Danfoss Sound Spectrum for Optyma Slim Pack OP-MSYM014MP Data Sheet
Summary
Essential documentation for optimizing HVAC installations featuring this high-efficiency condensing unit. This manual provides comprehensive acoustic analysis, detailing sound power spectra across low to high frequencies (50Hz–16kHz). Engineers and system integrators rely on these detailed measurements—which consider compressor, fan motor noise, enclosure effects, and insulation—to ensure strict compliance with industry noise standards. Use this resource for accurate noise reduction planning and performance validation in commercial settings.
Page 1 Text Content
Acoustic/Sound Spectrum Data (50Hz)
Condensing unit Model OP-MSYM014MP Condensing Unit Code : 114X7135
SO ER EC TR
Housing B1 Compressor : MPT14RA
Electrical code Number of Fans : 1
Document No 118A2051 Revision : A
Sound Power Spectrum, 1/1 Octave
Model Sound Power Spectrum
16k LWA
OP-MSYM014MP 1/1 Octave d BA
Calculated Sound Pressure (Free Field) (d BA)
Distance (in Meters) 1m 3m 10m Sound Pressure (d B(A))
Acoustic/Sound Spectrum (50Hz)
16k LWA
1/1 OCTAVE FREQUENCY (HZ)
Weighted d BA
Acoustic spectrum data are calculated by addition of sound power levels of compressor and fan motor at full speed according to EN13215 conditions. As compressor and fan motor are placed in a packaged unit, effect of noise reduction due to enclosure and insulation was considered for evaluation of sound power
Subject to change without prior information, Please check Coolselector 2 / Product store for updated information.
Page Summary Contents For Danfoss Sound Spectrum for Optyma Slim Pack OP-MSYM014MP Data Sheet
Manual Details
| Brand | Spectrum |
|---|---|
| Pages | 1 |
| File Size | 144.77 KB |
| Published | June 05, 2026 |
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Frequently Asked Questions
What is the model number of the condensing unit?
The model number is OP-MSYM014MP.
How are acoustic spectrum data calculated?
They are calculated by adding the sound power levels of the compressor and fan motor at full speed according to EN13215 conditions.
What factors were considered in the noise calculation?
The effect of noise reduction due to enclosure and insulation was considered for sound power evaluation.