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CMA albedometers are suitable for measuring global radiation and/or albedo over many differing types of surface. The upper pyranometer measure incoming global solar radiation and the lower sensor measures solar radiation reflected from the surface below.
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The characteristics of STL's Digital Magnetometers are very low noise, large dynamic range and high linearity. STL's Digital Magnetometer Series are combining STL's unique 26- Bit high resolution low noise data acquisition system, state of the art low noise fluxgate sensors and STL's data acquisition software. The digitalisation is located close to the Fluxgate sensor. These provide complete and miniaturized three- axis high end magnetic field measurement systems using any notebook having a PCMCIA Type II PC card slot. For complex multi channel measurement systems an Ethernet connectivity is available. The DM series covers a range from 80 uT to 1 mT. The max . Bandwidth is 4 KHz.
Digital temperature compensation minimizes drifts.
Sensor output is digitally error- corrected with respect to scaling, offset and alignment. A single coax cable power and data communication introduces minimal magnetic signature. The small size and lightweight system is ready to use.
++++ STL is looking wordwide for Dealers for the DM Series +++
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A cost effective, handheld, single-axis magnetic field meter that provides the user with a quick, reliable and easy way to measure electromagnetic field (EMF) radiation levels generated by power lines, cables, computer monitors, TV sets, Video equipment and many other similar devices. Can be switched between gauss and Tesla readings.
Purchase price is $119.95 plus shipping. Combine with our Lab Kit, LK110, to create a complete set of investigative and problem-solving tools for issues dealing with electromagnetic fields. Customers in Germany and Austria, or The Netherlands, Belgium, Luxembourg are to be placed directly with the distributors in Germany and The Netherlands respectively.
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The new Tesla Meter / Gauss Meter KOSHAVA 5 combines the functionality, stability and precision of high-quality desktop units in a portable hand instrument.
At the development of the Tesla Meters / Gauss Meters KOSHAVA 5 great value was paid to easy and intuitive use of the device. The Tesla Meter is comfortably and simply operable by English and German menu driven with 4 keys.
For every user the right measurement unit indication:
Depending of which kind of use and in which country of use the user prefer the different units Gauss, Tesla, A/cm, kA/m or Oersted. Over the menu the user can select his preferred unit and he can save time for the annoying conversions.
Always the optimal measurement range: To be able to reach the optimal resolution always, the Tesla Meter /
Gauss Meter KOSHAVA 5 is equipped with 4 measurement ranges (2mT, 20 mT, 200mT, 2T) The optimal measurement range can be either adjusted manually or setup automatically by using the Auto
Ranging function.
Min / Max detection (Peak detection): The Teslameter /Gaussmeter shows the negative and positive peak value in bottom area of the display. By pressing a key the peak values can be set to zero.
Precise in all measurement ranges: In opposite to many other hall sensor based units at our Magnetometer KOSHAVA 5 each probe is measured in each range and each probe gets an individual table with linearization and calibration information. At the first start with a new probe the Tesla / Gauss Meter reads the calibration information and use this for the accurate calculations of the measure values.
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Magnetic Field Strength Meter Gaussmeter/Teslameter FH 55
The magnetic field strength meter FH 55 is a compact precision instrument that measures the magnetic flux density and field strength in gauss, tesla and ampere/meter. The instrument is supplied with a zero field chamber and an operation manual in english language.
Many different Hall probes are available, for example probes with especially small active areas for measurements of the size of a dot, or probes with a high degree of sensitivity or with a built-in sensor for correction of temperature dependency. The latter also allows display of the temperature.
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Geiger Mueller Detectors - GP Series
Features/
CANBERRA patented Time-to-Count technique eliminates dead time and saturation effects of conventional GM tubes
SMART Probe retains probe information in non-volatile memory
Excellent linearity and accuracy
Detectors are easily interchanged
Detectors do not require operator adjustments
Calibration cycles of up to two years
Optional mounting brackets
Optional connection to CANBERRA's area monitor and display units
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Flow-through monitoring of radiolabelled compounds separated by chromatographic techniques has been established as one of the most powerful tools for identification of chemical and biochemical metabolites.
