PANAMETRICS - BAKER HUGHES

DigitalFlow™
DF868
Débitmètre à ultrasons
pour liquides Panametrics
Applications Caractéristiques
Le débitmètre DF868 (liquides) est un système de mesure du • Mesure de débit non-intrusive et économique
débit ultrasonique complet des liquides suivants :
• Certification pour les zones dangereux (classifiés)
• Eau et eaux usées
• Installation et configuration simples
• Eau chaude/froide
• Adapté à un large éventail de tailles de tuyau
• Solutions eau/glycol et de matériaux
• Hydrocarbures raffinés • Version deux canaux/deux tirs disponibles
• Produits pétroliers • Option pour mesure d’énergie
• Pétrole brut • Grand écran à cristaux liquides rétro-éclairé
• Huiles lubrifiantes • Vitesse d’écoulement, débit volumique et
transfert d’énergie
• Diesel et mazout
• Comptage du débit et données de tendance
• Solvants
• Produits chimiques
• Autres liquides

 Débitmère ultrasonique à 508 cm (1 à 200 po) de diamètre. La mesure se fait sans
pour liquides Panametrics contamination et sans obstruction et elle ne cause aucune
perte de charge. Le DigitalFlow DF868 étant tout-numérique,
Le DigitalFlow DF868 est un débitmètre en poste fixe complet
ses mesures ne présentent aucune dérive et l’appareil n’a
pour liquides conçu pour satisfaire tous vos besoins en
besoin d’aucun entretien régulier dans la mesure où il ne
matière de mesure de débit et d’énergie. Son traitement
contient aucune pièce en mouvement susceptible de s’user
numérique du signal Correlation Transit-Time™ breveté
ni d’orifices susceptibles de se boucher.
permet des mesures sans dérive dans des liquides ultrapropres
et pollués. Ceci inclut les fluides contenant des bulles
Double affichage, enregistreur de données
de gaz et des matières en suspension qui aurait auparavant
et un large éventail d’options E/S
requis l’utilisation de débitmètres du type Doppler.
Qu’il s’agisse d’un débitmètre à simple ou double canal de
La version à double canal réduit mesure, tous les débitmètres DF868 ont deux affichages
les coûts et améliore la performance graphiques indépendants programmables par l’utilisateur,
qui vous permettent de lire simultanément plus de données.
Le modèle à double canal ou double tirs optionnel pourra
Vous bénficiez d’une flexibilité complète pour afficher tout
être configuré par l’utilisateur pour différentes applications.
paramètre sur l’un des deux affichages, dans divers formats
Un même débitmètre pourra être configuré pour mesurer
numériques et graphiques. Vous pouvez par exemple afficher
le débit dans deux tuyaux séparés, pour réduire le coût par
les valeurs numériques du débit en temps réel, des graphes
point de mesure. Pour minimiser les effets des fluctations
du débit en temps réel et des courbes de diagnostic,
du profil d’écoulement, des tourbillons et de l’écoulement
de même que des données numériques/graphiques à
transversal, et fournir un maximum de précision, deux jeux de
partir de l’enregistreur intégré mémorisant 43000 points.
transducteurs peuvent être installés sur un même tuyau.
Jusqu’à 12 sorties isolées de 4 à 20 mA, six relais d’alarme
hermétiquement fermés ou standard et 12 sorties de
Mesure du débit depuis l’extérieur du tuyau fréquence/totalisateur peuvent être ajoutés.
À l’aide de transducteurs de débit à fixations externes, le
DigitalFlow DF868 mesure le débit à travers des tuyaux en Fonction pour mesure d’énergie intégrée
métal, plastique ou même bétonnés, sans pénétrer à travers
Une autre caractéristique faisant du débitmètre DigitalFlow
la paroi du tuyau. Pour maintenir les transducteurs non-
DF868 un débitmètre tellement puissant et polyvalent est le
intrusifs en place, plusieurs fixations sont proposées à fin
logiciel de mesure de l’énergie inclus dans chaque appareil.
d’être compatible avec différentes tailles de tuyau, différents
Le DigitalFlow DF868, avec RTD et cartes d’entrée en option,
types de transducteur et diverses méthodes de fixation
étend les avantages de la mesure du débit ultrasonique à la
(chaîne, câble d’acier, sangle Velcro® ou étrier en acier à
mesure de l’énergie. Ces avantages incluent la mesure du
souder, boulonnable ou magnétique à bande de serrage
débit et de la température depuis l’extérieur du tuyau et la
métallique). Nos fixations universelles incluent des rails avec
compatibilité avec des tuyaux de 25,4 mm à 5 m (1 à 200 po)
réglette qui simplifient l’espacement des transducteurs pour
de diamètre. Le DigitalFlow DF868 mesure le débit d’énergie
ainsi obtenir une mesure précise du débit. Il existe même des
dans les systèmes de chauffage et de refroidissement d’eau
fixations spéciales pour transducteurs miniaturisés utilisables
et d’eau/glycol pour des températures comprises entre -20
sur de petits diamètres de canalisations simplifiant la
et 210 °C (-4 et 410 °F). Pour une utilisation avec d’autres
mesure du débit sur les conduite de 15 à 50 mm (0,5 à 2 po).
systèmes pour liquides, consultez Panametrics.
Transducteurs mouillées pour Pour garantir la compatibilité avec des capteurs de
un maximum de précision température existants ou souhaités, le débitmètre DigitalFlow
DF868 est disponible avec trois cartes d’entrée analogique.
Les transducteurs mouillés non-obstructifs sont La carte d’entrée analogique procure une alimentation de
immédiatement disponibles pour une performance boucle de 24 V (c.c.) et deux entrées de 4 à 20 mA isolées
maximum. Après l’installation, une précision sur le temps pour les transmetteurs. Pour les applications exigeant des
de transit inférieure à 1 % est possible dans la plupart sondes de température type RTD, une carte électronique
des applications, ce qui correspond aux performances dédiée propose deux entrées isolées pour sonde RTD à trois
de débitmètres coûteux étalonnés en usine. La plage de fils pour des températures comprises entre -100 et 350 °C
mesure est de 0,03 à 12,2 m/s (0,1 à 40 pieds/s) pour un (-148 et 662 °F).
taux de variation de débit de 400:1 dans les tuyaux de 2,54

 Transducteurs
de débitmètre
Le débitmètre DF868 utilise la technique
de mesure de débit à temps de transit
La technique du temps de transit utilise une paire deÉcoulement
transducteurs, chaque transducteur envoyant et recevantdu fluide
des signaux ultrasoniques codés à travers le fluide. Lorsque
le fluide s’écoule, le temps de transit du signal “aval”
allant dans le sens d’écoulement est inférieur à celui du
signal “amont” allant dans le sens opposé. La différenceTrajectoire du signal ultrasonique
entre ces temps de transit est proportionnelle à la vitesse
d’écoulement. Le DigitalFlow DF868 mesure cette différence
de temps et utilise les paramètres programmés relatif à la
canalisation pour déterminer le débit et sa direction.
Transducteurs
de débitmètre


Écoulement
du fluide


Trajectoire du signal ultrasonique

Technique de mesure du débit à temps de transit
Ajustement automatique en fonction Intervalle variable
des propriétés variables de fluide
Transmission de signal Réception de signal
Notre fonction Automatic Tracking Window™ (ATW™) unique, Time
en standard sur tous les débitmètres DigitalFlow DF868,
garantit des mesures précises du débit lorsque les propriétés
Fenêtre de suivi
du fluide sont inconnues ou variables. À la manière du mode bloquée sur
Recherche sur la stéréo d’une voiture, la fonction ATW balaye le signal de réception
dynamiquement la fenêtre du récepteur à chaque fois que Plage de la fenêtre de suivi
la vitesse du son du fluide change. Cette fonction puissante
permet une mesure de débit lorsque la vitesse du son du ATW ensures accuracy when fluid conditions change
fluide est inconnue, lorsqu’elle change en raison de grands
écarts de température ou qu’un nouveau liquide commence
à d’écouler dans une conduite multiproduit. Conçu pour être économique et le rester
La fonction ATW est valable à la fois pour les applications
Pour être réellement utile, un débitmètre doit présenter le
utilisant des transducteurs non-intrusifs ou mouillés,
meilleur rapport coût/efficacité sur site. Utilisant les toutes
recherchant un signal de réception ultrasonique fiable. Intervalle variable
dernières techniques de microcircuit et de fabrication, le
Pour cela, elle fait varier la fenêtre de temps entre le signal
Transmission de signaldébitmètre DigitalFlow DF868 a été construit pour offrir desRéception de signal
de transmission et le signal de réception, jusqu’à détection Time
années de service. De conception robuste, le DigitalFlow
de celui-ci. La fenêtre de suivi (tracking window) balaye
DF868 n’est pas sujet à l’usure et n’a guère besoin d’une
automatiquement la plage d’intervalles de temps en
maintenance, minimisant les temps d’immobilisation et lesFenêtre de suivi
fonction de vitesses du son minimum et maximu attendues
frais d’entretien. bloquée sur
qui ont été programmées par l’utilisateur. le signal de réception
Le DigitalFlow DF868 continuera à vous faire économiser
La fenêtre se déplace (suit) en réaction aux changements de Plage de la fenêtre de suivi
de l’argent en rationalisant le processus de mesure et en
vitesse du son du fluide. Une fois le signal optimal détecté,
réduisant les frais de main-d’oeuvre.
la fonction ATW se fixe dessus jusqu’à ce qu’un nouveau
changement de vitesse du son se produise. À ce momentlà
, la fonction ATW repasse en mode Recherche jusqu’à la
détection nouvelle du signal optimal.

 Caractéristiques du DF868
Mode d’emploi et performance Électronique
Types de fluides Mesure du débit
Fluides conducteurs acoustiques, y compris la plupart des Mode de corrélation à temps de transit breveté
liquides propres et de nombreux liquides avec matière en
Boîtiers
suspension ou bulles de gaz. (La fraction de vide maximum
dépend du transducteur, de la fréquence d’interrogation du • Standard : Aluminium étanche revêtu époxy Type 4X/
porteur, la longueur du trajet accoustique et la configuration IP66, classe I, division 2, groupes A, B, C et D
des tuyaux.) • En option : acier inoxydable, fibre de verre,
Tailles de tuyau antidéflagrant, ignifuge
• Avec des transducteurs non-intrusifs : 12,7 mm à 7,6 m Dimensions (standard)
(0,5 à 300 po) et plus Poids 5 kg (11 lb),
Dimensions (h x l x p) (362 mm x 290 mm x 130 mm)
• Avec des transducteurs mouillés : 25,4 mm à 5 m
(14,24 po x 11,4 po x 5,1 po)
(1 à 200 po) et plus
Canaux
Épaisseur de paroi du tuyau
Jusqu’à 76,2 mm (3 po) • Standard : un canal
Matériaux de tuyau • En option : deux canaux (pour deux tuyaux ou
Tous les métaux et la plupart des plastiques. Pour les tuyaux le calcul de moyenne)
en béton, en matériaux composites et hautement corrodés Affichage
ou les tuyaux à revêtement, consultez Panametrics. Deux affichages graphiques indépendants rétro-éclairés
Précision du débit (vitesse) de 64 x 128 pixels configurables par logiciel
±0,5 % du relevé (pouvant être atteint avec Clavier
calibrage du process) Clavier de 39 touches à membrane à rétroaction tactile
Précision type du débit (vitesse d’écoulement) avec Alimentations
transducteur à fixation externe)
• Standard : 100 à 130 V c.a., 50/60 Hz ou 200 à 265 V
• D.I. du tuyau > 150 mm (6 po) : ±1 à 2 % du relevé c.a., 50/60 Hz
• D.I. du tuyau < 160 mm (6 po) : ±2 à 5 % du relevé • En option : 12 à 28 V c.c., ±5 %
Précision type du débit mouillé (vitesse) Consommation d’énergie
±1 % du relevé 20 W maximum
La précision dépend de la taille de tuyau, de l’installation Température de fonctionnement
et de la nature de la mesure (un ou deux tirs). -20 °C à 55 °C (-4 °F à 131 °F)
Répétabilité Température de stockage
±0,1 à 0,3 % du relevé -55 °C à 75 °C (-67 °F à 167 °F)
Plage (bidirectionnelle) Entrées/sorties standard
-12,2 à 12,2 m/s (-40 à 40 pi/s) Deux sorties isolées 0/4 à 20 mA, 550 W charge maximale
Rangeabilité (globale) Entrées/sorties en option
400:1 Il existe six logements supplémentaires disponibles pour
toute combinaison des cartes E/S suivantes :
Les caractéristiques techniques supposent un profil
d’écoulement entièrement développé (généralement • Sorties analogiques : sélection d’un maximum de trois
10 diamètres en amont et 5 diamètres en aval d’une cartes de sortie supplémentaires, chacune dotée de quatre
canalisation droite) et une vitesse d’écoulement sorties isolées 0/4 à 20 mA, 1000 W charge maximale
supérieure à 0,3 m/s (3 pi/s).
• Entrées analogiques : sélection d’un maximum
Paramètres de mesure de trois cartes des types suivants :
Débit volumique, débit totalisé et vitesse d’écoulement
– Carte d’entrée analogique dotée de deux entrées isolées
4 à 20 mA et d’une alimentation de boucle 24 V – Carte
d’entrée RTD dotée de deux entrées RTD trois fils isolées ;
étendue -100 °C à 350 °C (-148 °F à 662 °F) ; 100 W

