All Products

JW-2500B-P Jar, Poly 500g by AquaPhoenix

Polyethylene Jar, Wide Mouth.

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

65-2301RKSS-NH3 Sensor, Ammonia (NH3) Sensor, 0 - 75 ppm, Direct Connection, Stainless Steel, Non Explosion Proof with J-Box (No Transmitter) 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

G222E-2300 G222E Single sensor configuration - Nitric oxide (NO) - Instrument Only / 1 ppm Res. / 0 - 100 ppm Range, 2-year sensor warranty by GfG

Sturdy and compact dual gas detector for monitoring toxic gases, H2 and O2

The G222E is the first device in GfG s Micro 5 series. At present, it is the smallest and at the same time one of the lightest one- to two-gas detectors with two electrochemical gas sensors (EC) in the world.

Safety through quality and functionality

Equipped with high-quality, precise and durable sensors, the system is individually tailored to your requirements. Currently, sensors are available for 20 different gases and a wide array of measuring ranges. Combine them according to your requirements or increase the safety of your employees even further by redundant use of the same sensors to minimize the danger from a specific gas.

A simple, two-button menu and a large, easy-to-read display provide easy menu navigation and reliable information even under difficult conditions.

Suitable for long periods of use

Depending on sensor equipment and configuration, the G222E has an average operating time of up to 9 months at 10 hours per working day or 90 days in 24/7 operation. The battery of the G222E can be changed in seconds if necessary and the gas detector is ready for use again.

Data logger

The internal data logger stores the last 2600 events. These include measured values, alarms, TWA and STEL values, and time as well as temperature information.

Calibration Cap & Smart Cap

Calibration and adjustment of the G222E are quite simple. All you need is the Calibration Cap for manual zero and test gas application.

If you want to read out the content of the data logger, you will need the Smart Cap, a USB connection cable and the Config Software for the G222 series instead.

SST1-H-36 SST1 Single Gas Detector, H2S 0-500ppm 3 Year Fixed Life (Hydrogen Sulfide) by WatchGas

The SST1 single gas detector provides up to three years maintenance free operation and is available in H2S, SO2, CO or O2 (2 year only) models. With its simple design it is perfect for users that are looking for ultimate protection while being easy to use, durable and cost effective. Simply turn on the device and it runs 24/7 for 2 to 3 years – no calibration, no battery replacement no charging and no stress. The device is easy to use and reduces the need for extensive training. The SST1 coupled with the SST Dock allows for the fastest bump testing on the market and makes fleet management extremely simple.

Applications

• Oil and gas upstream
• Oil and gas downstream
• Contractors
• Site maintenance
• Turn arounds and shutdowns
• Boiler rooms
• Steel plants
• Laboratories
• Shipping
• Power generation
• Mining

Features and Benefits

• Easy Setup: Near Field Communication built in as standard allows for a wide range of solutions depending on your needs. Simply pair with the WatchGas App to manage your fleet, bump, calibrate, assign or download event logs. See Tap & Go application note for more information on the benefits of NFC.
• Sensor: Using the latest in Solid State Technology our H2S, CO, O2, & SO2 offer stability and reliability over extreme temperatures and conditions. With its smaller form factor and the removal of traditional Electrolyte allows for a new standard in the single gas market.
• Display: With the largest LCD in its category the SST1's display shows months remaining.
• Rugged: Designed with the harshest environments in mind the SST1 offer an Ingress Protection rating of 67-68. The casing is a double shot housing that gives extra robustness while not compromising on quality. The screen protectors located either side of the display are to protect the LCD from scratching and is required due to the smaller sensor profile.
• Alert: As a safety device it is essential that the device clearly notifies users of the presence of gas. The SST1 has a 95dB alarm at 30 centimetres which is the industry standard and is required in loud industrial environments. High and Low alarms can be configured by the customer and automatically updated directly on the device or through the SST Dock.
• Cost Effective: Designed to be zero maintenance and remove the need for calibration the SST1 allows for 2 or 3 years of full up time. No sensor or battery replacements means no hidden costs and a one-year shelf life it is perfect for turn arounds and contractors.

M5IR-00B0-R-P-0-Y-N-00 GasAlertMicro 5 IR Detector CO2 (IR) - NiMH Battery and Pump 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.

Part Number: M5IR00B0RP0YN00

90446-52 Probe Type-K 6" L Fiberglass Stpdld by Digi-Sense

Magnesium Oxide insulated thermocouples, commonly referred to as MgO thermocouples, are used in many process and laboratory applications. Many desirable characteristics make them an excellent choice for general and special purpose applications. They are available in all thermocouple element types, single or dual elements, a wide variety of sheath diameters / materials, rugged in nature, bendable, and have fairly high temperature ratings.

