• Chopped radiation method for drift-free measurements
• Fast response times from 5 ms
• HD-Version up to 180 °C ambient temperature
• Laser pointer to mark target center

• production and processing of plastics
• drying and coating of paper
• production and processing of ceramics,
• glasses,
• metals
• or a variety of materials.

The HD-version of KTX is suitable for precise and long time stable non-contact temperature measurement in

• rough and hostile environment
• and ambient temperatures up to 180 °C

KT15IIP is a digital, compact, programmable and universally applicable radiation pyrometer series with comprehensive and flexible functions for industrial temperature monitoring and control. 

• Extreme high stability due to Chopped Radiation Method
• Very high resolution 0.03 °C
• Fast response times from 5 ms on low temperatures
• Wide temperature ranges -50 °C to 3000 °C (> Models)

Features

• Focus on application: all spectral ranges from freeze drying to molt
• Stainless steel cooling and protecting housing up to 320°C
• Fast target measurement
• Focus laser marks field-of-view
• Very high linearization accuracy (0.02K)
• User interface software for complete programming and measurement
• Fields-of-view from 0.7 mm at low temperatures allow high optical resolutions

CT18 is a digital, compact, programmable and universally applicable radiation pyrometer series with comprehensive and flexible functions for industrial temperature monitoring and control.

Features

• Focus on application
• Stainless steel cooling and protecting housing up to 320°C
• Fast target measurement
• Focus laser marks field-of-view
• Very high linearization accuracy (0.02K)
• User interface software for complete programming and measurement
• Fields-of-view from 0.4 mm at low temperatures (> 200 °C) allow high optical resolutions

Application

• Temperature Measurement of:
• Metals
• Metal oxid
• Semiconductors
• Glass
• Graphite
• Silicium
• ...

• Rugged stainless steel housing, IP 65
• Wide temperature range from -30 °C to 900 °C
• Very fast response times from 50 ms (programmable)
• Fields-of-view as small as 1 mm
• Compatible to infrared radiation pyrometer KT12

• Rugged stainless steel housing, IP68
• Wide temperature range from 0 °C to 2000 °C (> Models)
• Very fast response times from 50 ms (programmable)
• Fields-of-view as small as 1 mm

• Rugged stainless steel housing, IP68
• Wide temperature range from 0 °C to 900 °C
• Very fast response times from 30 ms (programmable)
• Fields-of-view as small as 1 mm
• Pilot laser aims the center of the field-of-view

• Extreme high stability using chopped radiation method
• Robust stainless steel housing with NEMA 4 rating
• Very high resolution 0.03°C
• Very fast response times from 5 ms

Application
Manufacturing and processing of

• rubber
• plastics
• ceramics
• varnish
• food
• textiles
• glass
• metal
• environment
• - - -

• Rugged stainless steel housing, IP65
• Wide temperature range from -40°C to 700°C
• Very fast response times from 180 ms (programmable)
• Fields-of-view as small as 2mm
• Interchangeable calibrated sensor heads
• Cable length 3 m or 15 m
• Type H up to 180 °C ambient temperature
• Ambient temperature up to 200 °C (with air cooling)

The Miniature Infrared Temperature Sensors MTS05II consist of a sensor head (SH05) with a connecting cable and a digital signal processor (MS05). The sensor head will be connected to the digital signal processor.

Functions
All parameters configurable via serial interface:

• Temperature range for analog output
• Analog output 0/4 - 20 mA, 0 - 5 V, thermocouple type J and K, actual value or min/max-value
• Integrated valley/peak picker with clear function
• Emissivity setting
• Reflected environmental temperature
• Alarm relay with hysteresis

• Rugged stainless steel housing, IP 65
• Wide temperature range from -30°C to 900°C
• Very fast response times from 50 ms (programmable)
• Fields-of-view as small as 1 mm
• Compatible to infrared radiation pyrometer KT12

• Measurement at very low emissivities (> 0,02)
• Highly reflecting gold mirror
• Defined spot size

A gold plated parabolic mirror focuses the measured spot on to itself. Thus IR radiation is captured between object and mirror. Due to multiple reflections the radiance in this area is up to 15 times higher than without mirror.

• Measurement at very low emissivities (> 0.02)
• Highly reflecting gold mirror
• Defined spot size

A gold plated parabolic mirror focuses the measured spot on to itself. Thus IR radiation is captured between object and mirror. Due to multiple reflections the radiance in this area is up to 5 times higher than without mirror.

CT18 is a digital, compact, programmable and universally applicable radiation pyrometer series with comprehensive and flexible functions for industrial temperature monitoring and control.