 • Sorties de totalisateur/fréquence : sélectionner un Transducteurs ultrasoniques nonintrusifs
maximum de trois cartes de sortie totaliseur/fréquence,
Plages de température
dotées chacune de quatre sorties par carte, 10 kHz
maximum. Toutes les cartes permettent un fonctionnement • Standard : -40 °C à 150 °C (-40 °F à 300 °F)
(sélectionnable via le logiciel) dans deux modes : • En option (plage globale) : -190 °C à 300 °C (-310 °F à 572 °F)
– Mode Totalisateur : Impulsion par unité de paramètre Fixations
définie (par ex. 1 impulsion/gal) – Mode fréquence : Par chaîne ou sangle en acier inoxydable,
Fréquence d’impulsion proportionnelle à l’amplitude du soudure ou magnétique.
paramètre (par ex., 10 Hz = 1 gal/mn)
Classifications
• Relais d’alarme : sélection d’un maximum de deux
cartes des types suivants : • Standard : usage général
• En option : étanche, type 4/IP65
– Usage général : carte relais dotée de trois relais ; 120 V • En option : antidéflagrant, classe I, division 1, groupes B, C et
ca, 28 v cc maximum, 5 A maximum ; cc 30 W maximum, D ; classe II, groupes E, F et G ; classe III
ca 60 VA – Hermétique : carte relais dotée de trois relais • En option : ignifuge II 2 G EEx md IIC T6-T3
hermétiques ; 120 V ca, 28 v cc maximum, 2 A maximum ; • En option : submersible
cc 56 W maximum, ca 60 VA
Interfaces numériques Transducteurs de débit ultrasoniques mouillés
• Standard : RS232 Plages de température
• En option : RS485 (multi-utilisateur) • Standard : -40 °C à 100 °C (-40 °F à 212 °F)
• En option : Modbus® RTU • En option (plage globale) : -190 °C à 600 °C (-310 °F à 1112 °F)
• En option : Modbus TCP
• En option : serveur OPC Plages de pression
• En option : Ethernet • Standard : 0 à 3 000 psig (1 à 207 bars)
• En option : pressions supérieures sur demande
Programmation des paramètres sur site
• L’interface opérateur à base de menus utilise un clavier Matériaux
et des touches à fonction programmables. • Standard : acier inoxydable
• En option (pour bouchons Pan-Adapta®) : titane,
• Stockage pour 10 configurations (sites)
alliage Hastelloy®, alliage Monel®, duplex,
Enregistrement de données
Les bouchons Pan-Adapta permettent l’installation
Mémoire (type linéaire et/ou circulaire) pour enregistrer et le retrait de transducteurs mouillés sans interrompre
quelque 43 000 points de données de débit le process ou vider la canalisation.
Fonctions d’affichage Raccordements process
• L’affichage graphique montre le débit sous forme • Standard : 2,54 cm (1 po) ou 9,5 mm (3/8 po) NPTM
numérique ou graphique • En option : à bride, soudure, fusion et autres
• Affiche les diagnostics et données enregistrés Montages
Conformité européenne Cellule de débitmétrie à bride, ou installation en charge
ou haors charge de bossages
Le système est conforme à la directive 89/336/CEE (EMC)
et à la directive73/23/CEE (LVD) (catégorie d’installation II, Classifications
degré de pollution 2).
• Standard : usage général
• En option : étanche, type 4/IP65
• En option : antidéflagrant, classe I, division 1, groupes C et D ;
classe II, groupes E, F et G ; classe III
• En option : Ignifuge (II 2 G EEx d IIC T6)
• En option : submersible
Certificat de conformité produit MCerts
Sira MC 050061/00 pour la surveillance
continue de l’eau (EU IPPC)

 Câbles pour transducteurs Plage
• Standard : Une paire de câbles coaxiaux, type RG62 AU, • 0° à 50 °C (32° à 122 °F)
ou selon spécifiation pour le type de transducteur • 0° à 150 °C (32° à 302 °F)
• En option : Longueurs : 330 m (1 000 pi) maximum • Configurable sur site pour des plages spécifiques
Précision
Transducteurs de débit ultrasoniques à ±0,12 °C de la température @ 0 °C
haute température et haute pression
Transducteur avec système Bundle Waveguide Technology™ RTD à puits thermométrique
et support (voir les caractéristiques du système BWT™) Pt 100, 1/10 DIN, 3 fils, par paires
Plage
Mesure d’ énergie
• Entrée directe RTD – Configurable dans le DF868.
Calcule la puissance et l’énergie totale consommée.
Plage maximale -100° à 350 °C (-148° à 662 °F)
Exige des entrées optionnelles RTD ou analogiques pour le
• Transmetteur intégré 4-20 mA – 0° à 50 °C (32 °F à 122 °F) –
DF868 dotées de deux entrées de température : l’une pour
0° à 100 °C (32 °F à 212 °F) – -50° à 200 °C (-58° à 392°F)
la température d’entrée et l’autre pour celle de sortie Les
installations type utilisent des sondes RTD de surface, avec Précision
transmetteurs 4-20 mA intégrés, mais des sondes RTD
±0,15 °C
mouillés avec puits thermométrique sont disponibles, si une
précision supérieure est requise et si la ligne peut être isolée
pendant l’installation. Options supplémentaires
Logiciel d’interface PC PanaView™
RTD fixés en surface Le DigitalFlow DF868 communique avec un PC via une
Pt 1000, 4 files, en paires, avec transmetteurs intégrés interface série et les systèmes d’exploitation Windows®.
4-20 mA Pour des détails sur les sites, les enregistrements et autres
opérations avec un PC, consultez le manuel.

[Link]
http://linkedin.com/company/panametricscompany
3,175 mm
Ø 6.3 mm (0,125 po)
(0,25 po)
Écrous 1/4-20
pour ajuster
l'alignement des
3,175 mm transducteurs
(0,125 po) durant l'installation







Notes succinctes


3,175 mm
Ø 6.3 mm (0,125 po)
(0,25 po)
Écrous 1/4-20
pour ajuster
l'alignement des
3,175 mm transducteurs
(0,125 po) durant l'installation

Les transducteurs à fixation externe évitent l’obturation
Transducteurs à fixations internes
des lignes de transmission d’impulsions
Panametrics propose un large éventail de manières
Panametrics propose des transducteurs à fixation externe
d’installer ses transducteurs à fin de s’adapter à chaque
pour un large éventail d’installations. Un client a acheté des
tuyauterie ou type d’application. Pour les grandes 3,175 mm transducteurs C-RS avec un DigitalFlow DF868 pour mesurer
canalisations enfouies, où il n’y a pas d’accès à l’extérieur,Ø 6.3 mm (0,125 po)
(0,25 po) le débit sur un flux de résidu de brut de 300 mm (12 po).
ce qui empêche l’utilisation de transducteurs mouillés
Écrous 1/4-20 Auparavant, il utilisait une plaque à orifice pour la mesure.
standard ou à fixations extérnes, Panametrics proposepour ajuster
Les lignes de transmission d’impulsions pour le transmetteur
des transducteurs à fixations internes. Ces transducteursl'alignement des
3,175 mm transducteurs DP se bouchaient constamment, exigeant une maintenance
présentent l’originalité de pouvoir être attachés sur la(0,125 po) durant l'installation
et produisant des mesures du débit peu fiables. Le système
paroi interne de ces conduites très larges. Avec un outil
non-intrusif proposé par Panametrics a été la solution de
d’alignement laser de précision, les transducteurs peuvent
mesure sélectionnée, parce qu’elle pouvait être implantée
être correctement installés face à face pour que, lorsque
sur une installation en fonctionnement et qu’elle n’engendrait
l’eau remplit le tuyau, ils puissent fonctionner parfaitement.
aucune perte de charge supplémentaire. Le client a
Le transducteur à fixation externe possède une tête à double
économisé environ 50 000 $US la première année, grace à la
éléments pour une redondance de 100 %. Panametrics est
diminution des frais de maintenance.
un leader de l’industrie dans la conception de transducteurs
présentant de faibles taux de panne. En fabriquant ces
transducteurs avec deux éléments, leur fonctionnement sans
maintenance est garanti pendant des années.


Panametrics, une division de Baker Hughes, fournit des
solutions de mesure (hygrométrie, oxygène) ou de
comptage (débit gaz ou liquide) pour les applications et les
environnements les plus difficiles.
Expert dans le comptage sur les torches, la technologie Paire de transducteurs CRS
Panametrics permet la réduction des émissions des
torchères et en optimise les performances.
Fort d’une reconnaissance mondiale, les solutions
Panametrics de mesure et de gestion des émissions de
torches permet aux industriels de gagner en efficacité et
d’atteindre ainsi les objectifs de réduction de l’empreinte
carbone dans leurs industries, notamment: Pétrole et gaz;
Énergie; Santé; L’eau potable et eaux usées; Procédés
chimiques; Alimentaires et Boissons et beaucoup d’autres.
Participez à la conversation et suivez-nous sur LinkedIN
linkedin.com/company/panametricscompany


Copyright 2021 Baker Hughes Company. All rights reserved.
BHCS38690-FR (02/2021) panametrics.com



Renewable Natural Gas
Waste Turned into
Green Energy
Smart sensor technologies to optimize
upgrading your biogas to biomethane

 Upgrading process:
Carbon Dioxide CO2 Hydrogen Sulfide H2S Crop Waste
Manure
Landfill
Biomethane CH4 Odorant Wastewater

Water H2O Feedstock Biogas
Digestion Compression & Dehydration





Gas to Grid
Biomethane
Power Generation,
Heating and CNG Fueling

H2S scrubber

Biogas Upgrading Plant
Biogas is increasingly seen as a more renewable source Operators make several measurements in these
of natural gas. Biogas is the mixture of gases produced processes. Methane, the main component in biogas,
by organic waste in the absence of oxygen. Upgrading is flammable. Oxygen will typically be kept to less
biogas to biomethane includes removing carbon than 2% for safety during storage and transportation.
dioxide and water vapor along with trace gases such Oxygen is typically measured directly after the
as nitrogen, hydrogen sulfide, and hydrogen. digester. Hydrogen sulfide is scrubbed from the gas
to trace levels. Membrane filters separate the carbon
dioxide from the methane, and the concentration
of each on either side of the membrane indicates
separation efficiency. Accurate flow metering is vital
throughout these processes, especially when there is
a change in owner from producer to user. To meet tariff
limits, water vapor is measured before biomethane
entry into the gas grid. These measurements
take place in hazardous area environments.




2 3

 Panametrics process analyzers and flow Integrated Systems
measurement instruments have been ensuring Measurement Parameters
customer and process safety for decades. • O2 is measured in the gas generated by the
decomposition of waste to pipe the biogas
safely: <2%
As a recognized leader in moisture and oxygen A partnership with Panametrics brings you reliability
analyzers and liquid, steam, and gas flow meters with and consistency in measurement, and offers solutions • H2S scrubbed from the CH4 before entering
proven technologies, you can be sure that we provide completely tailored to your process, supported by local the networks: <10 ppm
the best combination of technology and expertise to technical teams. • CO2 is measured in the tail gas to monitor
ensure accurate process measurements. Panametrics separation efficiency from methane:
analyzers and flow meters are designed for complex Our technology and application specialists are experts 90% – 100%, balance CH4
applications that require maximum reliability and in developing the best gas analysis and flow solutions
measurement accuracy. for your measurement. Along with our global network • CH4 of the RNG for entry into the grid:
we ensure our partners receive first-class local support 90% – 100%, balance CO2
for all requirements starting from technical assessment
to commissioning and assistance.





4 5

 Process Analyzers
XMTC XMO2
Thermal conductivity binary gas analyzer Thermoparamagnetic oxygen analyzer
With no moving parts, the XMTC provides a robust measurement of carbon With no moving parts and unsurpassed calibration stability, the XMO2 provides a
dioxide in methane with little maintenance and unsurpassed calibration stability. robust oxygen measurement in biogas with little maintenance. The transmitter uses
The transmitter uses the differences in thermal conductivity to report percent the thermal and paramagnetic properties of oxygen to generate a ‘magnetic wind’
level measurement. of oxygen to enable a reliable measurement.


