$1000 - $2000

3475-80/BAT200 6 LED Blast Light, Polyurethane-Wrapped Aluminum, 200ft Cable, Battery Clamps Includes 3112HC-LED Stanchion by Western Technology

The 3475 6-LED NO-AIR POLYURETHANE-WRAPPED ALUMINUM BLAST LIGHT is the most quality light for blasting in its class. It packs a big punch with a refracted optical design for targeted focus at a 25 degree beam angle, making it the perfect choice for your lighting needs.

Features

• LEDs emitting color at 6000K (+/-200K)
• Rated at: 1200 lm
• Refractive optical design for targeted focus at 26° beam angle
• Option to power directly from 12-28V AC/DC source
• Polyurethane-Wrapped Aluminum Body: Extremely durable & light weight
• Replaceable blast lens
• Dimensions: Length= 7" x Halo Diameter= 3"
• Weight: Lighthead 2 lbs, full system 8.5 lbs
• Mounting - Blast hose:Hand held
• Utility:Blast:Boiler Inspection:Hydro/Water Blast

CC22-750-DM CC 22 Series Fixed Transmitter with Ammonia (NH₃) Sensor, 0 - 4% vol. Range, Display / Modbus by GfG

Are you looking for an innovative and cost-effective transmitter for combustible gases, but without the need for explosion protection? Then a GfG 22 series transmitter is the right choice.

Time-proven and innovative

The CC 22 works according to the heat of reaction principle, a proven method for measuring combustible gases. 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.

Universal signal transmission

Either an analog or digital output signal can be transmitted by the CC 22 by means of a Modbus interface. Due to the different types of signal transmission, a 22 series transmitter can be connected to almost any gas detection system, also as an extra measuring point or as a replacement transmitter on existing systems.

Signal processing

The embedded software of the CC 22 linearises the measuring signal and compensates for the effects of temperature. As a result, correct readings are transmitted even with weather related fluctuations in temperature. The software allows problems to be detected, and the Modbus version also indicates any required service or maintenance work.

Weather protection

A weatherproof housing not only protects transmitters against exposure to wind and weather, but also against contamination and excessive temperatures caused by direct sunlight.

Optional colored graphic display

The clear graphic display of the CC 22 is self explanatory and allows you to read off the current status and other important information with ease. The display enables you to navigate effortlessly through the unit's concise menu and to change settings or even calibrate, depending on your user authorization. In the event of an alarm, the display will turn red.

Operation buttons

The buttons on the transmitter allow the unit to be calibrated and settings to be adjusted through the menu as needed.

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.

Calibration adapter

In order to perform regular bump tests, a calibration adapter is used on the transmitter, which ensures a uniform and secure supply of gas.

Easy and convenient service

GfG offers full after-the-sale commissioning and field service support.

Features

• Uses the catalytic combustion principle
• Long service life of the sensors
• High efficiency and low follow-up costs
• Sturdy plastic housing (IP 54)
• Cost effective single-man adjustment
• Affordable solution for many measuring tasks

CM1000-EC1 Kit, CM1000 + CS150TC-K=1/10K/3/8-PIN DIN + TDS1000 by Sensorex

The new SensoLab Series Benchtop Conductivity / TDS Meter is the perfect solution for a range of applications from instructional chemistry laboratories to quality control testing. This versatile meter can be powered in two ways, either with 6 AAA batteries to save your valuable bench space or with an AC power cable. Splash resistant casing adds durability, so your meter will stand the test of time.

Features:

• Sleek, small footprint design saves bench space
• Measure Conductivity or TDS and Temperature
• Intelligent auto ranging improves ease of use
• Waterproof case
• Automatic or manual temperature compensation

WD-35419-26 pH/Ion 700 Ion 700 Benchtop Meter with Stand and NIST-Traceable Calibration by Oakton

Oakton benchtop 700-series meters are designed for use in crowded laboratory settings. Compact footprint of less that 6" x 7" (16 x 18 cm) conserves valuable space, while the large, dual-display LCD provides excellent visibility even from a distance.

