Easy To Use D01-s00p-111 Honeywell Meshguard Stainless Steel Detector W/o Battery, Carbon Dioxide Co₂‚ Ir* Range: 0 To 5% Vol., 0.01% Resolution Great Gift Idea [jBCKqJcN]

D01-S00P-111 Honeywell MeshGuard Detector

Introducing the Honeywell MeshGuard Stainless Steel Detector, a cutting-edge networkable wireless gas monitoring solution designed for rapid deployment in environments where cost-effectiveness and high return on investment are paramount. This robust, battery-powered toxic gas detector is equipped with a Mesh radio modem, making it an ideal choice for temporary area monitoring projects ranging from one week to six months. The MeshGuard Stainless Steel system is engineered to thrive in harsh and hazardous conditions, ensuring reliable gas detection and peace of mind.

Product Specifications and Technical Details

The MeshGuard Stainless Steel Detector offers a wide detection range of 0 to 5% volume for carbon dioxide (CO₂) with a remarkable resolution of 0.01%. This high-precision sensor ensures accurate and timely detection of CO₂ levels, crucial for maintaining a safe environment. The detector is designed to be rugged and durable, with no mounting hardware included, allowing for flexibility in installation. Please note that disposable batteries are not included and must be ordered separately. For added convenience, ISS offers a range of compatible batteries, including single units and packs of five.

Practical Applications and Target Audience

The Honeywell MeshGuard Stainless Steel Detector is an invaluable tool for a variety of industries and scenarios. Whether you are managing a temporary construction site, an industrial facility, or a large event, this detector provides essential protection against CO₂ buildup. Its portability, ease of deployment, and long-lasting battery life make it perfect for use in emergency response, environmental monitoring, and workplace safety. With the MeshGuard system, you can ensure a safe working environment for your team, comply with regulatory standards, and mitigate potential risks associated with elevated CO₂ levels.