Carbon Dioxide Sensor

65-2427RKSS-05 Sensor/XP Stainless Steel J-Box, H2S, CT7, CSA Version by RKI Instruments

When working on potentially hazardous jobsites, safety managers should look for workplace safety solutions that are dependable and steadfast. When lives are on the line, a workplace cannot afford subpar safety products. That is why, at RKI Instruments, workplace safety is a top priority. Their Research and Development team work daily to integrate the latest technology with the best industry practices. With a reputation for excellent products, RKI Instruments introduces the latest in direct connect sensor technology. Designed for use in Class 1, Division 2 hazardous environments, the Direct Connect Sensors are designed specifically for RKI Beacon 110, 200, and 410 controllers.

Direct Connect Sensors

The RKI Direct Connect Sensors series gas sensors are state of the art gas detection sensors available for LEL, H2 Specific LEL, LEL IR, Oxygen, H2S, CO, CO2, and a variety of toxic gases. To use the Direct Connect Sensors, they can be used for remote detection by mounting them onto explosion proof junction boxes, or they can mount directly onto controllers and be used as a completely standalone system. Their unique plugin design allows for a quick and easy tool free installation on jobsites.

Detection solutions for a variety of hazardous environments

The Direct Connect Sensors are designed to be use in both indoor and outdoor settings. Additionally, some of the sensors are available in explosion proof models. The explosion proof models utilize a patented coating which serves double duty as also being water repellant. Users can also purchase splash guards to protect the sensors from very wet conditions.

Sensor Technology

Each sensor is crafted with stainless steel and housed in cast aluminum (stainless steel housing is available for some sensors). The Direct Connect Sensors are available in 2 forms: explosion proof and non-explosion proof. The explosion proof sensors are available as catalytic sensors for LEL, and LEL H2 specific. For hydrogen sulfide and carbon monoxide, the sensors utilize electrochemical technology which provides incredibly specific accuracy and quick response. Oxygen sensors work with galvanic technology, and infrared sensors for methane, hydrocarbons, and carbon dioxide. Non-explosion proof uses a galvanic sensor for oxygen; electrochemical sensors for hydrogen sulfide, carbon monoxide and other toxic gases; and infrared for carbon dioxide. Both explosion proof and non-explosion proof have 1 year warranties for materials and craftsmanship.

Specifications

The response times are under 30 seconds for all gases except hydrogen sulfide and carbon monoxide in the non-explosion versions (with a response time of 35 seconds) and non-explosion proof model sensor for toxic gases which has a 60 second response time. The life expectancy of all sensors are between 2 and 5 years.

The Direct Connect Sensors are compatible with several RKI Industries' accessories including calibration adaptors, flow through adaptors, remote horns and lights, calibration kits, battery backups, splash guards, air aspirator adaptors, and dataloggers.

*Please note we can only ship RKI products to customers within the United States

8326321 Pac 6000 CO by Draeger

The Draeger Pac® 6000 disposable personal gas detector measures CO, H₂S, SO₂ or O₂ reliably and precisely, even in the toughest conditions. The robust design, quick sensor response times, and a powerful battery ensure maximum safety for up to two years with virtually no maintenance required.

Strong performance for maximum safety

You can rely on the Draeger Pac 6000: The personal single gas detection device warns against hazardous concentrations of carbon monoxide, hydrogen sulfide, sulfur dioxide or oxygen with precision and reliability. Powerful sensors with a very low t-90 response time ensure quick reactions. The Pac 6000 is versatile thanks to its wide measurement range. For example, the CO sensor measures concentrations from 1 to 1,999 ppm, and the H2S sensor from 0.4 to 100 ppm.

Easy handling thanks to clear user guidance

The D-Light indicates whether the functionality of the device has been tested and that it is ready to use. The housing is also designed with your safety in mind: each sensor variant of the Draeger Pac 6000 features a clearly visible color coding, thereby minimizing the chance of mistakes.

Robust design – even for the toughest conditions

The Pac 6000 can easily handle even extreme conditions: depending on the sensor, temperatures from -40 °C to 55 °C and air pressures between 700 and 1,300 mbar can be tolerated.

A membrane filter protects the sensor from foreign matter such as dust and liquids. The shock-proof, chemicalresistant housing meets the requirements specified in the IP68 standard rating.

User-friendly display with all important information

The large display clearly indicates the respective gas concentration. Other important information, such as remaining operating time and battery capacity, is also displayed. The bright backlighting ensures clear reading of all values in the dark.

360° alarm with various functions

If the Draeger Pac 6000 measures hazardous gas concentrations, it sets off an audible, visual, and noticeable vibrating alarm. Two bright, flashing LEDs on the top and bottom of the device ensure that the alarm is easily visible from all sides. The acoustic alarm reaches a volume of 90 dB. The display can show the peak concentration measured at any given moment. Earlier alarms registered can also be retrieved at a later time, even if acknowledged.

The Pac 6000 with oxygen sensor has two additional alarm thresholds in addition to the standard alarm threshold setting. This provides an additional level of safety as a pre-alarm, in addition to the main alarm, can be set for both oxygen enriched and oxygen deficient atmospheres.

Data logger and event logger for analyses and reports

The Pac 6000 logs concentrations and events along with date and time. The data can be downloaded to a PC via an interface and processed further there.

