LAND®

Easy to handle, simple to operate, Cyclops L portable non-contact pyrometers provide precise temperature measurements. Easily take measurements in multiple locations and verify on-line pyrometer readings. Durable, yet light weight construction means you can operate it for hours at a time without fatigue.

The SPOT+ range of smart Infrared Pyrometers bring high precision, advanced IIoT connectivity and visible light process video to the LAND SPOT+ family.

The SPOT+ AL is an advanced non-contact infrared Aluminium Extrusion Pyrometer providing a single sensor solution for aluminium production and processing industries.

A long-wavelength thermal imager providing a full temperature measurement range of -20 to 1000 °C (-4 to 1832 °F) in three ranges with a choice of different optics and lenses.

With increasing demand for improved product quality and efficiency, energy saving, predictive maintenance and emission reduction, thermal imaging cameras and systems play an important role in modern and industrial processing. 

The new LWIR-640 long-wavelength thermal imagers build on more than 20 years of thermal imaging experience, expanding the market-leading range of LAND temperature measurement solutions. They offer a full temperature measurement range of -20 to 1500 °C (-4 to 2732 °F) in four ranges with a choice of different optics and lenses.

System 4 high-precision, Single-Spot Pyrometers provide exceptional flexibility across a wide range of temperatures, operating wavelengths and applications.

A range of high-precision thermal imagers producing high-temperature measurements in a wide range of applications.

The LSP-HD is a compact and sophisticated high accuracy thermal infrared Linescanner, designed to produce advanced thermal images of moving processes.

An extremely compact, fast-response infrared scanning system designed to detect emerging hot spots on conveyor belt materials.

The Light Portable Furnace Thermal Imaging System is an accessory kit designed for use with the LAND range of NIR-b/MWIR-b borescope thermal imaging cameras. It can be used for TMT measurements, regular furnace inspections and surveys. This supports on-site monitoring and analysis to prolong furnace/tube lifetimes, optimise burner efficiency, reduce energy consumption, and improve plant profitability.

A highly accurate radiometric infrared borescope imaging camera with spectral filtering for continuous temperature measurement and furnace profiling applications.

A short-wavelength radiometric infrared borescope imaging camera for continuous temperature measurement in furnace applications with a higher differential temperature in the field of view. 

The NIR-borescope-640-EX is a short wavelength radiometric infrared borescope imaging camera for steam reformer and cracker tube continuous temperature measurement and furnace optimisation and monitoring.

LAND’s camera auto-retraction systems are engineered to automatically retract and safeguard the thermal imager, preventing overheating or damage in the case of cooling or purge flow loss or loss of electrical power supply.

As components of a full furnace imaging system or as an upgrade to existing furnace camera systems LAND offers complete auto-retraction system solutions, in either pressured air or electrically driven configurations.

A borescope thermal imaging camera, specifically developed to return precise temperature measurements in glass furnace applications.

The NIR-borescope-2K-Glass (NIR-b-2K-Glass) is a short-wavelength radiometric infrared borescope imaging camera, designed to produce high definition (1968 x 1476 pixels) thermal images, along with providing accurate temperature measurements from any of the three million temperature points in the image.

The camera measures temperatures in the range 1000 to 1800 °C (1832 to 3272 °F) and is suitable for float glass, container glass, borosilicate glass, and fibre glass melt furnaces.

The LAND Slag Detection System (SDS) delivers improved yields, higher-quality steel and reduces costly downstream processing. There are additional benefits in reduced ladle refractory wear.

At the end of the tap the levels of slag and steel rapidly reverse. Quick termination of the tap after the alarm has been triggered is necessary to prevent excessive levels of slag in the ladle.

SDS uses a high-resolution thermal imaging camera to detect the transition between steel and slag. The dedicated thermal imaging camera has been specifically designed to survive in the harsh operating conditions and utilizes a particular wavelength to reduce obscuration caused by smoke and fume. Data is presented to the operator in real time enabling them to make informed decisions about the tapping process and the system provides clear alarm notifications.

