Honeywell 943 Series Ultrasonic Distance Sensor with 180 KHz Frequency, Plastic Housing, and ± 2 Mm Repeatability

The Honeywell XNX-AMSI-NNNNN Universal Transmitter is a highly flexible solution designed for toxic gas detection, specifically optimized for H₂S (hydrogen sulfide) monitoring. Engineered to accept inputs from any of Honeywell Analytics' gas sensor technologies, this transmitter supports seamless integration with catalytic, electrochemical, and infrared detectors.

It delivers industry-standard output signals (configurable to site requirements) and features a rugged LM25 aluminum housing (with optional SS316 stainless steel) for durability in harsh environments. With a wide operating temperature range (-40°C to 65°C) and compatibility with 20-90% non-condensing humidity, the XNX ensures reliable performance across diverse industrial applications.

• Universal Sensor Compatibility: Accepts inputs from Honeywell's full range of gas sensors (flammable, toxic, O₂). Supports mixed detection technologies (catalytic, infrared, electrochemical) in a single platform.
• Flexible Output Configurations: Customizable industry-standard signals (e.g., 4-20 mA, Modbus, relays) to match site requirements. Retrofit capability to adapt to changing output standards via modular upgrades.
• Robust Construction: Housing: LM25 aluminum (painted), optional SS316 stainless steel for corrosive environments. Environmental rating: Operates in -40°C to 65°C (-40°F to 149°F), 20-90% RH non-condensing.
• User-Friendly Interface: Common control panel across all gas detector types reduces training time. Intuitive navigation minimizes configuration errors and misinterpretation of alerts.
• Operational Efficiency: Standardized installation tools and methods lower setup costs. Future-proof design allows integration of new output modules as industry standards evolve.
• H₂S-Specific Capability: Tailored for accurate H₂S detection in oil & gas, wastewater, and chemical processing sites. Fast response to toxic gas concentrations for timely safety interventions.