• 316 stainless steel sheath

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

Part Number: 10L-415

73-0053-H2O2 SC-8000 Toxic Gas Detector, Hydrogen Peroxide (H2O2), 0-0.20 ppm, Li-ion Type by RKI Instruments

The SC-8000 sets the new industry standard for rugged, reliable portable toxic gas detection. It s compact light weight tough water proof and intrinsically safe design utilized features based on years of gas detection experience to assure that the instrument will be operated properly to check for gas leaks and protect workers as well as property in toxic gas detection applications.

Features:

• Real time detection with ppm range
• large digital display with backlight
• Loud alarm buzzer with 95dB
• 2 Steps adjustable alarm volume
• Easy and simple operation
• Compact size and light weight
• ATEX intrinsically safe design EXia IIC T4
• Water and dust resistant IP67
• Datalogging standard

Applications

• Semiconductor plants
• Petro chemical / Chemical plants
• Refineries
• Gas plant / Gas supplier services
• Utilities
• Personal monitoring
• Hazmat response
• Water / wastewater treatment

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

H-010-0005-000 Smoke Kit by Honeywell Analytics

Kit Includes

• Aspirator bulb
• Tube tip breaker
• Small soft carrying case

Note: Smoke tubes sold separately.

WD-35632-30 pH/DO 450 Portable Waterproof pH/DO Meter with Probe by Oakton

The pH/RDO 450 meter uses optical measurement technology offering fast response times and long-term stability with minimal maintenance. Plus the automatic temperature compensation (ATC), barometric pressure compensation, and salinity correction further ensure measurement accuracy. The large, backlit LCD lets you view pH, ISE, mV, % saturation, or mg/L (ppm) simultaneously with temperature.

Rugged, IP67-rated waterproof housing makes the meter ideal for plant or field testing. Additional features include ready (stability) indicator, smart averaging, hold function, calibration alarm, and battery-life indicator.

Perform data logging with manual or timed collection of up to 500 data sets with real-time clock time/date stamp. Order optional data cable for USB and RS-232 connectivity.

• Durable waterproof and dustproof design with IP67 rating
• Eliminates costly, tiresome membranes and solutions
• Barometric pressure and salinity correction
• USB and RS-232 output for up to 500 data sets
• Built-in stand allows for easy benchtop use
• 500 hours battery life, or optional universal power adapter

Part Number: C2HOSE41

2901-09-002 IR 29 Di Gas Transmitter with Display, IP67, Methane (CH4), 0 - 100 LEL by GfG

Measuring Principle

IR transmitters have become recognized as reliable gas warning systems for explosion protection. They are used to detect individual combustible gases or a wide range of gases. This involves sending an IR beam with a certain light intensity through a measuring space and then capturing it with a detector. Parts of this beam are absorbed by, amongst other things, hydrocarbon molecules. The reduced light intensity of the beam is registered by beam detectors and converted into a signal as the existing % LEL gas concentration.

Benefits

A special feature of our IR technology is its ability to also measure combustible gases above the lower explosion limit. Moreover, the measurement does not require oxygen.

With this technology there is basically no risk of contaminating the sensor, through silicone vapors or hydrogen sulfide, when using catalytic combustion sensors.

Operation

IR transmitters are usually used with 2 wavelengths, a so-called reference wavelength and just one measuring wavelength. Strict limits are applied to these systems. The absorption spectra of many hydrocarbons are located in the wavelength range of 3.3 μm and overlap to a large extent.

This means that gases with overlapping spectra and just one measuring wavelength can no longer be clearly distinguished. Some hydrocarbons, e.g. the frequently used welding gas acetylene, are non-absorbing in the wavelength range of 3.3 µm, but absorb instead in neighboring wavelength ranges.

In many practical applications, it is not essentially important which gas is responsible for the explosion risk. Therefore, early warnings through the broadband measurement of hydrocarbons in order to monitor the lower explosion limit (LEL) must be guaranteed. False alarms with uncritical concentrations of individual gases or solvents are thus absolutely unacceptable.

These requirements are problems for systems with 2 wavelengths.

Patented GfG Technology

The internationally patented technology of the IR 29 has been developed to solve these problems. The gold-plated mirror optics of the sensor contains 2 radiators and up to 4 detector elements with different optical filters. The precisely calculated, microstructured and pure gold coated mirror optics of the IR 29 are supplied for the first time without beam splitters.

