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SVM 1101 Simple Fill Viscosimètre cinématique

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Analyse des gaz dissous dans les boissons dans les emballages Bag-inBox

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Actualités

Nouvelle réponse - Le 23/05/2023

Comment interpréter une courbe granulométrie par diffraction laser ?

ANTON PAAR FRANCE

a répondu :

Bonjour,

Afin de pouvoir vous répondre, pourriez-vous nous transmettre vos coordonnées afin d'échanger ensemble ?

Bien cordialement

Anton Paar France

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Nouvelle réponse - Le 17/05/2023

Mon Densimètre DMA 35 Basic cesse de pomper. Quelles peuvent être les raisons? Que faut-il faire?

ANTON PAAR FRANCE

a répondu :

Bonjour pouvez-vous me contacter au 06 25 16 34 83 pour en discuter?

Cordialement

François Cabillic

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Nouvelle réponse - Le 02/03/2023

Quelle est la relation entre la granulométrie et la densité de poudre de lait ?

ANTON PAAR FRANCE

a répondu :

Généralement, plus une particule est grande, plus elle a de chance de renfermer « de l’air », cet air occupe du volume mais pas de la masse. Donc on peut naturellement penser que plus la granulométrie est importante, moins la masse volumique est importante. A l’inverse, si un lot de particules renferme des toutes petites particules, dans un même volume on va avoir beaucoup plus de matière, donc beaucoup plus de masse et donc une masse volumique plus grande.

Tout ceci peut être vérifié à l’aide de notre pycnomètre à hélium Ultrapyc 5000, qui permet la détermination de la masse volumique des solides, ainsi que de notre PSA, notre granulomètre laser en voie sèche. (mais qui existe aussi en voie liquide)

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Nouvelle réponse - Le 02/03/2023

Quelle est la densité adéquate pour les poudres misent en gélules ?

ANTON PAAR FRANCE

a répondu :

Plusieurs paramètres vont entrer en compte, notament le type de poudre ou encore le type de gélules.

Dans tous les cas, vous pouvez utiliser un Pycnomètre à Gaz pour déterminer la densité de vos poudres.

N'hésitez pas à nous contacter à l'adresse sales.fr@anton-paar.com

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Directe Nouvelle réponse - Le 28/02/2023

Ou trouver le manuel de Anton Paar C-PTD 180/AIR/QC manual ?

ANTON PAAR FRANCE

a répondu :

Bonjour,

Vous pouvez vous inscrire sur le site internet d'Anton Paar et aurez ainsi accès aux manuels d'utilisation de nos instruments : https://www.anton-paar.com/fr-fr/connexion-utilisateur/enregistrement/

Bien cordialement

Anton Paar France

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La société Anton Paar produit des appareils de mesure et de laboratoire pour l'industrie et la recherche

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https://www.anton-paar.com/fr-fr/

