Category: IR Series Pyrometer

Ultra precision transfer standard pyrometer. A high-accuracy solution for calibration verification compliance. Temperature ranges from 250 to 3500°C.

The precision and long term stability of the Diadem is not only used to maintain laboratory calibration standards but also used for difficult measurement tasks in demanding laboratory / R&D environments. To achieve pinpoint accuracy, all Diadem components which may have interference onto signal processing are separated and contained in the external power supply housing.

Features of the Diadem Transfer Standard Series include:

• Thermostatically controlled detector
• High resolution A/D- & D/A-converters.
• 16 bit analog output signal resolution
• Display resolution 0.01°C
• Stable long term electronic components
• High quality achromatic lenses
• 3 galvanically isolated circuits

The Process Sensors model Metis M3 is highly unique with advanced design through customization, and adaptability outperforming any conventional pyrometer on the market today. The M3 has the ability to be used in ambient temperatures up to 80°C, with fiber optic versions on the optical head rated up to 250°C. The free user-friendly SensorTools software provides 1 point calibration program and can easily be calibrated via a PSC Black Body Calibration Source.

Superior to analog technology and based on the latest electronic high resolution 16 bit digital signal processing, the M3 provides convenient universal configuring via the Metis M3’s integrated keypad and 10-digit display, enabling all settings to be easily manipulated by the user. Equipped with many advanced features, such as digital inputs and outputs as well as an accuracy of 0.25%, it meets the highest industry demands. The sensor’s built-in video chip offers the ability to view in real time, a color composite video that can be displayed on a video monitor or PC using a standard off-the-shelf video to USB frame grabber.

Offered in both single and dual wavelength versions, the Metis M3 offers manually adjustable focus, fixed focus or remote motorized focus optics. The precise alignment of the target is accomplished by laser, through lens sighting or real-time color video. The M3 is available in either single wavelength or two color pyrometer versions utilizing photon type detectors.

The high-speed serial digital interface and two high-resolution 16-bit analog current outputs are adjustable and configurable for a precise output of temperature measured values. Additionally, the M3 is equipped with a dirty window alarm, which alerts the operator of how obscured the viewing sight path, viewport window or pyrometer lens is getting prior to a level that can affect the pyrometer’s measurement abilities.

High-speed pyrometers of the Metis H3 series measure temperatures many times faster than Traditional IR temperature sensors. Thereby all advantages of the digital data processing are available, maintaining high accuracy with high-speed outputs of the measurement results via analog and digital circuitry.

1 and 2-color models to select from:

• H316, H318, H309:1-color radiation pyrometers with an exposure time of < 20 µs for more than 50,000 measurements / second.
• 2-color pyrometers with an exposure time of < 40 µs for more than 25,000 measurements / second.

These ultra-fast pyrometers with response times of 40 and 80 microseconds respectively are fast enough to perform near real-time measurements for laser heating, annealing cladding etc. applications power control and to respond to complex workpiece geometries.

Stand-Alone Metis H3 Series: 
The Optimal Solution for Measuring Temperature in Laser Processes / Laser Applications.

Metis H3 Series of Ultra-high-speed pyrometers with extremely fast outputs measure the temperature directly at the laser welding spot. The analog or digital outputs are used to control the laser power in order to maintain the required temperature level.  IR thermometer sighting /aiming methods include: Through lens, color video or laser aiming. The IR sensor ‘s optics may be coupled into the beam path of the laser machine’s optics or externally mounted with its’ own focusable lens.

• Unique stand-alone concept in a compact design for temperature measurement and laser control. The pyrometers are operating and communicating autonomously via digital inputs to feed the information to the control loop for adjusting the laser power. The software SensorTools is used for measurement and recording for evaluation purposes. 
• Fully autonomous operation or remote-control commands via existing systems
• Easy integration into existing systems
• Integration of the IR sensor’s optics into Client’s laser system
• Built-in calibration function for simple onsite temperature adjustment

Field of Application

• Radiation pyrometers are mainly used for laser Metal and plastic welding applications ( 3D Additive Manufacturing), contour welding, simultaneous welding, and quasi-simultaneous welding). 
• 2-color pyrometers in shortwave spectral response is ideally suited for measurements on metals without influence by the laser. Especially for laser power control during the laser hardening process and measurements in laser cladding processes. 

The PC software SensorTools allows    adjustment of the parameters necessary to operate and control the process. These             values are written directly into the pyrometer and keep stored there to ensure a fast and error-free integration into the measurement process.

• Several parameter configurations can be stored and addressed without software via an external control system                                                           

Features of the H3 pyrometer connected to the software via serial interface include:

• Visual control of the current measurement.
• Recording and subsequent evaluation of the current measurement.
• Start and stop of control process via external control system or software
• External temperature setpoint setting via analog 0-10 V input.
• Selection of stored process parameters via external control system
• On-site calibration function: for one click recalibration of the pyrometer with a calibration source on-site (e.g. to correct measurement errors when measuring through windows or if optics are coupled into the laser).

