Anaheim S660 - Class 1 Sound Analyzer

odel S660 is a Class 1 Integrating Sound Level Meter. This superior Class 1 Sound Meter offers a wider frequency range and a tighter tolerance over a Class 2 unit. This integrating meter sums the frequency-weighted noise to give sound exposure levels. Designed specifically for measuring environmental, occupational and product noise. Model S660 meets the current International standard for sound level meter performance IEC 61672-1:2002 Class 1. This standard directs the inclusion of an A-frequency-weighting filter and frequency weightings of C and Z (zero) frequency weightings.

Sound Analyzer Meter

Anaheim Scientific's Model S660 is a Class 1 Sound Level Meter. This superior Class 1 Sound Meter offers a wider frequency range and a tighter tolerance over a Class 2 unit. This integrating meter sums the frequency-weighted noise to give sound exposure levels. Designed specifically for measuring environmental, occupational and product noise.

Windscreen

Wind blowing across the microphone can potentially add extraneous noise to a measurement. Position the provided windscreen on the microphone to prevent undesirable signals. Keep the microphone dry and avoid severe vibration.

Product Contents and Inspection

This instrument has been checked mechanically and electrically prior to shipment. Confirm the instrument is undamaged. If damage is suspected, submit a claim to the dealer immediately.

Applications

• Workplace Noise measurements - keep employee performance at their peak by limiting noise and other distractions. Noise can shorten attention spans or cause permanent damage if loud enough
• Measure Fast, Slow, Impulse and Peak values to determine hearing protection needs
• Maintain sound levels at work for the protection of workers against noise-induced deafness. Chronic exposure to noise could cause noiseinduced hearing loss
• Environmental noise levels - S660 is ideal for spot noise enforcement checks with actual time using the S660 built-in real time clock
• S660 software contains a full range of statistical measurement distributions for measuring environmental noise
• Construction noise, power equipment of individuals and unmuffled industrial noise penetrating residential areas
• Most city ordinances prohibit sound above a certain threshold intensity from trespassing over property lines at night
• Follow stringent building codes with requirements of acoustical analysis, in order to protect building occupants from (a) exterior noise sources and (b) sound generated within the building itself
• The U.S. Occupational Safety and Health Administration has established maxiumum noise levels for occupational exposure, beyohnd which mitigation measures or personal protective equipment is required