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XNX-AMAE-RNNNN XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional alarm and fault relay outputs, configured for XNX toxic and Oxygen sensors XNX-AMAE-RHNNN XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional alarm and fault relay outputs and local HART interface port, configured for XNX toxic and Oxygen sensors XNX-AMAE-MNNNN XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Mod Bus output, configured for XNX toxic and Oxygen sensors XNX-AMAE-MHNNN XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Mod Bus output and local HART interface port, configured for XNX toxic and Oxygen sensors XNX-AMAE-FNNNN XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Foundation Fieldbus output, configured for XNX toxic and Oxygen sensors XNX-AMAE-FHNNN XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Foundation Fieldbus output and local HART interface port, configured for XNX toxic and Oxygen sensors.XNX Stainless Steel Transmitter UL/CSA for use with XNX Toxic and Oxygen Sensors XNX-UTSE-NNNNN XNX transmitter, HART over 4-20m A output, UL/CSA approved, 5 x 3/4"NPT entries, painted 316 stainless steel, configured for XNX toxic and Oxygen sensors XNX-UTSE-NHNNN XNX transmitter, HART over 4-20m A output, UL/CSA approved, 5 x 3/4"NPT entries, painted 316 stainless steel, with optional local HART interface port, configured for XNX toxic and Oxygen sensors.XNX has also been futureproofed by having the ability to have other output modules fitted as new output standards are developed and adopted by industry.Having a common transmitter platform for all your gas detectors brings further benefits.XNX-AMSV-FHCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional Foundation Fieldbus output and local HART interface port, including MPD catalytic sensor 0-100%LEL XNX Aluminum Transmitter ATEX/IEC with MPD Catalytic Sensor 0-100%LEL XNX-AMAV-NNCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, including MPD catalytic sensor 0-100%LEL XNX-AMAV-NHCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional local HART interface port, including MPD catalytic sensor 0-100%LEL XNX-AMAV-RNCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional alarm and fault relay outputs, including MPD catalytic sensor 0-100%LEL XNX-AMAV-RHCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional alarm and fault relay outputs and local HART interface port, including MPD catalytic sensor 0-100%LEL XNX-AMAV-MNCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Mod Bus output, including MPD catalytic sensor 0-100%LEL XNX-AMAV-MHCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Mod Bus output and local HART interface port, including MPD catalytic sensor 0-100%LEL.XNX-AMAV-FNCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Foundation Fieldbus output, including MPD catalytic sensor 0-100%LEL XNX-AMAV-FHCB1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted LM25 aluminium, with optional Foundation Fieldbus output and local HART interface port, including MPD catalytic sensor 0-100%LEL XNX Stainless Steel Transmitter ATEX/IEC with MPD Infrared Hydrocarbon (Propane) Sensor 0-100%LEL XNX-AMSV-NNIF1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, including MPD IR Hydrocarbon (Propane) sensor 0-100%LEL.XNX-AMSV-RNIV1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional alarm and fault relay outputs, including MPD IR methane sensor 0-100%LEL (0-5%V/V) XNX-AMSV-RHIV1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional alarm and fault relay outputs and local HART interface port, including MPD IR methane sensor 0-100%LEL (0-5%V/V) XNX-AMSV-MNIV1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional Mod Bus output, including MPD IR methane sensor 0-100%LEL (0-5%V/V) XNX-AMSV-MHIV1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional Mod Bus output and local HART interface port, including MPD IR methane sensor 0-100%LEL (0-5%V/V) XNX-AMSV-FNIV1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional Foundation Fieldbus output, including MPD IR methane sensor 0-5%V/V XNX-AMSV-FHIV1 XNX transmitter, HART over 4-20m A output, ATEX/IEC approved, 5 x M25 entries, painted 316 stainless steel, with optional Foundation Fieldbus output and local HART interface port, including MPD IR methane sensor 0-5%V/V.

Spare MPD Replaceable Cartridges 1226A0359 XNX MPD Cartridge, Catalytic Bead, Flammables (Methane Cal) 0-100%LEL 1226-0300 XNX MPD Cartridge, IR Hydrocarbons (Propane Cal) 0-100%LEL 1226-0299 XNX MPD Cartridge, IR Methane 0-100%LEL or 0-5.00% Vol.

XNX is an extremely flexible transmitter that can be configured to accept an input from any of the Honeywell Analytics range of gas sensor technologies.

It can also be configured to provide a wide variety of industry standard output signals.

Common tools and installation methods simplifies and reduces cost of installation.

The common user interface makes operation faster to learn and easier to navigate, thus reducing time needed for training as well as reducing the chance of incorrectly interpreting messages or incorrectly changing settings.

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