Ion 700 meter measures pH, mV, relative mV, ion concentration and temperature. Automatic temperature compensation (ATC) maintains reading accuracy even with fluctuating temperatures. Models feature five-point pH calibration with automatic buffer recognition for both USA (pH 1.68, 4.01, 7.00, 10.01, 12.45) and NIST (pH 1.68, 4.01, 6.86, 9.18, 12.45) pH buffers. Meters additionally feature ion concentration calibration of up to 5 points.

Meter features include Auto-Hold, selectable °F or °C measurement, and easy recall of electrode slope or offset. The convenient pull-out quick reference card keeps procedures handy at all times. Use 700-series meters with any pH, ORP, or ISE electrodes with a BNC connector.

As always, our waterproof meters are IP67-rated for both dust and water intrusion. Even with no probes attached!

• Compact footprint is over 40% smaller than other benchtop meters
• Large display permits easier readout viewing
• Datalogging allows you to store and recall up to 100 data sets

GD-K8A-SO2 GD-K8A Diffusion Sensor/Transmitter, Sulfur Dioxide (SO2) 0 - 10 PPM, with ES-238 Sensor by RKI Instruments

The GD-K8A is a diffusion style toxic gas detection transmitter ideally suited to meet your toxic gas detection needs. You can choose from a wide variety of toxic sensors to install in this model. The GD-K8A is an ideal solution for many toxic gas monitoring applications. The low profile design is only 1.5 inches thick and is easy to install. The hinged housing makes it easy to maintain. This transmitter can be installed with any RKI controller, or integrated to existing PLC or DCS system via 4-20mA output (24VDC two-wire, loop powered).

The sensors for the GD-K8A are aged and tested over a one to three month period, typically resulting in a three to five year life span, providing a lower cost of ownership for your gas detection system. The sensors are robust electrochemical type that feature higher sensitivity and selectivity. Fast sensor response time and excellent stability make these sensors the most reliable and longest-life electrochemical sensors available today.

At the heart of any gas detector is the sensor. With over 65 years of sensor technology experience, RKI has the knowledge and capability to provide the most advanced detection techniques and manufacture the most stable and long lasting sensors in the world. As a result the GD-K8A is one of the most stable and long lasting toxic transmitters on the market.

Features

• Diffusion style head
• Low profile design
• Quick response sensors
• Many toxic sensors to choose from
• 3 to 5 year typical sensor life
• Easy maintenance
• Selective for target gas
• Low cost of ownership

Applications

• Semiconductor manufacturing
• Petrochemical plants
• Refineries
• Water & wastewater treatment plants
• Pulp & paper mills
• Gas, telephone, & electric utilities
• Steel
• Automotive
• Refrigeration
• Food Storage
• Power Plants
• General Leak Detection

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

SPXCDUSNTX4 Sensepoint XCD RTD Transmitter, 4-20 mA, 3 Relays, Stainless Steel by Honeywell Analytics

Sensepoint XCD RTD from Honeywell Analytics makes it easy on your maintenance team, time and budget when faced with the challenge of monitoring toxic gases in Class I, Div 2 areas.

You can mount the unit up to 100 feet from the transmitter to obtain maximum gas detection coverage in areas not easily accessible or where the sensor would not be visible, as in high-or low-level concealed areas, or detection outside the room being monitored. XCD RTD offers unrivaled flexibility and performance via its easily recognizable display (traffic light pattern) to convey safety status, communication and mounting options, and onboard diagnostics.

Get More Return on Investment from the Practical Advantages of XCD RTD. Sensepoint toxic and oxygen sensors detect a wide variety of industrial gases at common measuring ranges, adding flexibility to your gas monitoring program, reducing your parts procurement costs and expanding your safety net.

