The new practical and reliable gas analyzer QRAE 3 from RAE Systems is equipped with sensors for detecting from one to four gases. Diffusion and pump models are produced.
The gas analyzer allows people working in hazardous conditions, as well as emergency responders to monitor the content of oxygen (O2), combustible and toxic gases such as hydrogen sulfide (H2S), carbon monoxide (CO), sulfur dioxide (SO2), as well as vapors hydrocyanic acid (HCN hydrogen cyanide).
The wireless data transfer technology on which the QRAE 3 gas analyzer is based makes it possible to receive instrument readings and signals about emergency situations (including employee immobility) in real time, regardless of where the analyzer is located.
This allows you to make the right decisions in a timely manner. It is also possible to exchange information about a dangerous situation with the ProRAE Guardian Safety System and the feedback wireless EchoView Host Mini-Controller. Such control will improve the safety performance at the facility.
Key Features

• Real-time gas readings and alarm using wireless technology
• Error-free five-way local and remote emergency alert system
• Simple device control with just two buttons
• Robust protective and shockproof design
• Waterproof and dustproof IP-65/67 housing

Areas of use

• industrial safety requirements at work;
• compliance with oil and gas industry standards;
• thorough inspection of the place of fire;
• compliance with environmental requirements;
• compliance with the rules for liquidation of consequences of fires and emergency situations.

The RAEGuard 2 PID Photoionization Detector is a stationary photoionization detector (PID) for measuring a wide range of volatile organic compounds (VOCs).
Features and Benefits

• Short response time
• Provided by flow sampling system
• Low maintenance costs
• Removing the sensor module in hazardous areas without tools
• No false alarms
• A larger UV lamp and more reliable sealing provide higher sensitivity, speed and resolution.

Feature Overview

• Digital Smart Sensor Technology
• Detection range from 0.01 to 100 ppm, from 0.1 to 1000 ppm, or from 1 to 1000 ppm
• It works from a DC power source with voltage from 10 V to 28 V and has an analog (4-20 mA) three-wire signal output, as well as a digital signal output RS-485 Modbus.
• Graphic display and LED indicator to indicate an emergency or malfunction.

The FMC 2000 is a multi-channel controller with an integrated modem designed to integrate with RAE Systems' MeshGuard network of connected sensors.
FMC 2000 is the command and control element of the MeshGuard system, which collects data and monitors alarms from MeshGuard gas detectors for toxic and combustible gases. The built-in wireless modem automatically connects to the MeshGuard control devices, and the controller has built-in security features that prevent distortion of important parameters.
FMC 2000 is fully supported by the ProRAE Guardian software platform.
Key Features

• Built-in wireless modem for use on MeshGuard networks
• Control max. 24 channels
• 5 programmable single-pole two-way outputs
• Battery for 15 hours of use
• Stainless steel housing
• RS-485 and Ethernet
• Fully supports ProRAE Guardia software platform

Areas of use

• Drilling platforms
• Petrochemical plants
• Oil and gas warehouses
• Shipbuilding and Maritime
• Steel rolling workshops
• Industrial Safety

The MeshGuard system is a gas analyzer system using wireless network technology. It is designed for quick installation in places where budget and highly cost-effective solutions are required.
The MeshGuard system is equipped with precision, easily interchangeable sensors that are specifically designed to detect toxic and flammable gases.
Features and Benefits

• Self-forming wireless network. Devices automatically go online
• Compact and lightweight
• IP65 enclosure protection and splash guard to protect sensors

Feature Overview

• Radio frequency: 2.4 GHz, ISM band, IEEE 802.15.4 standard
• Operating range: 300 meters / 985 feet (in direct line of sight)
• Power supply: Disposable lithium battery, + 3.6V (optional: rechargeable external battery for longer battery life)
• Protection Class IP-65
• Operating temperature: -40 ° C to + 50 ° C (-40 ° F to 122 ° F) for low explosive limit sensors, CO and H2S sensors

The optoelectronic digital fire and flame detector SS4 implements advanced detection technology in the ultraviolet or ultraviolet and infrared ranges.
Features and Benefits

• Flame detection of hydrocarbon and other materials
• Built-in test procedure for checking the optical path through the lens
• Immunity to false alarms

Feature Overview

• Sensitivity: adjustable, with a choice of values ​​between 18 m, 13.7 m, 9 m and 4.5 m for a gas flame of 0.093 m2
• Response time: 2–5 seconds to a flame of gasoline with an area of ​​0.093 m2 at a distance of 18 m
• Field of View: Conical sector of view with an angle of 120 degrees (± 60 degrees from the axis)

The latest software algorithms and dual processors allow the FS24X to demonstrate the highest detection performance in combination with the optimal mechanism for suppressing false alarms.
Features and Benefits

• Flame detection of hydrocarbon and other fuels in all conditions
• User Selectable Outputs
• Optimal suppression of false alarms

Feature Overview

• Sensitivity: Very high, high, medium and low - selectable with the switch
• Operating voltage: 24 VDC current rating (18–32 V DC) - adjustable
• Humidity range: relative humidity 5 to 98%, non-condensing

FS24X is a new generation high-tech multispectral (three infrared and visible ranges) fire and flame detector, which is part of the FSX family of advanced optoelectronic flame detectors.
Thanks to our patented detection technologies in the wide infrared range (WideBand IR ™), the wide infrared range of 4.3 microns (WideBand 4.3 micron IR ™) and the visible range, the FS24X detector makes a quantum leap in the field of fire and flame detection.
The latest software algorithms and dual processors allow the FS24X to demonstrate the highest detection performance in combination with the optimal mechanism for suppressing false alarms.