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HUMOR 20
High-precision humidity calibrator
The role of humidity calibrations that are accurate, reproducible, and documentable is becoming more and more important. The humidity calibrator HUMOR 20 developed by E E is the ideal reference instrument for these requirements and is traceable to international standards. The HUMOR 20 can be used in the humidity range of 10-95% RH both for monitoring cylindrical sensors and also for monitoring instruments with cubic dimensions.
Based on its operating principle, the HUMOR 20 can be used under typical conditions in a laboratory climate. For operation HUMOR 20 requires only distilled water, filtered oil-free air with a pressure of 10 bar and a power supply between 90-230V AC.
The operation of the HUMOR 20 is based on a fundamental two-pressure process and thus is similar to instruments used in national bureaus for standards.
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The Opti-Cal is a stand-alone calibrator for RH sensors providing humidity and temperature profiling with an in-built, traceable cooled mirror reference hygrometer. The Opti-Cal compliments Michell%u2019s existing humidity generator range and adds the key features of temperature control, traceable reference and fast response.
Opti-Cal offers the opportunity to provide local calibration of RH sensors, without the need to send them away to a traceable laboratory or contract on-site calibration services. Opti-Cal will provide calibrations that are directly traceable to International Standards over a wide relative humidity range, and at any set temperature from 10 to 50 ºC.
System accuracy of /- 0.2 ºC dew point and 0.1 ºC temperature, with a measurement uncertainty (achieved through UKAS calibration of the dew-point and temperature sensors) of around /- 0.2 ºC at k=2 means that an overall uncertainty to better than 2% of measured value is achievable.
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The role of humidity calibrations that are accurate, reproducible, and documentable is becoming more and more important. The humidity calibrator HUMOR 20 developed by E+E is the ideal reference instrument for these requirements and is traceable to international standards. The HUMOR 20 can be used in the humidity range of 10-95% RH both for monitoring cylindrical sensors and also for monitoring instruments with cubic dimensions.
Based on its operating principle, the HUMOR 20 can be used under typical conditions in a laboratory climate. For operation HUMOR 20 requires only distilled water, filtered oil-free air with a pressure of 10 bar and a power supply between 90-230V AC.
The operation of the HUMOR 20 is based on a fundamental two-pressure process and thus is similar to instruments used in national bureaus for standards.
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The S4000 Range of precision cooled mirror dewpointmeters offers the ultimate in accuracy, reliability and long term stability. Chosen as transfer standards by national laboratories world-wide, the S4000 range is renowned for its performance and reliability at a sensible price.
S4000 Integrale As the name suggests, instrument and sensor are integrated into a single bench mounting case available with a neat carry handle and weighing less than 10kg. Thus, making field applications such as critical measurements in power stations, on SF6 switchgear, or on process gases just as practical as the calibration of other hygrometers within a laboratory environment. Total measurement range %u201365 to 40oC dew point.
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The role of humidity calibrations that are accurate, reproducible, and documentable is becoming more and more important. The humidity calibrator HUMOR 20 developed by E E is the ideal reference instrument for these requirements and is traceable to international standards. The HUMOR 20 can be used in the humidity range of 10-95% RH both for monitoring cylindrical sensors and also for monitoring instruments with cubic dimensions.
Based on its operating principle, the HUMOR 20 can be used under typical conditions in a laboratory climate. For operation HUMOR 20 requires only distilled water, filtered oil-free air with a pressure of 10 bar and a power supply between 90-230V AC.
The operation of the HUMOR 20 is based on a fundamental two-pressure process and thus is similar to instruments used in national bureaus for standards.
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A range of complete, integrated calibration systems providing traceable calibration of humidity sensors in your own laboratory .
Calibration integrity in the field of humidity has never been more important than today. Product quality, process effectiveness, system maintenance and even human safety are all dependent on the knowledge that humidity is measured correctly - whether you are using low cost relative humidity probes to monitor manufacturing or storage facilities, or providing a high level trace moisture calibration service to a nationally accredited level. Our history of traceability goes back to 1982 when our systems were first compared with the NIST standard in Washington USA, and to 1986 when we became the first laboratory to be granted accreditation by the National Physical Laboratory, London under the United Kingdom Accreditation Service (UKAS). European traceability is achieved through EAL.
All of our modular systems are designed to your specific requirements, providing everything from dry gas source to transfer standard dew-point meter. Systems can comprise:
Compressed air supply
Air dryer
Dew-point generator
Precision transfer standard dew-point meter
Manifold and/or temperature controlled test chamber
Rack mounting unit
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FEATURES:
- Precise chamber control
- Rack-mounted hygrometer
- Hygrometer utilizes primary measurement technique
- Long proven and unsurpassed humidity control system
- Highly accurate NIST traceable sensor
- Sensing system discriminates between dew and contaminants
BENEFITS:
- Reduces uncertainty
- Easy to provide NIST recertification
- Proven methodology
- Extremely stable and uniform environment
- Reliable data
- Worry-free
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Features:
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
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Blackbodies are reference sources used for testing infrared systems. They are required in industry for calibration of pyrometers, infrared line scanners or cameras.
