisorption Analyzer

Image Credit:Anton Paar GmbH

Customization Options Keep Users Absolutely Adaptable

Select the number of stations (one, two, or three) to match your throughput needs

Upgrade the number of stations and transducer sets as your requirements evolve

Benefit from a built-in vapor generator and recirculating Dewar now or in the future, which allows for precise measurements of water and organic vapor sorption

Utilize the CryoSync control option to manage up to three of our patented CryoSync accessories, enabling simultaneous measurements at three distinct temperatures, all without the need for external software

Autosorb 6100—High Vacuum Physisorption Analyzer

Image Credit:Anton Paar GmbH

Compliance and Quality are Absolutely Assured

Meet 15 ASTM, DIN, and ISO standards for surface area, pore size, and pore volume determinations

3-year warranty gives users peace of mind, allowing them to avoid unforeseen costs

Autosorb 6100—High Vacuum Physisorption Analyzer

Image Credit:Anton Paar GmbH

Technical Specifications

Source: Anton Paar GmbH

.	.
Measurement principle:	Vacuum volumetric
Analysis gases:	N₂, Ar, Kr, CO₂, CH₄, H₂, and other non-corrosive gases
Analysis stations:	Number: 1, 2, or 3 Independence: Up to 3 gases at three analysis temperatures can be used concurrently, 1 analysis gas and temperature per station
Independentp₀station:	Yes (dedicated cell and transducer)
Pressure:	Range: 2x10^-5to 1100 Torr \| 2.6x10^-8to 0.997 p/p₀for N₂77K Resolution (MP): 2x10^-5Torr \| 2.6x10^-8p/p₀for N₂77K Resolution (XR): 1x10^-6Torr \| 1.3x10^-9p/p₀for N₂77K
Surface area:	Absolute detection limit: 0.1 m²(N₂77K) Specific detection limit: 0.01 m²/g (N₂77K) Typical reproducibility: 1 %* Reproducibility limit: 2 % with 2 m²in the cell
Pore size:	Range: 0.35 nm to 500 nm (diameter) Typical reproducibility: 0.5 %*
TruZone:	Yes (active coolant level control)
PowderProtect:	Yes (prevents sample elutriation)
Analysis Dewar:	Duration: 90+ hours with liquid nitrogen Refill during analysis: Yes Volume: 3 L
Sample preparation:	Integrated degassing stations: 6 Temperature control: 2 independent heating zones, ambient to 450 °C Dedicated cold trap: Yes Available methods: flow and vacuum, programmable multistep degassing profiles
Vapor option:	Yes (water, isopropanol, benzene, hexane, cyclohexane, xylene, and other non-corrosive vapors)
Cryosync control option:	Yes (automated control of temperature between 82 K and 115 K)
Dimensions (W x H x D):	70.5 x 69.9 x 107.9 cm\|27.8 x 26.5 x 42.5 in
Weight:	128.4 kg \| 283.1 lb
Operating environment:	Temperature: 15 °C to 35 °C \| 59 °F to 95 °F Humidity: 20% RH to 80% RH, non-condensing
Wetted parts:	303 SS 304 SS 316 SS Ni/Cr/Si/Fe/C/P PCTFE NW2201 Inconel and incoloy nickel alloys FKM Silicon SiO₂ Si₃N₄ Gold Copper Aluminum EPDM Nylon Borosilicate glass Fused silica glass
Analysis manifold construction:	Vacuum-brazed manifold block in stainless steel
Analysis manifold temperature:	Range: User adjustable 35 °C to 50 °C Stability: ± 0.05 °C
Analysis manifold valves:	Type: Stainless steel, air-operated bellows valve Cycle life: 5,000,000 cycles External leak rate: 5x10^-12Pa m³/ sec Seat leak rate: 5x10^-12Pa m³/ sec
Pressure transducer(1550 Torr):	Number: 3 to 5 (dependent on instrument configuration) Accuracy: ± 0.1 % of span typical, ± 0.15 % of span maximum A/D data acquisition: 32 bit
Pressure transducer(10 Torr):- MP or XR	Number: 1 to 3 (dependent on instrument configuration) Accuracy:± 0.15 % reading up to 10 Torr Resolution: 0.002 % full scale
Pressure transducer(1 Torr):- MP only	Number: 1 to 3 (dependent on instrument configuration) Accuracy:± 0.15 % reading up to 1 Torr Resolution: 0.002 % full scale
Pressure transducer(0.1 Torr):- XR only	Number: 1 to 3 (dependent on instrument configuration) Accuracy: ± 0.15 % reading up to 0.1 Torr Resolution: 0.001 % full scale
Pirani vacuum gage:- Degas only	Number: 1 Accuracy:5×10^-4to 1x10^-3Torr: ±10% of reading1×10^-3to 100 Torr: ± 5% of reading100 Torr to atmosphere: ± 25% of reading
Vacuum system:	Turbo molecular drag pump and dry diaphragm pump Manufacturer’s specification: 5x10^-10mbar Typical pressure at analysis port: 2.67 x 10^-5mbar
Gas:	Ports: 7 (5 analysis, 1 helium, 1 degas/backfill) Purity: 99.999 % Input pressure: 8 psig to 10 psig \| 0.55 bar to 0.69 bar
Air:	Input pressure: 50 psig to 100 psig(3.45 bar to 6.9 bar)
Electrical:	Supply: AC 100 to 240 V AC, 50 / 60 Hz Maximum consumption: 1810 VA (dependent on instrument configuration)
PC connection:	Ethernet
RoHS3 compliant:	Yes
CE / UKCA certified	Yes
Altitude:	Up to 3,000 m
Indoor/outdoor use:	For indoor use only

*Performed with Bam P115

标签：Surface Analyzers

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