Economical operational costs

All of the versions of the Pac 6000 are equipped with extremely durable Draeger Sensors and a powerful battery. Neither the sensor nor the battery need to be changed for the entire two-year maintenance-free service life of the H₂S, SO₂ and CO versions. The service life of the Draeger Pac 6000 starts when it is first activated. The device automatically switches off after two years.

The Pac 6000 is protected against water, dust and other foreign bodies by a special membrane filter. When the filter becomes heavily soiled you can quickly and easily replace it yourself. The device is then ready to use again in no time.

Fast function test saves time and money

Function tests and calibrations can be carried out efficiently using the Draeger X-dock® calibration station. The automatic bump tests in the X-dock are a cost-efficient and convenient solution thanks to short test duration and extremely low test gas consumption. The Draeger Pac 6000 is simply placed in the bump test station and automatically selects the correct setting.

715 High CO Combustion Analyzer with Built-in Differential Thermometer, Differential Manometer, and NO Measurement & NOX Calculation by Test Products International

The carbon monoxide sensor used in TPI combustion efficiency analyzers feature an on-board filter capable of filtering NO (nitric oxide), NO₂ (nitrogen dioxide) and NOX (combination of NO and NO₂) to prevent cross sensitivity errors.

Use TPI analyzers to test flue gases in gas and oil fired equipment including high efficiency furnaces and condensing boilers. Measure CO, O₂, and stack temperature.

Determine combustion efficiency, CO₂, and CO air free. Some models include built-in differential manometer, combustible gas detection, PC communication, data logging, and can measure NO / NOX.

Use the optional A784 flow regulator to reduce the flow rate of the gas being sampled to measurable levels on high pressure systems such as gas compression engines. The A784 is included in the 715K3 kit.

Features

Using TPI analyzers to determine combustion efficiency at the time of equipment set up minimizes call backs and can be used to verify to the home owner the value of service work by showing the increase in equipment efficiency after work is performed. Efficiency calculation can also be used to generate business by demonstrating the need to improve the efficiency of equipment or to show the benefit of purchasing new equipment with higher efficiency.

Quick And Simple Set Up

All TPI analyzers feature quick and simple set up. Fast purge and the ability to perform fuel selection during start up enable tests to be performed quickly without requiring extra set-up time after initial startup. TPI analyzers also use the last selected fuel as the default setting. This feature prevents the need toperform fuel selection every time the analyzer is turned on.

• Measure up to 9.999% CO
• Built-in differential thermometer
• Measure NO (Nitric Oxide), Calculate NOx
• Store function to save up to 10 readings
• Calculates combustion efficiency
• Pump driven for fast response
• Push on fittings for fast and easy use
• Large easy to read backlit display
• Will not shut off if 15 ppm CO is present for increased safety
• Four selectable fuels: Natural Gas, LPG, Light Oil, Heavy Oil
• Optional A740 IR printer available for hard copies of test results

Applications

• Tune combustion engines
• Test CO levels in industrial boilers
• Measure NO and calculate NOX

1010A Indoor Air Quality Meter by Test Products International

Measure ambient CO2, temperature, relative humidity, dew point, wet bulb, CO, and calculate percentage outside air. The TPI 1010A Indoor Air Quality (IAQ) Meter is a state of the art, easy to use tester designed to provide you with the necessary measurements to monitor and make adjustments to air handling devices.

The 1010A IAQ meter uses state of the art sensors to measure humidity, carbon dioxide (CO2), and temperature. The instrument is ruggedly constructed and comes with a 3 Year unit and 2 Year sensor Guarantee.

Features

• Calculate percent outside air to maintain acceptable CO2 levels in buildings and work spaces
• Measure and display Carbon Dioxide (CO2) and Carbon Monoxide
• Measure ambient air temperature
• Measure relative humidity, dew point and wet bulb
• Log up to 10,000 readings in 1 second to 1 hour intervals
• Download to a computer using the A368 USB cable
• Print via I/R to optional printer (Model A740)

Applications

• Check ambient CO and CO2 levels in work and living spaces
• Monitor results of air control systems
• Ambient air temperature and humidity
• Test dew point and wet bulb humidity

Standard Accessories

• TPI 1010A Instrument
• Protective Rubber Boot (A800)
• Soft Carrying Case (A921)
• USB Cable & Software (A803)
• Instruction Manual

Optional Accessories

• Power adapter / Battery eliminator (A804)
• Magnetic strap kit to hang meter (A127)
• Boot hook to hang meter (A103)
• Replacement Software only (A802)
• Replacement USB cable only (A801)

GasAlertMicro 5 IR Multi Gas Monitor by BW Technologies

The GasAlertMicro 5 Series is the most customizable gas monitoring series on the market. With an extensive selection of models, user options, and instrument settings, this multi-gas detector series is an industry leader. BW Technologies by Honeywell recognizes that not all worksites can operate with a one size fits all model of gas detection devices. With the introduction of the GasAlertMicro 5 Series multi-gas detectors, worksites, managers, and users can utilize the customizable features to ensure that the instrument meets their specific worksite needs.

