Land Ametek

Continuous infrared thermal line scanning detects small, hot inclusions on the conveyor, with alarms set to operate an inerting or diverting system to prevent expensive belt or downstream fires

A precise, fixed thermal imager with borescope and wide field-of-views for maximum monitoring coverage requiring only a small diameter access hole through the furnace wall. Various lens and borescope lengths allow for installation and application flexibility.

Short wavelength borescope thermal imager providing high-resolution images with a wide, 90-degree view, in a through-the-wall design.

Installed at a boiler or incinerator, the thermometer works non-contact, 24/7, with its sight path extending above the furnace bed. With a two-wire loop connection and standard 4-20 mA signal output for easy connectivity, CDA ensures no interference with the process, ensuring an accurate measurement and high reliability.

Originally designed for measuring gas temperature in incineration processes like waste, biomass and others, the CDA can also be used to measure furnace exit gas temperature in power generation and industrial processing applications, provided the path length is sufficient.

Single-spot, non-contact infrared pyrometers, optimised for a wide span of temperature ranges and

process requirements.

Short wavelength borescope thermal imager providing high-resolution images with a wide, 90-degree view, in a through-the-wall design.

Continuous infrared thermal line scanning detects small, hot inclusions on the conveyor, with alarms set to operate an inerting or diverting system to prevent expensive belt or downstream fires

Ethernet-controlled compact infrared linescanner, designed to produce advanced thermal imaging in

moving processes.

RT8A is a non-contact infrared thermometer for use in many low temperature applications. It helps asphalt paving or roadstone producers meet state, national and environmental quality compliance requirements and glass manufacturers meet quality compliance requirements in multiple standalone applications.

Industrial Processing – Pickling Tanks For Stainless Steel

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 pair of sensors is used to analyse each of the species in the sampled flue gas, alternating every 30 minutes. This extends sensor lifetime and ensures a stable baseline, essential for low-level measurements, delivering high sensitivity and low drift.

The FGA can be used in any combustion process where the sulphur dioxide concentration is less than 50ppm, making it a vital solution for the Minerals, Power Generation, and Steel industries.

Industrial Processing – Natural Gas Compressor Stations

PORTABLE FLUE GAS APPLICATIONS
Measuring flue gases produced when fuel or other materials are burned in industrial plants or power stations is important for process control, efficiency and emissions monitoring. As the most accurate, robust and flexible portable flue gas analyser available today, Lancom 4 provides an ideal solution for industries burning coal, natural gas, oil or biomass, including power generation, steel, glass and cement manufacturing

Industrial Processing – Thermal Oxidizer

The best opacity monitor for compliance measurements to PS-1 and ASTM D6216. Used for stack gas monitoring.

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.

Continuous measurement of the concentration of low-range particulate matter in stacks and ducts. Can be used as a PM-CEMS or PM-CPMS.

Consisting of a stack-mounted probe and separate control unit, 4650-PM’s forward scattering laser measurement detects particulate matter at low concentrations. This enables closer emissions control, with a more accurate measurement than similar PM monitoring systems.

Maximum measurement stability is achieved through an advanced optical system with a lower angle of incidence than competing systems, resulting in a lower detection limit, while the optics are fixed for measurement reliability.

Ideally suited for use in combustion processes located after the baghouse or electrostatic precipitator, 4650-PM is ideally suited for use in the power generation, glass, industrial boilers, speciality metals and pulp & paper industries.

High-quality, precision-accuracy hand-held pyrometers providing easy point-and-measure temperature readings in a rugged yet lightweight design. Designed for single-handed use, the ergonomic Cyclops C100L uses trigger control for datalogging, storing up to 9,999 readings internally for later analysis.

Temperature measurement range: 550 to 3000 o C (1022 to 5432 o F)

Sectors: Steel, heat treating

NIR Borescope (NIR-B) 3XR is a radiometric infrared imaging camera optimised for continuous temperature measurements in steam reformer and cracker tube furnaces.

Using the proven technology of AMETEK Land’s advanced NIR thermal imager, NIR-B 3XR offers highly accurate measurements of high temperatures, enabling process control optimisation, energy efficiency savings and prolonging the lifetime of the reformer tubes.

