Search Results

Aqua TROLL 800 Multiparameter Sonde
By Pragya Gupta

Aqua TROLL 800 Multiparameter Sonde

The Aqua TROLL 800 uses the latest sensor and electronics technology to provide laboratory-quality measurements for field use. Parameters include water level, pH, dissolved oxygen, and more. The Aqua TROLL 800 is designed for applications that require parameters from up to 6 sensors with a single instrument. An optional water level/pressure sensor and a barometric pressure sensor are integrated into the sonde. Additional sensors may be selected and replaced to suit your project’s needs. An optional motorized
sensor wiper may also be included on the instrument.

Use the Aqua TROLL 800 for long-term monitoring in freshwater and marine environments. It’s also ideal for the following applications:

• Coastal monitoring
• Surface water monitoring
• Environmental monitoring
• Regulatory compliance
• Aquaculture
• Remediation
• Stormwater monitoring
• Profiling

LDI ROW Aluminum Non-Contact Oil Detector
By Pragya Gupta

LDI ROW Aluminum Non-Contact Oil Detector

The LDI ROW Aluminum Oil Detector is an autonomous non-contact sensor for the detection of oil on water in industrial and environmental applications.

Features

  • Non-contact detection for easy installation maintenance-free operation
  • Low power consumption of <2W makes it ideal for battery-powered systems
  • 5-year LED lifetime with 2-year warranty
LDI ROW ATEX EXD Non-Contact Oil Detectors
By Pragya Gupta

LDI ROW ATEX EXD Non-Contact Oil Detectors

The ROW ATEX EXD is an autonomous non-contact sensor for the detection of oil on water in hazardous areas including Zone 1 designations.

Features

  • Non-contact detection for easy installation maintenance-free operation
  • Low power consumption of <2W makes it ideal for battery-powered systems
  • 5-year LED lifetime with 2-year warranty
Non-Contact Oil Detectors
By Pragya Gupta

LDI ROW Stainless Steel Non-Contact Oil Detectors

The ROW Stainless Steel is an autonomous non-contact sensor for the detection of oil on water in corrosive conditions including oil terminals and marine environments.

Features

  • Non-contact detection for easy installation maintenance-free operation
  • Low power consumption of <2W makes it ideal for battery-powered systems
  • 5-year LED lifetime with 2-year warranty
Model 51i Total Hydrocarbon Analyzer
By Pragya Gupta

Model 51iLT Total Hydrocarbon Analyzer

Measure total hydrocarbons in emissions from a source using the Thermo Scientific™ Model 51i Total Hydrocarbon Analyzer. The Model 51i utilizes Flame Ionization Detector (FID) technology to provide a wide linear range and sensitive detection of organic compounds. Available in both high-temperature and low-temperature versions.

The Model 51i uses a flame ionization detector, or FID, to measure organic gases and vapors. Flame ionization is a well-known and highly efficient technology used in laboratories and industry for many years.

Key Features:

  • Adjustable ranges
  • Real-time correction of THC readings
  • Temperature-controlled detector oven and sampling system
  • Reporting of alarm conditions

iSeries Advantage:

  • Ethernet connectivity for efficient remote access
  • Enhanced user interface with one-button programming and large display screen
  • Flash memory for increased data storage and user-downloadable software
  • Enhanced electronic design for optimized product commonality
  • Improved layout for easier accessibility to components
Model 51i Total Hydrocarbon Analyzer
By Pragya Gupta

Model 51i Total Hydrocarbon Analyzer

Measure total hydrocarbons in emissions from a source using the Thermo Scientific™ Model 51i Total Hydrocarbon Analyzer. The Model 51i utilizes Flame Ionization Detector (FID) technology to provide a wide linear range and sensitive detection of organic compounds. Available in both high-temperature and low-temperature versions.

The Model 51i uses a flame ionization detector, or FID, to measure organic gases and vapors. Flame ionization is a well-known and highly efficient technology used in laboratories and industry for many years.

Key Features:

  • Adjustable ranges
  • Real-time correction of THC readings
  • Temperature-controlled detector oven and sampling system
  • Reporting of alarm conditions

iSeries Advantage:

  • Ethernet connectivity for efficient remote access
  • Enhanced user interface with one-button programming and large display screen
  • Flash memory for increased data storage and user-downloadable software
  • Enhanced electronic design for optimized product commonality
  • Improved layout for easier accessibility to components
42iQ Low Source NO-NO2-NOx Analyzer
By Pragya Gupta

42iQ Low Source NO-NO2-NOx Analyzer

Get 24/7 access to your analyzer’s information with a Thermo Scientific™ iQ Series Gas Analyzer. The iQ Series Gas Analyzers are engineered to get smarter over time and help minimize troubleshooting time with a highly precise, yet tough solution. The Thermo Scientific™ 42iQ Low Source NO-NO2-NOx Analyzer provides the same level of performance when measuring low to mid-levels of nitrogen oxides in the air using chemiluminescent technology.