FEATURES FEATURES
• Percent level measurement ranges up to 100 • Measurement ranges up to 100% O2 in gas
percent CO2 in CH4 • Flame-/Explosion-proof and
• Percent level measurement ranges up to 100 weatherproof enclosure
percent CH4 in CO2 • Push-button calibration
• Flame-/Explosion-proof and weatherproof • Compact, rugged sensor with no moving parts
enclosure
• Measurement circuit compensates for
• Push-button calibration variations in background gas composition
• Compact, rugged sensor with no moving parts • Unique dual-chamber, temperature-controlled
cell provides resistance to contamination





6 7

 Ultrasonic Flow Meters
PanaFlow Z2G
Ultrasonic gas flow meter for hazardous area with optional
methane content determination in biogas
The biogas that comes from the digester is typically low pressure.
It is saturated with water (6% @ 40 °C) and contains CO2 (20% - 40%).
Such an application requires powerful transducers to be able to measure
this gas mixture at very low pressure.
Biomethane is the other typical measurement here, easier to handle. A recognized
Panametrics holds a strong heritage in difficult gas flow measurement
gained from flare gas experience. leader in moisture

FEATURES and oxygen
• Industrial designed flow cell to minimize flow
disturbances at optimal chord locations
• T19 high performance transducers with high
signal to noise ratio (SNR) analyzers and
• Advanced diagnostics to not just measure
flow but understand meter performance and
validate process conditions and stability
• ±1% of measurement typical accuracy liquid, steam, and
(two path), ± 1.5% accuracy (one path).
• Dedicated biogas algorithm to measure
CH4 concentration with ±2% accuracy.
This measurement requires an external gas flow meters
temperature probe input.
• Analog, Pulse, Frequency, HART, and Foundation
Fieldbus are available communication
• Available for 2” to 16” (50mm to 400mm) sizes with proven
standard (other sizes and/or special design
available upon request)
• Material of construction is carbon steel,
stainless steel, duplex stainless steel (other technologies
materials available upon request)
• Flange ratings from 150# to 600# or PN10
to PN63 (other flanges sizes available up
on request)
• Shares a Panametrics heritage of
engineering design and global Baker
Hughes field service support







8 9

 Moisture Analyzers
Aurora Aurora TransPort
Tunable Diode Laser Moisture Analyzer Portable Tunable Diode Laser Moisture Analyzer
The Aurora is built upon a heritage of moisture measurement, calibration, Take Aurora’s design expertise, features, benefits, and measurement fidelity
and sample system expertise. It provides a sealed laser source with glass and package it for portable measurements. Panametrics proudly calls this
window separating the laser from the process gas, superior background Aurora TransPort.
gas compensation, and pressure and temperature compensation, living
up to its specifications as stated.
FEATURES
• 0 to 5000 ppm in natural gas and air
FEATURES
• 0 to 1000 ppm in carbon dioxide
• 0 to 5000 ppm in natural gas and air • Operates on battery or AC power
• 0 to 1000 ppm in carbon dioxide • All filtration requirements built in
• Available in AC and DC powered versions • Fast recovery from process upset conditions
• Flame-/Explosion-proof and weatherproof • Light weight for portability
configuration standard
• All filtration requirements built in
• Fast recovery from process upset conditions




















10 11

 HygroProII PM880
Moisture transmitter for general purpose and hazardous area Portable Aluminum Oxide Moisture Analyzer
The HygroProII combines a technologically advanced aluminum oxide moisture With its MISP2 moisture probe and SS880A sample system, this portable is packaged
sensor with state-of-the-art software and electronics for unrivaled overall as a kit for all spot-sampling moisture measurement needs.
performance. The HygroProII moisture transmitter is a compact, loop- powered
moisture transmitter designed specifically to meet the demands of rugged industrial
applications. With certified intrinsically safe electronics packaged in an IP67/Type 4X
housing, the HygroProII offers unrivaled installation flexibility in these applications. FEATURES
• Intrinsically safe
• Ambient to ppb moisture levels using
aluminum oxide moisture sensor
FEATURES
• Built-in temperature and pressure sensors
• Intrinsically safe • Gas and liquid applications
• Ambient to ppb moisture levels using • HART communication over the 4 – 20 mA
aluminum oxide moisture sensor analog output
• Built-in temperature and pressure sensors
• Gas and liquid applications
• HART communication over the 4 – 20 mA
analog output




















12 13

 Panametrics process
analyzers and flow meters
are designed for complex
applications that require
maximum reliability and
measurement accuracy

14 15

 Panametrics, a Baker Hughes business,
provides solutions in the toughest
applications and environments for moisture,
oxygen, liquid and gas flow measurement.
Experts in flare management, Panametrics
technology also reduces flare emissions
and optimizes performance.
With a reach that extends across the globe,
Panametrics’ critical measurement solutions
and flare emissions management are
enabling customers to drive efficiency and
achieve carbon reduction targets across
critical industries including: Oil & Gas; Energy;
Healthcare; Water and Wastewater; Chemical
Processing; Food & Beverage and many others.
Join the conversation and follow us on LinkedIn
linkedin.com/company/panametricscompany




Contact us
For more information please contact your
local Panametrics representative, or visit:
panametrics.com



© Copyright 2023. Baker Hughes Company. This material contains
one or more registered trademarks of Baker Hughes Company and
its subsidiaries in one or more countries. All third-party product
and company names are trademarks of their respective holders.

BHCS39441 (07/2023)



