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- Offer Profile
- LumaSense Technologies, Inc.®
is one of the world's most trusted providers of innovative temperature and
gas sensing devices. By applying LumaSense's proven systems and software,
customers in Global Energy, Industrial Materials, Advanced Technologies, and
Other Markets are able to reduce waste and inefficiency in their processes.
Product Portfolio
Infrared Thermometers (Pyrometers)
- Highly Accurate Infrared Thermometers for
Non-contact Temperature Measurements
Pyrometers are temperature measurement instruments that operate on the
principle of infrared radiation, i.e. they detect infrared radiation of
objects to determine the temperature.
In many industry sectors, the use of non-contact temperature measurement
instruments is an important technology. For example, it is used for
controlling complete factory processes or measuring even the smallest
components to ensure a consistent quality level.
With a huge pyrometer product portfolio developed from years of research and
customer contact, LumaSense Technologies provides solutions for nearly every
application request. This overview gives an impression of the possibilities
that pyrometry provides. Special solutions that are not listed below can
also be quickly adapted to customer or application specific specifications. IMPAC Pyrometers
- On Feb 9, 2007, LumaSense acquired industry proven
IMPAC. IMPAC was founded in 1958 and an industry leader in temperature
measurement using Infrared technology.
The key benefit to using an infrared thermometer, or pyrometer, to measure
temperature is that you do not have to make contact with the process or
surface being measured. This is especially useful when traditional contact
measurement is impractical or may introduce contamination. Measuring molten
steel, which would normally melt traditional thermocouples, is a good
example. Glass, semiconductor, and research are other industries that
commonly make use of pyrometers, but the possibilities are limitless.
IMPAC pyrometers are well known for their accuracy and dependability in the
harshest environments. The IMPAC Series 8 celebrated its 30th year in
production! The IGA 140-TV was launched into space on a JAXA (Japan
Aerospace) mission to help scientists gather temperature data in
zero-gravity. Last year, we introduced the ISR 6-TI Advanced, the world’s
first industrial grade infrared pyrometer with thermal imaging capabilities.
We invite you to learn more about LumaSense’s IMPAC pyrometers and
applications. Portable Pyrometers
- Quick diagnostics at different applications
Series 5
- Compact pyrometer-series in 50 mm-tube housing
Series 6
- Stationary, digital pyrometers for general and special applications
Series 12
- Very precise pyrometers in robust alu die cast housing
Series 50
- Modern pyrometer series with fiber optics
Series 140
- Modern, robust pyrometer series, with extensive equipment
Series 210
- Small pyrometer series with service interface
Series 300 & 310
- Very small, good value pyrometers
Series 320
- Small, short wavelength digital pyrometers
Series 510 & 520
- Digital pyrometers with miniature sensor head
Series 2000 & 3000
- Small, simple sensors with different measuring outputs
IMPAC Highspeed Pyrometers
- Extremly fast analog pyrometers
UV Series 400
- True Wafer Surface Temperature for GaN-based Epitaxy
Temperature Switches
- Switches for recognizing without contact a hot object
MIKRON Pyrometers
M67S
- Robust pyrometers with many options for optics and
wavelength
TRR200
- Thin Film Deposition Monitor
PhotriX Series
- Precision near infrared optical radiation thermometers
E²T - Petrochemical Sensors
- Infrared Detection Systems for Sulfur Reactors and
Other High Temperature Furnaces
In-plant tests show infrared pyrometers are the most precise way to measure
temperatures. Over 550 refineries, gas plants and petrochemical companies
with over 1,700 installations worldwide have looked to LumaSense's E²T
product line for accurate infrared temperature data.
When you install our lnfrared Detection Systems, you are investing in proven
experience, superior performance, and cost savings. Eliminate the need for
turn around with our on-site service package tailored for E²T products.
LumaSense Field Service Engineers are dedicated to providing expert, on-site
support every step of the way. Our comprehensive Service Program ensures
peace-of-mind and the highest level of customer satisfaction. E2T Pulsar
- Continuous monitoring of Refractory Temperature
E2T QUASAR
- Continuous flare stacks monitoring
Accessories
Software
- Evaluation and Analyzing Software for portable and fixed
Pyrometers
Electrical Hardware
- Displays, Power Supplies, Converters, etc.