Discover the non-stop intelligence of the iQ Series Gas Analyzer now with a two-year warranty.  Our next-generation platform of gas analyzers includes:

Predictive Diagnostics

Address problems before they occur with improved serviceability and plug-and-play components. 24/7 access to your analyzer’s information helps minimize troubleshooting time with innovative,  interchangeable DMC modules in a highly precise, yet tough solution.

Proactive Communications

Maintain optimum performance through iQ360 and email alerts. When subscribed to iQ360 service, your instrument communicates directly to our technical support team upon alarm activation. Our technical support team develops a corrective plan and emails it to your staff. Eliminate surprises and take control of your day with the iQ Series Gas Analyzers.

Personal Device Connectivity

Real-time, continuous remote monitoring is now possible with the iQ companion mobile device app. The iQ app allows for remote monitoring of iQ gas analyzers, simplified ways of getting in touch with us, and instant access to both maintenance alerts and product documentation.

Model 42i-HL High Level NO-NO2-NOx Analyzer
By Pragya Gupta

Model 42i-HL High Level NO-NO2-NOx Analyzer

Measure high levels of nitrogen oxides in the air using chemiluminescence with the Thermo Scientific™ Model 42i-HL NO-NO2NOx Analyzer. The Model 42i-HL is a single chamber, single photomultiplier tube design that cycles between NO and NOx modes and can be operated continuously in either NO or NO x modes allowing for a response time of fewer than 5 seconds.

Discover the iQ to work smarter with our next-generation 42iQ High-Level NO-NO2-NOx Analyzer.

Key Features:

  • Standard single, dual, and auto ranges
  • Linearity through all ranges
  • Independent NO-NO2-NOx ranges
  • Replaceable NO2 converter cartridge

iSeries Advantage:

  • Ethernet connectivity for efficient remote access
  • Enhanced user interface with one-button programming and large display screen
  • Flash memory for increased data storage and user-downloadable software
  • Enhanced electronics design optimizes product commonality
  • Improved layout for easier accessibility to components
Model 42i (NO-NO2-NOx) Analyzer
By Pragya Gupta

Model 42i (NO-NO2-NOx) Analyzer

Measure levels of nitrogen oxide (NO-NO2-NOx) in the emissions from a source using chemiluminescent technology with the Thermo Scientific™ Model 42i NO-NO2-NOx Analyzer.

Discover the iQ to work smarter with our next-generation 42iQ NO-NO2-NOx Analyzer.

Key Features:

  • Standard dual range and auto ranges
  • Five-second response time
  • Temperature and pressure correction
  • User settable alarm levels for concentration

iSeries Advantage:

  • Ethernet connectivity for efficient remote access
  • Enhanced user interface with one-button programming and large display screen
  • Flash memory for increased data storage and user-downloadable software
  • Enhanced electronics design optimizes product commonality
  • Improved layout for easier accessibility to components

The Model 42i NO-NO2-NOx Analyzer is also available with an oxygen sensor module.

Using paramagnetic sensor technology the Model 42i with Oxygen gives the source measurement of NOx extended capabilities to read and report the concentration of oxygen in the sample stream up to 100%. Additionally, programming allows the user to correct the NO, NO2, and NOx reading for the amount of oxygen in the sample.

Model 410i Carbon Dioxide Gas Analyzer
By Pragya Gupta

Model 410i Carbon Dioxide Gas Analyzer

Measure the concentration of CO2 in emissions with the Thermo Scientific™ Model 410i Carbon Dioxide Gas Analyzer, which utilizes advanced NDIR optical filter technology. The Model 410i continuously monitors carbon dioxide (CO2) in source emissions while offering user-selectable reporting capabilities for either of the accepted industry standards, straight extractive or dilution sampling methods.

Discover the iQ to work smarter with our next-generation 410iQ Carbon Dioxide Analyzer.

This analyzer utilizes advanced Non-Dispersive Infrared technology (NDIR) with optically fixed bandpass interference filters and quantum detection to analyze the concentration of CO2 in the gas stream. In addition, the expanded ambient temperature operating range provides excellent performance over a wider range of concentrations and offers linearity through all ranges.

Key Features:

  • Advanced NDIR technology
  • User-selectable reporting capabilities
  • Expanded ambient temperature operating range
  • High performance over a wider range of concentrations
  • Linearity through all ranges

Also Available with an Oxygen Sensor Module:

Using paramagnetic sensor technology, the Model 410i with Oxygen gives the source measurement of CO2 extended capabilities, including the ability to read and report oxygen concentrations within the sample stream up to 100%. Additionally, programming allows the user to correct the CO2 reading for the amount of oxygen in the sample. Selectable O2 concentrations can be used as the correction factor. (i.e. CO2 corrected to 6% O2 or any other percentage.)

iSeries Advantage:

  • Ethernet connectivity for efficient remote access
  • Enhanced user interface with one-button programming and large display screen
  • Flash memory for increased data storage and user-downloadable software
  • Enhanced electronics design optimizes product commonality
  • Improved layout for easier accessibility to components