Documents

I15IP006FR-A_Brochure_PycnometerSeries

Gamme Ultrapyc Analyseurs de densité réelle pour matériaux solides Nous savons que vous devez gérer tous les jours au laboratoire de nombreuses technologies de mesure, types d'échantillon et responsabilités. Les instruments aux routines d'analyse complexes et qui encombrent une bonne partie de l’espace de travail ne sont pas les bienvenus. 5YU"I`x#&2?B?!7Q#f?0U93 ! 40?&0%?a?P6DIX0R&gW&@??d1?F1!2w?E?I? avons compilé des décennies de connaissances dans la production de mesures 6e26?b59??%&$%hB?!76DIX(uB%??cB?!7$%c3 ! ?W10? VBp %?F0hU99??2)B8tW%hy7ga?DC03 ! 6DIX01?u(B?!76DIX@FVc(47I2 6SQYgT? H&f?0Q#f?@t? t3 ! 40?&0H&f?0?5'B5S??aH@U?E?`a3 ! F7E?@t? t???5? Que vous analysiez des ciments, des produits pharmaceutiques, des catalyseurs, ?W10?%?X?W10?9?e"U922?q??W10?""W"U9%#?W10?2rb06DIX&?Tv@t? t de la masse volumique de solides n'a jamais été plus simple ou plu\ s précise. L’échantillon est chargé dans une chambre d’un R????6?u3 ! l’aide du couvercle TruLock. )?8?`?uv0%?a?m ensuite pressurisé 3 ! 2)B9Q?a? donnée avec le gaz d'analyse. Lorsqu'il est stable, une vanne s’ouvre pour lui permettre de se détendre dans une autre chambre dont le volume est également connu. La chute de pression générée permet de calculer le volume, et donc la masse volumique réelle, de l’échantillon. Capteur de pression Chambre d’essai Chambre de référence 2 Chambre de référence 1 Admission de gaz 0h bI8S@ Ultra-simple Ultra-précis 5YU"I@FVc(1T?P)fgFAU?r?6GF@t? t2)B6e26?5TGyW %Ht??6g36DIX?5'($AP95#7?B?!7"qu`` )?aIi La clé pour obtenir des résultats précis de la pycnométrie 3 ! ?S?%?a?P1E??2)B?3H?B`vByD@t? tw?I libre dans la chambre d'essai et le volume de la chambre B?!7%`?-D?F'tB?I"b ???%@5Q#f?0U93 ! 40?&0uBv? ' r 2)BV?C"?)04@t? tB?!7%`?D?F'9%?R6DIX`x#&eV?y @W?HB?!7$)wi)04U9B?!7%`?D?F'???1?g#fA?q$ Sélectionnez la taille de vos cellules d’échantillon et Ultrapyc utilisera automatiquement la chambre la plus appropriée. 4G??5'Pd&f1T?P&?IP 47I2)B%`? $25u ??4x )?8?`?uv01T?P&?IP ?@?%?a?P" 2? 3?S1@B?!T 3w?F @t? t6u?7$!ct?w@`FuBv?96T6 d'obtenir des volumes de chambre d'essai extrêmement cohérents en deux tours simples. ?35?y7ga$E7h47I2)B ?vx?P)%???W10?`BT )XcRh$TeV?y??D ?2)B8tW%h y7ga0?fAa@t? t3 ! 9W%?B?!7$ )P"Vi??BS?x)V&8` smartphone . La vue d’ensemble graphique du processus B?!7&?Tv@t? t1?F2"dB"??2?3 ! 2U0? A!pB?!76DIu température, de la pression, de l’état de la vanne et des %`?7?P6e26???AF@r0pI?A6?%?a?P6X`0gi ?B?!7%`?`?`?3 ! " 2? ordinateur supplémentaire ce qui permet d'économiser de l’espace précieux sur la paillasse du laboratoire. %!5a8?? cFQ)347I&?Tv9(6@8?q2 ?r??@?W10?9?e"U91'?"8 !YfSW1?F@3?W10?9?e"U922?q?1?F??ep?5'(!FhP de vous préoccuper de la contamination de l'instrument. )Xccf3$02?x8I?`9 %??&tv)4x6sRh$T ??aH@U?E?`a3 ! rCeX?E?$S?tw??0?p)B6?DB?!T l’expansion des gaz sélectionnable par l’utilisateur. @%?D6?'c)4aSe26?2Su96DIX)04@t? tB?!7%`?-D?F'9%?o H&f?0&0u?8?? cFQ)36'?@#H&f?02d??B?!7?&v! de l'instrument. & ? v??0?p6e26?B?f6P)%??9??(?u??B?!76DIu 1?d1GV )XcR%&847IH&f?0$S?tw??0?pB?!76DIu 1?d1@t? t9 %??%`?SAarD?@A.?F(?fIH(2? "I?f4@t? t(RW2v!ct?wH&f?0$S?tw??0?pB?!76DIX1?d1@t? t4a ?`?RA&qd(?`?3 ! 6DIX01?u(B?!76DIX@FVc(AU?r?)??dC2)B 58b?B?!76DIX1?d1@t? tU?@t? t3 ! %b?B?0?6gP ?W10?Q#f?U92?Suc`5YU"I@ ?0P)%?? de la température est garantie et vous pouvez être id"?i?8yW(&`?"A?9 %??%?y3?&?Tv#Y"Y3 ! 