BERTHOLD TECHNOLOGIES is a leading supplier in radioactivity flow - through detectors for many years and is pleased to introduce the new instrument “FlowStar”.
A new user-friendly touch screen, the automatic measuring cell recognition and the two integrated bipolar analogue inputs are only some of the new features in the FlowStar.
Of course the latest applications were also implemented consequently in the FlowStar. The functionality for GLP/GMP is improved so that the user can continuously supervise all relevant parameters for GLP/GMP by “keystroke”.
FlowStar can easily be integrated in available HPLC systems by using the analog output signals. For a PC based solution the versatile RadioStar control- and evaluation-software is provided. For implementing the FlowStar into other HPLC Systems a DLL interface is available.
The FlowStar radiochromatography detection system contains components for all alpha, beta, gamma and PET isotopes in drug metabolism, pharmacology, environmental and clinical applications. BERTHOLD TECHNOLOGIES provides a complete system for Radio HPLC application, including cells, splitters, mixers, pumps and software.
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Checks the operating condition of an IR & HF remote control before "condemning" the equipment on vehicles, such as centralized suppression, alarm, etc.
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Electronic Fluxmeter EF 5
The Electronic Fluxmeter EF 5 is designed to measure the magnetic flux using measuring coils. It comprises a precision electronic DC integrator of high sensitivity and extremely low drift.
Key features:
Microprocessor controlled, easy operation
Automatic drift correction
Unique continuously working integrator: measuring range limits must not be observed
Self-adjustment by built-in voltage-time reference
Complete menu control, the most important functions can directly be accessed by function keys
Memories to store parameters of self-made coils (measuring coil constants, resistances etc.)
Convenient input of coil data and limits via the numeric keypad
Automatic calculation of measuring results taking into account the coil parameters
Directly reading in Volt-Seconds, Weber, Tesla, Gauss or other units
Automatic coil recognition and instrument configuration for measuring coils with data memories
4 limit comparators with relay outputs for process control
Modern, compact design
Directly installable to 19" racks
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PDA-based magnetometer
A new magnetometer was presented by Narda Safety Test Solutions at Arbeitsschutz aktuell 2008. The THM1176-PDA device, which consists of a high-performance PDA and a precision, non-directional probe connected via USB, can be used as a stand-alone hand-held unit or in conjunction with a PC. It measures magnetic fields having flux densities of up to 20 Tesla in the frequency range from 0 Hz to 1 kHz.
The THM1176-PDA can be used anywhere where high magnetic field strengths need to be measured and monitored: on scientific and medical equipment, such as magnetic resonance tomographs; in industry on equipment for smelting metals, or on transformer stations and large-scale electric motor drives, such as railroad locomotives.
The technical advantages of the new magnetometer are:
• Non-directional measurement thanks to isotropic, 3-axis Hall-effect probe, so the result is independent of the probe direction relative to the field
• very small sensor area gives pinpoint accuracy when measuring strong, non-homogeneous fields
• Simple operation using the PDA touch screen or MS-Windows PC software (everything is included in the package)
THM1176-PDA is a product of the Swiss company METROLAB Instruments SA, the leading supplier of precision Tesla-meters for high magnetic field strengths. It extends the program of test equipment for magnetic fields offered by Narda Safety Test Solutions to cover the low frequency range right down to DC fields.
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With the INPHYNIX probe M magnetometer, new hands-on sessions based on magnetic induction are open.
Previous difficult and sensitive phenomena, linked to magnetic field, can be now accurately measured. As simple example : the characterization of B circulation around electrical line charged with only 100mA.
The probe M is more sensitive ( ten times more) than previous oldest Hall probe.
This dual axis sensor has very large bandwidth and is perfectly adapted to be daily used by students.