Make process decisions with confidence using accurate and reliable analyzers Process Analyzers Product Guide Panametrics, a Baker Hughes business, offers a wide array of process analyzers that enable you to make process decisions with confidence. Reliable and stable, our products and services are backed by decades of industry experience and by knowledgeable experts to help you understand your application.We know that when it comes to process control, accuracy and reliability are two of the greatest factors when choosing a process analyzer. Because we serve such a wide variety of industries, applications, technologies, and use cases, we’ve developed one of the strongest portfolios of process analyzers on the market. Ensuring the integrity of your process liquids and gases 1 Key to industries Power Plant Natural Gas Steel Plant Industrial Gases Pharmaceutical Food and Beverages Quality, Test and Calibration Hydrogen Product Technology Moisture Analysis moisture.IQ Aluminum Oxide dew.IQ Aluminum Oxide HygroPro Aluminum Oxide MMY30 Aluminum Oxide MMY31 Aluminum Oxide PM880 Aluminum Oxide Aurora Laser Optica Chilled Mirror OptiSonde Chilled Mirror MMR30 Polymer Capacitance MMR31 Polymer Capacitance MMR101 Polymer Capacitance Gas Analysis XMO2 Thermoparamagnetic ox y. I Q Electrochemical Delta F Non-depleting / Electrochemical CGA351 Zirconia XMTC Thermal Conductivity Industry applications Panametrics’ process measurement solutions cover a wide range of industries and applications. Refinery / Petrochemical Plant 2 3 Moisture, Oxygen & Gas Analysis Moisture is considered a contaminant in many processes, causing corrosion in metal infrastructure, reduced process yield and impacting final product quality. As such, industrial processes may contain a moisture removal step using dryers like molecular sieves or glycol contactors to ensure moisture in process gases and liquids stay below permissible levels. Moisture measurement and control is therefore a critical component for a whole range of industries like natural gas, petrochemical processing, power generation, semiconductor manufacture and industrial gas, among others. Oxygen and gases such as hydrogen need to be measured and controlled in many processes and applications, from explosion prevention to ensuring process chemical reactions take place in a controlled manner. Applications for oxygen measurement range from tank inerting in the chemical industry to purity measurements in food packaging. Hydrogen measurement applications include power plant generators and electrolyzers for hydrogen production. The technologies used must be robust, reliable and proven in the field. Panametrics has a long tradition and experience in moisture, oxygen and gas analysis using various core technologies such as: aluminum oxide, laser, thermoparamagnetic, electrochemical, and thermal conductivity. 4 5 Moisture Analysis Aluminum Oxide Technology FEATURES • 1 to 6 channels of moisture and oxygen measurement • Touch screen display • Analog and digital outputs • Compatible with MISP2 and M series aluminum oxide moisture probes • 19" rack, panel, weatherproof wall-mount and explosionproof versions available Panametrics aluminum oxide moisture sensors have set the standard in process moisture measurement for more than 60 years. The sensor consists of a porous oxide layer with a very thin metal coating. Water vapor rapidly equilibrates on the pore walls of the oxide layer. The number of water molecules adsorbed on the oxide structure determines the conductivity of the pore walls, which in turn is functionally related to the water vapor pressure expressed as water dew point, PPMv, PPMw, etc. Benefits: • T he sensor reports pressure dew point at pressures up to 5000 psig (345 bar) • S ensors work in liquid- and vapor-phase applications • T he sensor is calibrated in nitrogen for all applications • L arge dynamic measurement range: -110 °C to +60 °C dew/frost point • S ensors are easy to replace in the field moisture.IQ Multi-channel moisture analyser for measurement in gases and liquids The flagship analyser of the IQ series is designed for installation in a control room or field setting, providing complete functionality where single or multiple measurements are required, for both moisture and oxygen analysis. APPLICATIONS Power Plant H 2 (cooling generator) Instrument Air lines SF6 gas Transformer oil Refinery / Petrochemical Hydrocarbon Liquids Hydrogen recycle gas Utility gas/Instrument air Ethylene Polyethelyene plant feedsl Natural Gas Natural gas pipelines LNG, LPGs, NGLs Biogas upgrading Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Food & beverages CO 2 gas Hydrogen Steam Methane Reformers Electrolyzers Pipeline & Storage FEATURES • Intrinsically safe • Optional built-in temperature and pressure sensors • Nonvolatile calibration data storage • Calibrations traceable to national standards FEATURES • Intrinsically safe • Optional built-in temperature sensor • Calibrations traceable to national standards 6 7 APPLICATIONS Power Plant H 2 (cooling generator) Instrument Air lines SF 6 gas Refinery / Petrochemical Utility gas / Instrument air Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Pharmaceutical Utility air Instrument calibration Food & beverages CO 2 gas Hydrogen Steam Methane Reformers Electrolyzers Pipeline & Storage APPLICATIONS Power Plant H 2 (cooling generator) Instrument Air lines SF 6 gas Transformer oil Refinery / Petrochemical Hydrocarbon Liquids Hydrogen recycle gas Utility gas/Instrument air Ethylene Polyethelyene plant feeds Natural Gas Natural gas pipelines LNG, LPGs, NGLs Biogas upgrading Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Food & beverages CO 2 gas Hydrogen Steam Methane Reformers Electrolyzers Pipeline & Storage FEATURES • Rack, bench, panel and wallmount versions available • Displays moisture content in dew / frost point and ppmv • M Series or IQ.probe moisture probe compatible • Intrinsic safe operation of M Series probe with external zener barrier FEATURES • Intrinsically safe • Ambient to ppb moisture levels using aluminium oxide moisture sensor • Built-in temperature and pressure sensors • Gas and liquid applications dew. IQ Single-channel moisture analyser for measurement in gases An economical, single-channel, aluminium oxide hygrometer in the IQ Series line of analysers. It is intended for industrial applications requiring accurate, real-time moisture measurement.  HygroPro Intrinsically safe moisture transmitter for use in gas and liquid applications The intrinsically-safe HygroPro moisture transmitter measures the moisture content of gases and non-aqueous liquids in pipelines, natural gas, petrochemical, power generation, pharmaceutical, process and industrial applications. 8 9 8 APPLICATIONS Power Plant H 2 (cooling generator) Instrument Air lines SF 6 gas Refinery / Petrochemical Utility gas / Instrument air Natural Gas Natural gas pipelines LNG, LPGs, NGLs Biogas upgrading Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Pharmaceutical Utility air Instrument calibration Food & beverages CO 2 gas Hydrogen Steam Methane Reformers Electrolyzers Pipeline & Storage FEATURES • Loop powered, 4-20mA transmitter • Integral filtering and flow regulation • Hazardous area configurations available DewPro MMY30 Loop powered moisture transmitter for measurement in gases The MMY30 is designed to measure dew point or ppm in gases at line or atmospheric pressure. An integral flow cell with filtration and flow regulation allows for easy implementation. APPLICATIONS Pharmaceutical Utility air Instrument calibration Environmental chambers Glove boxes FEATURES • Loop powered, 4-20mA transmitter • Hazardous area configurations available DewPro MMY31 Loop powered moisture transmitter for measurement in gases The MMY31 is designed for inline installation in clean applications where trace moisture meaurement is required and a bypass or extractive installation is not appropriate. 10 11 APPLICATIONS Power Plant H 2 (cooling generator) Instrument Air lines SF 6 gas Transformer oil Refinery / Petrochemical Hydrocarbon Liquids Hydrogen recycle gas Utility gas / Instrument air Ethylene Polyethelyene plant feeds Natural Gas Natural gas pipelines LNG, LPGs, NGLs Biogas upgrading Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Pharmaceutical Utility air Food & beverages CO 2 gas Hydrogen Steam Methane Reformers Electrolyzers Pipeline & Storage FEATURES • Intrinscially safe in a rugged compact package • Measures moisture in gases and hydrocarbon liquids • Internal data logger • Lightweight handheld sample system • Large graphic display • Compatible with MISP2 and M series aluminum oxide moisture probes PM880 Rugged intrinscially safe portable moisture meter for gases and liquids The PM880 is the number one hazardous area rated portable moisture meter on the market. It is designed to measure moisture in gases and hydrocarbon liquids across a broad spectrum of applications and industry segments. The compact and rugged design makes it suitable for use in the toughest of environments. 12 13 APPLICATIONS Refinery / Petrochemical Hydrogen recycle gas Utility gas / Instrument air Natural Gas Natural gas dehydration Natural gas pipelines and storage LPGs, NGLs Biogas upgrading Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling CO 2 FEATURES • Rated for installation directly in a hazardous area • Optical response <2 seconds • Integrated sample system for measurement integrity • Patented temperature and pressure compensation • Optional safe area 19" rack mount and portable configurations available Aurora Laser based moisture analyzer for gases The Aurora uses tunable diode laser absorption spectroscopy (TDLAS) to quickly and accurately measure moisture in gases, with speed of light response and minimum maintenanace requirements. Panametrics Aurora analyzer uses tunable diode laser absorption spectroscopy (TDLAS) to rapidly and accurately measure moisture in a variety of background gases. The concentration of water is directly related to the partial pressure. At certain specific frequencies, light energy will be absorbed by water molecules. As the concentration of water increases, the absorption also increases. Aurora analyzers sweep the diode laser output through a narrow spectrum of light frequencies. Comparing the return light intensity with the incident light intensity, the analyzer provides a direct measure of the water vapor pressure in PPMv and related units. With the input of line pressure, the moisture content is expressed as pressure dew point. Benefits: • V ery fast response, especially after process upset • L ong-term stability, negligible drift • N on-contact based measurement, suitable for harsh applications Moisture Analysis Laser Technology 14 15 14 FEATURES • Measurements traceable to national standards • 1/4 color VGA display • Built-in data logger • Multiple measurement units can be displayed and transmitted • Patented PACER® cycle automatically cleans mirror to ensure measurement integrity Optica Chilled mirror based hygromter for high accuracy moisture measurements in gases The Optica is a primary standard measurement device designed for industrial and laboratory applications requiring high precision without long term drift. It may be used with a number of chilled mirror sensors providing a wide measurement range. APPLICATIONS Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Pharmaceutical Utility air Instrument calibration Clean Room Food & beverages Utility air Instrument calibration Clean Room Quality, Test & Calibration Environmental test chambers Engine test cells Air conditioning and heat exchange coil testing Metrology labs Panametrics chilled mirror sensors use a thermoelectric cooling module to cool the mirror exposed to the flowing gas sample. Infrared light reflects off the mirror. The reflected light is received by a photodetector. As the mirror is cooled, and water vapor condenses on the mirror, the light received by the photodetector decreases due to absorption and scattering. The signal from the photodetector is utilized in a control loop to maintain a constant mass. A precision RTD measures the temperature of the mirror. This mirror temperature is by definition equal to the dew or frost point temperature.. Benefits: • D irect fundamental measurement of dew / frost point • H igh precision • L ong-term stability Moisture Analysis Chilled Mirror Technology 17 16 FEATURES • Measurements traceable to national standards • Built-in data logger • Multiple measurement units can be displayed and transmitted • Patented PACER® cycle automatically cleans mirror to ensure measurement integrity OptiSonde Economical chilled mirror based hygromter for high accuracy moisture measurements in gases The OptiSonde is a primary standard device designed for process and laboratory measurements requiring high precision without long term drift. It may be used with a number of chilled mirror sensors providing a wide measurement range. APPLICATIONS Steel Plant Annealing Lines Galvanisation Lines Utilities Industrial Gases Air Separation Units Cylinder filling Pharmaceutical Utility air Instrument calibration Clean Room Food & beverages Utility air Instrument calibration Clean Room Quality, Test & Calibration Environmental test chambers Engine test cells Air conditioning and heat exchange coil testing Metrology labs 18 19 Panametrics relative humidity transmitters use a proven polymer capacitive sensor to provide a humidity measurement in the range of 0 to 100% RH. The sensor consists of a hygroscopic polymer sensing layer whose dielectric properties change depending on the amount of water vapor in contact with the sensing surface. This causes a change in the capacitance of the sensor which is then converted into a relative humidity reading. Benefits: • G ood resistance to chemical vapors • A bility to function at high temperatures (>100 °C) • F ast speed of response • A bility to recover from condensation or full water immersion Moisture Analysis Polymer Capacitance Technology FEATURES • Loop powered 4-20mA transmitter • Proven Polymer Capacitive sensor • Integral filtering and flow regulation • Optional integral display with user interface MMR30 Loop powered mid-range moisture transmitter The MMR30 is designed for mid-range (5°F to 185°F/-15°C to 85°\ C) moisture applications such as refrigerated compressed air dryers. It is compact and can be easily installed in indoor or outdoor environments. APPLICATIONS Power Plant Gas Turbline inlet air Pharmaceutical Drying applications Product Validation Tablet coating ETO Sterilisation Food & beverages Dehydration applications Fruit Ripening Coating Quality, Test & Calibration Weather Stations 21 20 FEATURES • Loop powered 4-20mA transmitter • Proven Polymer Capacitive sensor • Simple field recalibration with salt bottles • Optional integral display with user interface • Hazardous area options available MMR31 Loop powered mid-range moisture transmitter The MMR31 is designed for relative humidity measurement (0-100%) applications. It is compact and can be easily installed in indoor or outdoor environments. APPLICATIONS Pharmaceutical Drying applications Product Validation Tablet coating ETO Sterilisation Food & beverages Dehydration applications Fruit Ripening Coating Quality, Test & Calibration Humidity control sterilization chambers APPLICATIONS Steel Plant Blast gas humidification Pharmaceutical High temperature drying applications Food & beverages High temperature drying applications Quality, Test & Calibration High temperature drying applications FEATURES • Loop powered 4-20mA transmitter • Proven Polymer Capacitive sensor • Optional integral display with user interface • Hazardous area options available • Operating temperature up to 300°F (150°C) MMR101 Loop powered high temperature relative humidity transmitter The MMR101 is designed for high temperature relative humidity (0-100%) applications. It’s rugged design is suitable for the harshest installations. 