GasAlertMicro 5 Series models

This multi-gas monitor series is available in several models: the standard toxic gas model, a PID model for detection of VOCs, or an IR model for CO2 detection. The unit accurately and reliably identifies up to five atmospheric hazards simultaneously and can rapidly switch from diffusion mode to the optional integrated pump.

Each model of GasAlertMicro 5 Series has several distinct features. With the GasAlertMicro 5 Series, the standard toxic gas model, users can monitor several standard gases with a plug in electrochemical cell sensor and catalytic cell sensor and a typical battery life of 20 hours (AA Alkaline rechargeable). The GasAlertMicro 5 PID is standard with several gas detections, a plug in electrochemical cell sensor and photoionization detector, and a battery life of approximately 15 hours (AA Alkaline rechargeable). Finally, the GasAlertMicro 5 IR features specific gas detection ranges, a plug in electrochemical cell sensor, a catalytic cell sensor, and an infrared sensor for carbon dioxide monitoring. This model also has a battery life of approximately 15 and AA Alkaline rechargeable batteries. For more information about available sensor configurations, please contact BW Technologies by Honeywell.

Exclusive features

Each GasAlertMicro 5 Series device features several exclusive features including a triple alarm system, raised glove-friendly buttons, a large easy to read display, stainless steel alligator clip, visual filter inspection, and automatic activation tests. When the unit is activated, the gas detector will automatically test for sensor integrity, circuitry, and battery. This continuous and reliable testing process ensures that the integrity and dependability of the device is never a concern.

BW Technologies by Honeywell also recognizes the unique needs of the various industries with environmental hazards. With each industry anticipating a separate set of possible dangers, the ability to customize safety devices is critical.

Users and worksite managers will be comforted to know their GasAlertMicro 5 series model is fully customizable. Customizable features include STEL intervals, TWA methods, sensor activation, alarms, display settings, record keeping, pumps, combustible gas measurements, start up calibration, backlights, activation modes, calibration levels, daily bump tests, and languages. To protect the integrity of the user settings and the safety of the gas monitoring device, the GasAlertMicro 5 device features a passcode function to prevent unauthorized manipulation of settings.

Accessories

The GasAlertMicro 5 Series is also compatible with BW's MicroDock II automatic test and calibration system. Users may purchase additional accessories to help fully tailor the gas detection unit to their needs. Accessories include an integral pump and battery charger, a confined space kit, a belt holster, and a collapsible sampling probe.

99F38037 CellarSafe 110V with Oxygen Sensor and Battery - USA 2-Pin Plug by Crowcon

From fermentation through to distribution, Carbon Dioxide is one of the most common hazards to health in breweries, cellars and drinks outlets. It is also the fourth most abundant gas in the atmosphere. Long term exposure to only 0.5% volume represents a toxic health hazard. Concentrations greater than 15% volume can lead to death. CellarSafe has been designed specifically to warn personnel of these hazards.

CellarSafe, the cost effective CO2 and Oxygen monitor you can trust.

Simple to use

• Clear back-lit display for gas readings
• Bright LEDs and loud, distinctive alarms
• Single button for routine operation and testing
• Plug-in repeater units complete with cable
• Calibration unit with automatic sequencing
• No specialist cabling required

Secure and robust

• IP65 protection against dust and water ingress
• Tough polycarbonate case
• Wide operating temperature range
• Battery backup for mains failure (optional)
• Dual-band infrared sensor for carbon dioxide

Protect yourself

• Continuous monitoring for carbon dioxide in cellars and other confined spaces
• Optional oxygen monitoring for other asphyxiation hazards
• Automatically turn on ventilation fans
• Factory set alarm levels

Save money

• Only turn on ventilation fans when they are needed
• Long-term maintenance-free operation
• Minimal sensor calibration requirements
• Minimum of 5 year life sensors

SPXCDASMB2 Sensepoint XCD Gas Detector, 4 to 20 mA output, ATEX/IECEx/Asian approvals, 2 x M20 entries, painted 316SS, includes infrared carbon dioxide sensor cartridge 0 to 5.0% v/v, includes nylon weather protection by Honeywell Analytics

Honeywell can trace its company roots back nearly 125 years. What started off as a company dedicated to heating technologies has blossomed into an enterprise dedicated to a variety ofsafety, security, and energy solutions. By integrating the most advanced technologies with intuitive designs, Honeywell has established itself as an industry leader in workplace safety products and gas detection solutions. The company s commitment to advancement and growth help pave the way for innovation and creativity in design. The Sensepoint XCD detection system is the epitome of product advancement. Building on 125 years of industry experience, Honeywell has introduced a comprehensive monitoring system that is reliable, dependable, and state of the art.

Sensepoint XCD

With the Sensepoint XCD detection system, Honeywell provides easy to use, low maintenance sensory devices for monitoring explosive atmospheric conditions in a variety of industrial settings. The Sensepoint XCD system monitors for explosive oxygen gas, toxic gas, and flammable conditions and constantly relays status through transmitters utilizing a simply traffic light LCD system which can be easily seen and understood from a distance.