6DIX bonne température, quelles que soient vos conditions environnementales. @Aa?7uWw5U?9p%@5$?IB?!7)? F? Vous pouvez éliminer le risque d’erreurs de transcription tout en entrant manuellement les données d'une balance externe en connectant directement "I?f4@t? teV?y3 ! (EuEU?w)f@ 24#!ct?w 2)B8tW%hP??f47I" 2? '!FB7uWw57p4??B?!7 ???? Options rendant Ultrapyc ultra-simple et ultra-précis 1T$TA??0E?6g3&tv)cf3$0eV?y2?iU 1HgtQU99??4QShF La pycnométrie des gaz est largement utilisée pour carac- tériser les quantités relatives des phases cristallines et amorphes dans les matériaux ""W"F@r0p@?2!??e%?a?m également utilisée pour évaluer le contenu des cellules ouvertes ?W10?4?vU98?q25wg'47I 6e26?$yxe?3(?up8DvhQ- lation thermique ou acoustique ou encore d'amortissement des chocs. 73%ts La masse ??c%`?3??8B?!7q7 YB?RcIU?c?` par la métallurgie des poudres est utilisée pour tracer la 7q(e@Ab4?W10?4?vU9#2V?%#0 la présence de pores ouverts %#VqcEIQe2U0?H&f?M processus. 5#Q"WaT A5? La masse volumique réelle ?W10? V23G??9???W10? Db43B 3 ! 0Cps?6DIu US37s#??B?!7$S?tw?i`pH&f?0 processus et le développement. %!i?P8?q29?e"@t? t9?? ` a @?qY( La cristallinité des plastiques et la masse volumique réelle des pigments Ap&19 %??$S?tw?2iP?4aSDIX pycnométrie des gaz pour mieux comprendre le comportement mécanique de ces matériaux. De plus, la pycnométrie des ?S?7SER00g43 ! 0Cps?H&f?0 contenu organique volatile dans &tv)` a @?qY(7s#??A#`QH&f?0 niveau de réticulation. 3ic?9??#v` Les valeurs de densité sont utilisées dans le développement, 6DIXQ?`9??&tv)"?q ?dp?W10? V23%`?4?pT?U9 47I"i$9?6DIX6e26?%??S’ d’une phase cristalline désirée et 7eRB?!7Vx'B3pG?HId V8" La masse volumique %`???8??aH@1Q1Y3B 3 ! (?A précisément les caractéristiques ?W10?9?e"F@r0p%?w?dv`9&P7 07?B le temps d’installation, les 9e9"Rr2p9 %?? ?U?47I6DIX5?H 9??! la détermination de la stabilité. &)tPVw@t? t9?? E(u?!8?Gs La pycnométrie des gaz est une technique primaire utilisée pour évaluer rapidement la composition des solides utilisés dans ?W10??bBB?!76)?UX 5YU"I1?SA?W10??S?%?a?P?H13?07?B0(?2hq`$47I0Cps?6DIX(uB%??c %`???8B?!7$%cVx'&?0?5YU"I`x#&eV?yaAt0$@3 ! B?!7BX)!1fQBQ%iG B?!7)&uf&Ddy?Y?f??9X?2u%`9???(?GW!rDb?2)B($AP5e?b?83?# % A? Modèle de base Comprend un contrôle de la température intégré et le mode PowderProtect Comprend le contrôle de la température intégré, le mode PowderProtect et le mode mousse Comprend un contrôle de la température intégré et le mode PowderProtect ) fS%?&Q?u!TQHp(F?Wa BBuU? 5#Q5TGyW&Q?u)D?@Qi A #?5&Q?u$dUC7v?s r6076(?@&Q?u?8 4(F?Wa BBuU? 5#Q5TGyW&Q?u)D?@Qi A #?5&Q?u$dUC7v?s 7?w?4S%?&Q?u!?vb(F?Wa BBuU? 5#Q5TGyW&Q?u8???Gi A #?5&Q?u3??7v?s B??ep??&Q?uX0DI?(F?Wa BBuU? 5#Q5TGyW&Q?uQ?5i A &w??&Q?uap&7v?s y`?`&Q?utPi?(F?WD BBuU? 5#Q5TGyW&Q?u?s`i A &w??&Q?u?4sp7v?s wgCQ?u`H`?(F?WD BBuU? 5#Q5TGyW&Q?uUI6?i $ &w??&Q?u''V1?7v?s Modes de préparation Débit, impulsion, vide 5#Q5TGyW?W10?2?Th $E(G@t? t3 ! f2?B7v?V %gQ)y??aH@%`????9`B?!76e26?93d$ %gQ)yB?!7? @`36x2!"`8SB?!76DIX6e26?9g???B?!76?HFV# BW"?? TQ?Wt2?# Dimensions de l’instrument 8%cSD axp?f? Pw?#)???%SfG#)???8U?HP"Qp %Fx&96u#)???BqTU 96u#)???a?2(F?WD %XP?SB?!71?d1@t? t1?g#f(#7V A'4b?A????0?3 ! ?8 4?0?!ct?w2)B58b?U?@t? t3 ! %b?BBp? 8C$0?0E?3 ! (EuEU?w)f@ 24#5??f6DIXwbU@9qU |4ri?@0p?a4?4t3 ! 4?'Y%2"2)B'? %#6g3(E?ug(W(08??%@5Bt?I?Eu09?? "A |4ri?1T?P0t8?&tv)@6A(B!4 8?q28?i5??f?W10?VwPPU9f2PV?4aH&f?0Beb@ |4ri?4IR Y ?9?9f@BB?!7?S?6e26?DETB?!75%8P)???b9??2)B#?63" 9Y&Ddy?Y?9 %??%`?h Yd47IH&f?0?7U?? Accessoires Option de micro-cellule 7??1?4`? ) Normes internationales sélectionnées Bb?P? i D 7b%U9&fCBb?P?(?cA Sols Bb?P??i?` 7U2Bb?P???Q?7W?N 7hqC&?fI6?e9??Ts89b%T Bb?P?d9r%UE(9 7?1%`?4?pT?B??S?Bb?P?HY?"'qFR9 30Xo Bb?P?"8'? 7BABb?P?Bt?vP Mousses rigides Bb?P?5?d$ 7BAH24? y?9 Industrie pharmaceutique Solutions industrielles ?2As www.anton-paar.com © 2020 Anton Paar GmbH | Tous droits réservés. Les spécifications peuvent faire l'objet de modifications sans avis préalable. PEb@ ? 2017 Anton Paar GmbH | Tous droits r?serv?s. Sp?cifications sous r?serve de modifications sans pr?avis.