22 23 FEATURES • Background gas compensation • Push button field calibration • No moving parts assuring trouble - free operation • Class 1 Div 1 / ATEX and IECEx zone 1 as standard XMO2 Proven robustness in hazardous area oxygen analysis in gas applications Designed for stability and longevity in hazardous area locations, the XMO2 provides high accuracy percent-level measurements and easily recovers from process upsets. APPLICATIONS Refinery / Petrochemical Inerting of Storage Tanks Hydrocarbon Gas Supply Hydrogen Recycle Gas Ethylene/Polyethylene Plant Natural Gas Biogas Processing Steel Plant Heat treatment Processes Industrial Gases Percent Oxygen Analysis Pharmaceutical Storage Tanks for Liquid Hydrocarbons Centrifuges and Reactors Ambient Atmosphere Monitoring Carbon Reactivation Reaction Optimization Food & beverages Inert Gas Packing Prevention of Oxidation of Dry Powders Quality, Test & Calibration Waste Water Treatment Oxygen has the property of being attracted into a magnetic field. The Panametrics XMO2 thermoparamagnetic analyzer uses this paramagnetic property combined with heated thermistors to measure the oxygen concentration. This measurement technique along with the flow-through design and no moving parts ensure a stable measurement, long-term calibration stability, and immunity to process upsets. Benefits: • N o Moving Parts • I nfrequent Calibration • S imple, Easy to use • A utomatic Calibration / Verification • M inimized Cost of Ownership • C ompact design reduces cost in system solutions Ox ygen Analysis Thermoparamagnetic Technology 24 25 FEATURES • Compact and innovative design, easy installation and system solution flexibility • Built-in microprocessor, intuitive user interface to easily select range, trim outputs and perform calibration • User-selectable ranges, calibration, sensor diagnostics with keypad simplifies programming • Maintenance-free device ox y. I Q Highly reliable and cost effective oxygen measurement, all in a compact intrinsically safe package Designed for installation flexibility, the oxy.IQ is a two wire loop powered transmitter with 17 percent- and ppm-level oxygen ranges. oxy.IQ combines proven sensor technology, an intuitive user interface, and a compact design in an intrinsically safe package perfect for oxygen measurement in a variety of background gases. APPLICATIONS Power Plant Oxygen measurement H 2 cooled generators Refinery / Petrochemical Catalytic reformer for recycle hydrogen Isomerization unit for recycle hydrogen Butamer unit off-gas Hydrotreater for recycle hydrogen Fuel gas / off gas Natural Gas Natural gas pipelines Biogas processing Steel Plant Heat treatment Processes Industrial Gases Nitrogen Generators Oxygen Applications Pharmaceutical Glove Box Applications Food & beverages Inert Gas Packing CO 2 Purity (Breweries) Hydrogen Water Electrolysis: traces of oxygen in hydrogen Panametrics’ oxy.IQ utilizes galvanic fuel cell technology to measure trace and percent- level oxygen in gases. Oxygen in the gas flowing through the chamber reacts at the cathode to form ions that travel to the anode, converting from lead to lead oxide. The resultant current is proportional to the amount of oxygen. The oxy.IQ uses an advanced galvanic fuel cell, a self-contained cell that requires no electrolyte refueling or electrode replacement, providing superior performance, accuracy, stability and long life. The oxy.IQ is insensitive to background gas changes with drop-in sensors that cover different concentration ranges, with a special sensor option for acid gas compositions. Benefits: • C ompact design allows installation flexibility • P roven galvanic fuel cell technology • B ackground gas insensitivity • A cid gas sensor options Ox ygen Analysis Electrochemical Technology 27 26 Panametrics delivers Delta F oxygen sensor technology as a standard sensor input to the Panametrics flagship moisture.IQ analyzer. The oxygen from the sample takes part in a reaction. The voltage applied to the electrodes is the driving force. At the cathode, the oxygen is first converted into hydroxyl ions. These hydroxyl ions travel through the electrolyte to the anode where it is converted back to oxygen. The current is a direct measurement of the hydroxyl ion transport and therefore proportional to the oxygen concentration. Nothing is consumed in making the measurement. Benefits: • N on-depleting oxygen sensor • S ensitivity down to a ppb-level oxygen • F ast response to changes in oxygen concentration • Sh ort recovery time after exposure to high concentrations • A bility to work in acid gases using Stab-El electrodes Ox ygen Analysis Non-depleting Electrochemical FEATURES • Ultra-stable coulometric measurement technology • Non-depleting sensor • Fast response times • Unique combination with moisture.IQ offers up to 6-channels of moisture and oxygen • Safe and hazardous area configurations Delta F Delivering ultra-stable, trace oxygen analysis in industrial gas applications The Delta F non-depleting, coulometric oxygen sensor provides ultra-stable oxygen measurement and requires only an annual span calibration. Combined with Panametrics’ moisture.IQ, this offers a cost effective six-channel solution for multi-point oxygen measurement covering ppm and ppb measurements. The Delta F sensor is particularly suited to applications requiring high sensitivity measurements for process control. APPLICATIONS Refinery / Petrochemical Ethylene Polyethelyene plant feeds Steel Plant Heat treatment Processes Industrial Gases Air separation units (N 2 / Ar / O 2 / H 2) Cylinder filling Pharmaceutical Glove Box Applications 28 29 The CGA351 is a Clean Gas Analyzer that uses zirconium oxide technology to measure trace oxygen in clean, inert gases such as high-purity nitrogen. The tube-shaped sensor consists of yttrium-substituted zirconium oxide. The platinum coating acts as an electrode. At the elevated operating temperature of the sensor, oxygen reacts with the platinum to form ions that travel from the ambient air reference on the outer side of the sensor tube, through the walls of the sensor, towards the sample gas on the inner side of the sensor tube. The generated milli-volt signal correlates with the oxygen concentration in the sample gas. The lower the oxygen concentration, the more ions that travel through the matrix, and the higher the mV signal. Benefits: • T echnology with quick response time and outstanding performance • M easuring range from 0.1 ppm to 100% oxygen • Q uick single gas calibration • L ong sensor lifetime • M aintenance-free Ox ygen Analysis Zirconia Technology FEATURES • Fastest Responding Oxygen Sensor: T90 at under 2 seconds • Covers a wide Oxygen Concentration Range from 0.1 ppm to 100% oxygen • High accuracy at lower ppm levels • Maintenance free CGA351 Super fast response times covering all oxygen ranges in clean gas applications This fastest responding oxygen measurement technology is ultra-stable and covers low-ppm to percent-level measurements. Single-point calibration compliments a low maintenance analyzer particularly suited for clean gas applications where speed of response and accuracy are key requirements. APPLICATIONS Refinery / Petrochemical N 2 Plant Utilities Industrial Gases Air separation units (N 2 / Ar / O 2 / H 2) Cylinder Filling Pharmaceutical Glove Box Applications 30 31 FEATURES • One-button field calibration • Ultra stable thermistors • Temperature compensation for reduced temperature effect • Compact sensor Assembly • Class 1 Div 1, ATEX and IECEx Zone 1, IP66/4X XMTC High accuracy analysis in a compact binary gas analyzer The XMTC is a compact, reliable, and field-proven thermal conductivity analyzer for safety and measurement applications. Certified for hazardous area environments, the XMTC is a cost effective analyzer in a compact transmitter design for percent measurement of one gas in another. APPLICATIONS Power Plant Hydrogen-Cooled Generators Refinery / Petrochemical Catalytic Reformer for Recycle Hydrogen Isomerization Unit for Recycle Hydrogen Butamer Unit Off-Gas Hydrotreater for Recycle Hydrogen Fuel Gas/Exhaust Gas Natural Gas Biogas processing Steel Plant Heat treatment Processes Industrial Gases Air separation units (N 2 / Ar / O 2 / H 2) Cylinder filling Food & beverages CO 2-purity (Breweries) Hydrogen Water Electrolysis: Hydrogen and Oxygen Analysis Thermal conductivity is a physical property, a fluid’s ability to dissipate heat. This property is useful in measuring concentrations in binary gas mixtures such as oxygen in hydrogen, carbon dioxide in methane, etc. Panametrics’ XMTC compares the thermal conductivity of the sample gas to that of a reference gas to determine the percent-level concentration of one gas in a two-gas mixture or multi-gas mixture of gases with similar thermal conductivities. The sample gas flows through the measuring cell with built-in thermistors. The thermal conductivity difference between the sample and reference, when compared to the zero and span gas calibration, is directly proportional to the gas concentration. The XMTC can reliably measure percent-levels of one gas in another, when the two gases have sufficiently different thermal conductivities. Benefits: • C ompact, rugged, no moving parts • E nhanced signal measurement • R eal-time error detection • D igital communication • F lexible calibration, various gas combinations • M inimal calibration and service Gas Analysis Thermal Conductivity Technology 33 32 Panametrics offers a suite of local displays / controllers that connect to the blind oxygen and binary gas transmitters providing power and local read-out. Additional features include alarm contacts, additional analog outputs, and auto-calibration functionality. Benefits: • S ensor installed at point of use • D isplay installed where needed for visual indication • A uto-calibration / verification capabilities • P rovides DC power to the transmitters when AC power is available Multi-function Displays FEATURES • Full solution enabler to compliment the XMO2, XMTC and oxy.IQ with added functionality • 4 relay output for solenoid control • Very low maintenance requirement and reduced touch time of other transmitters • Class 1 Div 1 / ATEX and IECEx zone 1 as standard • Calibration Curve Management XDP Offering added functionality to Panametrics transmitters, the XDP is more than just a fully certified explosionproof display In addition to offering a local display, the auto-calibration and verification functionality of the XDP compliments the XMO2 and XMTC transmitters with even lower maintenance and calibration requirements, offering a full solution package. The advanced micro-processor control compares calibration readings with factory settings to verify calibration. Corrections are automatic with user notification. COMPATIBLE WITH XMO2 XMTC ox y. I Q 35 34 FEATURES • Single or dual isolated 4-20mA outputs • Up to four field-configurable process alarms • Automatic calibration relays for autocalibration of XMO2 and XMTC • Calibration Curve Management TMO2D Added functionality in a cost affective package, this safe area display compliments the Panametrics analyzers with increased functionality and control The TMO2D offers auto-calibration and verification control to support the XMO2, XMTC and oxy.IQ analyzers. This package comes in user selectable form factors which offers reduced maintenance and alarm outputs. COMPATIBLE WITH XMO2 XMTC ox y. I Q 36 37 Sample handling systems are essential for getting top performance from your process analyzer systems. To get the right sample system for your application, turn to Panametrics, the analyzer application expert with more than 50 years of design experience. Couple Panametrics process analyzers with the appropriate Panametrics sample handling and you will have reliable, accurate, and low maintenance measurements. Features and benefits: Panametrics sample systems ensure the performance of an analyzer by supplying a sample to the analyzer at optimal pressure, temperature, flow rate, and free from contaminants. Designed specifically to meet the needs of your Panametrics analyzers, Panametrics sample systems reduce cost and downtime by: • P roviding better measurement accuracy and reliability • E xtending analyzer life • M inimizing analyzer maintenance and associated parts and labor • F acilitating field calibration Sample Conditioning Systems Save money and time with the right sample system from the application experts Application engineering is the difference Our application and service engineering teams possess the expertise to provide a comprehensive sample system designed and built for your specific situation. We know how our analyzers perform in your applications and how our sample handling systems can help deliver the best measurements. We offer a cost-effective source for complete analyzer packages. • Standard systems for common applications • Engineered systems for customer-specific requirements • Design, construction, and inspection of all systems • Installation guidance • Start-up and commissioning • Calibration • Extended warranties and service plans for analyzer systems 39 38 Contact us For more information please contact your local Panametrics representative, or visit: panametrics.com © Copyright 2021. Baker Hughes Company. This material contains one or more registered trademarks of Baker Hughes Company and its subsidiaries in one or more countries. All third-party product and company names are trademarks of their respective holders. Panametrics, a Baker Hughes business, provides solutions in the toughest applications and environments for moisture, oxygen, liquid and gas flow measurement. Experts in flare management, Panametrics technology also reduces flare emissions and optimizes performance. With a reach that extends across the globe, Panametrics’ critical measurement solutions and flare emissions management are enabling customers to drive efficiency and achieve carbon reduction targets across critical industries including: Oil & Gas; Energy; Healthcare; Water and Wastewater; Chemical Processing; Food & Beverage and many others. Join the conversation and follow us on LinkedIn linkedin.com/company/panametricscompany