Superb Versatility

The Sensepoint XCD system provides a catch all-detection system which has worldwide industry approvals and is compliant with all relevant standards. Suited for indoor use as well as the harshest outdoor conditions, the Sensepoint XCD systemis a versatile product for use in any potentially dangerous industrial atmosphere. The unit is available in both stainless steel and aluminum housing options, both of which are resistant to explosions. The XCD transmitter systems are for three separate environmental conditions (flammable, toxic, and oxygen). Each transmitter has a variety of sensors available for use. Each transmitter will automatically recognize the sensor within its category. The plug-in design of the sensors allows users to simply plug the sensor into the transmitter. The transmitter will automatically adjust and configure for the appropriate sensor settings.

Simplicity in Design

The Sensepoint XCD system is easy to install with a simple plug-in design, a built-in mounting system, and comes equipped with versatile wiring receptions to limit compatibility issues for the end user. Once installed, the system utilizes a traffic light type display of green for normal, yellow for warning, and red to alert an atmospheric issue. The maintenance of the system is just as user-friendly with routine maintenance easy and ergonomic enough to be done by one person. The system is also simple enough that it can be used and maintained with little training.

Cost Savings

The Sensepoint XCD system provides a business with cost reductions in both hardware and staffing. The versatile usage and low maintenance of the system reduces the resources needed to monitor conditions and allows personnel to focus on their tasks at hand. The system also provides personnel, and any other parties in the area, peace of mind that their conditions are being constantly monitored for danger and relayed in a way that anyone can detect and bring awareness to dangerous conditions.

61-0140RK Sensor, LEL Combustible (Catalytic), Direct Connection (No Transmitter, No J-Box), UL Version by RKI Instruments

When working on potentially hazardous jobsites, safety managers should look for workplace safety solutions that are dependable and steadfast. When lives are on the line, a workplace cannot afford subpar safety products. That is why, at RKI Instruments, workplace safety is a top priority. Their Research and Development team work daily to integrate the latest technology with the best industry practices. With a reputation for excellent products, RKI Instruments introduces the latest in direct connect sensor technology. Designed for use in Class 1, Division 2 hazardous environments, the Direct Connect Sensors are designed specifically for RKI Beacon 110, 200, and 410 controllers.

Direct Connect Sensors

The RKI Direct Connect Sensors series gas sensors are state of the art gas detection sensors available for LEL, H2 Specific LEL, LEL IR, Oxygen, H2S, CO, CO2, and a variety of toxic gases. To use the Direct Connect Sensors, they can be used for remote detection by mounting them onto explosion proof junction boxes, or they can mount directly onto controllers and be used as a completely standalone system. Their unique plugin design allows for a quick and easy tool free installation on jobsites.

Detection solutions for a variety of hazardous environments

The Direct Connect Sensors are designed to be use in both indoor and outdoor settings. Additionally, some of the sensors are available in explosion proof models. The explosion proof models utilize a patented coating which serves double duty as also being water repellant. Users can also purchase splash guards to protect the sensors from very wet conditions.

Sensor Technology

Each sensor is crafted with stainless steel and housed in cast aluminum (stainless steel housing is available for some sensors). The Direct Connect Sensors are available in 2 forms: explosion proof and non-explosion proof. The explosion proof sensors are available as catalytic sensors for LEL, and LEL H2 specific. For hydrogen sulfide and carbon monoxide, the sensors utilize electrochemical technology which provides incredibly specific accuracy and quick response. Oxygen sensors work with galvanic technology, and infrared sensors for methane, hydrocarbons, and carbon dioxide. Non-explosion proof uses a galvanic sensor for oxygen; electrochemical sensors for hydrogen sulfide, carbon monoxide and other toxic gases; and infrared for carbon dioxide. Both explosion proof and non-explosion proof have 1 year warranties for materials and craftsmanship.

Specifications

The response times are under 30 seconds for all gases except hydrogen sulfide and carbon monoxide in the non-explosion versions (with a response time of 35 seconds) and non-explosion proof model sensor for toxic gases which has a 60 second response time. The life expectancy of all sensors are between 2 and 5 years.

The Direct Connect Sensors are compatible with several RKI Industries' accessories including calibration adaptors, flow through adaptors, remote horns and lights, calibration kits, battery backups, splash guards, air aspirator adaptors, and dataloggers.

*Please note we can only ship RKI products to customers within the United States

IR22-702-D IR 22 Fixed Transmitter with Propane (C3H8) MK 253-0, 0 - 100% LEL, Display / 4-20 mA by GfG

The IR 22 transmitter combines the proven infrared measurement method to detect carbon dioxide or combustible gases (HC) with the innovative technique of the new 22 series transmitters. This new GfG transmit- ter generation has been developed and manufactured according to SIL standards.

The comprehensive user menu and the versatile setting options make this transmitter series quite flexible and adaptable to all individual requirements. Precise measurement results at various environmental conditions, as well as the large dynamic measurement range of a few ppm up to 5 % volume CO₂ or 100% LEL.

Time-proven and innovative

The EC 22 is equipped with high quality GfG sensors. The transmitters are fitted with high-performance electronics for voltage stabilization, processing of readings, and temperature compensation. Follow up costs are minimized thanks to the long lifespan of the sensors.

Signal processing

The transmitter includes the complete electronic system for the signal processing and fail-safe forwarding of the measurement signal to the controller. The embedded software of the IR 22 linearises the measurement signal and compensates for environmental influences.

Therefore, when temperature variations are caused by the weather or changes of the humidity, the measured values will be accurate.