In Defence, they are part of benches for characterisation of complex optronic systems. HGH offers a wide range of blackbodies to cover all Customers’ needs:
- DCN 1000N Differential blackbody for characterization of infrared system performances
- RCN High temperature cavity blackbody for calibration of infrared sensors
- ECN 100 Extended area blackbody for field tests and calibration without collimator
- DCN 1000L Low temperature blackbody
- DCN 1000N Vacuum cryogenic temperature blackbody for space borne systems testing
In addition, HGH have the ability to design specific infrared sources on request.
In many cases, blackbodies are associated to test targets/target wheels and incorporated into infrared collimators (IRCOL).
Contact us with your specifications.
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Calibration Sources or blackbodies are radiation sources with a nearly ideal emissivity in the infrared spectrum. These products generate reference temperatures for the calibration of thermometers, pyrometers, imaging systems and spectometers (Temperature ranges from -40 to 3000°C).
An extensive range of blackbodies guarantee the transfer of national calibration standards according to e.g. NIST, DIN/ISO and DKD. The instruments are used across industry and research. All blackbody calibration sources, wether standard or custom, are designed for the highest emissivity possible, largest aperture sizes and highest accuracy.
For detailed information please see:
www.impacinfrared.com/EN/products/calibration-sources/calibration-sources.html
or
www.mikroninfrared.com/products/products-s3-blackbody.htm
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A comprehensive range of six LANDCAL blackbody calibration sources provides high precision calibration of radiation thermometers within the temperature range -10 to 1600°C/15 to 2900°F, both on-site and under laboratory conditions.
The sources are divided into two main groups, classified as being either primary or reference standard. The primary and reference standard sources are further divided into Portable, Transportable or Bench mounted groups.
Primary Standard Sources
The calibration of a primary source is traceable directly to National Standards via a certified probe installed in the radiation cavity.
Reference Standard Sources
Traceability to National Standards can be achieved either by using optional certified radiation thermometers for calibration by the comparison method, or by purchasing a certified source.
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The IR-R0 series is practical use type blackbody furnaces that are used as the standard unit for comparison calibration of radiation thermometers.
NRLM Type Comparison Blackbody Furnaces IR-R24, IR-R26
High Temperature Comparison Blackbody Furnaces IR-R27
NRLM type comparison blackbody furnaces, which have been jointly developed with the National Research Laboratory of Metrology, are large opening blackbody furnaces for calibration of radiation thermometers, and a high temperature comparison blackbody furnace uses a standard radiation thermometer for comparison calibration.NRLM Type Comparison Blackbody Furnace
Practical Use Precision Type Comparison Blackbody Furnaces
IR-R6, IR-R7, IR-R8
Practical use precision type comparison blackbody furnaces cover the temperature range of 100 to 3000°C by 3 kinds of blackbody furnace and calibrate radiation thermometers accurately.
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Blackbodies are reference sources used for testing infrared systems. They are required in industry for calibration of pyrometers, infrared line scanners or cameras.
In Defence, they are part of benches for characterisation of complex optronic systems. HGH offers a wide range of blackbodies to cover all Customers’ needs:
- DCN 1000N Differential blackbody for characterization of infrared system performances
- RCN High temperature cavity blackbody for calibration of infrared sensors
- ECN 100 Extended area blackbody for field tests and calibration without collimator
- DCN 1000L Low temperature blackbody
- DCN 1000N Vacuum cryogenic temperature blackbody for space borne systems testing
In addition, HGH have the ability to design specific infrared sources on request.
In many cases, blackbodies are associated to test targets/target wheels and incorporated into infrared collimators (IRCOL).
Contact us with your specifications.
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All Cirrus Research plc instruments, from the simple handheld Sound Level Meters, to the Airport and Environmental Noise Analysers are manufactured to meet the requirements of the relevant international standards.
In addition to this, all instruments are factory calibrated to ensure that the overall measurements are correct, and within the tolerances demanded by the standards.
Cirrus Research plc also provide a range of Acoustic Calibrator and adaptors suitable for the field calibration of instrumentation manufactured by the company.
Currently these include:
CR:511E Class 1L with 94dB & 104dB @ 1kHz
CR:511F Class 1L with 94dB & 104dB @ 1kHz with PTB Type Approval
CR:512 Class 1 with 94dB @ 1kHz
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The leak / flow calibrator allows the checking of the calibration of leak and flow measurement instruments, as well as calibrated leaks and jets. This portable, compact and user friendly instrument is essential for checking the accuracy and repeatability of all leak and flow testers. You can now guarantee the quality of your products, whilst also complying with requirements such as ISO 9000
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The leaks digital calibrator takes its origins by the needs to know the leak-off rate entity on volumetric terms [cc/min] or [cc/h].
Such requirement exists especially when tests are executed on air and gas sectors parts, on which the norms express the
leakage rates in [cc/min] or [cc/h].
