CMWL110 / Wall Mount CO Trans, 0-300ppm, 0-10Vdc, Life >5 year, IP33

CMWL Carbon Monoxide (CO) Transmitter

The CMWL CO Transmitter protects lives by tracking carbon monoxide gas levels in real-time. It uses a professional sensor to find dangerous gas leaks in any building. This model works effectively in parking garages, tunnels, and mechanical rooms. It provides accurate data to your ventilation system to keep people safe. Proper gas monitoring is a vital part of building management. You can explore more gas safety sensors in our full collection here.

Reliability with the CMWL CO Transmitter

This model uses a high-quality electrochemical gas sensor for the best results. It samples air through a simple and effective diffusion method. You can choose a range of 0–100ppm or 0–300ppm based on your needs. The CMWL CO Transmitter reacts very quickly to gas changes in the environment. It has a response time of less than 60 seconds. This speed helps your system act fast during a safety emergency.

High Performance of the CMWL CO Transmitter

Accuracy is the most important feature of any safety equipment. This tool stays accurate within ±5% at standard room temperatures. It also offers excellent repeatability for consistent readings every day. The internal sensor has a long service life of more than five years. This durability lowers your total maintenance costs over time. It also ensures your building stays safe for a long period without frequent repairs.

Simple Integration and Setup

You can integrate the CMWL CO Transmitter into any modern building automation system. It supports standard current and voltage outputs for simple wiring. The warm-up time is very short at less than one minute. This allows you to start monitoring gas almost immediately after you install it. This sensor also helps you save energy in large facilities. By tracking real-time gas levels, you can run ventilation fans only when necessary. To learn more about carbon monoxide safety, visit the Occupational Safety and Health Administration website.