In addition, the transmitter provides the option to transfer service, maintenance and error messages to a connected GfG gas measurement controller. The IR 22 transmitter sends the signals either through an analog 4-20 mA current interface or a digital (RS485) Modbus interface.

Flexibility for any application

The IR 22 transmitter includes the sensor, status LEDs, either an analog or a digital interface, "Zero button" to adjust the zero point, and a test socket and potentiometer for the sensor calibration.

In addition, the IR 22 can be ordered with backlit graphical display. The display shows the current gas concentration, allows access to service functions, enables operation using a membrane keypad and includes optical and acoustical signal transmitters.

Features

• Long service life of the infrared (NDIR) sensor
• Extremely stable, low maintenance
• Cost effective single-man adjustment
• Output 4-20 mA or RS485 Modbus

61-1004RKSS-05 Sensor, IR, Carbon Dioxide (CO2) 0 - 50%, Stainless Steel, Explosion Proof with J-Box, UL Version by RKI Instruments

When working on potentially hazardous jobsites, safety managers should look for workplace safety solutions that are dependable and steadfast. When lives are on the line, a workplace cannot afford subpar safety products. That is why, at RKI Instruments, workplace safety is a top priority. Their Research and Development team work daily to integrate the latest technology with the best industry practices. With a reputation for excellent products, RKI Instruments introduces the latest in direct connect sensor technology. Designed for use in Class 1, Division 2 hazardous environments, the Direct Connect Sensors are designed specifically for RKI Beacon 110, 200, and 410 controllers.

Direct Connect Sensors

The RKI Direct Connect Sensors series gas sensors are state of the art gas detection sensors available for LEL, H2 Specific LEL, LEL IR, Oxygen, H2S, CO, CO2, and a variety of toxic gases. To use the Direct Connect Sensors, they can be used for remote detection by mounting them onto explosion proof junction boxes, or they can mount directly onto controllers and be used as a completely standalone system. Their unique plugin design allows for a quick and easy tool free installation on jobsites.

Detection solutions for a variety of hazardous environments

The Direct Connect Sensors are designed to be use in both indoor and outdoor settings. Additionally, some of the sensors are available in explosion proof models. The explosion proof models utilize a patented coating which serves double duty as also being water repellant. Users can also purchase splash guards to protect the sensors from very wet conditions.

Sensor Technology

Each sensor is crafted with stainless steel and housed in cast aluminum (stainless steel housing is available for some sensors). The Direct Connect Sensors are available in 2 forms: explosion proof and non-explosion proof. The explosion proof sensors are available as catalytic sensors for LEL, and LEL H2 specific. For hydrogen sulfide and carbon monoxide, the sensors utilize electrochemical technology which provides incredibly specific accuracy and quick response. Oxygen sensors work with galvanic technology, and infrared sensors for methane, hydrocarbons, and carbon dioxide. Non-explosion proof uses a galvanic sensor for oxygen; electrochemical sensors for hydrogen sulfide, carbon monoxide and other toxic gases; and infrared for carbon dioxide. Both explosion proof and non-explosion proof have 1 year warranties for materials and craftsmanship.

Specifications

The response times are under 30 seconds for all gases except hydrogen sulfide and carbon monoxide in the non-explosion versions (with a response time of 35 seconds) and non-explosion proof model sensor for toxic gases which has a 60 second response time. The life expectancy of all sensors are between 2 and 5 years.

The Direct Connect Sensors are compatible with several RKI Industries' accessories including calibration adaptors, flow through adaptors, remote horns and lights, calibration kits, battery backups, splash guards, air aspirator adaptors, and dataloggers.

*Please note we can only ship RKI products to customers within the United States

*Please note we can only ship RKI products to customers within the United States

709 Combustion Efficiency Analyzer and Differential Manometer by Test Products International

The carbon monoxide sensor used in TPI combustion efficiency analyzers feature an on-board filter capable of filtering NO (nitric oxide), NO₂ (nitrogen dioxide) and NOX (combination of NO and NO₂) to prevent cross sensitivity errors.

Use TPI analyzers to test flue gases in gas and oil fired equipment including high efficiency furnaces and condensing boilers. Measure CO, O₂, and stack temperature.

Determine combustion efficiency, CO₂, and CO air free. Built-in differential manometer, combustible gas detection, PC communication, data logging, and can measure NO / NOX.

Features

Using TPI analyzers to determine combustion efficiency at the time of equipment set up minimizes call backs and can be used to verify to the home owner the value of service work by showing the increase in equipment efficiency after work is performed. Efficiency calculation can also be used to generate business by demonstrating the need to improve the efficiency of equipment or to show the benefit of purchasing new equipment with higher efficiency.

Quick And Simple Set Up

All TPI analyzers feature quick and simple set up. Fast purge and the ability to perform fuel selectionduring start up enable tests to be performed quickly without requiring extra set-up time after initial startup. TPI analyzers also use the last selected fuel as the default setting. This feature prevents the need toperform fuel selection every time the analyzer is turned on.