Mechanical Hardware
- Mounting supports, Adapters, Cooling Jackets, etc.
Thermal Imagers & Systems
- Thermal Imaging Cameras and Systems designed for
temperature measurement of dedicated industrial applications
LumaSense thermal imaging cameras and systems accurately measure
temperature and operate by using reliable infrared technology. These
high-tech Instruments can precisely determine the object temperature and the
temperature distribution even on small and fast moving objects.
Thermal imaging cameras perform an essential control function in major
manufacturing industries. By monitoring the temperature, users can control
entire factory production processes as well as ensure highest quality
standards.
These LumaSpection™ systems are fully turn-key so you get the most out of
your investment.
By delivering high-quality, reliable products combined with consistent
service and support, our goal is to ensure peace of mind and the highest
level of customer satisfaction. MIKRON Process Cameras
- LumaSense specializes in turn key solutions consisting
of complete engineering, design, and installation services to meet the most
severe and challenging thermal imaging system requirements.
The MIKRON MC320 and MCS640 Series represent another milestone in innovative
infrared thermometry. Designed with advanced maintenance-free electronics
and Industrial Protective Packaging, these thermal imagers offer
unparalleled accuracy for demanding industrial and manufacturing
applications.
LONG WAVELENGTH (LW) THERMAL IMAGERS
For measurement on non-metal surfaces at temperatures between
-40...1600°C. As an option, there are several protective housings available.
Alternatively, the cameras can be built into individually designed housings
or machines by system integrators. For specific applications, additional
lenses are available.
MID WAVELENGTH (MW) THERMAL IMAGERS
For measurement on metal and ceramics starting at 150°C, on glass and
through flames at temperatures between 150...1600°C. As an option, there are
several protective housings available. Alternatively, the cameras can be
built into individually designed housings or machines by system integrators.
For specific applications, additional lenses are available.
SHORT WAVELENGTH (SW) THERMAL IMAGERS
For measurement on metal surfaces, graphite and ceramics, etc. at
temperatures between 600...3000°C. As an option, there are several
protective housings available. Alternatively, the cameras can be built into
individually designed housings or machines by system integrators. For
specific applications, additional lenses are available. MC320 Series
- Long and Mid Wavelength Thermal Imagers for temperature measurement
between -40...1600 °C
MCS640 Series
- Short Wavelength Thermal Imagers for temperature measurement between
600...3000 °C
Avio Portable Cameras
- Avio imagers come in a variety of sizes with varying
degrees of resolution and temperature range to meet your specific needs.
InfReC R500 Series
- Maximum Storage 1.2 Megapixel High Resolution
InfReC R300SR Series
- Versatile and Superior Image Quality
InfReC R300BP-TF
- Infrared Thermal Imaging Camera for Passing Through Flame
Thermo GEAR G120EX
- Panoramic Thermal Image Shooting Function / Vibration Alarm Function
Installed!
LumaSpection Systems
- Innovative and Customizable Systems for
Difficult-to-Measure Processes
LumaSense thermal imaging cameras and LumaSpection™ systems accurately
measure temperature and operate by using reliable infrared technology. These
high-tech Instruments can precisely determine the object temperature and the
temperature distribution even on small and fast moving objects.
These LumaSpection™ systems are fully turn-key so you get the most out of
your investment. By delivering high-quality, reliable products combined with
consistent service and support, our goal is to ensure peace of mind and the
highest level of customer satisfaction. BoilerSpection™ SD
- Thermal imaging camera for continuous infrared imaging
inside boilers.
BoilerSpection™ MB
- Built for mobile use, BoilerSpection-MB utilizes special
mid-wave infrared detectors to see through flames.
FurnaceSpection™
- Designed and developed for continuous temperature
measurement inside high temperature furnaces in refining, metals and glass
production
ThermalSpection™ CVM system
- Solution for monitoring critical vessels, such as
gasifier skin temperature.
