XNX Chlorine Gas Detector Price List PDF

XNX is a chlorine gas detector from Honeywell that comes in 200 configurations. It uses SureCell(tm) electrochemical sensing technology and is explosion proof. In this article, we will discuss what this detector can do and how much it costs. You can also find out how to download the XNX Chlorine Gas Detector Price List PDF.

XNX is a chlorine gas detector with 200+ unique configurations

XNX chlorine gas detectors have more than two hundred configurations to meet your specific requirements. Designed to be robust and durable, the XNX complies with global hazardous area regulations. Available in stainless steel 316 and painted marine grade aluminum, these detectors feature a multifunction LCD for simple, easy readouts. The detectors feature a user-friendly touchscreen with a combination of text, digits, icons, and a local LED to indicate their status.

XNX Honeywell chlorine gas detectors feature an industry-standard 2 wire, 4-20mA loop output and are supplied pre-calibrated for ease of installation. They are also designed to enable easy sensor exchange while powered. They are compatible with various safety equipment, including third-party PLCs and DCS systems.

The XNX Universal Transmitter is compatible with a variety of sensor types, including Honeywell EC, MPD, and IR. Its modular design supports the largest range of gas sensor technologies available, making it ideal for gas monitoring applications. The XNX is also compatible with a wide variety of gas monitoring controllers. Its support for HART and EDDL software enables easy integration and monitoring of gas detection systems.

It uses SureCell(tm) electrochemical sensing technology

The XNX Honeywell Chlorine Gas Detector is designed for flexible integration, simple installation, and straight-forward maintenance. It supports a range of gas monitoring controllers and industry-standard PLCs. It offers up to ninety percent shield coverage and straight-through interface isolation. Its modular design and easy setup makes it an ideal choice for a variety of applications, including hazardous environments.

The Xnx is a rugged, reliable detector. It is designed to work in hazardous areas, but it may also be used in non-hazardous locations. SureCell(tm) electrochemical sensors make this product extremely accurate.

It is explosion-proof

The XNX Honeywell Chlorine Gas Detector is an explosion-proof gas monitor that is designed to provide comprehensive monitoring of gas hazards. This detector features an easy-to-use, one-man interface and allows for easy operation. This makes it ideal for indoor and outdoor use.

The XNX is compatible with all Honeywell and third-party gas monitoring controllers and safety equipment. It supports up to three relays and Modbus communication. It is also able to work with industry-standard PLCs and other safety equipment. Using this detector is a simple and effective process control solution that is suited for any facility or industry.

It is a sensor for use with the Honeywell XNX Transmitter

The EC sensor is used in combination with the Honeywell XNX transmitter to detect chlorine gas. The XNX transmitter supplies power to the sensor. When using the EC sensor, it is important to properly ground it to avoid radio frequency interference. If the sensor is not grounded, it may be inhibited or its output will be forced to two milliamps. The sensor must be configured and calibrated before it can be used.

The XNX transmitter from Honeywell is an extremely flexible transmitter that accepts input from a variety of gas sensor technologies. It also provides a variety of industry-standard output signals. This gives the user the convenience of one interface for all gas detection requirements.

Before installing the XNX transmitter, make sure to calibrate the sensor with the target gas. The sensor should be calibrated at concentrations representative of those to be measured. In addition, the sensor should be installed in a weatherproof housing. If you’re unsure of the calibration procedure, you can contact Honeywell.