I04IP002EN-A_Brochure_Nova_series_screen

Surface area & pore size analyzers Nova series Product name SPECIFIC SURFACE AREA AND PORE CHARACTERISTICS GREATLY INFLUENCE A MATERIAL’S SUITABILITY AND PERFORMANCE IN REAL-WORLD APPLICATIONS. For far too long, analysts have had to make a choice between speed of analysis and precision. Not anymore. With Nova, speed of analysis and precision are no longer an either-or choice. Experience velocity the Nova way: speed vectored at precision. - 5-Point BET analysis on 4 samples in as little rA@c"W6?X ?F?5?wr0BG'Y`dAp!45?!@p?GV"W6?XXFr)'Y@p??@)v)86?V`i $%`?GV94h)%`?&?@?CA6?p)!45?!!t"C'YA00P'YR?U'Y@p?0?stF - '&y$ 1a0#F??R5?wr94h)&?@?C'Y.`dAp1R?040BGGV%YTf&&?@?C94h)&?@?C%`?@t? t%`?!45?!`dAp"W6?X'Y?7!!45?!`dApA6?p)GV2@?`X$#$eq6?7P&?@?C!45?!%`?%YTfC - ?x x! ht @p?rA@c`dApGV&?@?C!45?!%YTf&% A?A6?p)GVAG)?rA@c%YTf&%YTf&@?AAG)?% A?&?@?C(?x)B A?#F??R4ri?%YTf&rA@c"??gIGV%YTf&% A? during analysis NEXT GENERATION Nova. Experience v e l o c i t y. COMPLETELY REDESIGNED FROM THE INSIDE OUT, THE NOVA SERIES SETS THE NEW BENCHMARK IN SURFACE AREA AND PORE CHARACTERIZATION. Behind the familiar touchscreen lies a new, more robust design, which includes a vacuum brazed manifold and stainless steel tubing throughout. Combined with the new valves and electronic components, this enhances the vacuum and measurement performance. THE NOVA TRULY REPRESENTS THE NEXT GENERATION OF SURFACE AREA AND PORE ANALYZERS. www.anton-paar.com/nova FIND OUT MORE Nova 600 BET Nova 600 Nova 800 BET Nova 800 NEXT GENERATION. FAMILIAR YET NEW. O PERATIONAL SIMPLICITY. FROM START TO FINISH. V EL OCITY. SPEED AND PRECISION. HAVE BOTH. A DA P TA B I L I T Y. P E R F O R M T O D AY. PREPARE FOR TOMORROW: CHOOSE YOUR METHOD Take the guesswork out of conformance to recognized standards (such as ASTM, ISO, and USP) by utilizing Nova’s extensive library of pre-programmed analysis profiles, or rely on intelligent dosing algorithms to create your own custom analysis profiles. DEGAS YOUR SAMPLES 4 integrated degassing stations and configurable software-controlled heating routines enable simple, “select and go” sample preparation while ensuring full traceability of sample preparation. ANALYZE WITH VELOCITY See the status of your analysis at a glance with the updated, high-definition 10-inch graphical touchscreen, which broadcasts progress step by step in real time. The integrated touchscreen lets you easily access displays of the full isotherm, the BET plot, and the calculated surface area. REPORT WITH EASE ?? TPs?A?&?@?C'Y?Y?!t"C&?@?C0BG94h)5?U'Y!t"CrA@c@p?GV?Y?A6?p)rA@c@p??8 ?094h)%`?C?@?C!t"CGV%YTf&%YTf&'Y.`dAp"eH@)x#q!AG)?0@X(?x)B`?C?@?CC?B`?4GV%YTf&!45?!5?U1R?04 to report in no time. For more detailed reporting, tap into Nova’s rich library of report templates and extensive data reduction capabilities. Simplicity. From star t to finish. OPERATIONAL SIMPLICITY Be?` Vacuum and flow degassing capabilities at 7h?0pU9/ ??%$Qi??7#??hE Be?`20 pre-configured, analysis methods (ASTM, ISO, USP) and reporting templates for a wide range of sample types Be?`PowderProtect: Intelligent sample cell evacuation reduces risk of fine powder elutriation during degassing and analysis Be?`Service dashboard tracks instrument and key component usage enabling predictive maintenance Be?` Eliminate the clutter, cost, and complexity of external degassing devices Be?`Intelligent dosing algorithms simplify creation of analysis profiles Be?`4 instruments can be controlled remotely from a single computer using Kaomi for Nova PC software Be?` Backed by a 3-year warranty and extensive Anton Paar global network MAXIMIZE YOUR THROUGHPUT ?? TP`dAprA@c5?U1i ?db`@t? t'&y$%YTf&rA@c0BG94h)5?UGV"W6?X(?x)&?@?C2@?`XE??`?6r?P94h)&?@?C'Y.`dAp1R?04!hV1?0QX`@`wQ surface area analysis in as little rA@c"W6?X ?F?#w@0BG'Y`dAp!45?!@p?GV"W6?XrA@c`dAp?Y?TQ?!t"C&?@?C0BG94h)5?UGV@p?@t? – S?4&?@?C@p?6?7PGV%`?60BG%YTf&% A?'Y.`dAp% A?(eQA6?p)GV%`?% A?(x ?4ri?2?@?%YTf&SQ% THE POWER OF 4 + 4 1T?P6?7P@t? tS??C&?@?Cs?A?0Va?9(x ?#W??5?wr'Y"W6?XGV?"?B!45?!'Y94h)94h)GV?Y?XFr)'Y@p??@ '&y$A6?p)GVAG)?rA@c"W6?XrA@c`dAp?Y?'&y$rA@c`dAprA@c5?U1i ?%YTf&'Y"W6?X%YTf&@p?rA@c@p?'YC?@?C`dAp"W6?X@p?6?7PrA@c1R?04 operate at the same time. Analyze !45?!qP4@p?0@X'&y$%YTf&rA@c0BG94h)5?UGV"W6?XXFr)6?7P'YR?U@t? t%YTf&'Y60BG!45?!5?U@p?rA@c`dApGV&?@?C!45?!%YTf&5?U0?stF preparing the next batch of '&y$%YTf&rA@c0BG94h)5?UGV"W6?X)x#q!GV(?x)E?x)'Y!t"C'Y4GV`dAp!t"C1i ?y?a@@p?6?7P@t? tS??C&?@?Cs?A??8 ?0XFr)rA@c1i ?SQB SPEED UP WITH NOVA MODE Reduce analysis time significantly using NOVA mode. This patented feature saves time at the start of every analysis by using stored sample cell void volumes instead of void volume measurement. In addition, NOVA mode enables helium-free operation. OPTIMIZE ANALYSES WITH DOSING ALGORITHMS 1T?PrA@c?P@t? trA@cA6?p)s?A?rA@c`dAp@p?rA@cAG)?@t? t&?@?C4?3pTS??C&?@?Cs?A?rA@c88?"W6?X!45?!`dAp'Y?"?B!45?!@t? – DoseWizard and VectorDose intelligent dosing algorithms to increase the velocity of your measurements. BEST-IN-CLASS PRECISION Even with an absolute surface area as as low as 2 m 2 in the cell, obtain %`?GV94h)%`?&?@?C%? `P!t"C ???1@p?1i ?% A?A00PGV@p?@p?GV%`?% A?@p?1FAU'`dAp% A? ?F?% A?7v?VSQ% TRUZONE – ACTIVE COOLANT LEVEL CONTROL Increase analysis sensitivity with the exclusive TruZone active coolant 5?UGVs?A?GV0 W(%YTf&1i ?%YTf&@p?GV0BG)@?1T?P6?7P'Y"W6?X!45?!`dAp'Y6?"?B!45?!@t? t(?x)4GVrA@c@p?!45?!%`?@t? t constantly maintains the cryogen level to encompass only the portion of the cell containing the sample. The smaller “cold zone” minimizes non-adsorbed gas molecules in the void space of the sample cell, allowing the instrument to more easily detect those molecules that are adsorbed. EXCEPTIONAL PRESSURE MEASUREMENT ACCURACY Nova uses high accuracy transducers combined with state-of-the-art electronics and vacuum systems to deliver exceptional pressure measurement accuracy of better than #W??SQ%8u9d?i $)??`&?