With additional INPHYNIX tools, like ISOFLUX or ABS (Ampère, Biot & Savart), you got in hands turn key solution with all educational equipments to create or improve more practice sessions with better sensitivity and accurate measurements. These sessions will perfectly follow up and supplement the theoretical courses of physics, electronic and math ( for Licence, Master, engineer’s schools…).
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Blue Sensitive Photomultiplier in Standard Housing
- Features Hamamatsu R1527 photomultiplier
- Spectral response: 200nm-680nm
- Dark count rate: typically 100 cps at 24c
- Instrumental Response Function with TCSPC: down to 300ps
- Photomultiplier dynode chain specifically designed for fast photon counting applications
- Robust and light tight housing
- Compatible with FLS920 and OB920 spectrometers
Photomultiplier detection module specifically designed to operate in the single photon counting mode. The unit produces fast pulses generated by single photons. The output can be connected to a discriminator for single photon counting applications or to a constant fraction discriminator for applications of time correlated single photon counting.
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The Dual-Channel Gated Photon Counter offers a convenient, integrated approach to photon counting that avoids the complexity and expense of older counting systems. No longer is it necessary to mix and match amplifiers, discriminators, gate generators and counters. The SR400 combines all these modules into a single, integrated, microprocessor controlled instrument. Complex measurement tasks such as background subtraction, synchronous detection, source compensation and pile-up correction can all be performed easily with the SR400.
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The PicoHarp 300 is a high-end, easy-to-use, plug and play Time-Correlated Single Photon Counting (TCSPC) system. It is connected to a PC through a state of the art USB 2.0 high speed interface. A new design approach provides identical and synchronized but independent input channels. They can be used as detector inputs for coincidence correlation experiments or as a pair of start and stop inputs for TCSPC.
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KIMO specially designed and developed hand-held solarimeters for the control of photovoltaic and thermal installation.
With SL100 and SL200, it’s possible to :
- Study sunshine (direction and aperture blockage)
- Specify the type og generator to use (photovoltaic or thermal)
- Specify the optimal direction for installation of pannels
- Make an evaluation of the energetic exposure which will be produced
- Control the conformity of the installation
- Control installation and planned efficiency
- Control the proper functioning of the installation
Technical features :
- Measurement and spot check of solar power from 1 W/m2 to 1200 W/m2
- Spectral response : from 400 to1100 nm
- Calculation of energetic exposure in Wh/m2
- Save (SL100) or recorder values (SL200)
Join our distribution network all over the word....Contact us !
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Density influences the overall quality of manufactured products and density measurements guide the manufacturing process. For this reason, Micromeritics gas pycnometers are used worldwide to characterize raw materials as well as to determine the density of finished products.
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KIMO specially designed and developed fixed solarimeters for the control of photovoltaic and thermal installation.
With CR100, it’s possible to :
- Study sunshine (direction and aperture blockage)
- Specify the type og generator to use (photovoltaic or thermal)
- Specify the optimal direction for installation of pannels
- Make an evaluation of the energetic exposure which will be produced
- Control the conformity of the installation
- Control installation and planned efficiency
- Control the proper functioning of the installation
Technical features :
- Analogic signal (0-10 V ou 4-20 mA) proportional to solar power
- From 1 W/m2 to 1200 W/m2
- Spectral response : from 400 to1100 nm
Join our distribution network all over the word....Contact us !
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The Kipp & Zonen range of thermopile-based Pyranometers has been in production for several decades and is respected around the world for the measurement of solar irradiance to World Meteorological Organisation and ISO 9060 Standards. The instruments are used in meteorological research, solar energy research, material testing, climate control in greenhouses, building physics, science and many other applications.
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The CHP 1 pyrheliometer is the latest development in the field of solar radiation measurement. This instrument offers the best accuracy and reliability.
CHP 1 fully complies with the most current ISO and WMO performance criteria for First Class Normal Incidence Pyrheliometer. Every CHP 1 is calibrated upon manufacture, and is supplied standard with a WRR (World Radiometric Reference) traceable calibration certificate.