• High resolution 0.001 in H20 differential manometer for high efficiency and oil equipment
• Measure CO, and temperature
• Calculate CO2, efficiency, excess air, and CO air free
• Pump driven for fast response
• Will not shut off if 15 ppm CO is present for increased safety
• Ten selectable fuels: Natural Gas, LPG, Light Oil, Heavy Oil, Bituminous Coal, Anthracite Coal, Coke, Butane, Wood, Bagasse
• Optional A740 IR printer available for hard copies of test results
• Built-in differential thermometer
• Store function to save up to 50 readings
• Large easy to read backlit display

Applications

• Tuning of residential and furnaces and domestic boilers
• Ambient and stack testing for CO
• CO safety measurements in and around combustion sources
• Temperature checking, including superheat and hydronic differential temperatures
• Dual input differential manometer

2313004-1 GMA 313 & GMA 313EQ Stand-Alone System, Complete Set with External Alarm/Reset by GfG

State of the Art Technology

The best solution for CO2 monitoring fromthe specialists in gas detection. The GMA 313 indicates a gas hazard immediately and reliably. The built-in alarm LED and loud horn provide a warning before entering the room. The external alarm GMA 313 EQ also gives a warning wherever you want it, e.g. at the stairway or at the bar. The GMA 313 offers state-of-the-art sensor and microprocessor technology from a compact unit.

The sensor and electronics, horn and lights are integrated in one enclosure, thus saving installation costs. The robust casing is splashwater proof (IP 54), so splash-water cannot enter and damage the monitor. Thermostat control and temperature compensation of the sensor ensure reliable measurements and safety even in case of sudden temperature changes.

Low Maintenance and Long Lifetime

The infrared (NDIR) sensor has a considerably longer lifetime than an electrochemical CO2 sensor. The GMA 313 is low maintenance, robust, and reliable. Installation of the GMA 313 is very simple, just plug it into a standard 110 v ac wall outlet.

Infrared Principle

Carbon dioxide (CO2) absorbs light in the infrared range of the spectral. The NDIR technology of GfG's sensor detects the carbon dioxide concentration precisely and reliably. The infrared light emitted by a lamp passes through the gas sample. Carbon Dioxide absorbs the light in a narrow spectral range.

The remaining light is measured at the detector. The difference between emitted and detected light is proportional to the gas concentration. Water vapor and other gases, which may be presenting the sensor chamber, do not affect the light absorption in this spectral range.

Safe detection results, even with temperature changes. Precise optical measurement ensures the best accuracy and repeatability. The IR principle is as distinct as a fingerprint in criminology.

This means that only carbon dioxide is detected, thus eliminating false alarms from interfering gases. GfG Products use electronics with voltage stabilization and temperature compensation.

This results in stable measurement vales even with considerable temperature variations.

The GMA 313 has no moving parts which could be subject to wear and tear. This ensures a long lifetime and reduced service requirements. Permanent self-check of functional capability provides additional safety. Sensor and electronics are protected by a robust enclosure (IP 54).

DSP-02-XX-R Detective + Transportable 3-Gas Area Monitor, CH4 % LEL, O2, H2S Pumped, Standard Battery with Rigid Legs by Crowcon

Detective+ is now wireless. Detective Net is a wireless module that gives you up to 100 meters range excluding the use of cables. The Detective Net modules can also be used as a repeater giving you a stronger signal in those areas that are built up and that have issues with signal strength. Detective Net is backwards compatible enabling use with all version of Detective and Detective+, so it can be used on your existing fleet.

Designed for group protection, area monitoring and providing a virtual fenceline, Detective+ is a rugged, interconnectable, multigas temporary area monitor.

Building on Crowcon's experience in pioneering this category of detector, Detective+ has earned a reputation for reliability and versatility in demanding environments stretching from offshore platforms to the sands of the Middle East.

Rugged and robust, Detective+ features either fixed or folding legs and a protective frame that allows stacking for easier storage.

Available with an optional internal pump for sampling versatility, alarms are announced with an extremely loud sounder, while multiple beacons ensure 360 degree visibility.

Detective+ may now also be equipped with infra-red (IR) sensors, providing either CO2 detection, or allowing higher levels of flammable gas monitoring. IR sensors also provide immunity to the poisoning effects which standard flammable gas sensors can suffer from. This extends sensor life and further increases measurement confidence in tough applications such as water treatment plants and certain chemical or hydrocarbon processing facilities.

Versatile and user friendly

• Infrared sensors available
• Built in pump option
• Clear display
• Allows sampling of highly flammable gas levels and carbon dioxide
• Unaffected by poisoning
• Provides fast response and extra sensor protection
• Provides sampling versatility
• Provides clear information, allows identification of gas hazard

Rugged, tripod design

• Raised sensor apertures
• Folding or fixed leg options
• IP65 specifications
• Prevents water ingress
• Allows stacking for easier storage and transportation
• Provides excellent sensor protection

Loud and clear alarms

• 25 Detective+ units may be linked together, up to 100m from adjacent units
• Units sending an alarm flash faster
• Audible and visible confidence blip
• Vivid red LED clusters for visual alarm
• Multiple beacons
• All linked Detective+ units indicate an alarm sensed by any one unit
• Provides effective warning of gas hazards
• Ensures 360° visibility

Gasman Personal Gas Monitor

For over 40 years, Crowcon Detection Instruments has produced state of the art gas detection devices for personal and industrial use. Building upon their reputation for reliable and innovative gas monitoring products, Crowcon introduces the Gasman personal gas monitor. Its lightweight and compact design is convenient for jobsites where workers need not be weighed down by excessive bulk and equipment. The unit conveniently clips to a pocket or helmet and operates continuously.