@?C4?3pT(?x)!45?!5?U0 W(%YTf&!t"CrA@c5?UGV3a3SQ% DEDICATED P0 CELL AND TRANSDUCER Each Nova instrument incorporates a dedicated P0 cell and transducer, eliminating the need to allocate an analysis station to measure the P0. The instrument can constantly monitor the saturation pressure over the course of a measurement to provide more accurate relative pressure readings, yielding precise and reproducible isotherms. Speed and precision. Have both. VELOCITY & HFNOVA EVOLVES WITH YOU Upgrade your Nova’s materials characterization capabilities if your `dApGVGVA6?p)"W6?X!t"C6?7PrA@c`dApAG)?GV)@?1T?P6?7P@t? t?? TP`dAp@p?&?@?C0E?i?2#?rA@crA@c2@?`X global support network makes it simple to go from BET-only to more in-depth exploration capabilities for pore size and volume. & HF MICRO AND MESOPORE SIZE DISTRIBUTION FOR CARBON-BASED MATERIALS The recirculating dewar kit, combined with a recirculating bath, extends the analysis @p?GV0BG94h)GV%`?5rA@c@p?!45?!%`?@t? t%`?5rA@c`dApAG)?@t? t(?x)%`?&?@?CC?6r?P ?F?#w@$iv& HF@p?0@X1u4P`?8 4$iv6 `(!)@?1T?P6?7P'Y"W6?X kit allows for CO 2% A?rA@cA6?p)%YTf&&?@?C%`?V4h)@p?'Y&?@?C?7!%YTf&@p?!45?!A6?p)'Y4GV"W6?XrA@c1R?045?wr$iv6 `(!y?a@ which provides a full micropore characterization for carbonaceous materials at a fraction of the cost of a dedicated micropore analyzer. & HF ULTRAPYC GAS PYCNOMETERS Ultrapyc gas pycnometers measure the true and skeletal density of solids. Further enhance the characterization of your samples by obtaining true density values. & HF CONSERVE HELIUM 1T?P6?7P@t? t94h)rA@c@p?GV`dAp@p?GV?Y?S??C3?4!s?qs7yq90BG&?@?CA6?p)@t? t)x#q!?8 ?0 (eQ&?9tb!45?!GV0S& #% A?%YTf&?)hP@p?rA@c'Y.`dAprA@cA00P5?UGV% A?rA@c`dAprA@c5?U1i ?!Yqr% A?0BGGV@p?t!qA6?p)% A? to determine the sample cell's void s?A?&?@?C5?U!45?!0BG@t? t)x#q!GV5?U'Y0BG'Y`dAprA@c@p?GV"W6?X@p?6?7P@t? t`dApGVGV?Y?@p?0@X!45?!%YTf&@t? – this scarce, non-renewable resource. & HF SATISFY YOUR ANALYSIS DEMANDS NOW AND IN THE FUTURE ??6?7PGV@p?6?7PGV2@?`X!45?!%YTf&GV?Y?(?x)C?@?C2@?`X?"?B!45?!rA@c5?U'Y@p?0?st)!t"C&?@?C`dAp@p?%`?&?@?C0 W( or research, in industry or by rA@c!t"CrA@cA6?p)GV0BG'Y!t"C%YTf&y?a@(?x)C?@?C2@?`X?"?B!45?!'Y!t"C@?T 2!hV1?0QX`@`wQrA@c`dAprA@c5?U1i ?%YTf&'Y"W6?X&?@?C2@?`u comprehensive isotherms, there's a S??C&?@?Cs?A??8 ?00BG&?@?CA6?p)GV0 W((?x)'YNR?04(?x)C?@?C2@?`X1i ?&?@?C!45?!2@?`X`dApGVGVA6?p)"W6?X)x#q!rA@c`dAp?Y? ready for tomorrow. RESULTS ANALYSIS S TAT I O N S D E G A S S TAT I O N S DESIGN F E AT U R E S 1u4P` 1u4P`1u4P` 1u4P` Nova4ri???#W??#W??4ri?!hV1?0QX`1T?P Surface area (BET, NSA, STSA, and Langmuir) 2 4 - Hardware optimized for rapid analyses - Software further simplified by removing pore size data collection and reduction options Nova 4ri?(x ?#W??#W??4ri?!hV1?0QX`1T?P Surface area (BET, NSA, STSA, and Langmuir) 4 4 - 4p??rA@c0BG@t? trA@c`dAprA@c5?U1i ?%YTf&'Y"W6?X!t"CrA@c94h)rA@cA00P'Y5?U'Y@p?'YGV"W6?XrA@c"W6?X@p?6?7P@t? tS??C@8?0Va?9??#W??#W?? - Highest sample throughput Nova 4ri?"S?f6#W?? Surface area (BET, NSA, STSA, and Langmuir)Pore Size (BJH, DFT) Pore Volume 2 4 - Traditional long cells and large 2L dewar allow for detailed pore size analyses - Flexible software and advanced data reduction models for both basic and comprehensive analyses - Moderate sample throughput Nova 4ri??Y #W?? Surface area (BET, NSA, STSA, and Langmuir)Pore Size (BJH, DFT) Pore Volume 4 4 - 4p??rA@c0BG@t? trA@c`dAprA@c5?U1i ?%YTf&'Y"W6?X!t"CrA@c94h)rA@cA00P'Y5?U'Y@p?'YGV"W6?XrA@c"W6?X@p?6?7P@t? tS??C@8?0Va?9??#W??#W?? - Highest sample throughput Perform today. Prepare for tomorrow. ADAPTABILITY Kaomi for Nova. Seamless sof t ware. THE ALL-IN-ONE PACKAGE Kaomi for Nova is a powerful, multi-faceted sotware that combines instrument control and data processing capabilities and is ideal for both QC and R&D. The intuitive software works in concert with the touchscreen interface, letting you set up and perform analyses, as well as easily process, report, and store experimental data. PRE-LOADED, STANDARDIZED METHODS AND REPORTS 20+ included, consisting of ASTM, ISO, DIN, and USP standards, as well as methods specific for properties of interest. MULTIPLE DOSING METHODS Traditional targeted pressure ensures data points are collected 0p#vg?Ua cH3%`?@S&0()3H?S VectorDose provides control over dose volumes to ensure resolution in pore filling regions (can be used in combination with traditional targeted pressure methods). DoseWizard delivers exceptional analysis speeds when similar samples are analyzed repeatedly. S TAT E - O F -T H E - A R T F E AT U R E S COMPREHENSIVE PORE ANALYSIS Ability to merge carbon dioxide and nitrogen pore size data for complete pore spectra on carbonaceous samples. Classical methods such as BJH, DH, MP & DA. Simulation methods based in density functional theory such as NLDFT & QSDFT. MICROPORE BET ASSISTANT : Quickly and easily identifies and applies the appropriate relative pressure points for microporous samples based on IUPAC recommendations. WITH THIS VERSATILE SOFTWARE, YOU CAN: Be?` Connect to and control up to 4 Nova instruments Be?` Develop, save, and reuse degas and analysis profiles customized to your materials and processes Be?` Check the status of the connected instruments and see analyses progress in real time Be?` ?yx?6e26??Sa?e ?$???B`C(?cda?&re)5?? Be?` 0upfI ??%`?(??47(X??4?ww7CG"?xH@FT7CGTHE)x#q!#6)`d??0 as .pdf, or export via common file formats such as .csv or .xlsx. Be?` Import legacy data files from any Quantachrome gas sorption instrument Versatility across industries. CARBON B AT T E R I E S Various types of carbon, from carbon black to activated carbon and graphite, are increasingly used in batteries, catalysts, sorbents, rubber, and pigments. Carbons exhibit a wide range of surface areas and pores, which alter their behavior and suitability in diverse rA@c94h)94h)5?U'Y!t"CrA@c@p?'YC?@?C`dAp%YTf&y?a@rA@c`dAp?Y?%`?GV?"?B!45?!'Y%`?@t? t0BG&?@?C`dAp'Y@p?&?@?C%`?DY`dAp)@p?0@X ensure optimal performance. Investigating the surface area of anode materials like graphite, cathodes such as lithium, and other metal oxides and separator membranes lets researchers and producers model, improve, and control the 1?ftx%`?E?x)8w@?qaA`dAp!t"CGV% A?&?@?C(?x)% A?%`?5rA@cXFr)% A?@?qaA@p?GV%`?"cP8?5?U% A??"?B2?7W$5?U'Y@p?1i ?SQB PHARMACEUTICALS METAL POWDERS Analyzing surface area and pore size of all types of pharmaceutical 94h)&?