Remote gas monitoring has never been this easy and cost-effective. Mount the sensor as shown in the illustration and view gas safety status via the large tri-color display on the transmitter, up to 100 feet away from the sensor. The advantages of this remote monitoring system are added safety, and reduced time spent on maintenance. There's no need for your team to climb ladders or bring in specialized equipment to view gas concentration readings or to conduct a safety audit. What's more, the removable sensor design of Sensepoint XCD RTD cuts downtime and eliminates the need for specialized training.

Reduce Cost of Ownership Over Life of the Product

• Cut stocking and procurement costs with a common transmitter platform
• Reduce maintenance time and expense with non-intrusive, one-man operation
• Simplify maintenance with plug-in, removable sensor
• Reduce inspection and training time with tri-color 'traffic light' display conveying safety status at a glance
• Simplify set-up and configuration with non-intrusive magnetic switches

Gain Added Flexibility, Reliability and Performance

• Extend gas sensing element up to 100 feet (30 meters) from transmitter; mount in the most difficult to access areas
• Reduce likelihood of human error via on-board diagnostics and easy-to-read display
• Protect against dust/water ingress with IP66/67 rated stainless steel or aluminum enclosure
• Prevent false alarms with auto-inhibit during maintenance
• Select sink or source 4-20mA output; integral or remote configuration
• Full range of accessories and purchase options let you choose the remote monitoring system that's right for your application

SPLIN1BAXYNUZZ Sensepoint XRL Fixed Point Gas Leak Detector, Bluetooth, cULus, NO2 20.0ppm, 4-20mA, Yellow by Honeywell Analytics

Sensepoint XRL is a fixed point gas leak detector that is designed to meet the needs of industrial applications. With over 50 years experience in gas leak detection, Honeywell offers a flexible range of highly-reliable sensing devices to meet those needs.

• Quick installation
• Rapid configuration
• Simple to operate
• Straightforward to maintain

Honeywell innovation enables customers to pair the gas detector with their mobile phone, and then use an app to perform many tasks related to installation, commissioning and maintenance.

Flexible Output Options

Sensepoint XRL is available with either mA loop analog output or Modbus RTU. The result is a flexible solution that can easily be incorporated into legacy systems as well as new installations.

Easy Control and Maintenance

Sensepoint XRL's smartphone interface makes for much faster calibration, configuration and bump tests. Inspecting the status and settings of individual Sensepoint XRL detectors is simple. Use the mobile app to:

• Read gas concentrations in real-time
• Reconfigure settings
• Check unit histories

Automated Reporting

Increase the efficiency of your operations and reduce administration time. The app and Sensepoint XRL provides easy access to diagnostic information and generates calibration reports at the touch of a screen.

Compatible System Controller

Touchpoint Plus is the perfect complement to Sensepoint XRL, providing an intuitive, easy to operate gas detection solution to meet the needs of your business.

Visual Integration

Clean aesthetics and a choice of colors mean that the detector appearance can be selected to compare or contrast with the environment in which it is being used.

Typical Applications

• Manufacturing facilities and factories
• Water treatment plants
• Battery charging facilities
• Vehicle test facilities
• Petrochemical plants
• Fuelling depots

Accessories

• Calibration cap
• Collecting cone
• Pole Mount Bracket Kit
• Duct Mount Kit
• Weather Protection
• Flow Housing

FEATURES & BENEFITS

• Choose from a range of mA or Modbus output versions for flexible system design to meet the customers requirements.
• Selectable source or sink current for analog output enables one detector to be suitable for both system configurations.
• The ingress protection of NEMA 4X/IP66 allows units to be installed in outdoor environemtns.
• Simplified maintenance with familiar smartphone technology saves money and time.
• Multi-color visual indicator to show status makes it easier to know the detector status immediately and identify detectors that require attention or are warning of danger.
• Manage the detector without making a physical connection. Remove the need for physical access to hard-to-reach devices.
• One person calibration without the need to open the detector. Saves time and removes need for hot work permit.