• Short wavelength Infrared Radiation Pyrometer responses at 1 µm and 1.6 µm
• Extreme high stability
• Very high resolution 0.01 °C
• Fast response times as fast as 1 ms on low temperatures
• Wide temperature ranges 200 °C to 3000 °C (> Models)

Features

• Focus on application
• Stainless steel cooling and protecting housing up to 320°C
• Fast target measurement
• Focus laser marks field-of-view
• Very high linearization accuracy (0.02K)
• User interface software for complete programming and measurement
• Fields-of-view from 0.4 mm at low temperatures (> 200 °C) allow high optical resolutions

PRO 40 Series Laser Aiming Sensors include a complete selection of wavelengths, optics and configurations to enable measurements of both traditional and challenging applications in industrial environments. With advanced, easy-to-use capabilities PRO 40 Sensors provide highly accurate measurements for:

• General purpose applications
• Unique materials such as thin film plastics, glass, or painted/coated surfaces
• Intervening media such as, steam, water vapor, flames, or combustible gases that have the potential to interfere with a sensor's measurement accuracy.

• General purpose applications
• Unique materials such as thin film plastics, glass, or painted/coated surfaces
• Intervening media such as, steam, water vapor, flames, or combustible gases that have the potential to interfere with a sensor's measurement accuracy.

The Pro 80 sensor is a dual-wavelength infrared thermometer featuring state-of-the-art technology to provide acurate and reliable measurements for a wide range of industrial applications. The Pro 80 sensor utilizes visual or integrated laser aiming alignment.

The Pro 90 sensor is a dual-wavelength infrared thermometer featuring state-of-the-art technology to provide acurate and reliable measurements for a wide range of industrial applications. The Pro 90 sensor utilizes fiber optic alighnment with optional integrated aim light.

The Pro 100 sensor is a dual-wavelength infrared thermometer featuring state-of-the-art technology to provide acurate and reliable measurements for a wide range of industrial applications.
Pro 100 sensors utilizes visual or integrated laser aiming alignment.

The Pro 200 sensor is a dual-wavelength infrared thermometer featuring state-of-the-art technology to provide acurate and reliable measurements for a wide range of industrial applications. The Pro 200 sensor utilizes fiber optic alighnment with optional integrated aim light.

KT19II-Series covers a broad range of potential applications in research, in laboratory and in industrial manufacturing processes

The KT19II implements the most advanced infrared technology of the forthcoming generation. New performance features bring added functionality beneficial to difficult and complex applications. The KT19II sets unsurpassed standards in radiation pyrometry. The magnitude of available options and freely selectable operating parameters allows ideal adaptation for the specific requirements of all feasible applications.

The KT19II excels by a number of unequaled performance data:

• The response time is adjustable from 5msec, to monitor and control extremely short production cycles, up to 10 minutes, to integrate measurements in long-term thermal processes with an extremely high resolution.
• The linearity error of less than 0.02 K over the entire temperature range allows calibration with high accuracy.
• Due to the high resolution of 10 mK even smallest temperature differences can be proved.
• The integrated multifunctional display allows the complete configuration of all functions and specific operating parameters.
• Fields-of-view from 0.7 mm at low temperatures allow high optical resolutions.

The HEITRONICS Transfer Radiation Thermometer (TRT) is for use as a Transfer Standard of the highest level at NMIs (National Metrological Institute). It provides a high quality accurate transfer of temperatures to user's Black Body Radiators (BBRs), after the TRT is calibrated against NMI fixed-point Black Body Radiators.

For convenient and scientific use at the TRT the user has access to the major features and values at the TRT by using PC-based software.

Temperature Ranges and Spectral Ranges
The HEITRONICS Transfer Radiation Thermometer covering the total temperature range of -50 °C to 1000°C. It has 2 temperature ranges related to the spectral ranges. The low temperature range of -50 °C up to 300 °C is related to the spectral response of 8 - 14 µm. The medium temperature range from 150 °C to 1000 °C has a spectral response of 3.9 µm. The spectral responses will be provided with the delivery and the manual of the instruments.

... measures temperatures along a line within the temperature range from -50 °C to 3000 °C.

A special HD version allows the use in rough and hot environment up to 220 °C.

A scan angle of 90° makes possible the temperature evaluation of large areas for monitoring and control of all measuring objects during production and processing.

Via serial interface and belonging-to software the measuring unit is free programmable and the operation is possible via remote control and autarkical.

Various combinations of scanner and radiation pyrometer allow us to offer unique solutions for every customer application.

• Extreme high stability
• Robust industrial style
• High accuracy
• Very fast simultaneous measuring

Benefits

• Very fast and complete measuring of the surface
• Monitoring of rotating cylinders
• Monitoring and control of non-continuous processes

Features

• Customized solutions (Hard- and Software)
• Simultaneous measuring with 256 detectors
• Wide temperature range from 0 °C to 550 °C
• Very fast response times from 250 Hz
• Focusable lenses from 20 cm to infinite
• Spatial resolution from 1.4 mm x 256 detectors
• High accuracy (1.0 %) and long term stability
• Chopped Radiation Method for highest temperature stability

The AreaCamera AC38.82L compact provides non-contact measurement of 2D temperature distributions with high thermal and spatial resolution from 8 µm to 14 µm. The camera is specially designed for long-term use.

