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SD7420CD-ORP Differential ORP Probe with Direct 4-20mA Output by Sensorex

Differential sensors have longer working lifetimes

The differential design employs two glass electrodes, which record pH or ORP measurements differentially with respect to a third metal electrode. The reference cell of a differential sensor is actually a measuring electrode in a concentrated pH 7.0 buffer solution rather than a traditional silver/silver chloride reference. This type of reference cell resists contamination by the sample, improving measurement accuracy and extending sensor lifetime.

Save time and money with quick and easy maintenance

With differential technology, you won't have to replace the entire sensor after just a few months. Simply replace the salt bridge and refill the reference solution to keep your electrode working longer.

Don't want to purchase a transmitter or controller?

You don't have to. With a direct 4-20mA output, these differential sensors can be hooked up to a PLC or SCADA system with no transmitter or controller required.

Reliable performance in variable operating conditions

The differential design provides unsurpassed accuracy by virtually eliminating ground loops. Automatic temperature compensation ensures measurement accuracy in environments with rapid temperature changes. Durable Ryton® PPS body construction for extensive chemical compatibility.

Features:

• Employs differential measurement technique
• Complete encapsulation protects internal electronics
• Buffered reference cell solution resists contamination
• Superior accuracy through elimination of ground loops
• No transmitter required: direct 4-20mA output signalTwo year limited warranty

SG200CIT pH Sensor, Glass, Calomel Free, 12mm by Sensorex

Calomel Free pH electrodes!

The performance of a Calomel electrode is now available without the hazardous Mercury associated with the design. The "Calomel Free" design features an Ag/AgCl based double junction reference with a unique silver ion trap acting as a third junction to impede any silver ion contact with the sample. Reference output is adjusted to deliver the same output as a Calomel electrode using a silver chloride reference.

Glass or Plastic Body Electrodes!

Traditionally, pH electrodes have been made of all glass construction. However, today's thermoplastics are able to construct pH electrodes with durable and chemically resistant bodies to reduce any breakage. The protected design of the plastic body electrode extends over the measuring surface, making the pH glass bulb virtually unbreakable.

Sealed vs. Refillable Reference!

Both sealed and refillable styles are available. Sealed references are gel-filled and maintenance free while refillable designs extend electrode life by having a refillable reference electrolyte.

Features:

• Fast Response...No Silver Ion Contamination
• Use in Place of Calomel pH and Reference Electrodes
• Combination Triple Junction Design
• Uses No Hazardous Calomel Based Material (MERCURYFREE!)/RoHS compliant
• Sealed and Refillable Models
• Glass and Epoxy Body Models

WD-20250-49 Replacement USB Cable for Temperature/RH Touch Screen Recorder by Digi-Sense

Accessories to support your 20250-40 Digi-Sense Temperature Humidty Touchscreen Recorder.

08009-34 ASTM Like Liquid-In-Glass Thermometer; 58C / Tank, Total Immersion, -34 to 49C, Organic Liquid Fill by Digi-Sense

These thermometers are precision manufactured to conform to ASTM E-1 specifications except for not being mercury filled. Designed for use in quality control laboratories or when mercury filled thermometers can not be used but where ASTM standards are still needed. ASTM established thermometer standards suited for special applications, and assigned an ASTM number according to each specification.

Thermometers feature permanently fused markings, blue spirit liquid, white background glass; are also individually serial numbered.

• Designed for specific ASTM (American Society for Testing and Materials) test methods
• Nonmercury blue spirit liquid

SPXCDALMB1 Sensepoint XCD Gas Detector, 4 to 20 mA output, ATEX/IECEx/Asian approvals, 2 x M20 entries, painted LM25, includes infrared carbon dioxide sensor cartridge 0 to 2.0% 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.

Part Number: 17L-308

Scintillation Probe - 1.0'' x 0.040' 'NaI (Tl) crystal (1.0"diam x 0.04" thick) (25.4 x 1.0mm) by SE International

Typically, crystals are grown to order once we find the right one for your needs. Below are the specifications for the most common detectors that we offer in this variety.

NaI(Tl), or Sodium Iodide, crystal is recommended for nuclide identification in room temperature application. It provides the best energy resolution for gamma rays in this environment and is relatively inexpensive. Sodium Iodide probes are available in a wide variety of sizes.

The CsI (Tl), or Cesium Iodide, crystal used in Radiation Alert® Probes has a higher atomic number, is more rugged, and less hygroscopic than a typical Nal detector. The improved gamma ray absorption allows a thinner crystal to be used, effectively reducing the background count rate.

