Beverage, Bottling Plants

For gas selectivity and stable performance, the EC-F9-NH₃ electrochemical sensor is the best choice for low level ammonia sensing and the IR-NH₃ infrared sensor selectively monitors high levels (0-2% range) of NH₃. The AirScan™ iCO₂ in the range of 0-0.5%, 0-1% or 0-5% is an excellent choice for carbon dioxide.

Manning Systems enclosures with optional ATMOS equipped® technology (Adaptive Temperature and Moisture Optimizing System) feature the first enviro-adaptive technology available for gas sensors. Manning Systems electrochemical and infrared gas sensors with ATMOS equipped® technology can automatically adapt to environments from -50°F to 100% humidity and washdown conditions, assuring industry leading performance in the harshest environments.

In some facilities, monitoring of several gases is required in the truck loading or maintenance areas. Carbon monoxide, combustibles, carbon dioxide, or oxygen safety levels may be monitored and the output tied to ventilation control devices.

Related products and technology

Electrochemical and infrared sensors connected in realtime to HA20, HA40 or HA71 dedicated central gas alarm monitors are all protected by a single uninterruptible power system. Multiple relays trigger key emergency safety control of equipment shutdown functions and allow Emergency Responders to easily assess an ammonia or other gas leak situation - even in the event of computer viruses, operating system crashes or human error.

The new AirAlert™ 96d multi-channel gas monitoring system adds addressable RS-485 Modbus communication protocol to the broad line of Manning Systems readout/alarm units. A total of 96 gas sensors and relay modules can be linked to a single controller.

Manning Systems offers personal protection portables for the single- and multi-sensor toxic gas detector market. These innovative, low-cost portables are ideal for industrial hygienists, safety managers, petrochemical applications, fire departments, police and emergency responders at risk of exposure to toxic contaminants.