With an increasing demand for products to work in hazardous conditions, our non-contact infrared pyrometers play an important role in modern industrial processing.

The new EXSH1 flame-proof housing allows EX SPOT pyrometers to be used in hazardous areas. Its high specification means that it is suitable for use in almost any application in the harshest of environmental conditions. Multiple certifications mean that a common specification can be used for worldwide applications, greatly simplifying the task of specifying and quoting the product.

The enclosure has a certified temperature range of -40 to +70 °C (-40 to 158 °F) without additional cooling.

Ingress protection to IP66 and IP68 means that it can be exposed to dust, water immersion and high-pressure water jets. The enclosure is manufactured from 316 / 316L stainless steel and is highly resistant to corrosion.

With an increasing demand for products to work in hazardous conditions, our thermal imaging camera systems play an important role in modern industrial processing.

The new EXSH1 flame-proof housing allows the LWIR-640 imager to be used in hazardous areas. Its high specification means that it is suitable for use in almost any application in the harshest of environmental conditions. Multiple certifications mean that a common specification can be used for worldwide applications, greatly simplifying the task of specifying and quoting the product.

The enclosure has a certified temperature range of -40 to +70 °C (-40 to 158 °F) without additional cooling.

Ingress protection to IP66 and IP68 means that it can be exposed to dust, water immersion and high-pressure water jets. The enclosure is manufactured from 316 / 316L stainless steel and is highly resistant to corrosion.

LAND’s unique reference pyrometer designed specifically for temperature measurements on the surface of reformer tubes.

As the only instrument that can provide a repeatable, reliable temperature for reformer tubes, Gold Cup eliminates inherent errors that affect other infrared devices. This makes it ideal for checking and correcting other measurement devices.

Information from this device can be used to modify portable thermal imagers and infrared thermometers, ensuring that their non-contact measurements are more accurate, leading to increased tube life and a greater product yield.

A hemispherical reflector produces a measurement area which is emissivity independent – ideal for tubes of unknown emissivity. The reflector edge prevents reflected radiation entering the area, producing black body conditions measured by a silicon detector.

The Gold Cup thermometer is specifically designed for reformer tube furnace operators in the hydrocarbon processing industry, providing reference readings that enable the correction of non-contact temperature measurement instruments.

LAND’s unique modular reference pyrometer designed specifically for temperature measurements on the surface of tube furnaces

It has a highly reflective gold hemisphere which is held against the tube. This has two functions: it blocks any background radiation from hotter objects and enhances the effective emissivity of the tube. The gold coating traps the infrared energy emitted by the tube and effectively creates a black body cavity, with a small aperture through which the radiation can be measured. In these conditions, the emissivity is close to the theoretical maximum of 1.00. Black body condition combined with the lack of background radiation removes the two largest uncertainties in non-contact infrared temperature measurements. This technology has been tried and tested by LAND over many years.

The modular gold cup repackages this technology in a convenient new probe which has been designed in collaboration with industry experts. It allows the probe to be assembled into different configurations for different furnaces and it can be disassembled into a compact industrial case for easy shipping. The complete system weighs less than 32 kg so it can be transported on most commercial airlines.

Once assembled into the required configuration, the modular gold cup is connected to a cooling air supply and inserted through a port into the furnace. Additional cooling is applied once the probe has been removed from the furnace to allow a quicker cool down before taking the next reading.

Offering primary and reference sources for advanced radiation thermometers, Landcal blackbody calibration sources provides high precision, traceable calibration, both on-site and under laboratory conditions.

Providing the same high precision as our advanced temperature monitoring products, a comprehensive range of six calibration sources lets you calibrate radiation thermometers across a temperature range of -10 °C to 1600 °C (15 °F to 2900 °F).

As Landcal blackbody sources are perfect absorbers and emitters, calibrations are made with an extremely high level of stability; all calibrations are traceable to National Standards, delivering confidence to your measurements.

All calibration requirements are covered, with low, medium and high range temperature versions available in bench-mounted, portable and transportable versions.

A compact, reliable multi-gas analyser for measuring flue gas emissions in processes burning natural gas and biomass.