@?CXFr)A6?p)GV%`?"W6?X)x#q!(?x)%`?&?@?CC?rA@c!t"C@p?'Ys?A?@t? t'Y.`dApAG)?%`?4GVA6?p)'YGV`dAp@p?"W6?X )??`?? TP2#?ATU?p%YTf&8? "@p?0@XGV4?Y!t"C'Y94h)'YGV`dAp@p?"W6?X)x#q!'Y"W6?X'Y0BG94h)GV%`?5rA@c@p?'Ys?A?@t? t(?x)C?@?C2@?`u ?"?B!45?!rA@c5?U'Y@p?0?st)rA@c`dAp?Y?%`?GVAG)?!45?!5?UrA@c@p?&?@?C%`?0?st)94h)!45?!%`?94h)&?@?C%YTf&GV"W6?XrA@c`dAp?Y?(?x)C?@?C2@?`u development of new solid dose forms. Researchers and producers of metal 94h)&?@?CXFr)A6?p)GV%`?/?de?)x#q!!45?!%YTf&GV?Y?'Y?7!V4h)%`?&?@?C!t"CGV%YTf&%YTf&GV"W6?X5?U'Y/?P@t? – additive manufacturing, batteries, and !t"CrA@c@p?rA@c5?U1i ?%YTf&@p??de??`hv%`?GV5?U0?st)&?@?C?7!BYTf&!45?!%`?E?x)rA@c!t"C@t? trA@c%`?GV?8 ?0rA@c`dAprA@c5?U1i ?%YTf&'Y"W6?X@p?0@X predict and validate how the powder will behave in diverse applications. MINERALS METAL OXIDES Processing of mined minerals, such as those used in manufacturing clay, %`?GV?"?B!45?!'Y%`?GV"W6?X0BG!45?!5?U@p?'YV4h)5?U@t? t%YTf&@p?GV94h)%YTf&y?a@GVrA@c!t"C?@&?@?C4?3pTXFr)6?7P'Y!t"C?@ has an impact on the physical properties of the mineral. Monitoring surface area and pore size provides a rapid means to ensure product consistency. Industrial chemicals, such as alumina, titania, silica, and zirconia, are classified based on their physical characteristics, including surface area and pore size, because these properties have a major influence on the performance of the chemicals in different applications. CATA LY S T S CERAMICS Surface area and pore size impact ?"?B!45?!0eY`i)w 1i ?% A?rA@c`dApA6?p)% A?%`?GVrA@c!t"C@p?S??%% A?GV(?x)(?x)4Yxb?$t`dAp!t"C1i ?% A?'Y`dAp% A? catalysts. Characterize these properties for raw materials (support or active materials) and finished product (heterogeneous or homogenous catalysts) in a variety of forms (powders, chunks, or small monoliths). Measuring surface area and pore characteristics of both the raw materials and the resulting ceramic material boosts product strength, texture, and appearance. ??$VbR of our instruments. That’s why we provide full &9EPUb?. All new instruments* include repair for three years. You avoid unforeseen costs and can always rely on your instrument. Alongside the warranty we offer a wide range of additional services and maintenance options. * Y%W%$Q1?Ei?@? ?8wW?2?!s0w?GURh$T%`?@S&0@t? t3O1?i?%3'H?%$Q?8 ?032x`?0 G?)?7(X??1?Ei?32%?'?WFW ?8 ?06e26?'080??vA#?D1?Ei??gXPrW?? g?R6SQ% Service and support directly from the manufacturer Our comprehensive service provides you with the best individual coverage for your investment. You benefit from: "q p???0&x? AyS5%?X2 @Q??H3H?` )D )v$1(u?)x#q!B2?8 ?0?gXPrW?? g?R6SQB THE SHORTEST RESPONSE TIME: We provide a response to )D )va?Q4?pcDp7? ?!?YW))x#q!6GF't?FR%`?2Hf?9"?i??a6GF't?FR9p&F CERTIFIED SERVICE ENGINEERS: The seamless and thorough training of our technical experts, as well as their certification, are carried out at our own facilities. H?! ?gy4???% A?0b??PDYg4O 6(?D97(X???8 ?07 ' of 350 certified service engineers. Wherever you're located, there is always an Anton Paar service engineer nearby. Nova 600 BET 1u4P` Nova 800 BET 1u4P` Nova 600 1u4P` Nova 800 1u4P` ANALYSIS SPECIFICATIONS MEASUREMENT PRINCIPLE Vacuum Volumetric ANALYSIS GASES N2 only N 2, Ar, CO 2, and other non-corrosive gases A N A LY S I S S TAT I O N S 2424 INDEPENDENT P0 STATION Ye s RELATIVE PRESSURE RANGE (P/P0 ) 10-4 to 0.5 10 -4 to 0.999 PRESSURE MEASUREMENT ACCURACY #W??SQ%BX?i $)??`&?@?C4?3pT(?x)!45?!5?U0 W(%YTf&!t"CrA@c5?UGV3a2Bh PRESSURE RESOLUTION Absolute : 1.2 x 10 -4 To r r Relative : 1.5 x 10-7 p/p0 LOWER SPECIFIC SURFACE AREA LIMIT From 0.01 m ² /g LOWER ABSOLUTE SURFACE AREA LIMIT From 0.5 m² SURFACE AREA REPRODUCIBILITY @!I7I??? PORE SIZE RANGE N /A 0.35 - 500 nm (Diameter) (0.35 - 1.1 nm only with CO 2) MINIMUM PORE VOLUME N /A 1.2 x 10 (?v cm³ TRUZONE Ye s POWDERPROTECT Ye s DOSEWIZARDTM Ye s VECTORDOSE Ye s ANALYSIS DEWAR Volume: 1 L Duration: up to 7 Hours ?qs&?@?C5?U!45?!0BGGV&Q?u6?V`"x%t &?T5)IurA@c@p?'YC?@?C`dAp"Qp% A?T!e?% A?@p?&?@?C% A?#F??R#W??4ri?xd%YTfC SAMPLE PREPARATION Integrated Degassing Stations: 4 1T?PGV0BG94h)GV%`?5rA@c@p?!45?!%`?@t? t6 `(!&?@?C`dAp@p?%`?C?@?C5?U&Q?u"6? !X@?@GVrA@c@p?'Y`dAp)?``6&?@?C`dApGV%YTf&y?a@?? TP0BGA00P'YGV`dAp1R?04@p?0@X#F??R ?F?' ?WA$iv6 `(! Available Methods: Flow & Vacuum, Programable Multi-Step Heating Profiles PHYSICAL SPECIFICATIONS DIMENSIONS (D xW xH) #F??RTQ?!t"CC?#)?????H??`!t"CC?#)???(x ?TQ?!t"C0BG WEIGHT ??BBuU?4ri?p?f? OPERATING ENVIRONMENT 1T?PGV0BG94h)GV%`?5rA@c@p?!45?!%`?GV&Q?u1u4P`' ?WA@p?0@XBBuU?X?hHP$iv6 `(! !X@?@!45?!0BG'YA6?p)'Y@p?1i ?&Q?u ?F?5?wr@p?0@X(x ?#w@i $%`?GV5?UrA@c@p?'Y0s?A?GVy?a@`dAp&?@?C`dAp6r?P!t"C&?@?C`dApA6?p)GV`dAp%YTf&'Y`dApAG)? WETTED PARTS Stainless steel, Viton elastomers G A S Ports: 5 (3 Analysis, 1 Helium, 1 Degas/Backfill) 2#?!45?!%`?'Y@p?1i ?&Q?u7!ri7!ri8a?a7!ri)P5i $)??`!X@?@GVy?a@S??C 2) ATU?p`dAp94h)!45?!1R?042#?%`?GV%YTf&%YTf&!45?!%`?GV&Q?u)820@p?0@X1u4P`5?wr2#?4p??ATU?pC XB` VACUUM CONNECTION t&?@?C@p?rA@c%`?0?st)2#?!45?!0BGqP4?0QX`4?Y6?7PrA@c!45?!%YTf&1R?042#?&?@?C%`?@p?y?a@Q`9IC6Y?01u4P`?? VACUUM REQUIREMENTS Ultimate vacuum of 2.3x10 -3 To r r ELECTRICAL 4p??!45?!94h)94h)5?U1i ?&Q?u?? TP& HF1u4P`#W??#W??vyr@ ?F?#F??R5?wr51?9t?? TP& HFy?a@E??`?5?wr9bi@??#w@!X@?@db` Consumption: 345 VA (Maximum) ADDITIONAL SPECIFICATIONS D I S P L AY 10-inch touchscreen PC CONNECTION Ethernet K AOMI FOR NOVA SOFTWARE Instrument Control: up to 4 Instruments Qg?0"x%trA@c`dApAG)?!45?!rA@cAG)?GV%YTf&&Q?u?0QX``dApAG)?5?U'Y%YTf&6?7Py?a@?YVh%`?GV`dAp!t"C6?7Py?a@C XB`GV%`?60BGrA@c`dApy?a@tR3IrA@c94h)rA@c`dApGV%YTf&GVy?a@6 `(!6?7P'Y.`dApGV%YTf&GVy?a@4p??94h)rA@c`dAp'YBYTf&6?7m PRE-LOADED ANALYSIS PROFILES 20+ (ASTM, USP, DIN, ISO) ROHS 3 COMPLIANT Ye s CE CERTIFIED Ye s * Includes precision, linearity and hysteresis of the complete pressure measurement system All per formance specifications in the document have been validated with the cer tificated reference material BAM P115 or BAM P102 www.anton-paar.com © 2021 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice. I04IP002EN-A document number ? 2017 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice.