The Metis MB35 is a stand-alone pyrometer which measures low temperatures for metal, ceramic, and composite surfaces. Temperature ranges from 35 to 1000°C.

The Metis MB35 is a accurate, reliable stand-alone pyrometer commonly used to measure the temperature of metal surfaces. 

Pyrometer Metis MB35 utilizes lead selenide detectors with filtered spectral response at relative short infrared wavelengths, and is therefore often used to measure metal surfaces above 50°C. The emissivity of these surfaces decreases with an increased wavelength, so they offer much better performance than other pyrometers with similar low zero scale temperatures, but with longer wavelength response.

The MB pyrometer uses a fixed focus lenses.  Fixed focusing gives you control of the cone of vision and offers the possibility to measure either a small spot (focused) or the average of a bigger spot (out of focus). Fixed focus lenses with larger diameter collect more infrared energy and therefore result in smaller spot sizes.

The lenses are made of calcium fluoride CaF2  which are highly transparent in their spectral regions. If additional windows are necessary, they must offer similar optical characteristics.

The Metis MB35 is offered with a variety of capabilities and features for maximum application flexibility.  Please see the Specifications tab above for a summary.

The Metis MB39 pyrometer was made to look through environmental obstacles such as clean flame or combustion gases to measure a target’s temperature. With a narrow wavelength of 3.95 µm, metal parts, glass, ceramics, composites, and etc can be accurately measured despite flame or gas interference. Temperature ranges from 150 to 2500°C.

Metis model MY45 and MY46 pyrometers are used for boiler and furnace applications that measure CO2 gas and flame temperature. These IR temperature sensors measure temperature in the high absorption CO2 gas band wavelength. At this optimized wavelength, the PSC model MY45/46 sensors measure Hot CO2 gas, which is a constituent of an oxygenated flame. Standard MY46 temperature measurement ranges of 932 (500°C) to 3632°F (2000°C). Starting temperature ranges for the MY45 are 212 (100°C) to 2732°F (1500°C). Other temperature ranges available upon request.

The Metis MY51 series is used for glass surface temperature measurement, while the MY80 series is used to measure fluoro carbon plastics. These precision on-line process pyrometers offer adjustable, focusable optics for pinpointing very small targets. Temperature ranges from 50 to 2500°C

The Metis Self Contained series of IR Pyrometers was developed for precision on-line process temperature measurement applications. By utilizing digital signal processing, the Metis series exceeds standard analog pyrometers in accuracy, repeatability and temperature range.

Precision, adjustable focusable optics allows the Metis to pinpoint very small targets and features advanced sighting capabilities such as through the lens, laser or video. A variety of spectral responses are available for many applications, including Metals, Glass, Semiconductor, Vacuum, Ceramics, Plastics andComposites. 

The aluminum extruded housing (IP65) with mounting adaptation allows for easy installation onto a swivel base or adjustable bracket, or within a companion heavy duty water cooling jacket for use in harsh environments.

Metis-Pyrometers provide analog & digital signals including 4-20mA, 0-20mA, RS232, RS485 & Profibus. Optionally the product line features an integrated bright rear LED display, dual relays or fiber optic versions for use in high temperature environments, use in tight spaces or in high magnetic RF fields.

A 2-color pyrometer with on-board temperature display and push button menu. Ideal for industrial and research applications. Has various temperature ranges from 500 to 3000°C. Includes a protective quartz window for optical lens. Has three aiming methods (laser, through lens, or video camera sighting) with variable focus optics.

The digital pyrometers PSC-SR10NL / SR10NT / SR10NV are designed for industry and research applications. The self-contained two-color IR sensors includes a protection quartz window for its’optical lens. Along with a rugged protective cooling jacket, the pyrometer can withstand incredibly harsh and dirty environmental conditions.

With a short response time of only 5ms, these pyrometers are suitable for fast measuring processes. Various focusable optics enable measuring spot sizes from 0.8 mm / 0.31″. The integrated laser aiming light or alternative thru-lens sighting, enables pinpoint focus on the measurement object. With the optional color video output (PSC-SR10NV), the measured target can be visually monitored and recorded.

The linear temperature output signal of 0/4 to 20 mA offers easy implementation in pre-existing measurement and control systems. The device is equipped with a galvanically isolated RS-485 interface which allows parameter adjustment and software evaluation even in bus systems.

All parameters are adjustable via IR temperaturesensorpush-buttons, top rear display, or a PC with PSC Spotsoftware.

The digital PSC-52LT pyrometer with integrated laser aiming operates in the 8-14µm spectral range and is designed for precise temperature measurement of low reflective surfaces and materials.  Typical applications for this versatile performer include paper and packaging, food, glass and ceramics, conveyed materials, wood and composites, and textiles.  It is also ideal for rubber, plastics and gypsum board applications.