The CHP 1 is fitted with a high quality connector for easy installation and maintenance. the drying cartridge ensures trouble free operation. As standard CHP 1 comes with both Pt-100 and 10k thermistor temperature sensors. The instrument covers the total solar spectrum between 200 to 4000 nm. CHP 1 is intended for use with any model Kipp & Zonen two-axis Tracker.
The CHP 1 is the perfect choice for high accuracy direct solar radiation measurements.
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THE LUNEBERG REFLECTOR
The Luneberg reflector significantly increases the Radar Cross Section of any system which has little or none at all.
Its Radar Cross Section is several hundred times the RCS of a metallic sphere of same diameter.
TRIHEDRAL REFLECTORS
ACTIVE RADAR REFLECTOR
Integration of amplifiers with wide band antennae (1–18GHz), and adjustable gain in order to adjust RCS
* antenna with specific polarization and aperture
* amplifier with low noise
* filters: highpass – lowpass – band pass – stopband, alone or combined together
* programmable attenuator
Applications:
Target and drone equipment, radar calibration, navigation aid
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Product Description:
The OL 730CV was designed for precision and accuracy at a fraction of the cost of stand-alone systems. Born out of our industry-standard OL 730C, the OL 730CV eliminates the control panel and comes with user-friendly Windows® 95/98/NT/2000/XP-based software, and developed a radiometric and photometric platform entirely controlled by your PC. Users can customize the OL 730CV with any combination of a vast array of accessories.
Application Type:
Luminous flux, radiant flux (power), transmittance, luminance, radiance, luminous intensity, illuminance, irradiance, radiant intensity
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Kipp & Zonen introduces a new bench-mark in net radiometry. The CNR 4 is the only instrument available that combines four sensors into one housing, complies with the World Meteorological Organisation standard ‘Good Quality’ and has an integrated ventilation unit.
CNR 4 consists of a pair of pyranometers and a pair of pyrgeometers. One set facing upward and one set facing downward. Together they measure the energy balance between short-wave and long-wave (Far Infrared) radiation. CNR 4 is built on the legacy of the popular CNR 1, but is improved in almost every respect.
CNR 4’s unique design is very light weight with an integrated sun shield to reduce thermal effects on the measurements. The meniscus dome of the upper pyrgeometer gives significantly better long-wave measurements. The optional CNF 4 ventilation unit is a unique and efficient way to reduce dirt, precipitation, dew and frost on the sensors.
CNR 4 is the perfect choice for meteorological, hydrological and agricultural scientific research. Read more and see the specifications on www.kippzonen.com.
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Large Aperture Scintillometers consist of a transmitter and receiver for measuring atmospheric turbulence over distances from 250 m to 8 km. ET Systems deliver surface heat flux and evapo- tranpiration data from a complete, easy to use, package.
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Kipp & Zonen is the expert in top level pyranometers with exceptional accuracy. In addition, we also have developed a functional solution for routine measurement of solar radiation; the SP Lite2. Instead of a thermopile, it uses a photodiode for consistent measurements.
SP Lite2 is designed for all-weather measurement of solar radiation. It has a specially shaped Teflon™ diffuser that gives very good directional response and is largely self-cleaning. The detector is a silicon photo-diode, so the spectral response is not as broad or flat as our CMP series pyranometers with thermopile detectors. The standard cable length is 5m with an option of 15m.
SP Lite2 is easy to use. It can be directly connected to voltmeter or data logger. Direct readout in Watts per square meter (W/m²) can be derived from the measured voltage divided by the calibration coefficient.
The photodiode detector has a limited spectral range of 0,4 to 1,1 µm. It is calibrated to see the whole spectrum. But very sensitive to fluctuations in weather. The main advantage of the SP Lite2 is the fast response time. The material warms up immediately, while a CMP pyranometer needs time to take up the surrounding temperature
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The R2000 Radiometer is an essential link for measuring the output irradiance from your UV Spot Curing System in order to maintain a repeatable process.
