Données clés
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Measured variables
NH3, HF, HCl, H2O
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Device version
Cross-duct version
Measuring probe version
EX Version -
Ambient temperature range
–20 °C ... +50 °C
Depends on parameterization; temperature change max. ±10 °C/h
Domaine d'application
Reliability, accuracy and very short response times are the decisive features of the GM700 laser gas analyzer. Based on the TDLS (tunable diode laser spectroscopy) principle, the GM700 measures different gas components, such as NH3, HF, HCl oder H2O, by specific light absorption. In-situ measurement is particularly well-suited to the rapid determination of gas concentrations in process control and emission monitoring.
Ammonia slip measurement in DeNOx plants
Emission monitoring of hydrogen fluoride in aluminum smelters
HCI measurement in combustion plants
Device properties:
High selectivity due to high spectral resolution
Short response times
No calibration required
No moving parts: minimal wear and tear
No gas sampling or conditioning required
Overpressure encapsulated design for ATEX Zone 2
Avantages
In-situ measurement directly in the process for nearly uncompromised measured values
Measuring probe or cross-duct types for very good adaptation to the requirements of your measuring task
High reliability during operation
Can also be used in harsh ambient conditions
Enables the detection of quick and short-term process fluctuations
Xpert selection
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Produits spécialisés
- Conçu pour les applications exigeantes
Excellence technique
Simplicité
Variable
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Produits simples
- Facile à sélectionner, à installer et à utiliser
Excellence technique
Simplicité
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Produits standard
- Fiable, robuste et effort de maintenance réduit
Excellence technique
Simplicité
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Produits haut de gamme
- Hautement fonctionnel et pratique
Excellence technique
Simplicité
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Produits spécialisés
- Conçu pour les applications exigeantes
Excellence technique
Simplicité
Variable
FLEX selections | Excellence technique | Simplicité |
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Fundamental selection Parfait pour les applications de base |
Excellence technique
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Simplicité
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Lean selection Performances optimales pour piloter les applications standards |
Excellence technique
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Simplicité
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Extended selection Fonctionnalités avancées pour maximiser vos process |
Excellence technique
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Simplicité
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Xpert selection Performances exceptionnelles pour applications exigeantes |
Excellence technique
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Simplicité
Variable |
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Solution pour l'industrie (SO)
Chemicals, petrochemicals and refineries – solutions for the chemical processing industry
Endress+Hauser offers a broad product portfolio of continuous gas analyzers using state-of-the-art technologies.
Langue:
Anglais
Version:
01/01/2025
Taille du fichier:
3.1 MB
Nom du fichier:
8030415_SO_CPR_en_V1-0_2025.01_EHS.pdf
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Solution pour l'industrie (SO)
Broad range of solutions for waste-to-energy plants
Endress+Hauser offers ideal automation and safety solutions for collection, sorting and recycling of waste.
Langue:
Anglais
Version:
01/01/2025
Taille du fichier:
2.4 MB
Nom du fichier:
8030416_SO_Waste_en_V1-0_2025.01_EHS.pdf
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Solution pour l'industrie (SO)
Broad range of solutions for gas-fired power plants
With our broad range of solutions Endress+Hauser has proven applicability in the entire power generation process, from gas flow to
combustion efficiency to emissions monitoring.Langue:
Anglais
Version:
01/01/2025
Taille du fichier:
4.1 MB
Nom du fichier:
8030417_SO_Power_en_V1-0_2025.01_EHS.pdf
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Brochure Compétence (CP)
Emission Monitoring Solutions – broad instrument portfolio and longstanding experience
An overview brochure about emission monitoring, their measuring
principles and technologies, global requirements and services, a
selection guide and the measuring devices at a glanceLangue:
Anglais
Version:
01/01/2025
Taille du fichier:
4.5 MB
Nom du fichier:
8029975_CP_Emission_Monitoring_Solutions_en_V3-0_2025.01_EHS.pdf
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Innovation (IN)
GM700 in-stu laser gas analyzer
In-situ laser gas analyzer for emission monitoring and process measurement
Langue:
Anglais
Version:
01/01/2025
Taille du fichier:
3.6 MB
Nom du fichier:
8029983_IN_GM700_en_V4-0_2025.01_EHS.pdf
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