OptiSonde ™ Chilled mirror hygrometer Key benefits Chilled mirror hygrometers are used in standards and metrology labs as well as in industrial applications where precise and repeatable humidity measurement and control are required. The inherent accuracy and long term stability provide many advantages over other types of humidity measurement technologies. • Compact and rugged design for easy installation and durability • Built-in data logger provides ability to record historical data • Sensor conveniently plugs into wall mount chassis for facility monitoring, eliminating the need to run cable • Sensors may be connected up to 91 m away via cable for remote monitoring • Displays and transmits in a variety of parameters, such as dew point, relative humidity, dry bulb, wet bulb, absolute humidity, volume ratio, and mass ratio, offering flexibility during operation • Digital (RS-232) interface for data integrity • Patented PACER® cycle automatically cleans mirror to ensure measurement integrity • PanaView™ software transfers data from the meter to a PC for additional storage and enables data to be viewed graphically • Easy to configure using the front panel for simple operation • Humidity measurements are traceable to National Institute of Standards and Traceability (NIST) Applications • Environmental test chambers • Engine test cells • Clean rooms • Air conditioning and heat exchange coil testing • Metrology labs The OptiSonde chilled mirror hygrometer is a National Institute of Standards and Technology (NIST) traceable humidity transfer standard at an exceptional value. The compact rugged analyzer is connected to either a single-or two-stage chilled mirror sensor and PRTD. Chilled mirrors are the humidity sensors of choice when laboratory and process measurements require high precision without long-term drift. An LCD indicates two simultaneous user-configured parameters. OptiSonde provides two user-configured analog (4 to 20 mA) outputs. The display and front panel keys enable quick and easy configuration. The OptiSonde easily records humidity and temperature data from a wide variety of applications. The analyzer is equipped with a data logger capable of recording for 100 days at a sample rate of 1 second and is equipped with an internal real-time clock. The saved data is uploaded to a PC using terminal software as ASCII delimited text, enabling it to be opened by Excel® and other spreadsheet programs for data reduction, graphing and statistical analysis. Theory of operation Chilled mirrors fundamentally measure the dew or frost point temperature by controlling a reflective surface to an equilibrium temperature between dew/frost formation and evaporation and precisely measuring the temperature of the mirror at this point. The chilled mirror sensors consist of a small polished hexagonal rhodium, or platinum mirror attached to a thermoelectric cooling module (TEC). OptiSonde’s servo controller applies current to the TEC, which causes the mirror to cool. The mirror is illuminated with a regulated Gallium Arsenide (GaAs) emitter that transmits light in the infrared spectrum. The light reflected by the mirror is received by a photo detector. When water vapor condenses on the mirror as water or frost (ice crystals), the light received by the photodetector is reduced due to scattering. This results in the servo controller reducing the power, causing the mirror to slightly warm. OptiSonde’s control system will modulate the amount of current flowing though the TEC to maintain a temperature where the rate of condensation and evaporation of water molecules and the mass of water on the mirror are constant. The resulting temperature of the mirror is then, by definition, equal to the dew or frost point temperature. A precision four-wire platinum RTD embedded in the mirror measures the temperature. The accuracy of the dew point measurement has been validated to an accuracy of ±0.2°C dew/frost point. Dry bulb temperature is measured with a precise four- wire 100W platinum RTD. The dew/frost point and dry bulb RTD resistance signals are conditioned and amplified by OptiSonde’s monitor to display and transmit dew/frost point and temperature. The cardinal measurements of dew/frost point and dry bulb temperature, along with pressure and molecular weight constants, are used to calculate other humidity parameters, such as relative humidity, wet bulb, ppmv, ppmw, absolute humidity, and water vapor pressure values using psychometric equations. The RTD sensor, which is embedded in the chilled mirror, never comes in contact with the process or test environment. The wetted parts consist of the platinum or rhodium mirror, Mylar® or stainless steel vapor barrier and epoxy sealant. The net result is drift free humidity measurement designed to maintain accuracy specifications for many years. Chilled mirrors require a nominal flow rate across the mirror to achieve the optimal dew/frost formation and response time. The sensor should either be installed in a duct with moving air or be equipped with a sampling pump. The optimum flow rate is 0.5 to 2.5 SCFH (0.25 to 1.2 L/min). Panametrics provides sampling systems to condition the temperature, regulate the pressure and filter process air before reaching the chilled mirror. Our applications engineers would be pleased to discuss your application in detail and provide a recommendation for the system best suited to your needs. Analog control Digiloop control GE developed Digiloop™ control to overcome the limitations of traditional analog PID (Proportional Integral and Derivative) control. Analog temperature control produces oscillations particularly at high or trace humidity levels. It is difficult to apply self-tuning or PID constants to analog control loops, which are over damped or under damped. Digiloop utilizes digital sampling and feed-forward control by taking time-based samples when the dew point is within a predetermined proportional band. By recording the oscillations, the digital control effectively predicts the magnitude of change and adjusts the current to the thermoelectric cooling module, which steps the mirror temperature in 0.09°F (0.05°C) increments. This results in a significantly improved control and dew point precision. PACER cycle Before PACER cycle After PACER cycle Optical balance OP AMm Gas flow Power Precision four-wire PRTD Thermoelectric cooling module Rhodium or platinum mirror Light emitting diodes Photo detectors LED regulation Thermoelectric heat pump control Contamination control and self-cleaning mirrors For environments where physical contaminants such as dust, oil mist and pollen are present, the use of a sampling system with a filter media is recommended. The filter media must be hydrophobic so as to not absorb or release water vapor into the test stream. Over time the mirror can be etched or pitted by particulates that lead to altering the light scattering characteristics. The mirrors are field replaceable. The standard rhodium mirror may be upgraded to platinum for industrial applications. The two stage sensors also utilize stainless steel wetted surfaces. PACER® (Program Automatic Error Reduction) is a patented contamination compensation scheme. The PACER cycle may be initiated manually or by programming a timed cycle. The cycle starts by capturing the data (during the PACER cycle a constant reading can be transmitted via the analog outputs) and cooling the mirror well below the dew point such that a thick dew layer forms on the mirror. The mirror is then rapidly heated. During the heating a significant amount of soluble and some non-soluble contamination is flash evaporated. The contamination left on the mirror tends to aggregate in “dry islands” or “spots”\ (much like a glass that comes out of a dishwasher). This process leaves approximately 85% of the mirror clean. The light signal received by the photodetector is compared against a reference LED/photodetector and the two signals are “balanced,” effectively negating the effect of the residual contamination left on the mirror. Before PACER cycle After PACER cycle Analog control Digiloop control GE developed Digiloop™ control to overcome the limitations of traditional analog PID (Proportional Integral and Derivative) control. Analog temperature control produces oscillations particularly at high or trace humidity levels. It is difficult to apply self-tuning or PID constants to analog control loops, which are over damped or under damped. Digiloop utilizes digital sampling and feed-forward control by taking time-based samples when the dew point is within a predetermined proportional band. By recording the oscillations, the digital control effectively predicts the magnitude of change and adjusts the current to the thermoelectric cooling module, which steps the mirror temperature in 0.09°F (0.05°C) increments. This results in a significantly improved control and dew point precision. PACER cycle Before PACER cycle After PACER cycle Cooling Heating Start of cycle End of cycle Mirror cools and coalesces (30 seconds) Mirror heats to dry state (90 seconds) Mirror returns to dew point (60 seconds) Data is sampled and held (3 minutesF Optical system automatically adjusts for correct reflectance (5 secondsF Prevailing dew point The PACER cycle works very well, but eventually manual cleaning may be required. All the chilled mirror sensor surfaces are accessible for manual cleaning. Cleaning is a simple process consisting of wiping the mirror with a cotton swab wetted with cleaning solution or distilled water. Calibration services Proper calibration is critical to the measurement integrity of your equipment. Comparing and adjusting the output of a device or sensor against a known reference standard ensures accuracy, reliability and repeatability. We provide a single source for initial start-up, programming and verification and for scheduled calibrations. The requirements of your application dictate the frequency of calibration and we will tailor a multi-year contract to your needs. We perform on-site calibrations that keep your equipment in your facility—minimizing downtime. This is a good alternative if you have more than one piece of equipment. Mail-in service to our modern calibration facilities provides a more controlled environment and NIST traceability. OptiSonde specifications OptiSonde Specifications Power •100 - 240 VAC, 50 to 60 Hz, 60 Watts • 18-32 VDC (bench top only) Enclosure Material •Wall mount: Cast aluminum • Bench top: Aluminum body with plastic front bezel Dimensions •Wall mount: 26.6 x 20.8 x 11.4 cm (h x w x d) • Bench top: 9.4 x 20.3 x 22.4 cm (h x w x d) Weight •Wall mount: 2.4 kg • Bench mount: 1.4 kg Ingress Protection Rating • Wall mount: IP-65 • Bench top: IP-20 Front Panel Keys •Rubber function keys—may be locked out via software Dew Point Range -- Dependent on sensor used Dew Point Accuracy ± 0.2°C dew/frost point Dew Point Repeatability 0.1°C Temperature Accuracy ±0.15°C Other Humidity Parameters The range and accuracy of absolute humidity (m H20 /v) and relative humidity (e/e sat) readings are based on the fundamental dew point and temperature measurements. The range and accuracy of mass (ppm w) and volume (ppm v) ratios are calculated based on the fundamental dew point measurement and pressure and gas molecular weight constants. Repeatability 0.05°C Display Two simultaneous parameters with 0.01°C resolution. “Dew Layer Thickness,” “Control,” “Alarm” and “Service” indicators Analog Output Two linear simultaneous parameters. 0/4 to 20 mA (isolated) with 250 W max load Alarm Form C (SPDT) 7 amp, 30 VDC (resistive load) Digital Interface RS-232 Cooling Slew Rate 1.5°C/sec Self Cleaning and Balancing Via patented PACER cycle. PACER may be programmed to run on an elapsed time or daily timer Operating Temperature Analyzer: -10°C to 60°C Data Logger Capable of recording eight parameters, time and date for a minimum of 100 days at sample rate of one second. Operating Humidity 0 to 95% RH non-condensing MTBF Five years of continuous operation Certifications CE Approval Electrical I/O Power: AC IEC receptacle for bench top and screw terminal blocks for wall mount. Chilled mirror sensor: keyed connector/cable. Temperature sensor, keyed connector/cable. RS-232: SUB-D-9. Analog Outputs: screw terminals Carrying Case Optional hard shell carrying case with die-cut foam for bench top unit and accessories 8.84 in (224.5 mm) 8 in (203.2 mm) 3.3 in (83.8 mm) 8.17 in (207.5 mm) 4.49 in (114 mm) 4 X Ø 0.38 in (9.7 mm) 2.86 in (72.6 mm) 7.8 in (198.1 mm) 10.48 in (266 mm) Bench top Wall mount 3.7 in (94 mm) Power • 100 - 240 VAC, 50 to 60 Hz, 60 watts • 18-32 VDC (bench top only) Enclosure material • Wall mount: Cast aluminum • Bench top: Aluminum body with plastic front bezel Dimensions • Wall mount: 26.6 x 20.8 x 11.4 cm (h x w x d) • Bench top: 9.4 x 20.3 x 22.4 cm (h x w x d) Weight • Wall mount: 2.4 kg • Bench mount: 1.4 kg Ingress protection rating • Wall mount: IP-65 • Bench top: IP-20 Front panel keys • Rubber function keys—may be locked out via software Dew point range — Dependent on sensor used Dew point accuracy ± 0.2°C dew/frost point Dew point repeatability 0.1°C Temperature accuracy ±0.15°C Other humidity parameters The range and accuracy of absolute humidity (mH20/v) and relative humidity (e/esat) readings are based on the fundamental dew point and temperature measurements. The range and accuracy of mass (ppmw) and volume (ppmv) ratios are calculated based on the fundamental dew point measurement and pressure and gas molecular weight constants. Repeatability 0.05°C Display Two simultaneous parameters with 0.01°C resolution. “Dew Layer Thickness,” “Control,” “Alarm” and “Service” \ indicators Analog output Two linear simultaneous parameters. 