1 Inches X 1 Inches (Typically 1.0" dia x 1.0" thick (25.4 x 25.4mm)
2 inches X 2 Inches (Typically 2.0" dia x 2.0" thick (50.8 x 50.8mm)
Smaller and larger custom sizes available.
Nal(Tl) Standard. Optional Extra: BGO, Cs(Tl) or (Na), TSO. Contact for more info.

Part Number: G21995PN

Old Part Number: HP10724
New Part Number: H10724VN

SD-1GH-XXX SD-1GH Detector Head, Semiconductor Type, Replace XXX with Specified Gas, 4-20 mA Transmitter by RKI Instruments

RKI Instrument's model SD-1 Series smart combustible gas, toxic gas, oxygen, and organic vapor detector/transmitter is a robust and reliable explosion proof design for detecting LEL and ppm levels of hazardous atmospheres. In addition to measuring the common %LEL levels of methane, hexane and isobutane, for example, the SD-1 Series also has the capability of measuring a wide variety of toxic organic compounds in a PPM range such as acrylonitrile, ethylene oxide, n-methyl pyrolidone, methylene chloride and many others. This gives the SD-1 Series a unique niche in RKI's gas detector line-up. The SD-1 has an ATEX/IECEX approval for the explosion class ExdIICT5 and has an IP-65/67 ingress protection rating.

The SD-1 has a 4-20mA signal output as well as relay contacts for interfacing with other control systems or monitoring facilities. All SD-1 types are also available with HART communication instead of 4-20mA relay. SIL2 is available for the IR, EC and OX types. In facilitating non-intrusive conditions in hazardous atmospheres, the SD-1 can be calibrated and it's menus navigated with magnetic switches and a magnetic key.

Features

• Wide range of detectable gases: % LEL Combustibles, catalytic; % LEL Combustibles, IR; H2S, CO, & O₂; PPM for acrylonitrile, hydrogen, ethylene oxide, n-methyl pyrolidone, methylene chloride, and many others
• Sensor types include: Catalytic, Galvanic Cell, MOS, IR, & Electrochemical
• Direct digital display of gas readings
• HART Communication protocol or 4-20 linear output
• Available with SIL2 approval (IR, EC, OX versions)
• Easy maintenance using a magnetic key
• Self-diagnosis by microprocessor
• Low power operation (Maximum: 3W)
• Explosion proof: ATEX, IECEx, ExdIICT5

Applications

• LNG Terminal
• Petrochemical/Chemical plants
• Power plant
• Utilities
• Iron and steel works

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

9610B BRICK EP Explosion Proof All in One Lighthead, 100' Cable & Explosion Proof 15AMP Plug (No External Power Box) by Western Technology

The BRICK™: 9610 LED explosion proof mountable area light is the most versatile and rugged portable explosion proof LED light on the market. Built for a variety of applications ranging from Aviation and Ship Building to Power Generation and Refineries. The BRICK™ is the perfect choice for your portable lighting needs. The BRICK™ is approved for hazardous locations. Class I, Div. 1 & 2, Groups C & D; Class II, Div. 1 & 2, Groups E, F, & G; CSA Zones 1 & 2; Zones 201, 21, 22. Kick-It Tough™ Explosion Proof Lighting

Features

• Approved for: Class 1, Div 1 & 2; Groups C & D
• Approved for: Class II, Div 1 & 2; Groups E, F, & G
• Approved for: CSA Zones 1 & 2; Zones, 20, 21, & 22
• Conforms to UL Stds 153, 781, 844;
• Certified to CSA Stds C22.2#s 12, 25, 137
• Suitable for Wet Location Use
• Certified: Portable Luminary (Portable Luminaire)
• Temperature Rating: T-Code: T5 (-20°C to +40°C); T4 (-20°C to +100°C)
• LEDs Color: ~6000K, CRI >70
• Rated with optics: 50,000 Lux at 1'
• Rated with optics: >11,500 lumens
• Reflective Optic Beam Angle: 60°
• Light Head Power: Models A and C: 36VDC, 2-3A
• Weight: 10 lbs (light head only)
• Dimensions: 10"L x 5"W x 4"H
• Protection: Polyurethane Bumper
• Multiple Mounting Options: Flexible Mechanical & Magnetic mounting (See Mounting Options)

20250-65 TMini Particle Counter with Bluetooth® Connectivity by Digi-Sense

Using our free Digi-Sense D/S Particle app, this mini particle counter with Bluetooth® technology allows you to transmit data directly to your Android or iOS device. Now you can view data at a safe distance from dangerous equipment or hazardous locations and even use your smart device as a real-time secondary display for checking measurements, eliminating the need to write down readings on paper. The results are automatically stored in the app with a date-and-time stamp and can be saved as a CSV file and emailed for future reference, manipulation, or analysis to help determine trends and conditions over a long period of time. Use the app to attach photos and notes to the records creating a clear reference point for your work—ideal for record keeping at large sites.