ThermalSpection™ 724 system
- Automated, continuous thermal imaging for remote and
automated early fault detection in substations and industrial sites
Furnace Exit-Gas Temperature (FEGT) Measurement System
- Continuously measure Furnace Exit-Gas Temperature (FEGT)
using Non-Contact Infrared Sensors
Accessories Thermal Imagers
Software
- Windows-Based Thermal Imaging Software
Electrical Hardware
- Power Supplys, I/O Modules, Cables, etc.
Mechanical Hardware
- Enclosures, Mounting Supports, etc.
LUXTRON Fiber Optic Temperature Sensors
- Products based on Fluoroptic and Gallium Arsenide
material technologies
Our Fiber Optical Temperature product lines have set the standard in the
energy, research and medical industries. Based on Fluoroptic and Gallium
Arsenide material technologies, each individual product can be configured
for a specific application starting from basic electronic instruments or OEM
modules to complete turn-key systems.
LumaSense’s Fluoroptic Thermometry (FOT) product line best fits large power
transformers, as well as transformers that are UHV, EHV, HVDC and all
reactors. LumaSense pioneered the FOT technology and was first to introduce
transformer hot spot fiber optic temperature sensors to the market. With
decades of accumulated experience, LumaSense continues to innovate and
maintain high quality and service standards to hold its position as industry
leader with its Luxtron brand of products.
LumaSense’s Gallium Arsenide (GaAs)-based product line is best fit for
utility companies that want to measure hot spot winding for small power
transformers and distribution transformers that have a smaller asset
management budget. LumaSense’s GaAs-based product line uses the same basic
technology as the competition, however it offers a simplified installation
technique and value-added product features. LumaSHIELD
- LumaSHIELD measures
hot spot winding for small power transformers and distribution transformers.
LumaSMART
- LumaSMART is designed for large power transformers, UHV,
EHV, HVDC transformers and all reactors
ThermAsset2
- Effective Fiber Optic Hot Spot Monitor and Controller for
Power Transformers
OEM Modules
- High quality fiber optic temperature measurement
solutions for the OEM market.
FOT and GaAs Probes
- Probes for a variety of applications and custom probes
for OEM applications.
Tank Wall Plate
- LumaSense Transformer Tank Wall Plate is designed to be
easily bolted or welded to any transformer tank wall.
Instruments and Packages
- Instruments for general purposes as well as setup tools
for transformer probe testing during installation.
MIKRON Calibration Sources
- Highly accurate calibration equipment for
pyrometers, thermal imaging cameras, radiometers, heatflux and
spectrographic measurement sytems.
Calibration sources are infrared radiators with fixed or adjustable
temperatures between -40 and 3000 °C, used for the calibration or
verification of the correct temperature-indication of pyrometers, thermal
imaging systems, heatflux measurement systems or spectrographic analysis
systems. Depending on the model of the calibration source single temperature
points or temperature curves of an infrared measurement device can be
monitored and recorded.
LumaSense Technologies supplies a unique selection of very precise blackbody
and calibration sources. These are defined by cutting edge emissivity
values, very homogenous emission areas, a wide range of different sized
apertures to adapt to the desired target area. Fast heat up times and high
temperature stability are guaranteed.
The internal feedback control loop of the calibration sources are driven by
integrated or external digital PID-controllers. Temperature control of low
to mid temperature radiation sources is by integrated thermocouples. High
temperature radiators are controlled by integrated pyrometers. Portable Calibration Sources
M310
- Compact calibration source with very large surface area.
Ambient +5 up to 450 °C
M315 Series
- Large area sources for calibrating thermal imaging
systems
(Ambient +5) ... 400 °C
M316 (US)
- Ultra-Portable Calibration Sources Operates to 300 °C.
Available for sale in the US only.
M340
- Compact, portable, for low temperatures. Very high
temperature stability.
-20 ... 150 °C
M360
- Very wide temperature range. 2 separate, portable
modules.