The FGA provides accurate, reliable measurement of carbon monoxide, nitric oxide and oxygen in flue gases. It is an integrated solution for Continuous Emissions Monitoring Systems (CEMS) applications in smaller combustion processes.

Easy to install and operate, the FGA also calculates values for combustion efficiency, NOx and carbon dioxide. This information allows better process control, which lowers fuel costs and keeps emissions within compliance levels.

A highly flexible range of high-precision flue gas oxygen analysers developed specifically for combustion analysis and control applications.

Using AMETEK’s industry-proven zirconium oxide sensor technology, the WDG-1200/1210 range provides the world’s first fully-integrated, standalone flue gas oxygen analysers. The user interface is mounted onto the probe, lowering installation costs.

The unique design allows the sensor assembly to be removed without disturbing the outer protection tube. This means maintenance can be carried out easily on-site, with all parts replaceable in the field, reducing costs and downtime.

The WDG-1200/1210 offers local control via the simple user interface attached to the probe, with a remote-control unit available for less accessible locations. Advanced communications options allow straightforward integration into plant control systems.

The WDG-1200/1210 range provides the essential measurements for combustion efficiency, NOx reduction, excess air measurement and pollution control applications in the hydrocarbon processing, industrial processing and power generation industries.

The 4500 MkIII is high-specification, accurate Dust Monitoring Equipment meeting global compliance standards for monitoring combustion processes.

4500 MkIII is the most accurate and reliable continuous opacity monitor available, combining AMETEK Land’s ground-breaking innovation and simple design for precise, problem-free operation.

Unmatched, class-leading accuracy ensures compliance limits for dust emissions and stack opacity are met with confidence. This avoids the risk of regulator fines while lowering costs through operational efficiencies.

The 4500 MkIII employs a highly homogenous LED light source to minimize sensitivity to optical misalignment. The multi-prism retro-reflector reduces thermal drift for the lowest possible detection limit. Together with a flood LED to minimize electronic drift, these technologies provide you highly stable, highly accurate results.

Fitting stack diameters of 0.3m-15m (1 ft-50ft), 4500 MkIII is suitable for the continuous monitoring of dust and opacity in boilers, heaters, furnaces and other combustion applications in the power generation, hydrocarbon processing, industrial boilers, and steel industries.

An advanced carbon monoxide detector designed to provide early warning of spontaneous combustion in pulverisers for coal and biomass.

Specifically designed for early detection of potential fire risk in pulverizing mills in coal or biomass processes, Millwatch monitors and quickly responds to sudden carbon monoxide (CO) build-up, allowing preventative action to be taken before a hazardous condition develops.

Using LAND’s unique detection system, Millwatch provides continuous, accurate monitoring of CO levels − improving process safety, protecting expensive mill equipment, and preventing costly downtime from unnecessary shutdowns.

Millwatch continuously extracts sample gases from the mill outlet for a constant, dual-sensor CO measurement. Customisable alarms adapt to individual plant process conditions, while automatic calibration ensures high measurement integrity is maintained 24/7.

Specifically designed for power generation operators who need to improve process safety in mills and pulverisers using coal and biomass fuels, Millwatch ensures the protection of people, plant and process.

An advanced carbon monoxide detector designed to provide early warning of spontaneous combustion in coal and biomass storage silos.

Specifically designed for detection of early-stage fire risk in storage silos for coal and biomass fuels, Silowatch continuously monitors and quickly responds to sudden carbon monoxide (CO) build-up, allowing preventative action to be taken before a fire develops.

Silowatch provides fast, accurate monitoring of CO in the silo, using LAND’s unique dual-sensor detection system. The detection of sudden CO build-up enables operators to act quickly, protecting your personnel, securing expensive silo equipment and avoiding costly downtime.

Silowatch works by extracting the sample gas from the silo headspace and continuously monitoring the CO level. Automatic calibration ensures high measurement integrity, while alarms can be customised to individual silo conditions.

Designed specific for use in coal and biomass storage silos, Silowatch ensures the protection of people, plant and process.