The PSC-52LT operates in the 0° to 1000°C (32° to 1832°F) temperature range with adjustable sub-temperature ranges.  It features a fast, adjustable response time of 100ms, and is capable of measuring very small spot sizes from 0.24” (6mm).  The sensor’s standard loop-powered 4-20mA linear output signal facilitates simple implementation into existing measurement and control systems.

The PSC-52LT can be connected to a computer via USB interface. The sensor’s parameters (transmissivity, ambient radiation, etc.) are adjusted through the operator’s PC, with the exception of emissivity. Emissivity must be changed utilizing the potentiometers located on the rear panel of the sensor.

The PSC-52LT is contained in a rugged, stainless steel housing with a sealed quick disconnect connector with IR sensor cable.  A heavy duty protective cooling jacket with integrated air purge is used for harsh environment applications.  A USB PC interface cable is optional and a full range of accessories is available.

PSCSpot for Windows software is standard equipment provided for storage, processing and evaluation of real time measured data.  It provides extensive statistical analysis of data, export of measured data as test files and creates Microsoft Excel spreadsheets.  The software also provides an integrated report function with customized templates for Microsoft Word and an integrated calculator for easy calculation of optics parameters.

The PSC-54 Series provides either laser or video output, delivering high resolution fixed focus optics with small spot sizes. Optical and electronics parts are enclosed in a rugged stainless steel housing and companion cooling jackets for use in harsh environments. Offers a wide range of temperatures spanning from 200 to 3200°C

The self-contained PSC-54N pyrometer series (2-color and 1-color) comes with a choice of two sighting methods, delivering high resolution fixed focus optics with small spot sizes, digital RS485 communication interface, analog 4 to 20mA output and fast speed of response. Optical and electronics parts are enclosed in a rugged stainless steel housing for use in harsh environments. 

The PSC-S54N IR thermometer series are ideal for applications in induction heating, kilns, composites, sintering, steel and metals processing, vacuum furnaces and welding, as well as demanding research and development applications. The durable and compact companion stainless steel cooling jacket with integrated air purge stands up to even the harshest environments, and a number of innovative, ruggedly designed accessories are available.

Offering a wide range of temperatures spanning from 250 to 3000°C, the PSC-54N series provides the user a choice of integrated red laser or video camera sighting. As with all PSC two-color models, the PSC-SR54N and PSC-SR54NV can also be used as single wavelength pyrometers.

In the switchable single wavelength mode, operators have the choice of obtaining output signals from shorter or longer wavelengths, or both via analog and serial communication ports. The free  PSCSpot software with optional USB cable for connection to RS485 output allows simple set up of IR thermometer parameters, facilitates multi-tasking and makes the recording of data in graphical, text or tabular format simple. The PSC-54’s color composite video output can be connected to any commercially available monitor or to a PC via an off-shelf frame grabber.

A self-contained, stainless steel sensor with 4 to 20 mA and RS485 Modbus RTU outputs. On-board temperature menu display with three aiming methods:laser, through lens, or video. Available in one or two color versions. Has high-resolution fixed or motorized adjustable focus optics. Temperature ranges from 200 to 3000°C. Reliable endurance for long-lasting, demanding operations in harsh conditions.

Rich in features, the self-contained two-color model PSC-SR56N and one-color models PSC-G56N/PSC-S56N pyrometers offer a choice of four sighting methods, delivers high resolution fixed focus optics with small spot sizes, digital RS485 communication interface, analog 4 to 20mA output and a fast speed of response.

These thermometers are ideal for applications in induction heating, kilns, composites, sintering, steel and metals processing, vacuum furnaces and welding, as well as demanding research and development applications. The durable and compact companion stainless steel cooling jacket with integrated air purge stands up to even the harshest environments, and a number of innovative, ruggedly designed accessories are available. Optical and electronics parts are enclosed in rugged cylindrical stainless steel housings for guaranteed durability.

With five temperature ranges spanning from 500 to 3000°C, the PSC-56N series offers a choice of through-lens sighting, integrated red laser, video camera sighting, or an electronic viewfinder. The unique electronic viewfinder feature allows the user to look into the sensor’s viewfinder and observe a real-time colorized video image of the process under measurement. As with all Process Sensors two & one-color models, the PSC-SR56N Series can also be used as single wavelength pyrometer. The free PSC Spot software with optional USB cable for connection to RS485 output allows simple set up of IR thermometer parameters and records data in graphical, text or tabular format simple.

The PSC-44 Series of pyrometers are digital, self-contained, non-contact infrared temperature sensors that offer fast response speed, high accuracy and repeatability, along with a linear 4-20mA analog output and a digital RS485 interface. Included software enables data acquisition and temperature measurement adjustment.

The PSC-T44G & PSC-T44GH series are versatile performers in glass and solar cell production applications for measurement of glass surfaces and substrate materials. They have also been proven to be equally beneficial in the ceramics and semiconductor industries. The respective response times are 30 and 10 milliseconds. The PSC-T44G and the PSC-T44GH are built for the temperature measurement of glass surfaces, with the PSC-T44GH made for more high-speed applications.