The Gasman personal gas monitor has numerous convenient features such as:

• One button technology
• Backlit LCD display
• Durable polycarbonate casing
• Quick response triple alert system
• Compact and lightweight design

Easy to Use

The Gasman s true one button technology is an ideal and simple design. The large glove friendly button is mounted on the front of the unit for easy access and controls all of the unit s programmable features. Also on the front, the Gasman s easy to read backlit LCD screen indicates gas readings and the battery status. The simple screen provides a clear indication of the unit s operation status. It will also alert the user 30 days in advance of when a calibration test is due. With a simple and intuitive design, Crowcon has produced a gas detector that reduces the complexities of workplace safety, and ensures workers in a straightforward manner that their equipment is on and operational.

Triple Alarm System

This portable single gas detection system features a triple alarm system that is sure to alert the user and anyone in the vicinity. The visible alarm utilizes a dual red and blue flashing LED light, and the unit houses an internal vibrating alert system. These two indicators allow for visual recognition in loud environments and working conditions. The alarm system also features a programmable audible alarm at 95 decibels. The unit is capable of a variety of alarm tones, and users can select which tone may be best for the individual workplace setting. The triple alarm system with multiple sensory indicators is sure to be noticed in almost any work environment.

Specifications

The Gasman single gas monitor is lightweight and compact, weighing less than 135 grams and with dimensions of 90 x 48 x 24 mm. The unit is available with a wide variety of gas sensors which feature various detection and alarm levels. The unit also features a quick response time of 20 seconds for flammable and toxic gases or 10 seconds for oxygen. Its datalogging feature has approximately 900 hours of storage and all events are time stamped. The battery life for this unit is incredible with 12 hours of runtime on a rechargeable battery or up to 2 years on a non-rechargeable battery.

2492-025 Dynagard 25 for CO2 Stand-Alone System with IR 24 Transmitter for Detecting Carbon Dioxide (CO2) from 0-25% vol. and GMA 41B Single Channel Controller by GfG

Simple and Effective

The Dynagard 25 Series accurately measures CO2 levels. The unit offers a local display, a horn / strobe, and a linear 4-20 mA output. The Dynagard 25 Series offers a safe and reliable gas warning system.

Alarm Points

Each alarm can be adjusted separately. The alarm point values can be freely adjusted within the detection range of the transmitter. Every alarm point value can be set to over range / under range, latching / non-latching, or resettable / non-resettable.

Alarm Relays

The controller provides four voltage-free relays for the three alarms and one fault warning. The relays may be used to control additional alarm devices like lights or horns. They can even prompt specific counter measures to prevent or limit dangers from gases or vapors.

IR 24 Detection Principle: Infrared Light

Since carbon dioxide (CO2) absorbs light in the infrared spectral range, the NDIR method used in the GfG sensor can measure the carbon dioxide concentration precisely and reliably. Infrared light is sent through the sensor chamber. Carbon dioxide absorbs a part of this light in a narrow spectral range, and the remaining light is measured at the detector. The difference between the light sent and received is proportional to the gas concentration. Water vapor or other gases that can be present in the sensor chamber do not affect the light absorption in this spectrum band.

Features

• Easy installation
• Local display and horn / strobe
• Adjustable alarm points
• On-board relays for external controls
• 4-20 mA output

61-0191RK-03 Sensor, IR, Carbon Dioxide (CO2) 0 - 5,000 ppm, Explosion Proof Direct Connection (No Transmitter, No J-Box), cULus Version by RKI Instruments

When working on potentially hazardous jobsites, safety managers should look for workplace safety solutions that are dependable and steadfast. When lives are on the line, a workplace cannot afford subpar safety products. That is why, at RKI Instruments, workplace safety is a top priority. Their Research and Development team work daily to integrate the latest technology with the best industry practices. With a reputation for excellent products, RKI Instruments introduces the latest in direct connect sensor technology. Designed for use in Class 1, Division 2 hazardous environments, the Direct Connect Sensors are designed specifically for RKI Beacon 110, 200, and 410 controllers.

Direct Connect Sensors

The RKI Direct Connect Sensors series gas sensors are state of the art gas detection sensors available for LEL, H2 Specific LEL, LEL IR, Oxygen, H2S, CO, CO2, and a variety of toxic gases. To use the Direct Connect Sensors, they can be used for remote detection by mounting them onto explosion proof junction boxes, or they can mount directly onto controllers and be used as a completely standalone system. Their unique plugin design allows for a quick and easy tool free installation on jobsites.

Detection solutions for a variety of hazardous environments

The Direct Connect Sensors are designed to be use in both indoor and outdoor settings. Additionally, some of the sensors are available in explosion proof models. The explosion proof models utilize a patented coating which serves double duty as also being water repellant. Users can also purchase splash guards to protect the sensors from very wet conditions.