Producing real-time thermal data from 307,200 points across the high-resolution visual image, the imager connects to a PC running dedicated IMAGEPro processing software for accurate data analysis and long-term trending.

By providing a wide temperature measurement range of 600 – 1800 °C (1112 – 3272 oF), NIR-B 3XR provides the hydrocarbon processing industry a highly flexible imaging solution for the unique process conditions of reformer and cracker tube furnaces.

A short-wavelength radiometric infrared borescope imaging camera, specifically designed to measure temperature profiles in furnace interiors. By producing a detailed, live, continuous image with accurate temperature information, the NIR-B allows operators to measure from any of 324,000 live data points, enabling highly specific optimisation of furnace temperatures and fuel usage. Temperature measurement range: Model specific, from 600 to 1800 o C (112 to 3632 o F)

Rugged, compact radiometric thermal process imager providing unsurpassed temperature accuracy across a wide range of applications. With four lens options, it views any target at any distance, delivering outstanding clarity for reliable process control, product quality verification or safety monitoring.

Temperature measurement range: 0 to 500 o C (32 to 932 o F) and 100 to 1000 o C (212 to 1832 o F) Sectors: Steel

High-quality, precision-accuracy hand-held pyrometers providing easy point-and-measure temperature readings in a rugged yet lightweight design. Designed for single-handed use, the ergonomic Cyclops C100L uses trigger control for datalogging, storing up to 9,999 readings internally for later analysis.

Temperature measurement range: 550 to 3000 o C (1022 to 5432 o F)

Sectors: Steel, heat treating

A two-sensor temperature monitoring system designed to continuously measure true load temperatures in reheat furnace applications. Using infrared sensing to determine both furnace load and background temperature, the FTS links to the Landmark Graphic signal processor to continuously display the true load value.

Temperature measurement range: 500 to 2000 o C (932 to 3632 o F)

Sectors: Steel, metal processing

Highly compact, fast-response infrared scanning system designed to detect emerging hotspots on conveyor belt materials. Designed for industrial environments, the HotSpotIR monitors across 1000 temperature spots at speeds up to 100Hz, protecting conveyors against hot particles as small as 25mm (1in) in diameter.

Temperature measurement range: Model specific, from 20 to 600 o C (68 to 1112 o F)

Sectors: Steel

Ethernet-controlled compact infrared linescanner, designed to produce advanced thermal imaging in moving processes. Offering industry-leading scanning performance of 1000 data points even at scan speeds as high as 150 scans per second, LSP-HD sets a new benchmark for process imaging definition.

Temperature measurement range: 20 to 1500 o C (68 to 2732 o F)

Sectors: Steel

A short-wavelength radiometric infrared borescope imaging camera, specifically designed to measure temperature profiles in furnace interiors. By producing a detailed, live, continuous image with accurate temperature information, the NIR-B allows operators to measure from any of 324,000 live data points, enabling highly specific optimisation of furnace temperatures and fuel usage. Temperature measurement range: Model specific, from 600 to 1800 o C (112 to 3632 o F)

Sectors: Steel

The proven solution for accurate and timely detection of slag carryover in the steelmaking process, allowing plants to improve product quality, reduce slag carryover and improve operator safety. The SDS-E uses high-resolution thermal imaging to detect the transition between steel and slag, delivering improved yields, higher-quality steel and a reduction in costly downstream processing. Temperature measurement range: 600 to 2000 o C (1472 to 3632 o F)

Sectors: Steel

Family of fully-featured, high-performance pyrometers for fixed non-contact infrared spot temperature measurements, available in a range of operating wavelengths, temperature ranges and process requirements. Designed for easy single-person installation, SPOT pyrometers deliver the accurate measurements to optimise application processes and maintain high product quality. Temperature measurement range: Model specific, from 50 to 1800 o C (122 to 3272 o F)

Sectors: Steel, aluminium

An advanced, non-contact infrared spot pyrometer specifically designed for the continuous, highly accurate measurements of coated steel strip temperature during the galvanneal reaction. The SPOT GS combines AMETEK Land’s cutting-edge SPOT technology with specialised software algorithms to deliver the accurate measurements needed for close monitoring of the reaction zone, enabling automated furnace management and tighter product control.

