Fixed Gas Detection Archives - Otis Instruments

Why Is Real-Time Data Important?

Although most agree that real-time data benefits safety programs by providing information that leads to better decision-making, some may wonder if real-time data is as crucial as they’ve heard. A gas detector that is continually calibrated and bump-tested is a powerful personal protective device. But it alone is not enough to help ensure the highest…

Understanding the Importance of Modbus Register Maps

Modbus is an industrial protocol standard that was created in the late 1970’s for communication among programmable logic controllers (PLCs). To put it simply, Modbus Register Maps lists data from a device that defines what the data is, where the data is stored, and how the data is stored. Modbus remains the most widely available…

Product Videos

Did you know that Otis Instruments offers product videos? These informational videos show end-users how to properly use our gas detection products. Our Master Controller video showcases the product’s sustainability in any industry, providing customers safety within the working environments for their processes and workers. Another video discusses the various industries Otis Instruments has served…

Gas Detection Essential for Glass Production Companies

Glass production is a necessary application as it provides various goods across a variety of industries. Most commonly, glass products create mass manufacturing of float glass as it complies with modern building standards and achieves environmental legislation regulations. However, the processes and procedures involved with glass production utilize toxic chemicals and gases that can affect…

How Gas Detection Equipment Becomes Certified

Many industries and applications contain workplace hazards, especially those handling toxic chemicals that can compromise the health and safety of workers, as well as the job site. These dangerous locations within the site are classified by their risk and the likelihood of an accident occurring, Classifications are determined by standards set by the National Electric…

Wastewater Detection with the OI-6400

In the wastewater industry, operators are constantly seeking ways to mitigate risk and ensure the safety of personnel. The main gases of concern throughout wastewater plants include hydrogen sulfide, methane and oxygen. Hydrogen sulfide and methane are byproducts of the decomposition of organic materials that are present in waste flows feeding the plant. The constant…

Gas Detection with Otis’ OI-675

The Otis Instruments OI-675 electrochemical sensor assembly is a wired-powered versatile system with the ability to detect a variety of gases, including hydrogen sulfide (H2S), carbon monoxide (CO), oxygen (O2), and sulfur dioxide (SO2). The OI-675 sensor assembly features a three-character, 7-segment display screen. A magnetically-triggered, non-intrusive calibration while in the field and full system…

Otis Instrument’s OI-6000K

The OI-6000K is a GEN II Model ambient air gas sensor assembly kit that uses an electrochemical, catalytic bead, PID or infrared sensor element to detect a variety of gases. Non-explosion proof and wired powered, the OI-6000K has an operating voltage of 12-25 VDC (with battery clips) or 110-240 VAC (with cord grips and cable)…

Arsine Gas Detection and Monitoring

Arsine, also known as arsenic hydride or AsH3, is a colorless, flammable, super toxic gas with a mild garlic odor at higher doses; and is odorless at lower levels. This super toxic gas is formed when arsenic comes in contact with an acid. Arsine vapor is heavier than air, making it more likely to settle…

Areas Requiring Continuous Carbon Dioxide Monitoring

Carbon dioxide (CO2) is an invisible gas that occurs naturally in the environment through the human respiratory system; humans breathe in oxygen and exhale CO2. Small levels of this gas are harmless, however, larger amounts create a toxic atmosphere for nearby personnel. In indoor spaces with limited ventilation, the dropping of oxygen levels can cause…