0/4 to 20 mA (isolated) with 250? max load Alarm Form C (SPDT) 7 amp, 30 VDC (resistive load) Digital interface RS-232 Cooling slew rate 1.5°C/sec Self cleaning and balancing Via patented PACER cycle. PACER may be programmed to run on an elapsed time or daily timer. Operating temperature Analyzer: -10°C to 60°C Data logger Capable of recording eight parameters, time and date for a minimum of 100 days at sample rate of one second. Operating humidity 0 to 95% RH non-condensing MTBF Five years of continuous operation Certifications CE Approval Electrical I/O Power: AC IEC receptacle for bench top and screw terminal blocks for wall mount. Chilled mirror sensor: keyed connector/cable. Temperature sensor, keyed connector/ cable. RS-232: SUB-D-9. Analog outputs: screw terminals Carrying case Optional hard shell carrying case with die-cut foam for bench top unit and accessories 1111H single stage chilled mirror specifications 1111H Single Stage Chilled Mirror Specifications Sensing Element Four-wire 1/3 Class A DIN 43760 PRT, 100? @ 0°C Dew/Frost Point Accuracy ± 0.2ºC Depression 45ºC at 25ºC, 1 atmosphere for standard air Typical Dew Point Measurement Range -15ºC to 25ºC Td at 25ºC, 1 atmosphere for standard air. (Equivalent to 6-100% RH) Sample Flow Rate 0.25 to 1.25 LPM (0.5 to 2.5 SCFH) Operating Temperature -15ºC to 80ºC Operating Pressure 0.8 to 15 bar (-3 to 200 psig) Power Derived from analyzer Sensor Body Epoxy-coated aluminum Filter PTFE filter optional (standard on 1111H-GE) Mirror Rhodium-plated copper (solid platinum optional) Vapor Barrier Mylar Sensor Wetted Material Epoxy-coated aluminum, rhodium copper, mylar Electrical Connector MS style multipin keyed connector Weight • 1.4 kg (1111H) • 1.8 kg (1111H-GE) Accessories • MB-11: Wall mounting bracket (1111H) • PTFE-GE: PTFE filter • Platinum mirror 1111 H-GE 3.5 in (89 mm) 1 in (25.4 mm) NPT 1.23 in (31 mm) 2.57 in (65 mm) 0.62 in (16 mm) Ø 1.2 in (30 mm) Sensing element Four-wire 1/3 Class A DIN 43760 PRT, 100? @ 0°C Dew/frost point accuracy ± 0.2ºC Depression 45ºC at 25ºC, 1 atmosphere for standard air Typical dew point measurement range -15ºC to 25ºC Td at 25ºC, 1 atmosphere for standard air. (Equivalent to 6-100% RH) Sample flow rate 0.25 to 1.25 LPM (0.5 to 2.5 SCFH) Operating temperature -15ºC to 80ºC Operating pressure 0.8 to 15 bar (-3 to 200 psig) Power Derived from analyzer Sensor body Epoxy-coated aluminum Filter PTFE filter optional (standard on 1111H) Mirror Rhodium-plated copper (solid platinum optional) Vapor barrier Mylar Sensor wetted material Epoxy-coated aluminum, rhodium copper, mylar Electrical connector MS style multipin keyed connector Weight • 1.4 kg (1111H) • 1.8 kg (1111H) Accessories • MB-11: Wall mounting bracket (1111H) • PTFE: PTFE filter • Platinum mirror 1111 H D2 two stage chilled mirror specifications D2 Two Stage Chilled Mirror Specifications Sensing Element Four-wire 1/3 Class A DIN 43760 PRT, 100 W @ 0ºC Dew/Frost Point Accuracy ± 0.2ºC Depression 65ºC at 25ºC, 1 atmosphere for standard air Typical Dew Point Measurement Range -35ºC to 25ºC Td at 25ºC, 1 atmosphere for standard air. (Equivalent to 1 to 100 % RH) Sample Flow Rate 0.25 to 1.25 LPM (0.5 to 2.5 SCFH) Operating Temperature -25ºC to 85ºC Operating Pressure 1 to 11 bar (0 to 150 psig) Power Derived from analyzer View Port Equipped with illuminated view port that enables observation of mirror Sensor Body Cast aluminum with 314 SS flow cell Mirror Rhodium-plated copper (solid platinum optional) Vapor Barrier Stainless steel Sensor Wetted Material 302, 314, 316 stainless steel, silicone O-ring, BK-7 glass, rhodium-plated copper or platinum mirror aluminum, rhodium copper, mylar, PTFE Inlet/Outlet 0.25 in (6.35 mm) OD tubing fittings Electrical Connector SUB-D-15 Weight 1.8 kg (4 lb) Accessories Platinum mirror Ø 0.107 in (4.75 mm) thru 4 places 0.25 in (6.35 mm) compression stainless steel 4.5 in (114 mm) square 4 in (102 mm) Sensing element Four-wire 1/3 Class A DIN 43760 PRT, 100W @ 0ºC Dew/frost point accuracy ± 0.2ºC Depression 65ºC at 25ºC, 1 atmosphere for standard air Typical dew point measurement range -35ºC to 25ºC Td at 25ºC, 1 atmosphere for standard air. (Equivalent to 1 to 100 % RH) Sample flow rate 0.25 to 1.25 LPM (0.5 to 2.5 SCFH) Operating temperature -25ºC to 85ºC Operating pressure 1 to 11 bar (0 to 150 psig) Power Derived from analyzer View port Equipped with illuminated view port that enables observation of mirror Sensor body Cast aluminum with 314 SS flow cell Mirror Rhodium-plated copper (solid platinum optional) Vapor barrier Stainless steel Sensor wetted material 302, 314, 316 stainless steel, silicone O-ring, BK-7 glass, rhodium-plated copper or platinum mirror aluminum, rhodium copper, mylar, PTFE Inlet/outlet 0.25 in (6.35 mm) OD tubing fittings Electrical connector SUB-D-15 Weight 1.8 kg (4 lb) Accessories Platinum mirror 1211H two stage chilled mirror specifications1211H Two Stage Chilled Mirror Specifications Sensing Element Four-wire 1/3 Class A DIN 43760 PRT, 100? @ 0°C Dew/Frost Point Accuracy ± 0.2ºC Depression 65ºC at 25ºC, 1 atmosphere for standard air Typical Dew Point Measurement Range -35ºC to 25ºC Td at 25ºC, 1 atmosphere for standard air. (Equivalent to 6 to 100% RH) Sample Flow Rate 0.25 to 1.25 LPM (0.5 to 2.5 SCFH) Operating Temperature -25ºC to 100ºC Operating Pressure 1-21 bar (0 to 300 psig) Power Derived from analyzer Sensor Body Cast aluminum with 314 SS flow cell Mirror Rhodium-plated copper (solid platinum optional) Vapor Barrier Mylar Sensor Wetted Material 302, 314, 316 stainless steel, silicone O-ring, rhodium plated copper or platinum mirror Inlet/Outlet 0.25 in (6.35 mm) OD tubing fittings Electrical Connector MS style multipin keyed connector Weight 1.8 kg (4 lb) Accessories Platinum mirror Stainless steel vapor barrier 1/4 in (6.35mm) Compression fitting 3.1 in (78.7 mm) 5 in (127 mm) 5.7 in (144.8 mm) 3.6 in (91.44 mm) 1211H Sensing element Four-wire 1/3 Class A DIN 43760 PRT, 100? @ 0°C Dew/frost point accuracy ± 0.2ºC Depression 65ºC at 25ºC, 1 atmosphere for standard air Typical dew point measurement range -35ºC to 25ºC Td at 25ºC, 1 atmosphere for standard air. (Equivalent to 6 to 100% RH) Sample flow rate 0.25 to 1.25 LPM (0.5 to 2.5 SCFH) Operating temperature -25ºC to 100ºC Operating pressure 1-21 bar (0 to 300 psig) Power Derived from analyzer Sensor body Cast aluminum with 314 SS flow cell Mirror Rhodium-plated copper (solid platinum optional) Vapor barrier Mylar Sensor wetted material 302, 314, 316 stainless steel, silicone O-ring, rhodium plated copper or platinum mirror Inlet/outlet 0.25 in (6.35 mm) OD tubing fittings Electrical connector MS style multipin keyed connector Weight 1.8 kg (4 lb) Accessories Platinum mirror Stainless steel vapor barrier SIM-12 heated two-stage chilled mirror specifications Sensing element Four-wire 1/3 Class A DIN 43760 PRT, 100 W @ 0°C Dew/frost point accuracy Standard: ±0.2°C Sensitivity ›0.03°C Repeatability ±0.05°C Hysteresis Negligible Cooling stages Two-stage TEC module Auxiliary cooling Not applicable Depression 85°C at 75°C body temperature and atmospheric pressure Typical measurement range -10°C to 75°C dew/frost point (Td) in air @ 75°C body temperature in 25°C ambient temperature and atmospheric pressure. Equivalent to 0.7% to 100% RH. Other parameters based on calculations. Sample flow 0.5 to 5.0 SCFH (0.25 to 2.5 L/min) Operating temperature -15°C to 100°C Heater control Thermostatically controlled. Set point of 25°C, 40°C, 55°C, 70°C, 85°C and 100°C Pressure 50 psig (4.5 bar) maximum 100/115/230 VAC, 50/60 Hz, 75 watts Sensor body Cast aluminum with 314 stainless steel flow cell Sensor wetted material 302, 316 stainless steel, silicone o-ring, BK-7 glass, rhodium or platinum mirror Mirror Standard: Rhodium plated copper Optional: Solid platinum Vapor barrier Mylar (upgradeable to stainless steel) Electrical connector MS-style multipin connector IEC receptacle for AC power Weight 7 lb (3.2 kg) net Accessories P Platinum mirror S Stainless steel vapor barrier HSS-12 Heated sampling system. SIM-12 heated chilled mirror, SIM-HFT heated filter module and SIM-HFM heated flowmeter mounted on a plate with SIM-HSL heated sample line. SIM-12 Heated Two- Stage Chilled Mirror Specifications Sensing Element Four-wire 1/3 Class A DIN 43760 PRT, 100 W @ 0°C Dew/Frost Point Accuracy Standard: ±0.2°C Sensitivity >0.03°C Repeatability ±0.05°C Hysteresis Negligible Cooling Stages Two-stage TEC module Auxiliary Cooling Not applicable Depression 85°C at 75°C body temperature and atmospheric pressure Typical Measurement Range -10°C to 75°C dew/frost point (Td) in air @ 75°C body temperature in 25°C ambient temperature and atmospheric pressure. Equivalent to 0.7% to 100% RH. Other parameters based on calculations. Sample Flow 0.5 to 5.0 SCFH (0.25 to 2.5 L/min) Operating Temperature -15°C to 100°C Heater Control Thermostatically controlled. Set point of 25°C, 40°C, 55°C, 70°C, 85°C and 100°C Pressure 50 psig (4.5 bar) maximum 100/115/230 VAC, 50/60 Hz, 75 watts Sensor Body Cast aluminum with 314 stainless steel flow cell Sensor Wetted Material 302, 316 stainless steel, silicone o-ring, BK-7 glass, rhodium or platinum mirror Mirror Standard: Rhodium plated copper Optional: Solid platinum Vapor Barrier Mylar (upgradable to stainless steel) Electrical Connector MS-style multipin connector IEC receptacle for AC power Weight 7 lb (3.2 kg) net Accessories P Platinum mirror S Stainless steel vapor barrier HSS-12 Heated sampling system. SIM-12 heated chilled mirror, SIM-HFT heated filter module and SIM-HFM heated flowmeter mounted on a plate with SIM-HSL heated sample line. 25 25 55 70 85 185 160 130 105 77 25 25 °C °F Max Dewpoint Outlet Ready ON Inlet °C °F Model SIM-12H Heated Sensor 0.25 in compression fitting 4 in (102 mm) 8.64 in (219 mm) 3.5 in (89 mm) 1311-DR four-stage chilled mirror specifications Sensing element Four-wire 1/3 Class A DIN 43760 PRT, 100 W @ 32°F (0°C) Dew/frost point accuracy Standard: ±0.2°C Sensitivity ›0.03°C Repeatability ±0.05°C Hysteresis Negligible Cooling stages Four-stage TEC module Auxiliary cooling Liquid cooling jacket Depression, air cooled 95°C at 25°C and atmospheric pressure Depression, liquid cooled 105°C with 15°C cooling water Typical measurement range • -65°C to 25°C dew/frost point (Td) in air @ 25°C and atmospheric pressure. • -75°C to 15°C in liquid-cooled mode with 15°C coolant. Other parameters based on calculations. Sample flow 0.5 to 5.0 SCFH (0.25 to 2.5 L/min) Operating temperature 0°C to 35°C Pressure 300 psig (22 bar) maximum Power 100/115/230 VAC, 50/60 Hz, 300 watts Sensor body Cast aluminum with 314 stainless steel flow cell Mirror Standard: Rhodium plated copper Optional: Solid platinum Sensor wetted material 302, 316 stainless steel, silicone o-ring, BK-7 glass, rhodium or platinum mirror Vapor barrier Mylar (upgradeable to stainless steel) Inlet/outlet 1/4 in (6 mm) OD tubing compression fittings Electrical connector MS-style multipin connector mates IEC receptacle for AC power Weight 34 lb (16 kg) net Accessories P Platinum mirror S Stainless steel vapor barrier 1311-DR Four- Stage Chilled Mirror Specifications Sensing Element Four-wire 1/3 Class A DIN 43760 PRT, 100 W @ 32°F (0°C) Dew/Frost Point Accuracy Standard: ±0.2°C Sensitivity >0.03°C Repeatability ±0.05°C Hysteresis Negligible Cooling Stages Four-stage TEC module Auxiliary Cooling Liquid cooling jacket Depression, Air Cooled 95°C at 25°C and atmospheric pressure Depression, Liquid Cooled 105°C with 15°C cooling water Typical Measurement Range •-65°C to 25°C dew/frost point (Td) in air @ 25°C and atmospheric pressure. • -75°C to 15°C in liquid-cooled mode with 15°C coolant. Other parameters based on calculations. Sample Flow 0.5 to 5.0 SCFH (0.25 to 2.5 L/min) Operating Temperature 0°C to 35°C Pressure 300 psig (22 bar) maximum Power 100/115/230 VAC, 50/60 Hz, 300 watts Sensor Body Cast aluminum with 314 stainless steel flow cell Mirror Standard: Rhodium-plated copper Optional: Solid platinum Sensor Wetted Material 302, 316 stainless steel, silicone o-ring, BK-7 glass, rhodium or platinum mirror Vapor Barrier Mylar (upgradable to stainless steel) Inlet/Outlet 1/4 in (6 mm) OD tubing compression fittings Electrical Connector MS-style multipin connector mates IEC receptacle for AC power Weight 34 lb (16 kg) net Accessories P Platinum mirror S Stainless steel vapor barrier Control Air Cooling Liquid Cooling ~ Input Power 1311DR 1.8 in (46 mm) 7.17 in (182 mm) Ø 0.31 in (7.9 mm) 4 places 8.77 in (223 mm) 16.3 in (414 mm) T-100 four-wire PRTD temperature sensor Sensing element Four-wire 1/3 Class A DIN 43760 PRT, 100W @ 0°C Accuracy 0.15ºC Range -100ºC to 100ºC Response time 7 seconds for 25ºC to 70ºC step change in fluid Sensor body material Stainless steel Cable PTFE insulation rated to 150ºC, 3 m (10 ft) length, spring strain relief Power Low voltage derived from analyzer Weight 0.9 kg (2 lb) Accessories PTFE: FILTER for 1111H Sensor • Hard shell carrying case for benchtop unit with accessories. • Calibration-multi-year • Extended warranty T-100 Four-wire PRTD Temperature Mirror Sensing Element Four-wire 1/3 Class A DIN 43760 PRT, 100 W @ 0°C Accuracy 0.15ºC Range -100ºC to 100ºC Response Time 7 seconds for 25ºC to 70ºC step change in fluid Sensor Body Material Stainless steel Accessories PTFE-GE: FILTER for 1111H Sensor • Hard shell carrying case for benchtop unit with accessories. • Calibration-multi-year • Extended warranty Cable PTFE insulation rated to 150ºC, 3 m (10 ft) length, spring strain relief Power Low voltage derived from analyzer Weight 0.9 kg (2 lb) Polytetrafluoroethylene cable 150?C, 10 ft (3 m) standard length Connector 0.25 in (6.35 mm) NPT 7.5 in (190.5 mmF Ø 0.25 in (6.35 mm) Ordering information Analyzer 1 Benchtop 2 Wall mount Power 1 100-240 VAC, 50-60 Hz 2 18-32 VDC Chilled mirror sensor 0 None 1 1111H single stage sensor, 1” M-NPT fitting 2 1111H single stage sensor. Flange for duct mounting and PTFE filter 3 D2 two stage sensor 4 1211H two stage high temperature and pressure sensor 5 SIM-12H two stage heated sensor. 115 VAC 6 SIM-12H two stage heated sensor. 230 VAC 7 HSS-12H two stage heated sensor and sampling system. 115 VAC 8 HSS-12H two stage heated sensor and sampling system. 230 VAC 9 1311-DR four stage chilled mirror sensor. 100 VAC A 1311-DR four stage chilled mirror sensor. 115 VAC B 1311-DR four stage chilled mirror sensor. 230 VAC Chilled mirror type 1 Rhodium 2 Platinum Chilled mirror sensor vapor barrier 1 Mylar 2 Stainless steel Analyzer to chilled mirror sensor cable 0 No cable 1111H fixed to wall mount 1 10 ft standard 2 25 ft 3 50 ft 4 100 ft 5 200 ft 6 300 ft Temperature sensor 0 100 affixed to wall mount 1 T-100 w/10 ft cable (standard) 2 T-100 w/25 ft cable 3 T-100 w/50 ft cable 4 T-100 w/100 ft cable 5 T-100 w/200 ft cable 6 T-100 w/300 ft cable Notes : 1. 1111H sensors are only available with mylar vapor barriers 2. D2 sensors are only available with stainless steel vapor barriers 3. Analyzer to sensor cable will be dependent on which analyzer (bench or \ wall) and sensor is ordered 4. All systems are standard dew point accuracy ±0.2°C Td and temperat\ ure ±0.15°C Ta 5. For 1111H affixed to wall mount, you must select 1111H and wall unit 6. For T-100 affixed to wall mount, you must select the wall analyzer 7. 18-32 VDC power supply is only available on bench top analyzer Panametrics, a Baker Hughes business, provides solutions in the toughest\ applications and environments for moisture, oxygen, liquid and gas flow \ measurement. Experts in flare management, Panametrics technology also reduces flare emissions and optimizes performance. With a reach that extends across the globe, Panametrics’ critical measurement solutions and flare emissions management are enabling customers to drive efficiency and achieve carbon reduction targets acros\ s critical industries including: Oil & Gas; Energy; Healthcare; Water and \ Wastewater; Chemical Processing; Food & Beverage and many others. Join the conversation and follow us on LinkedIn linkedin.com/company/panametricscompany panametrics.com Copyright 2021 Baker Hughes Company. All rights reserved. BHCS38799 (06/2021)