CES-EX-GB-02-200 LED Explosion Proof High Bay, 200W by Global Green

The anti-shock and vibration pattern and tempered glass lampshade design enables the explosion-proof LED high bay lighting to have a higher CRI, reducing glare in applications where users may have direct visual contact with the light source. It can be used for Class I, Division 2, Groups A, B, C and D; Class II, Division 2, Groups Fand G; Class III hazardous environment. The hazardous location high bay light is equipped with corrosion-resistant and high-strength aluminum alloy housing, which is suitable for salt water and corrosive environment. It is very efficient and safe, and multiple installation options, etc., which is very suitable for your project.

Features

• Patent designed to be Curved Fin Shape, maximize the best heat transmit.
• Housing-Aluminum alloy (ADC12).
• LED: LM80 certified, high efficacy, low decay, long lifespan.130Im/W ±5, up to 26000lm.
• Lens-tempered glass (8mm - 10mm) shock & vibration resistant, Super clear, >90% light transmit.
• Meanwell LED Driver, >90% driver efficacy.
• Circuit design: 4KV/6KV Surge Protection power supply.

Application

• Wastewater treatment plants
• Oil and gas refineries
• Petrochemical facilities
• Food and beverage facilities
• Power Plants
• Paper mills
• Shipyards
• Chemical Processing Facility
• Pharmaceutical Plant
• Coal mining plants

WD-53405-42 ECDOCTP2000PPG Instruments DO 2000 Polarographic DO Controller; 1/4-DIN, 80-250V by Oakton

The polarographic DO 2000 controller gives fast, reliable results with minimal flow rates and short polarization times. Polarographic, also referred to as amperometric, DO systems are commonly used in biological processes due to the compatibility of the probe materials.

The controller has four relays with time delay capabilities-- two set point relays, one wash relay, and one alarm relay. Dual-scalable 4 to 20 mA outputs for DO and temperature provide data for control or recording. Menu-driven setup program with three-level password protection provides easy and secure programming. UV-protected LCD with back lighting allows installation in wet environments and visibility in low light environments.

Packed with features for fermentation, aquaculture, or industrial applications

• On/off, proportional, and proportional-integral control mode options
• Ingress protection of NEMA 4X (IP66)
• 1% full-scale accuracy

XT-XUH0-Y-EU GasAlertMax XT II 3 Gas Detector, Combustible (% LEL, unfiltered), Oxygen (O2), Hydrogen Sulfide (H2S) - Yellow Housing, EU version (Europe) by BW Technologies

GasAlertMax XT II is the safest and most economical choice for multi-gas detection systems. Utilizing the most advanced technology on the market, the GasAlertMax accurately and reliably monitors up to four hazardous conditions, and offers a simple user friendly device for easy operation. Its standard safety features and compatibility with other instruments ensure that the gas detector is the best instrument for gas monitoring compliance.

GasAlertMax XT II specifications

The lightweight and portable unit is approximately 11.5 ounces, and features the latest technology allowing for a compact design. With an operational temperature range of -4 to 122 degrees Fahrenheit, the monitor is designed to function effectively in many harsh conditions. The cautionary yellow outer shell helps to ensure that the gas detector is carried with the user not left onsite. Additionally, the durable casing is resistant to water and features a built-in concussion proof boot.

Triple alarm system

The GasAlertMax XT II features a triple alarm system designed to alert users of potentially hazardous conditions. When the gas sensors detect specified levels of H2S, CO, O2, or combustible gases, the instrument will begin the triple alarm alert and notify users and those nearby. The device indicates these dangers with a vibrating alarm, an ultra bright visual alarm, and an audible alarm of over 95 decibels. The alarms are also designed to alert users of administrative needs such as battery replacement.

GasAlertMax XT II features

The GasAlertMax XT II has multi-language support features in English, French, Spanish, German, and Portuguese. The gas detector also has state of the art block detection with semi-conductor pressure sensor, and standard data and event logging. Accessories such as the belt holster, multi-unit cradle charger, and concussion proof boot are also available.