The instrument is combined with a micrometrical cock (supplied in the equipment) in order to simulate the desired leak. ET11 allows the seal tests instrumentation parameters programming procedure.
This flow measure instrument utilizes a mass flow sensor and it is able to point out with precision and reliability the leakage
rates contained between 0,00 and 30,0 [cc/min].
This portable instrument, with compact dimensions and simple usage, is essential to verify the measure instruments and nozzles samples calibration and repeatability.
Compact dimensions:
ET11 is a portable instrument with extremely reduced dimensions: length 180[mm], width 80[mm], depth 35[mm] and weight 250[g].
Precision:
Measure resolution of 0,01[cc/min] till 6 [cc/min] and 0,1[cc/min] till 30[cc/min], measure uncertainty inferior to 1,5%.
Double scales:
2 measure scales: flow visualization in [cc/min] and [cc/h]
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CalCheck is an easy to use reliable tool for the self calibration of gas and leak detection instruments, giving you peace of mind and confidence in the accuracy of the measurements you rely on.
For your convenience the same base unit can be used for calibration with many different gases and leak rates. Ion Science can supply almost any non corrosive gas at varying concentrations and the instruments leak is easily removed allowing the use of a specific leak rate when required ensuring calibration to your exact needs.
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The DS2 Docking Station provides the ultimate flexibility for managing your gas monitors wherever you use them. The DS2 gives you all of the benefits of consistent automated calibration, record keeping, battery recharging and instrument diagnostics for your monitors to limit your liabilities and safety hazards. Two way wireless and/or ethernet connectivity enables you to link up to 100 stand-alone Instrument Docking Stations (IDSs) from remote locations anywhere in your facility and relay the data back to one central database for total instrument management. A graphical user interface tool (DSSAC) allows an administrator to view operations on each Docking Station from a network computer, making it easy to track instruments, print reports, set events and change parameters for any location.
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What if you could maintain and manage your fixedpoint gas monitor fleet without leaving your desk?
The advantages would be significant. Manually calibrating every fixed monitor in a facility is a time consuming distraction from your core business. The units may be in hard-to-reach places creating additional safety hazards. These and other obstacles make it difficult to follow industry best practices for routine testing and calibration.
iTrans™ DS2 Docking Station™ is the first system to automate calibration, record-keeping and instrument
diagnostics for fixed-point gas monitors. Hands-off maintenance and a snapshot view of your entire gas
monitor fleet allow you to:
• Maintain your gas monitors more safely, efficiently and reliably
• Increase equipment reliability
• Eliminate safety concerns
• Save money on calibration and testing
• Focus more resources toward your core business
A graphical user interface tool allows an administrator to view operations on each Docking Station from a network computer. From here, you can initiate calibrations and instrument tests remotely, print reports, set events, and run diagnostics for any or all instruments at any location.
The DS2’s flexible architecture minimizes installation costs, whether you’re managing one instrument or an entire fleet of fixed-mounted or portable instruments.
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The Model 700E is a microprocessor based calibrator for
precision gas analyzers. Using a combination of highly
accurate mass flow controllers and compressed
sources of standard gases, calibration standards are
provided for multipoint span and zero checks. Up to 4
gas sources may be used.
In addition, the Model 700E can be equipped with an
optional built-in, programmable ozone generator for
accurate, dependable ozone calibrations and to produce
NO2 when blended with NO gas in the internal GPT
chamber.
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The MicroDock II is the world’s most advanced, compact and affordable automatic calibration, testing and data management system for portable gas detection equipment. Compatible with BW’s GasAlertMicro 5, GasAlertMicro 5 PID, GasAlertMicro, GasAlertMicroClip, GasAlert Extreme and GasAlertClip Extreme family, the MicroDock II is expandable to up to 10 docking modules (including up to 6 charging units).
- Fully automatic “hands-free” calibration & functional bump test
- Automatically verifies performance of audible and visual alarms
- No computer required
- Entirely self-contained
- Fully portable
- Lightweight and mobile
- Operates via line power or a set of four C-cell batteries
- Add additional self-contained docking modules to system via simple, plug-in connections-no external pressure transducers or gas lines necessary
- Simplify record keeping
-Verify proper performance
- Reduce maintenance costs
- Multiple MicroDock II systems can be connected via a LAN
- Multi-language support in English, French, German, Spanish, and Portuguese
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The DS2 Docking Station provides the ultimate flexibility for managing your gas monitors wherever you use them. The DS2 gives you all of the benefits of consistent automated calibration, record keeping, battery recharging and instrument diagnostics for your monitors to limit your liabilities and safety hazards. Two way wireless and/or ethernet connectivity enables you to link up to 100 stand-alone Instrument Docking Stations (IDSs) from remote locations anywhere in your facility and relay the data back to one central database for total instrument management. A graphical user interface tool (DSSAC) allows an administrator to view operations on each Docking Station from a network computer, making it easy to track instruments, print reports, set events and change parameters for any location.
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