The handheld particle counter provides fast, easy, and accurate readings for particulate matter and particle mass concentration with air temperature and relative humidity measurements. It allows you to simultaneously measure PM2.5 and PM10. Other features include a selectable sample time, analog bar indicator, °F/°C selection, clock display, and auto power-off. Ideal for environmental protection and energy-saving applications.

• Get the most out of your data with our user-friendly mobile app
• Unlimited data storage based on smart device capacity
• Monitors particles, air temperature, and relative humidity
• View measurements clearly on 2" color TFT LCD
• Tilt stand offers easy hands-free viewing

Includes

Kick stand, protective cap, and one 9 V battery.

Part Number: 17L-346

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

TDSK300000/G Conductivity Standard Solution, 300,000uS (Gal) by Sensorex

TDS/Conductivity instruments and sensors must be calibrated together. For a single-point calibration, select the one solution that approximates the expected conductivity or ppm level of total salts. Mixed Salt standards are the most frequently used in the field to sample naturally occurring water sources, boiler feed water, or cooling tower water. Typical river water, well water, or lake water sample will contain a mixture of several different salts. Sensorex Mixed Salt standards simulate a "Natural" mixture of common salt compounds found in these sources. Sodium sulfate, sodium bicarbonate, and sodium chloride salts are blended to provide a representative value. There are certain applications where Single Salt Solutions are preferred. NaCl Solution is routinely used to calibrate instruments measuring Sea Water or brackish water samples. Reagent grade salt and high resistivity DI water is compounded for accurate results. KCI Single Salt Solution may be used with conductivity meters that read directly in Siemens or Ohms. KCI (potassium chloride) is established as an international calibration standard for conductivity measurement. Choose the conductivity calibration solution that is right for your application. CA Residents: Prop 65 WARNING(S)

TCSMA Online Toroidal Conductivity Transmitter, 4-20mA, Blind by Sensorex

The TCSMA model is designed for on-line monitoring of water treatment applications and aggressive process chemicals. This blind transmitter is ideally suited for applications where 4-20mA signals are required and reliable instrumentation is critical.

Key features include: selectable measuring ranges, adjustable temperature compensation (%/deg C), isolated output and reversible cell drive.

A Nema 4x (IP66) enclosure provides durability. A variety of mounting choices are available for Wall, Pipe, or DIN Rail installation.

Pair the TCSMA and TCS3020 toroidal sensors for trouble-free service. TCS3000 and TCS3020 sensors are offered in Noryl construction and can be mounted in a custom flow cell (FC95C) for in-line use.

Features:

• 4-20mA isolated output, loop-powered (16-35V DC)
• User-adjustable temperature compensation (0-4% / deg C)
• Selectable measuring ranges
• Adjustable zero and span
• Direct/reverse operation
• Nema 4X enclosure with multiple mounting configurations

74-9850-2-A AirLink 9850 Interface, 255 wireless channels with 100-240 VAC power and 234 GHz radio, RS-232/RS-485 Modbus output by RKI Instruments

The RKI Instruments 9850 Interface wireless receiver is capable of monitoring all 255 wireless addresses and converting the signals to a RS-232 or RS-485 Modbus output. Designed to be used in conjunction with an existing PLC, computer or SCADA system currently in place. Other digital outputs include Ethernet-toWebsite and USB Virtual COM PORT. If analog output is required, an optional Analog Card is available and provides a 4-20mA output for up to 32 wireless sensors.

Features

• 255 Channel wireless interface - all addresses on configured network
• Radio options: 900 MHz radio or 2.4 GHz Standard
• 12 to 35V DC operating voltage with optional AC power supply
• Graphical LCD with LED backlight
• Operating temperature range of -40°C to +70°C
• 4 Push button interface (ADD, MENU, SUB, and RESET/ESC)
• Individually configurable low and high alarm set points per channel
• Status LEDs for power and fault multi color status light; Amber fault LED for indicating system faults
• Output options: Wet contact fault DC fault terminal; USB virtual COM port; RS-232 or RS-485 Modbus; Website for displaying readings, alarms, faults, and sensor information; Optional 4-20 mA out put of 8, 16, 24, 0r 32 channels
• NEMA 4X Fiberglass non explosion proof enclosure with clear lid
• 1 Year limited hardware warranty

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

CC22-777-M CC 22 Series Fixed Transmitter with Butanon (C₄H₈O) Sensor, 0 - 100% LEL Range, No 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