Upon activation, the unit will automatically test sensors, pumps, battery, and circuitry. For additional test and calibration, the GasAlertMax XT II is compatible with the MicroDock II automated test and calibration system and Fleet Manager II. Improving on its functionality, the unit is customizable. Users can change options for forced calibration and tests, safety locks, alarm setpoints, safe display mode, language choices, start-up message, and more.

The easy to read LCD screen displays continuous information about real-time gas concentrations and alarms. To maintain simplicity and ease of use, the GasAlertMax XT II also features a user and glove friendly one touch button for operation. The no-frills design has an added benefit of minimizing cost and user training. This simple, portable, and compact detector is the best instrument for confined spaces or potentially dangerous worksites.

Highest standards of reliability

The typical batter life ranges between 8 and 13 hours depending on the temperature. The durable and long lasting batteries can fully recharge in approximately 6 hours. The GasAlertMax XT II and its sensors feature a standard two year warranty. With safety and reliability as a top priority, BW Technologies has developed the multigas detector to utilize the most advanced technology on the market, while maintaining its simplicity and portability. When working in settings with possible gas exposure, users can be certain that the gas levels are being accurately and reliably monitored with the best technology available.

Part Number: XT-XUH0-Y-EU

18109329-033 DSX StandAlone Docking Station for MX6, 3 Inlet Ports, Australian Power Cord by Industrial Scientific

The DSX™ Docking station is an automated gas detector maintenance, record storage, and fleet management solution that flexes with the needs of your business. Choose from DSX-L Local Server, DSXi Cloud-connected, or DSX Standalone based on your data access requirements. All DSX Docking Stations offer automatic charging, bump testing, and calibration.

• Email alerts and notifications provide information on worker exposure, instrument usage, and instrument service needs
• Print bump test and calibration certificates for hot work and confined space entry
• Auto detect calibration gas type and expiration date upon cylinder connection
• Calibration gas status indicators provide warning to order replacement gas before a cylinder is empty
• DSX Standalone requires no PC or network connection
• DSXi Cloud-connected provides cloud-based record storage with automatic file back-up, fleet management, and automated maintenance and notifications through iNet Control
• DSX-L Local Server provides server-based record storage, fleet management, and automated maintenance and custom data reporting

18109329-134 DSXi Cloud-Connected Docking Station for MX6, 3 Inlet Ports, United Kingdom Power Cord by Industrial Scientific

The DSX™ Docking station is an automated gas detector maintenance, record storage, and fleet management solution that flexes with the needs of your business. Choose from DSX-L Local Server, DSXi Cloud-connected, or DSX Standalone based on your data access requirements. All DSX Docking Stations offer automatic charging, bump testing, and calibration.

• Email alerts and notifications provide information on worker exposure, instrument usage, and instrument service needs
• Print bump test and calibration certificates for hot work and confined space entry
• Auto detect calibration gas type and expiration date upon cylinder connection
• Calibration gas status indicators provide warning to order replacement gas before a cylinder is empty
• DSX Standalone requires no PC or network connection
• DSXi Cloud-connected provides cloud-based record storage with automatic file back-up, fleet management, and automated maintenance and notifications through iNet Control
• DSX-L Local Server provides server-based record storage, fleet management, and automated maintenance and custom data reporting

18109330-032 DSX StandAlone Docking Station for Tango TX1, 3 Inlet Ports, European Power Cord by Industrial Scientific

The DSX™ Docking station is an automated gas detector maintenance, record storage, and fleet management solution that flexes with the needs of your business. Choose from DSX-L Local Server, DSXi Cloud-connected, or DSX Standalone based on your data access requirements. All DSX Docking Stations offer automatic charging, bump testing, and calibration.