Applications

• Process control and process monitoring
• Quality control
• Measurements in research and development

The HEITRONICS Transfer Radiation Thermometer (TRT) is for use as a Transfer Standard of the highest level at NMIs (National Metrological Institute). It provides a high quality accurate transfer of temperatures to user's Black Body Radiators (BBRs), after the TRT is calibrated against NMI fixed-point Black Body Radiators.

For convenient and scientific use at the TRT the user has access to the major features and values at the TRT by using PC-based software.


Temperature Ranges and Spectral Ranges
The HEITRONICS Transfer Radiation Thermometer covering the total temperature range of -50 °C to 1000°C. It has 2 temperature ranges related to the spectral ranges. The low temperature range of -50 °C up to 300 °C is related to the spectral response of 8 - 14 µm. The medium temperature range from 150 °C to 1000 °C has a spectral response of 3.9 µm. The spectral responses will be provided with the delivery and the manual of the instruments.

The HEITRONICS Transfer Radiation Thermometer (TRT) is for use as a Transfer Standard of the highest level at NMIs (National Metrological Institute). It provides a high quality accurate transfer of temperatures to user's Black Body Radiators (BBRs), after the TRT is calibrated against NMI fixed-point Black Body Radiators.

For convenient and scientific use at the TRT the user has access to the major features and values at the TRT by using PC-based software.


Temperature Ranges and Spectral Ranges
The HEITRONICS Transfer Radiation Thermometer TRT IV.41 covering the total temperature range of 150 °C to 1000°C. It has 1 temperature range. The temperature range of 150 °C up to 1000 °C is related to the spectral response of 3.9 µm. The spectral responses will be provided with the delivery and the manual of the instruments.

The HEITRONICS Transfer Radiation Thermometer (TRT) is for use as a Transfer Standard of the highest level at NMIs (National Metrological Institute). It provides a high quality accurate transfer of temperatures to user's Black Body Radiators (BBRs), after the TRT is calibrated against NMI fixed-point Black Body Radiators.

For convenient and scientific use at the TRT the user has access to the major features and values at the TRT by using PC-based software.


Temperature Ranges and Spectral Ranges
The HEITRONICS Transfer Radiation Thermometer TRT IV.82 covering the temperature range of -50 °C to 1000°C. The temperature range of -50 °C up to 1000 °C is related to the spectral response of 8 - 14 µm. The spectral responses will be provided with the delivery and the manual of the instruments.

High Accurate Blackbody Calibration Source with integrated Controller for Calibration of Infrared Radiation Pyrometer, Thermometer and Thermal Imaging Systems with Temperature Range from -20 °C to 350 °C

Blackbody Radiation Sources with Controller for Infrared Radiation Pyrometers

• Cavity aperture: 60 mm (2.36 inches)
• Emissivity: 0.9994 ± 0.0002
• Cavity length: 300 mm (11.8 inches)
• Excellent temperature uniformity
• Isothermie from 0.1 °C, better than 0.7 °C
• Uncertainty: 0.15 ... 0.70 °C
• Portable; weight: approx. 20 kg (44 lb)
• Cavity source immersed in a liquid bath
• Liquid volume: 1.35 liters (0.4 gal)
• Precision controller, including a programmer
• High stability; low controller oscillations
• Fast heat-up: max. 1 h stabilization time
• Nitrogen rinsing to suppress dew point
• Traceable to PTB by HEITRONICS Transfer
• Radiation Thermometer (TRT)
• ... or RTD-Pt100 (DKD calibrated)
• Calibration of 3 mm RTD's and thermocouples
• Temperature range 50 °C to 350 °C
• ... from -20 °C with external cooler
• Built-in cooling coil for an external cooler
• Digital controller, control accuracy 0.1 K
• Control parameter adjustable

High Accuracy with Controller

Blackbody Radiation Sources with Controller for Infrared Radiation Pyrometers

• Temperature range 50°C to 400°C
• Calibration and control of pyrometers
• Digital control, control accuracy 0.1 K
• Control parameter adjustable
• Isothermie from 0.1°C, better than 1°C
• Cavity aperture 25 mm

High Accuracy with Controller

Blackbody Radiation Sources with Controller for Infrared Radiation Pyrometers

• Temperature range 350°C to 1000°C
• Calibration and control of pyrometers
• Digital control, control accuracy 0.1 K
• Control parameter adjustable
• Isothermie from 0.1°C, better than 1°C
• Cavity aperture 25 mm

For calibration of radiation pyrometers
Net independent with battery-pack and charger

Blackbody Radiation Sources
Blackbody radiation sources are used as radiation sources with a definite spectral distribution for the determination of physical parameters by means of photometrical, radiometrical and pyrometrical measurements. The energy emitted into the half-space is only dependent on the temperature of the blackbody radiation source. For testing and calibrating of infrared radiation pyrometers a blackbody radiation source is indispensable.