£ 2,306.00
Price excl. VAT &. delivery
PCE-430 is a Condition Monitoring Class 1 Noise Dose Meter that meets IEC 60651:1979, IEC 60804:2000, IEC 61672-1:2013, ANSI S1.4-1983 and ANSI S1.43-1997 requirements. This portable high-accuracy Condition Monitoring Class 1 Noise Dose Meter has a large easy-to-read illuminated LCD screen that displays the sound pressure level (SPL) numerically and graphically in real time.
The Class 1 outdoor construction noise meter kit PCE-432-EKIT can be used, e.g., for sound measurement of street noise, aircraft and train noise, event noise, noise coming from construction sites, ports, factories involving heavy machinery, airport/bus stations, stadiums, horse/motor racing tracks etc. The weather conditions do not matter, and hail, snow, rain and similar are no problem for this system for outdoor noise monitoring. The outdoor construction noise meter kit is equipped with a GPS receiver which allows the user to assign the measured values to an exact position.
The class 2 outdoor aircraft noise meter PCE-428-EKIT-ICA, from the field of environmental measurement technology, is an optimal sound level meter for measurements at workplaces, construction sites, in traffic, airports, etc. The outdoor aircraft noise meter is equipped with an octave band frequency filter. Optionally, the outdoor aircraft noise meter can be upgraded with a 1/3 octave band filter. The additional kit for outdoor sound measurement makes it possible to measure outdoor noise with an aircraft noise meter over a long period of time, even in the rain.
The Class 1 outdoor road noise / traffic noise meter PCE-430-EKIT-ICA with integrated data logger meets all requirements for noise measurement and frequency analysis. This integrated precision pulse outdoor road noise / traffic noise meter kit follows all valid standards and guidelines, and is designed for use outdoors in all weather. Typical applications are the measurement of workplace noise, compliance, environmental noise detection, selection of hearing protector selection, selection of appropriate noise abatement measures and noise exposure estimation.