• Email alerts and notifications provide information on worker exposure, instrument usage, and instrument service needs
• Print bump test and calibration certificates for hot work and confined space entry
• Auto detect calibration gas type and expiration date upon cylinder connection
• Calibration gas status indicators provide warning to order replacement gas before a cylinder is empty
• DSX Standalone requires no PC or network connection
• DSXi Cloud-connected provides cloud-based record storage with automatic file back-up, fleet management, and automated maintenance and notifications through iNet Control
• DSX-L Local Server provides server-based record storage, fleet management, and automated maintenance and custom data reporting

3300-42-001 CC 33 Fixed Transmitter with Propane (C3H8), Aluminum Housing, 0-100% LEL (MK 217-3), 4-20 mA No Relay by GfG

It has always been our aspiration to combine innovative ideas and technology with functional design. This is how quality and longevity come about. Attributes symbolic of the name GfG in gas measurement.

Are you looking for an innovative transmitter for flammable gases, but need explosion protection? Then a transmitter from the GfG 33 series is the right choice.

Robust housing for every application

The transmitters of the 33 series are flameproof encapsulated and fulfill the requirements of the type of protection "d". Depending on the application, you can choose the 33 transmitter with an epoxy-based aluminum or a pure stainless steel housing. In order to meet the quality requirements of our customers and our own standards in terms of durability, we use a particularly high-quality and durable Viton seal in the 33 series. This can withstand even the toughest operating conditions for many years.

Variants

GfG offers the CC 33 in two variants:

For conventional industrial The CC 33 is available in a lacquered die-cast aluminum housing with 10mm thick bulletproof glass. Applications with special conditions such as e.g. in the Food industry can be covered by a unpainted housing made of stainless steel with a 15mm thick bulletproof glass.

Operation by means of magnetic pin

The three magnetic switches behind the protective glass, which is up to 15mm thick, can be operated using the GfG magnetic pin. The GfG typical three-button operation is easy to understand. The menu is clearly structured and logically structured.

All transmitters of the 22, 29 and 33 series have a uniform user interface. The uniform operation and the logical system structure keep your training and maintenance effort as low as possible.

Proven and innovative is not a contradiction

The CC 33 works on the principle of catalytic heat generation (WT), a proven method for measuring combustible gases. The transmitters are equipped with high-performance electronics for voltage stabilization, processing of measured value output and temperature compensation. The long life of the sensors minimizes follow-up costs.

Sensor technology

With improved sensor technology and the unique GfG "chimney effect", the CC 33 transmitter for combustible gases has one of the fastest response times in the world. There are more crucial seconds left to initiate countermeasures and to bring people to safety.

Universal signal transmission

The measured values and status displays of the 33 series can be transmitted either analog or digital via the Modbus interface. Due to the different variants of signal transmission, a transmitter of the 33 series can be connected to almost any gas warning system as an additional measuring point or in exchange for existing transducers.

Signal processing

The embedded software of the 33 transmitter linearises the measurement signal and compensates for temperature influences. As a result, correct measured values are transmitted even in the event of weather-related temperature fluctuations. The execution of the software enables the detection of faults and, in the Modbus variant, the requirement of required service or maintenance work.

Smart sensors

Pre-calibrated sensor modules can be screwed directly into the sensor receptacle on the housing of the CC 33. The smart GfG sensors are pre-programmed with all the necessary parameters and can be used without much effort ("plug and play"). Sensor changes are shown in the display. (catalytic and electrochemical sensors)

Three freely programmable internal relays

The 33er transmitters can be used as a "stand-alone system". You can set the two alarm thresholds individually and freely program the optional three relays. You do not need a cable to a controller and you can nevertheless reliably switch safety-related devices.

With colored graphic display

The clearly laid-out graphic display makes it easy to read the device status, the current measured value and many other important information. In the event of an alarm, the display turns red. The large LEDs signal from a distance the current device status and thus serve the rapid information of your employees about any alarms or malfunctions.

Using the display, you can easily navigate through the clear device menu and make various settings, including calibration, depending on your user authorization.

Calibration

For regular function control with gas application, a calibration adapter is placed on the transmitter to ensure a safe and even gas supply.

