The XNX Gas Detection System for Honeywell Searchline Excel 7


The XNX Gas Detection System for Honeywell Searchline Excel 7

The XNX gas detection system is a revolutionary new platform that provides a common interface for multiple detection technologies. It is explosion proof and intrinsically safe. Its Xenon flash lamp and solid state detectors provide high dynamic range, making it completely resistant to sunlight and other sources of radiation. These sensors can be used in any environment, from warehouses to hazardous locations. To maximize the benefits of this detector, you can choose an option that fits your needs best.

XNX is a new gas detection platform

XNX is a powerful new gas detection platform for Honeywell searchline Excel 7. Unlike previous versions, this new platform offers a common transmitter and interface, reducing the time and cost of installation. XNX features HART and EDDL software, a range of signal outputs, and flexibility in signal processing. In addition to HART communication, XNX also supports Modbus, Foundation Fieldbus, and relays.

XNX is a universal gas transmitter that uses a full range of gas sensor technologies from Honeywell Analytics. Its design enables easy installation and is compatible with most industrial communication protocols. Its unique architecture enables users to manage multiple gas detection systems from a single user interface, and is future-proof and adaptable to any installation. XNX is compatible with a variety of detector types and sensor types, making it a great choice for petrochemical applications.

It provides a common interface to a variety of detection technologiesxnx

A biosensor is an electronic device with a common interface to various detection technologies, such as optical sensors and ionization detectors. It is commonly used in the oil & gas, petrochemical, and chemical industries. When two liquids of different densities mix, the lower-density liquid will float on top of the higher-density liquid. They can also form a clear interface, emulsion, or rag layer. Often, interface situations involve several products or liquid and solid. In such a case, the upper-layer thickness must be measured.

It is intrinsically safe

The XNX platform is a simple, low-maintenance universal platform for monitoring gas levels in a variety of hazardous locations. It is compatible with Honeywell Analytics gas detectors and industry standard PLCs, as well as third-party gas monitoring controllers. XNX supports both infrared and electrochemical gas monitors, and uses standard 4-20mA wiring and HART. It also supports up to three relays, allowing users to choose the most effective method of monitoring their environment.

It supports catalytic bead, electrochemical cells, and infrared sensors

Contained spaces are hazardous environments, where gases and vapors may be present. These environments often lack a sufficient amount of oxygen, and a reliable gas detector will allow workers to safely work in them. Gas detection solutions can be simple or complex and range from catalytic beads to infrared sensors. Some customers seek the highest level of protection and lowest cost of ownership.

The catalytic bead sensor measures the amount of combustible gases between the lower and upper limits of explosion. The active bead contains a catalyst, which oxidizes combustible compounds, changing the electrical resistance. This change in electrical resistance determines the amount of combustible gas present. The resulting voltage difference is proportional to the amount of combustible gas in the environment.

It supports HART EDDL software

There are a number of reasons to adopt the Electronic Device Description Language (EDDL) as a standard for your HART devices. EDDL has been an integral part of HART technology since the 1990s. It was developed to help manufacturers communicate with HART devices. Its standardization has reduced the risks associated with HART deployments and made it easier for manufacturers to communicate with HART devices. The latest version of EDDL includes new features and functionality, including HART-compatible 4-20 mA communication.

The EDDL specification is a text-based language, not a programming language. It’s compatible with various devices, including handheld terminals and Microsoft Windows-based controllers. In addition, many EDDs written for previous generations of HART communication foundation devices will continue to work with the newest software. It also supports historical data for each device. EDDL software also helps manufacturers communicate with the latest data.

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