50 ... 1100 °C
LUXTRON Fiber Optic Temperature Sensors
- Products based on Fluoroptic and Gallium Arsenide
material technologies
Our Fiber Optical Temperature product lines have set the standard in the
energy, research and medical industries. Based on Fluoroptic and Gallium
Arsenide material technologies, each individual product can be configured
for a specific application starting from basic electronic instruments or OEM
modules to complete turn-key systems.
LumaSense’s Fluoroptic Thermometry (FOT) product line best fits large power
transformers, as well as transformers that are UHV, EHV, HVDC and all
reactors. LumaSense pioneered the FOT technology and was first to introduce
transformer hot spot fiber optic temperature sensors to the market. With
decades of accumulated experience, LumaSense continues to innovate and
maintain high quality and service standards to hold its position as industry
leader with its Luxtron brand of products.
LumaSense’s Gallium Arsenide (GaAs)-based product line is best fit for
utility companies that want to measure hot spot winding for small power
transformers and distribution transformers that have a smaller asset
management budget. LumaSense’s GaAs-based product line uses the same basic
technology as the competition, however it offers a simplified installation
technique and value-added product features. IRC 45...IRC 150
- Small, easy to use. Large surface area. Ideal for benches
and multiple, calibration fix temperature setpoints.
M300
- Large calibration source with high emissivity for
calibration indipendent of the wavelength.
200 ... 1150 °C
M305
- General purpose calibration source for medium
temperatures.
100 ... 1100 °C
M330-US / M330-EU
- Calibration source with specially manufactured heating
elements which provide excellent uniformity.
300 ... 1700 °C
M335
- High temperature, very quick heat-up time. With
independent over temperature alarm and control system.
300 ... 1500 °C
M390 Series
- for extremely high temperatures at very quick heat-up
time.
M345 X Series
- Large area sources for low temperatures.
Accessories for CalibrationSources
Water-cooled wheel
- 2 models each with 6 different diameters
Gas Sensing
- LumaSense Technologies, Inc. was founded in 2005 as the
world’s first company to focus exclusively on reducing preventable waste and
inefficiency across our planet’s most resource-intensive global industries.
LumaSense delivers advanced sensing solutions to detect, reduce and prevent
waste and inefficiency in resource-intensive industries including Global
Energy, Industrial Materials and Advanced Technologies.
Microphone technology, for example, is an important tool in measuring gases
through the use of Photoacoustic Spectroscopy – also known as PAS. This is a
unique technique offering the customer an outstanding degree of measurement
stability with exceptional sensitivity. The LumaSense engineering department
continually works to improve the PAS technique and to test its applications
in new areas. This is how the knowledge accumulated at LumaSense is used to
meet the needs of our customers.
Product development is always based on customer needs for specific
solutions. Consequently, customers are an integral part of the development
process. Not until we deliver user-friendly solutions that meet the
customers’ requirements for quick, efficient and reliable solutions to
problems, do we at LumaSense consider the job done! LumaSense’s past, thus,
bears witness to our never ending efforts at meeting the application demands
of our customers. We feel confident that you, too, will benefit from the
expertise we have built in this field.
Our gas portfolio not only helps our customers achieve process efficiency
and waste reduction, but is also capable of monitoring the world’s most
harmful and dangerous gases. Because our gas sensing solutions offer
superior sensitivity over other gas detection techniques, our gas modules
and instruments are particularly beneficial when the environment and human
safety are involved. SmartDGA for Transformers
- The industry’s most cost-effective Dissolved Gas
Analysis (DGA) solution, designed to provide the best user experience and
maximum flexibility.
SmartDGA® is the industry’s most cost-effective Dissolved Gas Analysis (DGA)
solution, designed to provide the best user experience and maximum
flexibility.
LumaSense Technologies is a world leader in sensing solutions, with over 50
years of temperature and gas sensing expertise in various industries. We’ve
brought together our experience with over 5,000 transformer temperature
sensing installations and over 400,000 NDIR instruments.
The LumaSense Solution
LumaSense has developed a cost-effective online monitoring solution
based on proven, state-of-the-art non-dispersive infrared (NDIR) technology.