The PSC-G44N & PSC-S44N series provide laser sighing for pinpointing small targets and are used for higher temperature applications such as induction heating, steel processing, semiconductor, molten glass, composites, ceramics, vacuum applications, etc. The PSC-44 series is an ideal choice for system integrators, OEM’s and engineering companies.

The PSC-40 Series is a two-wired, loop-powered IR sensor which provides accurate temperature measurement from -40 to 2500°C. Also available with fiber optics. An optional programming cable with software allow for the adjustment of pyrometer parameters. The simplicity of the wiring and integration make it ideal for industrial applications including induction heating, steel making, glass, kilns, food, dryers, ovens, furnaces, medical apparatus and R&D. The PSC-40 Series offers high quality performance and long term reliability for use in harsh industrial environments. The rugged protective cooling jackets and air purge assemblies are rated for ambient temperatures up to 200°C (392°F), with a full range of electrical, mechanical and optical accessories also available.

Constructed of rugged stainless steel, the pyrometers offer several wavelength selections and wide temperature ranges which make them the ideal choice for industrial and OEM machine building applications, as well. A variety of fixed focus optics are featured and users may choose an optional or integrated laser aiming light to determine exact alignment to the measured target.

Easily integrated into existing measurement and control systems with a linear 4 to 20 mA output signal, the PSC Model 40 infrared thermometer series provide fast response times, small spot sizes, and the PSC-S40 & PSC-G40 models offer laser sighting. The self-contained PSC-40 Series of compact, digital, 2-wire loop powered IR temperature sensors are available with optional PSC spot software for adjustment of IR sensor parameters via a PC.

The PSC-42 Series of simple, 2-wire loop powered sensors offer on-board emissivity adjustment, multiple wavelength options and wide temperature ranges. Ideal for industrial and OEM machine building applications with temperature ranges from -40°C to 2500°C. When used with our rugged stainless steel cooling jacket, the series can endure ambient temperatures up to 250°C.

Boasting temperature ranges from -40°C (-4°F) to 2500°C (4532°F), the PSC-40 Series of 2-wire loop powered pyrometers offer high quality performance, outstanding value and long term reliability. A variety of fixed focus optics are available, and users may choose an optional or integrated laser aiming light to determine exact alignment to the measured target.

Easily integrated into existing measurement and control systems with a linear 4 to 20 mA output signal, the PSC Model 42 infrared thermometer series provide a fast response time, small spot size, on-board emissivity adjustment and laser sighting (High temperature models). For use in harsh industrial environments, the rugged protective cooling jackets and air purge assemblies are rated for ambient temperatures up to 392°F (200°C), with a full range of electrical, mechanical and optical accessories available.

A 2-color fiber optic pyrometer ideal for industrial applications. Has various temperature ranges from 600 to 3000°C. All parameters are adjustable via push-buttons displayed directly on the device. The fiber optic cable and lens assembly can be used in ambient temperatures up to 250°C without cooling.

The digital pyrometers PSC-SRF11N are especially designed for industrial temperature measurement from 600 °C. They utilize the 2-color system which has the advantage of measurement widely independent from the emissivity. The solid body with fiber optics cable allows usage even under rough environmental conditions. The bright temperature display is visible even over long distance.

With a fast response time of only 5 ms these pyrometers are suitable for fast measuring processes. The device is equipped with integrated, galvanically isolated RS485 interface which allows parameterising and software evaluation even in bus systems. All parameters are adjustable via push-buttons and display directly on the device. Parameters can easily be adjusted to the application via parameterizing and evaluation soft-ware PSC-Spot.

A 2-color low temperature fiber optic pyrometer ideal for industrial applications. Has various temperature ranges from 300°C to 2300°C. All parameters are adjustable via push-buttons displayed directly on the device. Multiple wavelengths available through 2 channels. T

he digital ratio pyrometers PSC-GRF11N series are specifically designed for industrial temperature measurement starting from 300°C. The 2-color model has a wide temperature range of measurement, independent of emissivity.

The cast aluminum housing with fiber optics cable allows usage in harsh environmental conditions. The bright temperature display is visible over a long distance. With a fast response time of 5 ms (t95) these pyrometers are suitable for quick measurement processes. The variable focus fiber optical lens provides spot sizes from 0.7 mm in diameter. The integrated laser provides precision aiming to the measured object. The linear temperature output signal of 0/4 to 20 mA makes it easy to incorporate the pyrometer in existing measurement and control systems. The optical lens and fiber optic cable have a high ambient temperature rating of 250°C (482°F).

The device is equipped with a galvanically isolated RS-485 interface, which allows parameterizing & software evaluation even in bus systems. All parameters are adjustable via push-buttons and displayed directly on the electronics box. By using the convenient parameterizing & evaluation software PSCSpot, settings can easily be adjusted from a PC.

Lower cost, 2-wire, loop-powered fiber optic IR temperature pyrometers with wide temperature range from 600°C to 1800°C. For molten glass, metals, ceramics, composites, and crystal growth applications.