Temperature measurement range: 200 to 1000 o C (392 to 1832 o F)

A fibre-optic temperature measurement system designed to provide continuous, accurate monitoring of the scale-free metal surface under the steel mill roller table. Designed specifically for hot rolling applications in flat steel production, the Understrip is a rugged, accurate system that measures steel temperature while avoiding the effect of surface water or minor scale that may exist on the top side. Temperature measurement range: Model specific, from 300 to 2600 o C (572 to 4712 o F) Sectors: Steel

The Cyclops C100L, one of the most widely used and respected portable pyrometers in the world, is used to measure the crown temperature during the reversal cycle when the flame is not present.

It is also used to make a once per shift measurement across or between the port arches (depending on the furnace type). The target wall on the regenerator is also seen as being a good indicator of gas temperature, so Cyclops is also used to measure here.

Rugged and reliable, it can be fitted with a heat-resistant cover and measures

Compact and sophisticated high accuracy infrared linescanner, designed to produce advanced thermal images, detects even the smallest temperature differences for improved process control and consistent product quality.

Offering industry-leading scanning performance of 1000 data points even at scan speeds as high as 150 scans per second, LSP-HD sets a new benchmark for process imaging definition.

Temperature range: 20 – 1500 C / 68 – 2732 F

Sectors: Architectural, Automotive, Flat Glass, Fibreglass,

Standalone thermometer offering precision measurement of the surface temperature of glass float lines, ensuring consistently high product quality throughout the process.

Offering excellent precision and long-term stability, the FLT5A’s extensive measurement range removes the need to use a variety of temperature monitoring instruments on the float line.

Temperature range: 250 – 1100C (482 -2012 F)

Sectors: Architectural, Automotive, Flat Glass, Toughening

Non-contact infrared thermometer for use in low temperature applications, helping glass manufacturers meet quality compliance requirements.

Integrating easily into low-cost recorder and controller systems, the RT8A provides a fast, accurate measurement to support product quality assurance. It is ideal for lehr exit and cooling applications.

Temperature range: 0 – 250C(32 -482 F) and 0-500C(32-932F)

Sectors: Container, Fibreglass, Flat Glass, Speciality, Tableware

Flexible, web browser-enabled digital infrared thermometer customisable to a wide range of process control applications.

Suitable for stand-alone, single-point or multi-point installations, SOLOnet is easily configured to meet precise measurement and control requirements to help improve product quality, maximise process efficiency and reduce operational costs.

Temperature range: SN51 model: 200 – 1100 C (392 -2012F)

Sectors: Architectural, Automotive, Fibreglass, Toughening

Borescope thermal imaging camera specifically developed to return precise temperature measurements in glass furnace applications.

This application-specific device delivers detailed, live radiometric images – allowing continuous temperature measurements that support high product quality, help detect furnace structural damage and improve melt tank efficiency.

Temperature range: 1000 – 1800C (1832- 32722 F)

Sectors: Container, Fibreglass, Flat Glass, Speciality, Tableware

Simple fibre-optic, two-wire, loop-powered thermometer with 4-20 mA output, specifically designed to improve process control in the glass industry.

Offering accurate, high-resolution and reliable temperature measurements, the FG’s flexible design makes it ideal for spot measurements throughout the glass production process.

Temperature range: 980-1300 C (1796-2372 F),

1000-1400 C (1832-2552 OF) and 1200-1650 C (2192-3002 F)

Sectors: Container, Fibreglass, Flat Glass, Speciality, Tableware

Family of fully-featured, high-performance pyrometers for fixed non-contact infrared spot temperature measurements, available in a range of operating wavelengths, temperature ranges and process requirements.

Designed for easy single-person installation, SPOT pyrometers deliver the accurate measurements to optimise application processes and maintain high product quality.

