The Duct Leakage Testers provide contractors, commissioning engineers, and research and development technicians with a comprehensive choice of test equipment to quantify air leakage in ductwork and other areas as well as the ability to measure the performance of ducted systems.
The new Positive and Negative Duct Accreditation (PANDA) System provides a fast, accurate, automated solution and helps to ensure compliance with EN12237, EN1507 and EUROVENT 2/2 standards, enhancing energy savings in buildings.
The Positive and Negative Duct Accreditation (PANDA) system PAN311 Series for use with Wet Manometry (instruments not included) helps to ensure compliance with EN12237, EN1507 and EUROVENT 2/2 standards, enhancing energy savings in buildings.
The Positive and Negative Duct Accreditation (PANDA) system PAN321 with instruments included, helps to ensure compliance with EN12237, EN1507 and EUROVENT 2/2 standards, enhancing energy savings in buildings.
This unit provides contractors, commissioning engineers, and research and development technicians with the right equipment to test and quantify air leakage virtually anywhere low pressurisation is necessary.
The Low Velocity Ductwork Leakage Tester provides contractors, commissioning engineers and research and development technicians with a comprehensive choice of equipment to test and quantify air leakage.
Yes! Provided the TA460-P is used, the leakage rate is corrected for density to standard conditions.
All TA460-P units that shipped after 20 August 2009 include the Duct Leakage Application as standard, and can be used for the leakage measurement. If you have a TA460-P that shipped before 20 August 2009, it needs to be returned to TSI for a firmware upgrade. For the static pressure measurement, we recommend using a PVM620.
No, it should no be exposed to damp or wet conditions.
The PANDA was designed to cover or improve upon the pressure operating range covered by both the HVLT and the LVLT. The working flow range was designed to be suitable for the majority of applications. The PANDA cannot achieve the maximum flow from the LVLT and was never intended to do so as the extra size required to achieve this would be prohibitive with regards to transportation.
Yes! Again, using the latest inverter technology offers precise, stable control over its wide operating range.
Yes! It was specifically designed for carrying out both positive and negative testing to the latest standards.
Yes! The product was designed to fit into the back of most estate cars, some larger hatchbacks, and small vans.
Yes! The product uses the latest inverter technology to offer quiet and efficient operation.
There are 2 versions of the PANDA – (1) 208-240v/1Ph/50-60hz and (2) 110-120v/1Ph/50-60hz.
The latest standards (see above) require that ducting be subjected to test pressures, both positive and negative, not lower than its design operating pressure.