Fiber Optic Pyrometer for Glass Industry

The digital 1-color fiber optic pyrometers PSC-SF30NG and PSC-34NG series are specially designed for the temperature measurement of molten glass tanks, fore hearths, and feeders. The robust cast housing with flanged tabs allows for ease of installation and can be located up to 98ft (30m) from the optical lens assembly. The special stainless steel sheath fiber optic cable is rated for ambient temperatures of up to 482°F (250°C). The PSC-30/34 series of IR sensors for glass temperature measurement features many benefits including:

• Wide Temperature range from 600°C to 1800°C
• Loop-powered sensor with 4-20mA output (SF-30NG)
• Simple installation and operation
• High accuracy
• Robust air purge design for maintenance-free operation
• Digital RS485 communication (SF-34NG)
• Integrated peak picker

With simple wiring and compact design, the PSC-SF30NG and PSC-34NG are easy to intergrate into almost any pre-existing system. The units and their fixed focus optics come with a high ambient temperature rating of 500°F.

IR sensor parameters such as emissivity, sub range, response time and peak picking can be easily adjusted by the PSC Connect software.

The Sirius Series sensors are small, compact and easy-to-install with digital and analog outputs. Shorter wavelengths make them an excellent choice for measurement of ferrous and non-ferrous metals above 50°C. Temperature range from 50°C to 2500°C.

The Sirius line of pyrometers was developed to meet the growing demand for small, compact and easy-to-install sensors with first-class optical and electronic characteristics from 50°C to 2500°C. Sirius pyrometers provide digital/analog outputs and operate at shorter wavelengths where the emissivity of un-oxidized metal surfaces is higher. Therefore, they are an excellent choice for measurement of ferrous and non-ferrous metals above 50°C. Other applications that can benefit from the installtion of a Sirius sensor include:

• Induction
• Vacuum
• Steel
• Laser welding
• Composites
• Ceramics
• Sintering

These pyrometers offer adjustable focus optics and are exceptionally robust due to the fact that the self contained IR sensor has no mechanical moving parts, and because the lens, detector and electronics are contained in a stainless steel IP65 housing. By utilizing digital signal processing, the Sirius line exceeds standard analog pyrometers in precision and repeatability.

Optical Alignment: Aiming of the pyrometer on the measured object is facilitated by a precise laser spot, which indicates the center of the target area. The optical axis is aligned with the mechanical axis of the sensor housing. The laser can be switched on via a laser button on the interconnecting cable by a remote contact or from the PSC Win software.

The Polaris Series is a cost-efficient and accurate infrared temperature switching device used for the recognition of hot parts. Hot metal detector. Available in temperature ranges from 250 to 1800°C. LEDs on the rear of the sensor indicate which switch state the Polaris is in.

The Polaris series of infrared temperature switches are used for non-contact detection of hot metal parts or overheating, thereby triggering switching operations which are used for sorting or activating a cooling or similar process. Polaris temperature switches measure in the short wave spectral range and are therefore mainly used for measuring of metals, ceramics, graphite, etc. Polaris sensors measures within the temperature range of 250°C to 1800°C.

The short wave spectral sensitivity of these units is important for the precise detection of polished, bright metal parts, because the impact of emissivity deviation on accuracy is much lower in the near end infrared region. The Polaris temperature heat switch provides 2 transistor outputs and includes 2 yellow LED’s on the back of the sensor indicating the switching position. Focus distances range from 6.7″ (170mm) to 79″ (2000mm) depending on the choice of selected optics. Spot sizes range from 1.3mm to 11mm. Available temperature ranges are from 250 °C to 1800°C.

Intrinsically safe, self-contained, fixed focus two-wire sensor, the PSC-EX301-XT-CB5 is designed primarily for precise measurements of non-reflective surfaces in the -20 to 1000ºC temperature range.

An intrinsically safe, self-contained, fixed focus two-wire sensor, the PSC-EX301-XT-CB5 is designed primarily for precise measurements of non-reflective surfaces in the -20 to 1000ºC temperature range. This remarkable sensor features a response time of 240ms and has excellent stability. When equipped with a sturdy Stainless Steel 316 housing, the sensor is ideally suited for hazardous conditions.

The applications for the PSC-EX301-XT-CB5 are varied and numerous. When used in condition monitoring of petrochemical furnaces, vessels and storage tanks, the sensor can accurately measure the temperature of mechanical surfaces and eliminate the need to replace easily damaged thermocouples. It can also be used to measure liquid surface temperatures. Coal and aggregates on conveyors also benefit from the watchful vigilance of the PSC-EX301-XT-CB5 sensor. It can measure the dangerous hot spots on combustible parts dealing with automotive painting solvents and painted surfaces. In addition to monitoring the temperature of surfaces on offshore platforms, the sensor can be used to measure the temperature of the sea’s surface.