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The spectral responses of every UV Radiometer are carefully adapted to the respective measurement application. Precision manufacturing and individual spectroradiometric calibrations ensure a high degree of reproducibility and comparability from unit to unit. The calibrations are linked to other calibration references through Kipp & Zonen's international cooperation in projects to establish UV radiation standards
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Detection Technology provides off the shelf detector products for various industrial X-ray NDT (non-destructive testing), security and medical applications. Products are ranging from detector card to complete detector subsystems, including readout electronics and interfacing software to the host computer.
Detection Technology's flagship product, X-Scan LCS subsystem is a powerful imaging subsystem for cargo, container, vehicle and train inspection purposes. X-Scan LCS subsystem can also be applied to customized industrial high energy NDT (Non-destructive testing) systems.
X-Scan L-shape is an X-ray detector subsystem for baggage and parcel screening applications. L-shaped module contains DT's dual energy detector cards in a light, tight enclosure. Enclosure includes also X-ray beam collimator and necessary x-ray shielding with beam stopper.
X-Scan f3 series as the imaging subsystem of an X-ray inspection system provides the easy-to-use solutions for all applications, which require fast speed, high sensitivity and high resolution with an inspected object transported on a belt conveyor or similar apparatus.
X-Scan iHE is an optimized series of products for high energy industrial NDT applications. The X-Scan iHE can provide the solution for very wide range of X-ray source with optimized X-ray absorption efficiency in the high energy range from 160KV to 5 MeV.
X-Scan iCT product is the optimized solution for industrial, high energy computed tomography applications utilizing linear accelerators as the radiation source.
X-Scan U-Shaped detectors have specifically been developed for the digital tire inspection of engineering tires, radial tires, car tires and giant tires.
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The Loma X4 range of X-ray inspection systems for the food and packaging industries. It is the most advanced on the market today. All models are highly sensitive to detection of metallic and non-metallic contaminants such as glass, stone, calcified bone, high-density plastics and rubber. Loma X4 X-ray inspection systems are robust, reliable, hygienic and simple to use.
Product Features
Technology
- Windows XP operating system
- Industrial PC
- 40Gb HDD
- 16bit scaleable high speed/high gain array, over 3 times more sensitive than existing detectors
- 2000 scans per second, even on the widest systems
Construction
- Bead blast stainless steel as standard
- Compact, length 2.1 m or 93"
- Hinged covers allows easy access for cleaning
- Totally enclosed cabinet, IP66 NEMA4X version
- Easy access to serviceable components
- Designed to exceed global radiation safety regulations
Transport
- Flat belt - belt return under array
- 370 W (0.5HP) motor
Reject mechanisms
Reject mechanisms are available to suit the application. The standard options are:
- Air blast - up to 1 kg (2.2lb)
- Dual Air blast - up to 2kg (4.4lb)
- Pusher - up to 10 kg (22lb)
- Signal only - for remote rejects
Options
- Infeed guides
- Full length guides
- Reject confirmation
- Bin full sensing
- Wheels
- Multi lane simultaneous inspection
- Radiation survey meter
- Modem support
Network communications
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X-Ray Fluorescence Gauges are used to measure coatings containing quantities of metal or heavy elements, on plastic or paper substrates. The sensor energy level is selected for the application, such that the photons striking the material cause it to fluoresce. The returned fluorescence energy provides the information necessary to precisely calculate the coatweight. This selective technique has significant advantages in simplicity of operation, accuracy, and reduced equipment costs.
The Model 105 and Model 107 X-Ray Fluorescence Gauges provide an accurate way to measure thin, high atomic number coatings on non-metallic films. By tuning the sensor to the required fluorescence energy, it is possible to detect thin coatings of Zinc, Iron Oxide, Silver, or a variety of other high atomic number coatings (see list for each gauge below). Typically the sensors can measure coatings in the range of 0 gsm to 25 gsm.
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Radiation and field measurement: radiometers, pyranometers, magnetometers