This new suite of products is designed to allow customers to continuously
monitor, record, and diagnose the condition of LTCs and transformers. SmartDGA Gauge™
- Online Load Tap Changer DGA monitor – 3 gas + moisture
SmartDGA Guard™
- Online 4 gas + moisture DGA monitor
SmartDGA Guide™
- Online 9 gas + moisture DGA monitor
SmartDGA® Accessories
SmartDGA EZHub™
- Power and Communication Hub for SmartDGA® monitors
LumaSMART
iCore™
- Local display along with
enhanced memory storage and communications
SmartDGA® Software
- Software enables easy setup and interpretation of online DGA results
ANDROS OEM Gas Modules
- Non-Dispersive Infrared (NDIR) quantifies known gases.
While the technology has long existed, ANDROS pioneered NDIR gas analysis
for automotive emissions and patient monitoring. In addition, we developed a
unique single path approach. With ANDROS NDIR modules , the cost of gas
measurement is greatly reduced because our modules can measure multiple
gases and field calibration is not needed.
OEM Gas Analyzer ANDROS 6500 and 6520
- High performance OEM Gas Analyzer for Vehicle Diagnostics
and Inspection and Maintenance Programs.
OEM Gas Analyzer ANDROS 6511
- Continuous, real-time measurement of multiple gases,
including methane and carbon dioxide
OEM Gas Analyzer ANDROS 6552
- OEM gas sensor detects Freon refrigerants and Carbon
Dioxide
INNOVA Gas Monitoring
- A wide range of gas solutions based on infrared
spectroscopy for all kinds of environments and applications.
Our gas portfolio not only helps our customers achieve process efficiency
and waste reduction, but monitors the world’s most harmful and dangerous
gases. Because our gas sensing solutions offer superior sensitivity over
other gas detection techniques, our gas modules and instruments are
particularly beneficial when the environment and human safety are involved.
While there are numerous ways to detect and analyze gases, at LumaSense we
utilize two different types of infrared (IR) technologies to deliver
cost-effect solutions with high sensitivity, accuracy, and reliability.
These are Photoacoustic (PAS) and Non-dispersive IR (NDIR) spectroscopy.
As a leader in trace and multi-gas monitoring, LumaSense delivers a complete
range of NDIR and PAS gas solutions for all kinds of environments and
applications in the Global Energy, Industrial Materials, Advanced
Technologies, as well as in many other markets and R&D applications. Photoacoustic Spectroscopy (PAS)
Field Monitor - INNOVA 1412i
- Highly Accurate, Reliable, and Robust Multi-Gas Monitor for Quantitative
Measurement in Field Conditions
Fixed Monitor - INNOVA 1314i
- Highly Accurate, Reliable, Stable, Quantitative and Remote Controllable Gas
Monitoring System
Multipoint Sampler - INNOVA 1409
- Reliable, fully remote-controlled for gas sampling of up to 24 different
locations
SF6 Leak Detector - 3434i
- Market-leading Photoacoustic SF6 leak detector for Accurate, Reliable and
Fast Integral Leak Testing
Specific Measurement Solutions
Automotive Emissions Monitor - 3433
- Highly Accurate and Reliable Multi Gas Monitor (PAS) with Specific
Configuration for Exhaust Gas or SHED Evaporative Testing
SF6 Leak Detection System - 3731
- Highly Reliable systems for high sensitivity SF6 area monitoring and early
leak detection
Non-Dispersive Infrared (NDIR) Spectroscopy
Multi-Gas Monitor - INNOVA 1316
- Cost-effective, customizable multi-gas monitoring system for a wide variety
applications
Application Software
LumaSoft 7810 Software
- User-friendly and graphical interface for the setup and
online monitoring of one multi-gas PAS analyzer
LumaSoft 7870 Software
- User-friendly application software and graphical
interface for a PAS monitoring system with multi-channel sampling
LumaSoft 7950 Software
- User-friendly application software and graphical
interface for the remote control and supervision of up to 24 multi-gas
monitors (NDIR)