The rugged PSC-EX301-XT-CB5, when used in conjunction with an isolation barrier, satisfies the demand for an intrinsically safe infrared temperature sensor that can be used in hazardous areas for surface equipment including Class I, Div. I and II (for gas), and Class II, Div. I and II (for dust). This eliminates the need for bulky flameproof enclosures while providing highly accurate and repeatable readings.

The PSC-EX301-XT-CB5 sensor may be connected to a PC via the optional USB adapter and included Windows® compatible software. Configurable settings include emissivity, 4-20 mA temperature range, averaging, peak and valley hold processing and reflected energy compensation.

Two piece digital model PSC-SSS-Laser Series offers high resolution optics, dual lasers for aiming, fast response speed, on board back lit temperature display, and a large choice of wavelengths for a variety of industrial, medical, and scientific applications. Offered in temperature ranges from -40 to 2200°C

The two-piece digital model PSC-SSS-Laser Series offers high resolution optics, dual lasers for aiming, fast response speed, on board back lit temperature display, alarms, multiple analog (4-20mA) and digital outputs, including J & K thermocouples. A large choice of wavelengths makes this the ideal IR sensor series for a variety of industrial, medical, and scientific applications.

The PSC-SSS-Laser series’ sensing heads are constructed from rugged stainless steel and offer a choice of high-resolution fixed focus optics providing for small target sizes from 0.020” (0.5mm) in diameter. The bright red dual lasers pinpoint the spot at the focus distance as the laser beams converge to form a single spot on the target. At distances other than the focal length, individual laser spots delineate the measured target size diameter, allowing the operator to see the spot size under observation as the two lasers spread apart.

The high accuracy infrared temperature sensor can operate in ambient temperatures up to 185°F (85°C) without the need for cooling; operate over a wide power range from 5-28VDC, and offer fast speed of response. The stainless steel housing with companion heavy duty cooling jacket with air purge, stands up to the most severe industrial environments.

The wide choice of spectral responses and temperature ranges from -50 to 1800°C are intended for applications such as induction heating, metal processing, semiconductors, paper, plastics, webs, ovens, furnaces, glass, ceramics, thermoforming, food, powders, liquids, hot material /aggregate on conveyors etc. Measurement parameters such as emissivity can be set manually on the IR sensor, or via PSC Connect software with optional USB connector. The software also facilitates the set-up of peak, valley and averaging functions, graphic display of temperature trends, and data logging with a 1ms response time.

Self-contained, two-wire and loop-powered digital IR thermometer packed with powerful features and functionality. Dual lasers for aiming. Temperature ranges from -30°C to 1600°C with a variety of wavelengths. Provides a fast response time of 10ms.

The CS Lasers are fast, highly accurate self-contained digital IR thermometers packed with powerful features and functionality. Dual laser aiming identifies real spot location and actual spot size at any distance, and optical resolution of up to 300:1 provides optimal clarity. Additional features include:

• Scalable 4-20 mA output in combination with simultaneous alarm output
• Short circuit and polarity reversal protection
• Ambient temperature up to 85°C without cooling
• On board emissivity adjustment or remote adjustment via software
• USB programming interface and software (optional)
• Automatic laser switch-off at 50°C
• Wide power requirement range: 5 to 28 V DC

PSC-IR-USB series are loop-powered two-wire sensors with fixed focus optics, 4-20mA output and USB to PC cable connection. Using the PSC Congfig software and supplied USB cable, operational settings can be adjusted from the PC. Temperature ranges from -40°C to 2000°C with a response time of 200ms. Offered in two different models, one is designed for low-reflection, dull surface materials, and the other built for high reflection surfaces.

USB Configurable Infrared Temperature Sensors with 2-Wire, 4-20 mA Output

The PSC-IR-USB Series measures temperatures from -40°C to 2000°C with a response time of 200 ms. 2-wired, loop-powered with a short wavelength of 2.2 um. Can see through glass, quartz, or sapphire windows. Effective for reflective metals. The 4 to 20mA output is compatible with most temperature indicators, controllers, recorders, or data loggers without the need for special interfacing or signal conditioning. Comes with PSCConfig software, a simple, touch-friendly software compatible with versions of Windows from Vista onward.

All PSC-IR-USB Series sensors are fully configurable from a PC, using the PSC Congfig software with supplied USB cable. This user-friendly software enables the user to set the temperature range and emissivity, compensate for reflected energy, apply filtering, select max, min, average, or instantaneous readings, and configure peak or valley hold processing. Other features include data acquisition, alarms and a scrolling graphical display. The IR sensor can operate with either the 4 to 20 mA cable connected, the USB cable connected, or both. The USB cable has an IP65 connector at the sensor end. An IP65 cap protects the sensor when the USB cable is not connected.

PSC-IR-USB models (8-14 um) can measure temperature from -40°C to1000°C. They are suitable for measuring high-emissivity materials such as paper, thick plastics, food, rubber, pharmaceuticals, asphalt, and painted surfaces.