This helps to cut signal losses by 50 % and to completely avoid the physically-related disadvantages of a beam splitter. The measured values from two additional wavelengths (4 wavelengths in total) ensure improved detection of individual gases and thus enhanced selectivity. This results in the prevention of false alarms. Only a 4 wavelength system always guarantees early warnings and the simultaneous prevention of false alarms.

New Technology

The IR 29 is the first and only intrinsically safe IR gas transmitter with patented 4-beam 4-wavelength technology.

The ignition protection class "intrinsically safe", which is so essential for industrial plants and the mining industry, is achieved by the additional use of the SB1 safety barrier and its internationally patented and innovative design.

Complete Safety Even In Zone 0

The IR 29 is the first IR gas transmitter that can also be used in Ex zone 0 and which enables maintenance as well as replacement of the sensor head without additional expense when energized.

Universal Application

The IR 29 with its robust V4A stainless steel housing has been designed to withstand the harshest environmental conditions.

The application areas of the dust and water-protected structure range from production and storage areas to disposal sites, biogas plants, mines and oil rigs.

Internal Data Logger

A standard built-in data logger records all the measuring data, minimum / maximum values, average values and alarm events of the last 24 hours in a ring buffer.

The recording can also be shown on the display as a 2 and 8 hour trend indicator.

The histogram mode can be selected as a permanent display of the measured values. These values are continuously updated.

Graphical Display

Measured values are shown on the high-contrast graphical display. The display can be rotated 180° depending on the installation of the IR 29.

Self Diagnosis

Processor-based signal processing enables the systematic compensation of temperature dependencies, aging influences and soiling effects. Safety-relevant functions are monitored permanently via self-diagnosis procedures and a possibly required service is indicated automatically. Daily interfering factors, such as dust and dirt accumulation, are almost completely eliminated by the innovative design.

Pressure Sensor, Moisture and Temperature Compensation

The measuring accuracy of IR sensors depends on partial pressure and thus also air pressure. Climatic fluctuations or barometric high pressure therefore influence the measuring result. Furthermore, the absorption spectrum of water almost completely covers that of hydrocarbon absorption in the 2.7 to 3.3 μm range. Air humidity therefore initially generates a measuring signal the same as the actual measuring gas. This cross-sensitivity is of particular importance in warm areas with high relative humidity. An increase in the absolute water absorption capacity of air is not linear with the temperature, i.e. three times as much water can be absorbed at 40 °C than at 20 °C. This influence can only be compensated if the current moisture content of the air is known. The IR 29 can be optionally equipped with a pressure and moisture sensor for compensation.

Maximum Safety

The innovative display enables the realization of completely safe warning concepts.

Local displays and signals directly at the device can be used to provide an early warning of potential risks.

The display at the upstream safety barrier SB1 D enables the detection of risks outside the danger zone being monitored.

This allows immediate on-site action before really hazardous situations occur.

Dust Protection

A gas permeable, water-repellent diaphragm protects the absorption space of the transmitter against dust. The additional impact protection made from robust V4A stainless steel prevents mechanical damage to the optical components.

The diaphragm can be cleaned or replaced in a matter of minutes.

Remote Controls

The IR 29 transmitter does not feature control elements for setting or servicing tasks. This helps to prevent accidental or unauthorized manipulation.

Service work at the IR 29 transmitter is carried out using the RC 2 remote control.

Features

• First intrinsically safe infrared transmitter for explosion protection
• ATEX II 1G Ex ia IIC T4 Ga C0158 can also be used in Ex zone 0
• Temperature, moisture and pressure compensation
• Patented infrared technology (NDIR)
• The energized IR sensor head can be replaced in Ex areas
• Maintenance and service-friendly

Part Number: PSRS01

0560 0510 510 Pocket Pro Pressure Meter with Air Velocity by Testo

The differential pressure meter is ideally suitable for pressure measurements in the range 0 to 100 hPa. testo 510's differential pressure measurement is temperature-compensated for accurate readings. Readings can be displayed in Pascal over the whole measurement range. Magnets at the back of the instrument enable hands-free operation, for instance, while adjusting gas heaters.

• Display in Pascal possible over entire measurement range
• Accuracy: ±0.03 hPa (0 to 0.30 hPa) / ±0.05 hPa (0.31 to 1.00 hPa)
• Temperature compensation
• Magnetic rear permits free-hand work
• Flow velocity measurement with Pitot tube (Pitot tube not included in delivery)
• Air density compensation
• Protective cap for safe storage
• Including wrist strap and belt holder
• Backlit display
• Switchable units: hPa, mbar, Pa mmH2O, mmHg, inH2O, inHg, psi, m/s, fpm