TransPort ® PT900 PT900 Débitmètre portable à ultrasons pour liquides Présentation du TransPort Le TransPort PT900 représente la dernière génération de débitmètres à capteurs externes de la gamme de débitmètres à ultrasons Panametrics de Baker Hughes. Il repose sur la robustesse et les performances supérieures de son prédécesseur, le PT878, mais fournit un tout nouveau niveau d’utilisation intuitive et conviviale basé sur la technologie actuelle. Avantages du TransPort PT900 • Un vaste choix de transducteurs adaptés à la plupart des applications • Tablette sans fil pour communication Bluetooth MD avec l’émetteur • Programmation aisée grâce à un écran tactile clair et une interface utilisateur multilingue • Émetteur de haute précision à réponse rapide, avec indicateur d’état à témoin vert/rouge et 8 Go de stockage de données • Mesures de vélocité, de volume, de masse, totalisateur et débit d’énergie • Système de fixation à montage aisé Applications du TransPort PT900 • Adapté à la plupart des tailles et matériaux de conduites, revêtues ou non • Adapté à pratiquement tous les secteurs nécessitant une mesure de débit temporaire ou ponctuelle • Adapté à de nombreux liquides, y compris l’eau potable, l’eau usée, l’eau de refroidissement et de chauffage, l’eau ultrapure et d’autres liquides tels que les solutions eau/glycol, le pétrole brut, les hydrocarbures raffinés, les produits chimiques et les boissons Dispositif de serrage, transducteurs et émetteur montés sur une co\ nduite Le TransPort PT900 rend votre travail bien plus facile Le PT900 est la réponse la plus aboutie à ce jour aux demandes des utilisateurs en appareils de mesure de débit de GM. Plusieurs années d’étude de l’utilisation des débitmètres portables et des désirs et besoins des utilisateurs lors des mesures de débit ont influencé la conception du PT900. Baker Hughes a validé cet apprentissage et modifié son approche conceptuelle en partageant ses concepts et prototypes initiaux avec des utilisateurs. Le résultat ? Le meilleur débitmètre portable doit être polyvalent, facile à installer, son utilisation doit être intuitive et il doit être capable d’effectuer des mesures \ fiables même dans les applications les plus difficiles. Quelles sont les nouveautés du TransPort PT900? Le PT900 conserve les performances élevées du PT878, mais comporte un émetteur de débit, un système de fixation des transducteurs et une interface utilisateur totalement repensés. Les améliorations les plus importantes incluent un système de fixation redessiné et une interface utilisateur simplifiée sur tablette Android. Le PT900 est conçu pour améliorer l’expérience de l’utili\ sateur et fournir des mesures auxquelles l’utilisateur peut se fier. Tous les utilisateurs, quel que soit leur niveau d’expérience du débitmètre, pourront: • Installer le système de fixation des transducteurs avec une grande facilité • Raccorder correctement les câbles de l’émetteur et du transducteur • Allumer la tablette et la jumeler via Bluetooth MD à l’émetteur • Commencer à prendre des mesures en quelques minutes Détails du produit Le système TransPort PT900 inclut: • Tablette sans fil • Bloc de batterie rechargeable ou batterie de réserve • Jauge d’épaisseur Baker Hughes PocketMike • Kit de mesure d’énergie Connexions électriques de l’émetteur Spécifications du TransPort PT900 Fonctionnement et performances Types de fluides Liquides : fluides à conductivité acoustique, comprenant la plupart des liquides propres et de nombreux liquides avec de petites quantités de matière en suspension ou bulles de gaz Mesure du débit Corrélation de temps de transit brevetéTM Tailles de conduites Standard : 15 à 600 mm (0,5 à 24”) En option : jusqu’à 7500 mm (300“) disponible sur demande Épaisseur de paroi de conduite Jusqu’à 76,2 mm (3“) Matériaux des conduites Tous les métaux et la plupart des plastiques Pour les conduites en béton, en matériaux composites et les conduites fortement corrodées ou revêtues, consultez Baker Hughes. Précision ±1 % du relevé (conduites de 50 mm/2“ ou plus) ±2% du relevé (conduites de 15 mm/0,5“ à moins de 50 mm/2 in) L’installation suppose un profil d’écoulement symétrique entièrement développé (généralement 10 diamètres de conduite en amont et 5 diamètres de conduite en aval d’une canalisation droite). La précision de l’installation fin\ ale dépend de multiples facteurs incluant le liquide, la plage de température, la centricité de la conduite, parmi d’autres. Répétabilité ±0,2 % du relevé Plage (bidirectionnelle) 0,03 à 12,19 m/s (0,1 à 40 ft/s) Temps de réponse Jusqu'à 2 Hz Paramètres de mesure Vélocité, volume, masse, énergie, débit total Voies 1 ou 2 voies Émetteur de débit Boîtier Indice IP65 Spécifications • Poids : 1,4 kg (3 lb) • Taille (h x l x p) : 200 x 109 x 38 mm (7,9 x 4,3 x 1,5 in) • Montage : Sangle souple autour de la conduite ou pince magnétique Entrées analogiques 4-20 mA (qté 2) Sortie analogique 4-20 mA (qté 1) Sortie numérique Impulsion (totalisateur), fréquence, alarme (qté 1) Communication numérique • Modbus via port RS485 • BluetoothMD Sans fil • Port micro-USB Batterie Type: Lithium Ion (haute énergie, rechargeable) Durée de vie (fonctionnement continu) : 18-20 heures Durée de vie (mode d’économie d’énergie) : > de 4 jours Chargeur\ : 100 à 240 VCA (50/60 Hz) Durée de charge : Jusqu’à 3 heures (de 0% à 100%) Température de fonctionnement Charge : 0 à 45°C (32 à 113°F) Décharge : -20 à 55°C (-4 à 131°F) Température de stockage -20 à 60°C (-4 à 140°F) Classifications électroniques • CE (Directive EMC) IEC 61326-1:2013, IEC 61326-2-3:2013, LVD 2006/95/EC, EN 61010-1 2010 • NORME ANSI/UL 61010-1, NORME CAN/CSA C22.2 N°. 61010-1 • Conformité WEEE (Directive 2012/19/UE) • Conformité RoHS (Directive 2002/95/CE) Affichage de la PT900 APP sur tabletteÉcrans de mesure Spécifications du TransPort PT900 Interface utilisateur Affichage Nécessite une tablette à système d’exploitation Android (version 4.4 ou supérieure, écran tactile LCD capacitif, résolution 800 x 1280 Dimensions • Tablette de 7 pouces généralement 196 x 120 x 19 mm (7,75 x 4,75 x 0,75“) • Tablette de 8 pouces généralement 222 x 152 x 19 mm (8,75 x 6,00 x 0,75“) Durée de vie de la batterie > de 12 heures d’utilisation continue Chargeur de batterie 100 à 250 VCA (50/60 Hz) Température de fonctionnement 0 à 50°C (32 à 122°F) Communication avec l’émetteur de débit Bluetooth MD Système PT900 dans une mallette de transport souple Fixation à pince avec transducteurs CRR Application logicielle (PT900 APP) Interface intuitive à balayage d’écran • Système à icônes de couleur • Programmation avec tutoriel • Présélections des paramètres du site • Multiples options d’affichage • Aide exhaustive en ligne Langues Anglais, arabe, chinois (simplifié), néerlandais, français, allemand, italien, japonais, coréen, portugais, russe, espagnol, suédois, turc Installation de la PT900 APP Obtenir la PT900 APP: • Fichier sur carte SD • Téléchargement gratuit sur Google Play • Téléchargement gratuit sur le site web de Baker Hughes (utilisez le code QR à droite) Transducteurs à pince Plage de température* • Standard : -40 à 150°C (-40 à 302°F) • En option : -200 à 400°C (-328 à 752°F) *Voir les spécifications du modèle de transducteur spécifique pour la plage de température exacte. Montage • Nouveau dispositif de serrage PT pour conduites ?50 mm (2”) • Dispositif de serrage CF-LP pour conduites de 15 mm (1/2”) à 50 mm (2”) Câbles de transducteur PT9 • Longueur standard : 8 m (25 ft) de câble coaxial RG316 • Longueur maximum : 30 m (100 ft) de câble coaxial RG316 • Plage de température : -40° à 150°C (-40° à 302°\ F) Spécifications du TransPort PT900 Accessoires Mallettes • Sac de transport souple en nylon avec sangle et séparateurs d’équipements (standard) • Mallette rigide avec roulettes et compartiments d’équipements (option) Câbles • Câbles d’entrée et de sortie : Analogique et numérique • Adaptateurs de câble : Connecteurs TNC à BNC ou UTXDR PT9-SYS - 1C - \l 2 - A - A - HC - E (exemple \fe cha\bne \fe\l configuration) PT9-SY S Numéro \fu m\lo\fèle \fe base Co\fe Voies 1C PT900 une voie 2C PT900 deux voies Co\fe Cor\fon \f'alimen\ltation 1 110/120 VC\f (NE\b\f 5-1\C5P - type \fmérique d\Cu Nord) 2 230 VC\f (Schuko CEE 7\C/7 2 pôles et terre \C- type Europe) 3 230 VC\f (BS 1363 \f, \C3 broches carrées - t\Cype Royaume-Uni) 4 230 VC\f (GB 15934-2\C008 - type \fsie) Co\fe Trans\fucteur e\lt kit \fe fixation n° 1\l 0 \fucun A -40 à 150°C (-40 à \C302°F), conduite t\Cype de 50 mm à 600\C mm (2” à 24”) B -40 à 230°C (-40 à \C446°F), conduite t\Cype de 15 mm à 50 \Cmm (0,5” à 2”) C -40 à 150°C (-40 à \C302°F), conduite d\Ce 150 mm (6”) ou p\Clus D -40 à 210°C (-40 à \C410°F), conduite t\Cype de 50 mm à 600\C mm (2” à 24”) E Combinaison de \f et\C C F Combinaison de \f, B\C et C G Combinaison de \f et\C B Co\fe Trans\fucteur \let kit \fe fixation n° \l2 0 \fucun A -40 à 150°C (-40 à \C302°F), conduite t\Cype de 50 mm à 600\C mm (2” à 24”) B -40 à 230°C (-40 à \C446°F), conduite t\Cype de 15 mm à 50 \Cmm (0,5” à 2”) C -40 à 150°C (-40 à \C302°F), conduite d\Ce 150 mm (6”) ou p\Clus D -40 à 210°C (-40 à \C410°F), conduite t\Cype de 50 mm à 600\C mm (2” à 24”) Co\fe Mallette \fe trans\lport SC \ballette à coque so\Cuple standard, idéa\Cle pour un usage qu\Cotidien HC \ballette à coque rig\Cide optionnelle, i\Cdéale pour l’expédi\Ction et le transport\C Co\fe Options \fu s\lystème E Kit d’énergie avec \Cpaire correspondante \Cde RTD à montage d\Ce surface PT1000 et é\Cmetteur C48 Ensemble de chaînes\C supplémentaires po\Cur montage sur condu\Cites 2C48 Deux ensembles de \Cchaînes supplément\Caires pour montage s\Cur conduites AIO Câble d’entrée et de\C sortie analogique DIO Câble d’entrée et de\C sortie numérique et\C di BAT Batterie rechargeable\C de réserve CHG Chargeur de batterie\C externe pour batteri\Ce de réserve EX T Paire de câbles d’e\Cxtension de 100 ft\C (transducteurs C-RR\C) EX T2 Deux paires de câbl\Ces d’extension de \C100 ft (transducteu\Crs C-RR) jusqu’à 1200 mm (4\C8”) jusqu’à 1200 mm (4\C8”) Comment commander le système TransPort PT900 Options PT9-TABLET PT9-TG PT9-E PT9-C48 PT9-AI PT9-ADO PT9-BAT PT9-CHG PT9-ExtPlug Tablette Android Jauge d’épaisseur Kit d’énergie (Température) Système de fixation pour conduite jusqu’à 1200 mm (48“) Câble d'entrée analogique Câble de sortie analogique et numérique Batterie de réserve Chargeur de batterie supplémentaire Adaptateurs de connecteur de câble d’extension panametrics.com Copyright 2021 Baker Hughes Company. All rights reserved. BHCS38793-FR (02/2021) Panametrics, une division de Baker Hughes, fournit des solutions de mesure (hygrométrie, oxygène) ou de comptage (débit gaz ou liquide) pour les applications et les environnements les plus difficiles. Expert dans le comptage sur les torches, la technologie Panametrics permet la réduction des émissions des torchères et \ en optimise les performances. Fort d’une reconnaissance mondiale, les solutions Panametrics de mesure et de gestion des émissions de torches permet aux industriels de gagner en efficacité et d’atteindre ainsi les objec\ tifs de réduction de l’empreinte carbone dans leurs industries, notamment: Pétrole et gaz; Énergie; Santé; L’eau potable et \ eaux usées; Procédés chimiques; Alimentaires et Boissons et beaucoup d’autres. Participez à la conversation et suivez-nous sur LinkedIn linkedin.com/company/panametricscompany

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