PSC-IR-USB 2.2 models (2.2 um) offers temperature ranges from 45°C to 2000°C. This short wave sensor series provides more accurate readings than general purpose sensors when measuring reflective surfaces such as metals. They are also capable of measuring temperatures through glass, quartz, or sapphire windows.

Loop-powered, low cost 2-wire sensor with fixed focus optics, 4 – 20 mA output, & optional software ideal for general purpose, dull surface applications. Temperature range from -30°C to 900°C with an FOV (field of view) of 20:1.

The PSC-CS self-Contained, 2-wire loop powered IR temperature sensor with 4-20 mA output features:

• High-performance, great value
• Simple 2-wire installation
• Wide range of -30°C to 900°C (adjustable with PSC Connect Software)
• Optical resolution of 22:1
• Optional USB programming interface
• Alarm output (0-30 V / 500 mA)
• Real-time 2-wire output and digital communication
• Versatile power requirements: 5-30 VDC

Miniature sensing head design for measurement of inaccessible or moving objects. Optional bright touch screen for indication, graphing, configuration and data logging to MicroSD card. Temperature ranges from -20°C to 2000°C. 2 alarm outputs are standard with wavelengths of 8-14 um or 2.2 w for metals and shiny targets.

Space-saving design ideal for quick integration into existing systems

Compact and rugged, the PSC-SSS-PM sensor heads are constructed of stainless steel and have a full range of unique companion accessories that enable accurate non-contact temperature measurement of inaccessible or moving objects in hot environments (up to 356°F). Their space saving design is easy-to-wire and simple to integrate into existing data acquisition systems. The PSC-SSS-PM is resistant to interference from movement of sensing head cables and ideal for mounting on robotic arms. IR sensor cable lengths can be extended to 30 meters. 

Offering a choice of temperature ranges from -20° to 2000°C, the 2-piece sensor system features adjustable emissivity settings on all models. The general purpose models are ideal for a wide range of target materials including paper, plastics, food, coated metal, ceramics and painted surfaces, as well as liquids and powders. The short wavelength, high temperature models improve the accuracy of readings on reflective materials such as steel and other metal surfaces. Choices of optics, including narrow options for long-distance measurements of high temperature targets.

There are two models to choose from – the PSC-SSS-PM General Purpose version and the PSC-SSS-PM 2.2 High Temperature version.

Optional touch screen display

An optional touch screen display provides a bright screening of the measured temperature and allows full and simple configuration of the IR sensor including alarms. The display changes color to provide immediate alert to alarm conditions. A graph display feature illustrates the history of a measured temperature. Data logging to an optional MicroSD Card is available with the touch screen display, enabling the operator to select a sample rate and the number of samples to be taken, and to schedule a data logging start time. Up to 247 sensors may be installed on each Modbus network.

The PSC-4LT pyrometer is suitable for temperature measurement from 0 °C to 1000 °C on a variety of low reflection materials. Its’ 12mm OD sensor head enables set-up in incredibly tight spaces. The sensor head can be operated in high ambient temperatures up to 180°C / 356°F. Best used for conveyed material, dryers, and ovens.

Highly versatile low cost solution for reliable temperature measurement. Two-piece sensor systems with ultra small sensing head, analog & digital outputs, and built-in temperature display for OEM and end user applications. Temperature ranges from -50°C to 1600°C.

Highly versatile, low cost solution

The PSC-SSS IR temperature sensor series is a highly versatile low cost solution for reliable temperature measurement. It features a temperature range of -50° to 1800°C which is fully scalable by an operator via programming keys, or by use of the included, no cost PSC Connect software. Other IR sensor parameter adjustments include peak picking, valley hold, average, and extended hold function with threshold and hysteresis.

The sensor head can be installed in higher ambient temperature, and a full line of rugged industrial accessories is available for its protection and optimum operation. Its small size facilitates temperature measurement in not easily accessible areas and simplifies integration into existing manufacturing systems. All PSC-SSS Sensors feature a choice of outputs including 4 to 20 mA, thermocouple, and linear voltage. Optional digital outputs include USB, RS-232, RS-485, CAN, Profibus DP and Ethernet. Programmable functional inputs for external emissivity adjustment, ambient temperature compensation and trigger reset of hold functions are provided. 

The PSC-SSS-P3 in particular is ideal for accurate temperature measurement of Polypropylene (PP), Polyethylene (PE), and Polystyrene (PS) films. The compact, low cost PSC-SSS-P3 can handle ambient temperatures up to 75°C  without cooling and delivers all the versatility of more expensive IR temperature sensors in a small package with an outstanding price/performance ratio.

An industrial infrared non-contact miniature digital sensor that can operate independently via RS-485 Modbus and interface directly to a PLC. Temperature range from -20°C to 1000°C. Used for general purpose and dull surface applications.