Sensor Technology

Each sensor is crafted with stainless steel and housed in cast aluminum (stainless steel housing is available for some sensors). The Direct Connect Sensors are available in 2 forms: explosion proof and non-explosion proof. The explosion proof sensors are available as catalytic sensors for LEL, and LEL H2 specific. For hydrogen sulfide and carbon monoxide, the sensors utilize electrochemical technology which provides incredibly specific accuracy and quick response. Oxygen sensors work with galvanic technology, and infrared sensors for methane, hydrocarbons, and carbon dioxide. Non-explosion proof uses a galvanic sensor for oxygen; electrochemical sensors for hydrogen sulfide, carbon monoxide and other toxic gases; and infrared for carbon dioxide. Both explosion proof and non-explosion proof have 1 year warranties for materials and craftsmanship.

Specifications

The response times are under 30 seconds for all gases except hydrogen sulfide and carbon monoxide in the non-explosion versions (with a response time of 35 seconds) and non-explosion proof model sensor for toxic gases which has a 60 second response time. The life expectancy of all sensors are between 2 and 5 years.

The Direct Connect Sensors are compatible with several RKI Industries' accessories including calibration adaptors, flow through adaptors, remote horns and lights, calibration kits, battery backups, splash guards, air aspirator adaptors, and dataloggers.

*Please note we can only ship RKI products to customers within the United States

708 Combustion Efficiency Analyzer with Flue Probe by Test Products International

The carbon monoxide sensor used in TPI combustion efficiency analyzers feature an on-board filter capable of filtering NO (nitric oxide), NO₂ (nitrogen dioxide) and NOX (combination of NO and NO₂) to prevent cross sensitivity errors.

Use TPI analyzers to test flue gases in gas and oil fired equipment including high efficiency furnaces and condensing boilers. Measure CO, O₂, and stack temperature.

Determine combustion efficiency, CO₂, and CO air free. Some models include built-in differential manometer, combustible gas detection, PC communication, data logging, and can measure NO / NOX.

Features

Using TPI analyzers to determine combustion efficiency at the time of equipment set up minimizes call backs and can be used to verify to the home owner the value of service work by showing the increase in equipment efficiency after work is performed. Efficiency calculation can also be used to generate business by demonstrating the need to improve the efficiency of equipment or to show the benefit of purchasing new equipment with higher efficiency.

Quick And Simple Set Up

All TPI analyzers feature quick and simple set up. Fast purge and the ability to perform fuel selectionduring start up enable tests to be performed quickly without requiring extra set-up time after initial startup. TPI analyzers also use the last selected fuel as the default setting. This feature prevents the need toperform fuel selection every time the analyzer is turned on.

• Measure CO, and temperature
• Calculate CO2, efficiency, excess air, and CO air free
• Pump driven for fast response
• Will not shut off if 15 ppm CO is present for increased safety
• Ten selectable fuels: Natural Gas, LPG, Light Oil, Heavy Oil, Bituminous Coal, Anthracite Coal, Coke, Butane, Wood, Bagasse
• Optional A740 IR printer available for hard copies of test results
• Built-in differential thermometer
• Store function to save up to 50 readings
• Large easy to read backlit display

Applications

• Tuning of residential and furnaces and domestic boilers
• Ambient and stack testing for CO
• CO safety measurements in and around combustion sources
• Temperature checking, including superheat and hydronic differential temperatures

61-0198RK-03 Sensor, IR Carbon Dioxide (CO2) 0-5%, Non Explosion Proof Direct Connect, Replaceable Sensor by RKI Instruments

The RKI Direct Connect series gas sensors are highly reliable and very cost effective for the detection of common gas hazards. The direct connect series are available for LEL, H2 Specific LEL, LEL IR, Oxygen, H2S, CO, CO2, and for a variety of toxic gases. The sensors for LEL, H2, Oxygen, H2S, CO2, and Carbon Monoxide are explosion-proof with flame arrestors, and approved for use in hazardous areas (Class 1, Div. 1 Groups B, C, D). An optional non-explosion proof version is available for oxygen, H2S, CO, and CO2 for use in non-hazardous atmospheres.

The Direct Connect sensors can be used in two different ways. The sensors can be mounted directly to the controllers as a complete stand alone system, or they can be mounted to explosion proof junction boxes for remote detection.

The toxic sensors are electrochemical type plug-in sensors, which provide high specificity, fast response, and long life. The plug-in design allows quick replacement in the field with no tools required. Toxic sensors are designed for use in Class I, Div. 2 hazardous locations. Sensors are available for NH3, SO2, PH3, AsH3, and HCN.

The Direct Connect sensors can be used either indoors or outdoors. The flame arrestors for the explosion-proof versions utilize a patented coating which make them water repellent. Also, splash guards are available for use in very wet environments. An optional stainless steel junction box is available for corrosive environments.

All of the Direct Connect sensors are designed to specifically interface with RKI Beacon 110, 200, and 410 controllers.

Features:

• Available gases include; LEL, H2S, CO, & CO2; Toxic sensors include NH3, AsH3, HCN, PH3, and SO2
• Infrared sensor for combustibles and CO2
• Patented water repellent sensor coating
• Explosion proof construction
• Optional stainless steel junction box

Applications:

• Petrochemical plants
• Refineries
• Gas plants
• Offshore drilling platforms
• Water & wastewater treatment plants
• Pulp & paper mills
• Gas, telephone, & electric utilities
• Parking garages
• Manufacturing facilities
• Steel
• Automotive

*Please note we can only ship RKI products to customers within the United States