61-1004RKSS-10 Sensor, IR, Carbon Dioxide (CO2) 0 - 100%, Stainless Steel, Explosion Proof with J-Box 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

6400-0021 MGS-250 Infrared R407CReplacement Detector by Bacharach

Bacharach's new MGS-250 Infrared Refrigerant Gas Transmitter is the leader in performance and flexibility at an economical price. There are two versions available - a cost-effective broadband sensor used for gross leak detection or gas-particular versions that are even more distinct, pre-calibrated and characterized for response to specific refrigerants. Its simple-to-use interface gives the user the ability to set all parameters and outputs without opening the unit, moving jumpers, using mulitmeters or adjusting potentiometers.

The MGS-250 family is a cost effective solution for detecting a variety of refrigerants without the limitations posed by solid-state sensor technologies. The long-life, proprietary NDIR infrared sensor allows for accurate low-level leak detection (0-3,500 ppm), delivering up to 5-7 years of maintenance-free operation without the need for costly annual gas calibrations. Infrared sensing technology makes the MGS-250 immune to cross sensitivities to combustible and toxic gas as well as changes in temperature and humidity. The unit has an alpha-numeric LED display to show constant real-time readings, an on-board LED indicator for when the sensor is in an alarm state, and an audible alarm to alert personnel in the area that levels have exceeded the desired limit. An optional protective splash guard is available for use in areas with high water spray such as food and beverage facilities or chiller rooms.

Features & Benefits:

• Long-life, Non-Dispersive Infrared (NDIR) sensor allows for accurate low-level leak detection
• Detects all refrigerants (CFC, HFCs, HCFC, HFO's), including HFO1234YF, HFO1234ZE, R410a & R22
• Fast-responding, refrigerant-specific sensor with no cross interferences to other gases
• No field calibrations required
• Modbus RTU interface to connect to BAS/BMS systems and on-board alarm relay
• User selectable analog output: 4-20 mA, 0-5V, 1-5V, 0-10V, 2-10V
• Bright, alpha-numeric LED real-time display with on-board audible and visual alarms

6400-0034 MGS-250 Infrared R513A Replacement Detector by Bacharach

Bacharach's new MGS-250 Infrared Refrigerant Gas Transmitter is the leader in performance and flexibility at an economical price. There are two versions available - a cost-effective broadband sensor used for gross leak detection or gas-particular versions that are even more distinct, pre-calibrated and characterized for response to specific refrigerants. Its simple-to-use interface gives the user the ability to set all parameters and outputs without opening the unit, moving jumpers, using mulitmeters or adjusting potentiometers.

The MGS-250 family is a cost effective solution for detecting a variety of refrigerants without the limitations posed by solid-state sensor technologies. The long-life, proprietary NDIR infrared sensor allows for accurate low-level leak detection (0-3,500 ppm), delivering up to 5-7 years of maintenance-free operation without the need for costly annual gas calibrations. Infrared sensing technology makes the MGS-250 immune to cross sensitivities to combustible and toxic gas as well as changes in temperature and humidity. The unit has an alpha-numeric LED display to show constant real-time readings, an on-board LED indicator for when the sensor is in an alarm state, and an audible alarm to alert personnel in the area that levels have exceeded the desired limit. An optional protective splash guard is available for use in areas with high water spray such as food and beverage facilities or chiller rooms.

Features & Benefits:

• Long-life, Non-Dispersive Infrared (NDIR) sensor allows for accurate low-level leak detection
• Detects all refrigerants (CFC, HFCs, HCFC, HFO's), including HFO1234YF, HFO1234ZE, R410a & R22
• Fast-responding, refrigerant-specific sensor with no cross interferences to other gases
• No field calibrations required
• Modbus RTU interface to connect to BAS/BMS systems and on-board alarm relay
• User selectable analog output: 4-20 mA, 0-5V, 1-5V, 0-10V, 2-10V
• Bright, alpha-numeric LED real-time display with on-board audible and visual alarms