XDLIP048EN_C_Brochure_Beer_analysis_overview-compressed

Solutions for your excellent beer Beer Analysis Overview Product name Laboratory analysis, for your excellent beer Anton Paar is proud to have spent decades refining beer analysis solutions for every step of your production process. They're intelligent, intuitive, and automatic. Tested by time, they"tare a taste of the future. Now let us help you make excellent beer. WORT ANALYSIS Ensure premium wort quality in lauter tuns, brewing kettles, and whirlpools (`b? FERMENTATION CONTROL Reduce fermentation times to a minimum and ensure premium product quality (`b? FILTRATION Optimize and safeguard your filtration process (`b? STORAGE Perform a final check for a fine finish (`b? BOTTLING Measure your final quality parameters without the need for sample preparation and safeguard your product specifications Meet the highest quality standards Up to six parameters, 9x faster compared to conventional systems Cover all analysis tasks in the most efficient way From wort to finished product – with one single lab system Maximize and optimize production capacity Automated calibration, minimum cleaning – save two hours a day FIND OUT MORE www.anton-paar.com/beer Together, we're one step ahead We"tare always a step ahead of fast-evolving beverage industry trends and applications, providing solutions that position you one step ahead, too. Whether you"tare analyzing traditional beer or hard seltzer, we help you save time, analyze with ease, and deliver a premium product. X(%g BEER* 8A?E HARD SELTZER 88? WASH ?i#? CIDER )6R KOMBUCHA 6q&g MOLASSES * Incl. low and non-acoholic beer, beer mixed drinks X(%g 8A?E88? ?i#? )6R 6q&g Our finger on the pulse We exceed our customers' expectations by anticipating tomorrow's trends in the beer industry Our eye on the future Expansion of measurement capabilities to cover your upcoming product needs Our competitive edge Premium analytics for your entire product range Preconfigured analysis - Align with the major parameters in brewing - Choose and configure according to your needs Alcolyzer Analyzing Systems come with a wide range of preconfigured output quantities, fulfilling your exact needs. They cover beer-specific parameters, such as alcohol content, original extract, real extract, calories, degree of fermentation, and many more. They also cover parameters specific to regional standards. FillingCheck™: Correct sample filling, assured - Receive an automatic alert in case of a filling error - Count on real-time detection of bubbles and particles U-View™ and FillingCheck™ are automatic, real-time bubble detection features that allow supervision of the entire measurement sequence and subsequent verification of the results. Full compliance with international standards - Rely on approved methods - Comply with national regulations Anton Paar's measurement solutions for the brewing industry comply with a broad array of international standards, such as the EBC, MEBAK, and ASBC. This gives you peace of mind when you declare your product and ensures smooth export and import processes. SATISFY YOUR AMBITIOUS GOALS. ALL WE’LL DO IS CONTRIBUTE Be?` Attain the highest possible extract yield Be?` Determine final product taste and visual perception at the earliest possible stage Be?` Achieve consistency in every brew Be?` Increase overall brewhouse efficiency Be?` Ensure ideal basic conditions for fermentation Wort analysis, refined Apparent extract Color pH Density ??1h Alcolyzer 3001 Beer DMA 4501 BEER ANALYZING SYSTEM Xsample 320 pH 3101 Product- independent adjustment - All types of beers - Automatic adjustment with water, and one binary solution Selective alcohol measurement with Alcolyzer 3001 enables the analysis of all types of beers, including beer mixed drinks, low and non-alcoholic beers, kombucha, hard seltzers, and cider – with only a single adjustment. Benefit from alcohol measurement results without the influence of other sample ingredients. The power of modularity - Select your desired configuration according to your requirements - Extend your system whenever needed In its basic configuration, the Beer Analyzing System determines the three most important beer parameters: alcohol, original extract, and real extract. Extend your system with additional measuring modules for color, pH, and solutions for automatic filling. Intuitive usability, for maximum convenience - Simplicity meets intuitiveness - Adaptable user interface for maximum operator convenience Operating analytical equipment has never been easier. The newly designed user interface permits simultaneous configuration and operation of all connected measuring modules through a single user interface, along with freely configurable result outputs. THE MODULAR SOLUTION, FOR PERFECT FERMENTATION Be?` Optimize fermentation progress Be?` Prevent stuck fermentation Be?` Maintain consistently high product quality Be?` Take timely action to deliver desired output Be?` Free up tank capacity by determining fermentation end point Fermentation control, the modular way Apparent extract Color pH Density Alcohol content ??1h BEER ANALYZING SYSTEM Alcolyzer 3001 Beer DMA 4501 pH 3101 Xsample 520 Compliance with acknowledged standards - EBC and MEBAK Haze 3001 determines the turbidity of your beer in accordance with acknowledged, industry-specific standards. Approved by numerous customers and authorities, the ratio method used for the determination of turbidity provides compliant results and allows hassle-free comparison of results among different production sites. A clear view of filtration - Highly accurate filtration monitoring for all beer styles - Acknowledged ratio method The approved ratio method with measurement at three angles (transmission 0°, scattered light at 25° and 90°) incorporated in Haze 3001 is used to prevent the influence of particle size on the turbidity value. Highly accurate monitoring of filtration throughout the entire production process is guaranteed. Automatic checks and adjustments - Fully automatic check and adjustment routines - Performance tracking for top-quality measurements The built-in SOP routine lets you automatically check or adjust quantities. All reference media are filled automatically. All results are fully traceable, letting you keep track of all adjustments and calibrations and ensure the instrument's measuring performance is always top level. ANALYSIS ACROSS THE ENTIRE PRODUCTION PROCESS Be?` Ensure proper removal of yeast during and after filtration Be?` Optimize refinement Be?` Guarantee microbiological stability Be?` Check your final quality parameters at the earliest possible stage Filtration, for optimal visual properties Turbidity Real extract Original extract Apparent extract Alcohol pH ??1h BEER ANALYZING SYSTEM Alcolyzer 3001 Beer DMA 4501 pH 3101 Xsample 520 Haze 3001 Selective alcohol determination - No influence through other sample constituents - No major operator training required The unique NIR-based selective alcohol determination method has none of the shortcomings of indirect alternative analytical methods. Operation is more convenient, more accurate, and faster. Results in less than three minutes - Precise, automatic temperature control Alcolyzer Beer M uses a built-in Peltier thermostat for quick, accurate temperature control. Ther(FVA`s no need for manual temperature adjustment and correction. Results take less than three minutes. Optimal visual properties - Color measurement - Aligned with EBC and MEBAK Equipped with an optional measuring module, Alcolyzer Beer M determines your beer’s color value along with the alcohol content in exactly the same amount of time. The color determination method, at a H?Gw&2Icw 0i$"?D!7(X?? acknowledged standards, such as the EBC and MEBAK. THE KEY PARAMETER AT ITS BEST Be?` Ensure correct alcohol labeling Be?` Confirm expected color readings Be?` Release product for bottling Storage, for a premium product Alcohol content Color pH ??1h ALCOHOL METER Alcolyzer Beer M pH ME Beverage Xsample 320 One sample – all parameters - Perform simultaneous analyses of all selected quantities and obtain all results at once The Beer Analyzing System analyzes the key QC parameters – alcohol content, original extract, and real extract – in a single measuring cycle, from a single sample. Automatic, convenient adjustment and calibration - Adjust/check with automated and easily traceable reports Ensuring suitable measurement performance shouldn’t be part of your daily work routine. Just leave it to the Beer Analyzing System's standard operating procedure. Automatic, guided wizards make checks and adjustments simple. Pinpoint accuracy for your entire product portfolio - From wort to finished product and from non-alcoholic to strong beer, Beer Analyzing System can do it all Along with standard beers, the Beer Analyzing System can analyze beer mixed drinks, alcohol-free beer, and low-alcohol kombucha. This ensures compliance with the strict requirements for non-alcoholic products and helps you easily confirm your product specifications. THE FINISHING TOUCH TO YOUR GREAT BREWING PROCESS Be?` Verify your blending process Be?` Adjust the product to achieve the desired output Be?` Confirm your product specifications Be?