Temperature range: Model specific, from 50-1800 C (122-3272F)

Sectors: Container, Fibreglass, Flat Glass, Speciality, Tableware

Compact, fast-response thermometer designed specifically for monitoring temperature consistency in plate and float glass applications.

Measuring just 28mm x 43mm, the JRG/A provides critical surface temperature measurements with a high level of accuracy. Its application-specific design makes it easy to set up and operate.

Temperature range: 300-1100 C (572-2012 F)

Sectors: Flat Glass

Short-wavelength infrared thermometer developed for the precise and stable temperature measurements that support quality control in optical fibre drawing tower furnaces.

Avoiding the practical issues associated with contact measurement methods in high temperatures, DTT improves process control to ensure a high-quality product without unnecessary waste.

Temperature range: 1000-2600 C (1832-4712 F)

Sectors: Fibre-optic

Compact portable multi-gas analyser, capable of measuring several flue gases simultaneously in combustion and emission processes.

Lancom 4 is simple to set up and operate, enabling highly accurate spot and semi-continuous gas testing of all major flue gas emissions, with advanced real-time processing techniques.

Sectors: Container, Fibreglass, Flat Glass, Speciality, Tableware

Fixed, focusable infrared thermal imaging camera designed for high temperature measurements, producing high- resolution images for a range of applications.

Versatile, accurate and reliable, the NIR-B delivers the continuous high-precision measurements that support consistent fibreglass production quality at the hot spinner.

Temperature range: Model specific, from 600-3000 C

(1112-5432F)

Sectors: Fibreglass

Non-contact infrared thermometer custom-designed for accurate preform temperature measurements in optical fibre manufacture.

Optimised for vapour deposition processes, VDT enables exact sighting onto the rotating preform to deliver the critical surface temperature measurement to support production of low-loss, high-bandwidth optical fibre.

Temperature range: 1000-2500 C (1832-4532 F)

Sectors: Fibre-optic

The combustion operations often used in glass production produce flue gas emissions which are subject to strict environmental regulations.

To support compliance, AMETEK Land offers a range of instruments for monitoring flue gases. These include the

4500 MklII, WDG 1200/1210 and Model 9100.

Sectors: Container, Fibreglass, Flat Glass, Speciality, Tableware

Fixed, focusable infrared thermal imaging camera designed for high temperature measurements, producing high-resolution images for a range of applications. Versatile, accurate and reliable, the NIR delivers the continuous high-precision measurements that support consistent production quality for speciality metals such as copper and platinum.

Temperature measurement range: Model specific, from 600 to 3000 o C (1112 to 5432 o F)

Sectors: Speciality metals

An application-specific version of the proven ARC thermal imaging system, designed for temperature monitoring of aluminium strip coiling. The ASPS uses advanced radiometric imaging to deliver accurate edge-to-edge measurement of aluminium temperature at the coiler. Hot and cold mill versions cover two temperature ranges for optimised support.

Temperature measurement range: 100 to 1000 o C (212 to 1832 o F) or 0 to 500 o C (32 to 932 o F) Sectors: Aluminium

Family of fully-featured, high-performance pyrometers for fixed non-contact infrared spot temperature measurements, available in a range of operating wavelengths, temperature ranges and process requirements. Designed for easy single-person installation, SPOT pyrometers deliver the accurate measurements to optimise application processes and maintain high product quality.

Temperature measurement range: Model specific, from 50 to 1800 o C (122 to 3272 o F)

Sectors: Steel, Aluminium

An advanced, non-contact infrared pyrometer specifically designed to provide a single-sensor solution for aluminium extrusion press exit, quench and strip applications. The SPOT AL EQS blends AMETEK Land’s innovative SPOT technology with unique dataprocessing algorithms to offer all three measurement modes in a single device, easily integrating with control systems.

Temperature measurement range: 200 to 700 o C (392 to 1292 o F)

Sectors: Aluminium

Specifically designed for aluminium applications using the SPOT AL EQS, the SPOT Actuator is a motorised unit which provides remotely controlled target alignment for a SPOT pyrometer. Compact, quick and easily configured, it can be operated in automatic or operator-controlled modes to suit the needs of an individual aluminium plant.

Sectors: Aluminium