INDOOR AIR QUALITY MONITORING
Ensure you meet accuracy and calibration requirements from regulatory agencies with Thomson's range of quality indoor air quality monitors
for Indoor Air Quality Monitoring
Primary Lab Flow Standards
are required in a number of industries where monitoring flow accuracy is of critical importance. Specifically, National and Regional Metrology Labs, Government Air Quality Departments, MFC Manufacturers, Instrument Manufacturers (E.g. leak test equipment, AQ instruments, other flow meters) and Third Party Calibration Labs. They are ideal for both volumetric and standardized flow applications where a high degree of measurement accuracy is required
Bacterial Filtration Efficiency of Medical Masks Testing according to ASTM F2101
provides a quantitative method for determining the filter efficiency of mask materials against pathogens. With the recent pandemic, ensuring the PPE equipment we are using not only meet relevant standards, but their efficiency across different application is critically important for research facilities, universities and manufacturers of filter media, additives, and complete filter assemblies.
Occupational Hygiene Exposure Monitoring
is essential to the health and wellbeing of employees in industries where there is a high risk of exposure to substances or mixtures through inhalation, absorption through the skin or ingestion. Inhalation of vapours, dusts, fumes or gases are a known cause of poor health and premature mortality in humans. It is clear that accurate and reliable monitoring is of the upmost importance, which is why the Workplace Exposure Standards for Airborne Contaminants outlines hazardous substances with upper limits of exposure that employers must adhere to.
Indoor Climate Monitoring
is relevant to any environment needing to maintain steady conditions, especially if there is refrigeration or heating, ventilation, and air conditioning (HVAC) systems involved. Faults can happen unexpectedly with the best maintained systems, monitoring and tracking their output will flag any inefficiencies in its performance to avoid any surprises.
DryCal Metrology Series DC800
The DryCal 800 is a positive displacement primary piston prover for gas flow measurements in either pressure or vacuum applications. Proven DryCal technology is the recognized global leader in gas flow measurement, providing the industry’s most reliable products and services. Our solutions are tailored for professionals in environmental protection, workplace safety, industrial process control and laboratory calibration.
- All DryCal instruments are gas independent, meaning no specific factory calibration is required for special gases
- Provides the closest NIST-traceable, legal defensibility instruments of any flow calibration equipment manufacturer
- The piston and glass assembly means there is no messy bubble solutions or hazardous mercury.
Traceable – NVLAP-accredited, ISO 17025, ANSI Z-540, NIST Handbook 150
All DryCal instruments come with a NVLAP certificate administered and traceable directly to NIST
Primary Lab Flow Standards
Drycal Instruments are portable, no fixed installation necessary
Ch Technologies ATSM 2101 Testing Rig
CH Technologies have carefully developed a complete testing apparatus for measuring Bacterial Filtration Efficiency (BFE) of medical masks according to the methods prescribed in ASTM F2101 and EN 14683. The rig comes with a low flow Blaustein Atomizing Modules (BLAM), which, due to its ability to run the devices in single-pass mode, would likely be the gentlest on the micro-organisms and would be our recommendation this type of work. Running a nebulising device in multi-pass mode is harsh on the organisms because more than once, they are being shot through the jet into the wall of the jar, thus damaging the cells.
- The equipment can be supplied as either a complete test rig or any of the individual components which means existing equipment can be utilised
- Using the BLAM test article generator for aerosolization of samples means greater viability of microorganisms in bio-aerosols, therefore preserving the integrity of your research data.
ATSM 2101 and EN 14683
Bacterial Filtration Efficiency of Medical Masks Testing
The BFE Test Rig must be operated inside a Class II biocontainment cabinet that has a sufficient internal height to accommodate the Rig. This is due to the need for a contagious virus to conduct this testing.
CDL Tecora CIP10 Sampling Pump
The CIP10 is a workplace health and safety personal sampling unit for measuring employee’s exposure to particles suspended in mines, industry and ambient environment. There are models available that target Respirable Alveolar, Thoracic and Inhalable particle fractions or Microbiological Aerosols and three interchangeable selectors to choose from.
Its IP54 protective casing and backlit OLED display means it is versatile enough to be used both Indoors and Outdoors, Day and Night.
- Its Intuitive interface means it can be operated by relatively untrained staff
Complies with ISO13137 standard
Intrinsically safe material conforming to the European standards for use in explosive atmospheres EN 60079-0, EN 60079-11, EN 61000-4-3, EN 55011
In conformance with CEN 481 and ISO 7708 standards
It is normally worn on the chest, but can also be placed in a fixed position in the
work zone or in any other place for ambient measurement.
Lufft All-in-One Handheld Device XA1000
Each unit is customised to your requirement with its interchangeable SDI/Digital sensors, cable length and optional heavy duty carry case. The XA1000 utilises technologies such as NTC, Piezoresistive, Resistive-electrolytic, Capacitive, Thin-film sensors, Hot film anemometers, Dual wavelength and non-dispersive infrared technology (NDIR). As the “All-rounder” in the measurement technology segment, the XA1000 is ideal for applications requiring highly precise measurements of air flow, pressure, temperature, relative humidity and CO2 in one easy to use device.
The TFT colour display is legible in sunlight so it can be used for jobs outside
It’s sleek modern design and easy to use touch screen is perfect for professionals
- Interchangeable sensors means you can be prepared for applications that may require measurements of ambient air, surfaces, internal/hard to reach places or a higher level of accuracy
Option for Calibration Certifications available to the following standards:
- Calibrations in the laboratory, accredited by the DAkkS according to DIN EN ISO/IEC 17025
- Calibrations in consideration of the certification according to DIN EN ISO 9001
Complies with EN 61326-1:2006, EN 61326-2-1:2006, IEC 61326-1:2005, IEC 61326-2-1:2005
Indoor Climate Monitoring applications, including plumbing, HVAC system checks, Part of building control equipment for architects, field engineers and measurement technicians, or quality and reference measurements in the pharmaceutical and food-processing industries
The XA1000 is a handheld, portable device, it can be used at virtually any location.
Indoor Air Monitoring Equipment
Frequently Asked Questions
Yes. DryCal’s accuracy is based measuring the time it takes to displace a known volume of gas. The volume displacement is obtained by the dimensional measurements of the flow cell using the primary units of measure – length and time. As there is no drift of the dimensional properties of the DryCal units (they don’t change their shape), these instruments are classified as primary because their readings are directly derived from the SI units (length, mass and time).
Mesa Labs is accredited to ISO 17025 by The National Voluntary Laboratory Accreditation Program (NVLAP). NVLAP, administered by The National Institute of Standards and Technology (NIST), provides third-party accreditation to public and private laboratories based on evaluation of their technical qualifications and ability to perform specific tests and calibrations compliant with ISO.
We are proud to state that Mesa Labs’ scope of accreditation appears to be the greatest of any ISO 17025-accredited flow facility in the world, at ±.08% standardized accuracy. A copy is available upon request.
Yes, the individual dust sampler CIP 10 has been developed to meet the requirements, rigors and needs of coal mines. Nowadays this small and compact instrument is intended for collection of dust, in order to evaluate the concentrations of silica gel inhaled by the workers during their work time.
Yes, due to the technical nature of this application please reach out to discuss the nuances of your application so we can ensure you are provided with the correct solution the first time around.
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Indoor Air Quality monitoring solution
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