` Release your product for bottling Storage, for full product release control Alcohol content Original / real / apparent extract Color pH Density ??1h BEER ANALYZING SYSTEM Alcolyzer 3001 Beer DMA 4501 pH 3101 Xsample 520 More than 9x faster than conventional systems - Parallel analysis of all parameters in only three minutes - No need for decarbonation of the sample Automatic pressurized filling directly from the package and automatic CO 2 correction of the results enable analysis that is more than 9x faster than conventional methods. This F?A#vcQx&'"P$3 ??E1?Ei?CY4u solution to eliminate out-of- specs production. No sample preparation required - No need for degassing equipment - Save up to seven minutes per sample for degassing and filtration PBA 5001 Beer eliminates sample preparation routines that were once a staple of daily operation. Direct filling from the package and automatic CO 2 correction do away with time-consuming degassing and filtration. Zero operator influence - Direct filling from glass bottles and cans - Automatic correction for the impact of dissolved CO 2 PBA 5001 Beer isn’t just super-fast, it’s also more reliable for routine analysis. Possible errors during sample preparation are completely avoided thanks to direct filling from the packaged beverage and automatic correction of all measured parameters for the impact of dissolved CO 2. THE FASTEST PATH TO PRODUCT RELEASE Be?` Safeguard your product specifications in only three minutes Be?` Fulfill all legal requirements Be?` Eliminate loss of alcohol due to evaporation Be?` Eliminate sample preparation and operator influences Be?` Guarantee customer satisfaction Bottling, for your satisfied customer Alcohol content Original / real / apparent extract CO 2 / O 2 Color Turbidity pH Density ??1h PBA 5001 BEER Alcolyzer 3001 Beer DMA 4501 pH 3201 Haze 3001 CarboQC ME + Option O 2 Plus PFD Plus Sample conditioner Complete your beer analysis ANTON PAAR IS THE WORLD´S FIRST FULL-RANGE SUPPLIER FOR BEER ANALYSIS With 25 laboratory and process instruments, you can trace 15+ parameters from any location in the plant. Streamlining your beer’s quality has never been so easy. The instruments are calibrated and adjusted at the push of a button. Global support and service are offered by local specialists. Take advantage of 40 years of expertise in the beer industry. RAW MATERIAL MONITORING Density (extract@??P, pH, viscosity, elemental impurities WORT MONITORING | LAUTER TUN & MASH FILTER Density (extract,1GP5Plato, SG@??P, sound velocity (extract@??P BEER MONITORING | FILTRATION Density (extract@??P, alcohol, pH, color, turbidity, viscosity, dissolved CO 2, dissolved O 2 BEER MONITORING | PRE-FILLER AND FINAL PACKAGE Density (extract@??P, alcohol, pH, color, turbidity, dissolved CO 2, dissolved O 2, TPO, elemental impurities BEER MONITORING | STORAGE (BBT) Dissolved CO 2, dissolved O 2 AERATION/FERMENTATION MONITORING | FERMENTATION TANK Density/RI (extract@??P, alcohol, pH, dissolved O 2 WORT MONITORING | WORT COOLER Density (extract,1GP5Plato, SG@??P, sound velocity (extract@??P WORT MONITORING | WHIRLPOOL Density (extract,1GP5Plato, SG@??P, sound velocity (extract@??P, pH, turbidity, color WORT MONITORING | KETTLE Density (extract,1GP5Plato, SG@??P, sound velocity (extract@??P PROCESS MEASUREMENT www.anton-paar.com/beer To find more solutions for the beer production process and discover our instrument portfolio, visit: WORT ANALYSIS WORT ANALYSIS WORT ANALYSIS WORT ANALYSIS STORAGE BOTTLING FERMENTATION CONTROL FERMENTATION CONTROL WORT ANALYSIS Enhancing a fine process X(%g DENSITY DMA 4101, DMA 4501, DMA 5001 The beating heart of the density meter – the oscillating U-tube, handmade from borosilicate glass – is now even more ingenious. Welcome to a powerful, intelligent density meter, driven by the patented Pulsed Excitation Method. It's ready to take on measuring challenges at the highest levels of accuracy and reliability for years to come. 8A?E SAMPLE HANDLING UNIT Xsample 320 / 520 Anton Paar’s Xsample series offers you more automation options than you will find anywhere else on the market. The different Xsample filling and rinsing units are combined with a wide variety of Anton Paar instruments to provide the exact automation workflow you need. 88? pH pH 3101 / pH 3201 The pH measuring modules pH 3101 and pH 3201 enable the simultaneous determination of the pH value along with other quality parameters. Versatile configurations allow pH measurements under pressures of up to 6 bar in a variety of liquids and provide insight into your samples. ?i#? CO 2 CarboQC ME CarboQC ME precisely and reliably determines the dissolved CO 2 content in beverages. The patented multiple-volume expansion method eliminates the influence of other dissolved gases (e.g., N 2 and O 2) on your measuring result. )6R TURBIDITY Haze 3001 The approved ratio method with measurement at three angles (transmission at 0°, scattered light at 25° and 90°) is used to prevent the influence of particle size on the turbidity value. The measurement WFW 6??wW%???#B4H?8 ?0"3UR`cda? ?du&2IcwIVyt&2Icw (MEBAK and EBC-compliant) in a cell with adjustable constant temperature – guaranteeing the highest repeatability and accuracy. 6q&g ALCOHOL / COLOR Alcolyzer 3001 Beer, Alcolyzer 3001 Beer with Option Color 430 nm The key to Alcolyzer 3001 is its selective alcohol measurement. The maintenance-free solution provides alcohol results with only a single adjustment. Along with the optional color measurement, Alcolyzer 3001 is your ideal partner for beer analysis. R?#H PIERCING AND FILLING DEVICE PFD / PFD Plus The PFD and PFD Plus piercing and filling devices let you fill your samples directly from cans, glass bottles, or PET bottles. If the entire sample volume is needed to get reliable and repeatable measurement results out of long bottlenecks, the PFD Plus filling device is the ideal solution. ?r?` CO 2 Option O 2% A???4&A#?Di2ah0 T#% The optochemical oxygen sensor in the Option O 2 Plus provides a proven and reliable way of oxygen determination. Option O 2 Plus can also 5???97@E??%`?A???DAx $???)D )v9Uci2ah0(? r and PFD/PFD Plus. Measuring the O 2 content of a sample is essential for estimating the shelf life of the finished product. DENSITY The DMA density meters A?w` A?w` 88? ?i#? )6R X(%g a?a R?#H R?#H ?r?` ??$VbR of our instruments. That’s why we provide full &9EPUb?. All new instruments* include repair for three years. You avoid unforeseen costs and can always rely on your instrument. Alongside the warranty, we offer a wide range of additional services and maintenance options. * Due to the technology they use, some instruments require maintenance according to a maintenance schedule. Complying with the maintenance schedule is a prerequisite for the three-year warranty. Service and support directly from the manufacturer Our comprehensive service provides you with the best individual coverage for your investment so that maximum uptime is ensured. "q SAFEGUARDING YOUR INVESTMENT Regardless of how intensively you use your instrument, we help you keep your device in good shape and safeguard your investment ? including a three-year warranty. THE SHORTEST RESPONSE TIMEp We know that sometimes it?s urgent. That?s why we provide a response to your inquiry within 24 hours. We give you straightforward help from real people, not from bots. CERTIFIED SERVICE ENGINEERp The seamless and thorough training of our technical experts is the foundation of our excellent service provision. Training and certification are carried out at our own facilities. H?! OUR SERVICE IS GLOBAi Our large service network for customers spans 86 locations with a total of 350 certified service engineers. Wherever you're located, there's always an Anton Paar service engineer nearby. Beer Analyzing System PBA 5001 Beer MEASURING RANGE Alcohol 0 to 12 %v/v Original extract 0 to 30 °Plato Density 0 to 3 g/cm³ Color (optional) 0 to 120 EBC Turbidity (optional) 0 to 100 EBC pH value (optional) pH 0 to pH 14 CO 2 - 0 vol. to 6 vol. (0 g/L to 12 g/L) at 30 °C (86 °F) 0 vol. to 10 vol. (0 g/L to 20 g/L) <15 °C (59 °F) O2 - 0 ppm to 4 ppm R E P E ATA B I L I T Y S . D. Alcohol 0.01 %v/v Original extract 0.03 °Plato Density 0.000005 g/cm³ (DMA 4501) 0.000001 g/cm³ (DMA 5001) Color (optional) 0.1 EBC Turbidity (optional) 0,02 EBC pH value (optional) 0.02 (in the range pH 3 to pH 7) CO 2 - 0.005 vol. (0.01 g/L) O2 -2 ppb (in the range <200 ppb) GENERAL INFORMATION Power features U-View™, FillingCheck™, ThermoBalance™, full-range viscosity correction, ultra-fast measuring mode P@s!3r?7?&1HxqPg?Ua $ d0?$3? 30 mL 150 mL Typical measuring time per sample 3 minutes (incl. filling) Typical sample throughput 15 samples per hour Display 10.1" TFT WXGA (1280 px x 800 px); PCAP touchscreen Controls Touchscreen, optional keyboard, mouse, and bar code reader Internal storage More than 10,000 measuring values with camera images Power supply (3?C??51?9t%$Q1a?W?qsy?a@?p'0?fA?9$8U?@0T?44h?qs?? Tm Communication interfaces 5x USB, Ethernet, CAN, RS232 Dimensions (L x W x H) 482 mm x 730 mm x 446 mm (19.0 in x 28.7 in x 17.6 in) 482 mm x 750 mm x 670 mm (19.0 in x 29.5 in x 26.4 in) Weight Approx. 35.7 kg (77 lbs) Approx. 43.5 kg (96 lbs) Environmental conditions (EN 61010) Indoor use only Ambient temperature 15 °C to 35 °C (59 °F to 95 °F) Air humidity Non-condensing, 20 °C, <90% relative humidity, 25 °C, <60% relative humidity, 30 °C, <45% relative humidity document number www.anton-paar.com AVH'9 2021 Anton Paar GmbH | All rights reserved. Specifications subject to change without notice. XDLIP048EN-C

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SIREN / SIRET	438 635 443 000 49
Chiffre d'affaires	10 à 50 M€
Effectif	11 à 50
APE / NAF	4652Z
Capital	50 à 200 K€
N° TVA	FR73438635443