Process Sensors Corporation is pleased to introduce another sensor to its’ wide selection of non-contact infrared temperature sensors, the PSC-PMB-SOLO.  These miniature digital non-contact sensors may be connected directly to an RS485 Modbus SCADA system or PLC.  Networkable, low-cost and versatile, they make it possible to measure and monitor the temperature of thousands of locations on the same network.

Configurable parameters include emissivity settings, response time and averaging via a PLC.  Three divergent optics choices are available: 2:1, 20:1 and 14:1 (Close Focus).  A full complement of accessories for the PSC-PMB-SOLO simplifies installation and operation in even the most difficult environmental conditions.

Boasting a response time of 125ms and accuracy of ±1% of reading, the compact size PSC-PMB-SOLO sensors allow placement in the very tightest of spaces, simplifying integration into OEM machinery.  They are constructed of 316 grade stainless steel, are rated for IP65, CE approved, and can operate at temperatures up to 120°C without cooling apparatus.  A wide temperature range of -20°C to 1000°C (-4° to 1832°F) makes them ideal for measurement of paper, thick plastics, food, asphalt, textiles, bulk and organic materials, liquids and painted metals.  Dirty, rusty or oily surfaces are easy measurements for PSC-PMB-SOLO sensors.

The PSC-PC and PSC-PE are a series of high quality, low cost non-contact sensors measure the temperature of moving objects and low reflective materials. Loop-powered & self-contained, they are ideal for OEM applications & non-reflective metals. The IR sensors PSC-PE  has an adjustable emissivity via remote signal and has a fixed emissivity at 0.95. All models share a temperature range starting from 0 to 500ºC.

Ideal for OEM applications, and intended for temperature measurement on non-reflective materials, these compact but durable sensors are super simple to install and operate.  Applications include

• Paper and corrugated material
• Asphalt
• Thick plastics
• Food
• Rubber

Painted surfaces and organic materials are also mastered easily with these high-quality, low cost performers.

Compact and rugged, the PSC-PC and PSC-PE are constructed of stainless steel and have a full range of unique companion accessories for harsh installation conditions, sighting and mounting installation for reliable and accurate measurements. Their space saving design is easy-to-wire and simple to integrate into existing data acquisition systems.

Both the PSC-PC and the PSC-PE are available with a choice of three temperature ranges:  Low temp. of -20 to 100°C, Mid temp. of 0 to 250°C, and High temp. of 0 to 500°C.  Further enhancing their appeal is their ease of installation.  Absolutely no complicated setup is necessary.  Users simply connect a temperature indicator and power supply to instantly begin taking measurements. 

Both simple sensor models operate in the 8 to 14µm spectral range, have a response time of 240ms, and provide two-wire Loop powered 4-20 mA linear output of the measured temperature.  The PSC-PC has a fixed emissivity setting at 0.95 (for very dull surface materials), while thePSC-PEemissivity can be changed manually by the operator with the separate push-button PSC-Tune emissivity adjuster or continuously via a 4-20mA input to the IR sensor.  This is used if the target being measured is slightly reflective.

The CMS series has a wide overall temperature span of -20° to 1600°C and target spot sizes down to 1mm, depending on the model, particularly suit this sensor series to secondary metal processing, and the measurement of oxides and ceramic materials.  The IR sensor can measure through viewport windows such as quartz, pyrex, glass and sapphire. Additionally the stainless steel IR sensing head is able to withstand ambient temperatures of up to 85ºC (185°F) without cooling.

The PSC-CMS sensor’s ultra-compact design makes it the perfect choice for custom application requirements in a range of industries, including:

• Powders & bulk solids
• Food
• Tiles
• Wallboard
• Plastic
• Pavement
• Glass
• Paper,
• Metals
• Ceramics

The PSC-CMS is also suitable for many OEM applications due to its compact design and flexible integration options.

A wide variety of functionality provided by the embedded PC board within the sensor head cable include: scalable analog outputs of 0-1, 0-5, 0-10VDC and alarm. Programmable parameters include emissivity and window transmissivity, peak and valley hold, averaging, response time and adjustment to a sub- temperature range.

Process Sensors’ PSC Connect Software with USB connection supports sensor set-up, multi-tasking, graphic display of temperature trends and data logging, and basically allows the user to customize the sensor to the application. 

Our lowest-priced self-contained infrared pyrometer. The PSC-CS-LT15-TCK has a wide temperature range from -40°C to 1030°C, usable up to 80°C ambient temperature without cooling. The IR sensor provides an alarm and switchable analog outputs (0-5Vdc, 0-10VDC or K type thermocouple type) making it easy to integrate into current factory systems. Ideal for non-reflective surfaces.

• Wide Temperature range: -40°C to 1030°C
• Fast Response time: 25 ms
• Glass-type Optics
• Optical Resolution 15:1
• Green LED alarm indication for aiming support
• Usable up to 80°C ambient temperature without cooling
• User Switchable outputs: 0-5Vdc, 0-10VDC or K type thermocouple type. Alarm and digital outputs
• USB programming interface with PC software (optional)
• Wide Power range:  5 to 30 VDC