Sound Spectrum for Optyma Slim Pack OP-MSXM046ML Data Sheet
Summary
Technical data sheet providing detailed acoustic performance specifications for the OP-MSXM046ML Condensing Unit. This comprehensive manual covers Sound Power Spectrum analyses and calculated sound pressure levels at 50Hz across various measured distances, adhering to EN13215 standards. Essential reference material for HVAC engineers, specifiers, and facility managers who require precise noise compliance data for system installation planning.
Page 1 Text Content
Acoustic/Sound Spectrum Data (50Hz)
Condensing unit Model OP-MSXM046ML Condensing Unit Code : 114X7198
SO ER EC TR
Housing B2 Compressor : MLZ021T4
Electrical code Number of Fans : 1
Document No 118A1966 Revision : A
Sound Power Spectrum, 1/1 Octave
Model Sound Power Spectrum
16k LWA
OP-MSXM046ML 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 Sound Spectrum for Optyma Slim Pack OP-MSXM046ML Data Sheet
Manual Details
| Brand | Spectrum |
|---|---|
| Pages | 1 |
| File Size | 144.88 KB |
| Published | June 05, 2026 |
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Frequently Asked Questions
What product does this spectrum data relate to?
The data is for the OP-MSXM046ML Condensing unit.
How are sound power levels calculated?
They are calculated by adding the sound power of the compressor and fan motor at full speed, following EN13215 conditions.
At what distance can I expect a specific dB(A) level?
The free-field sound pressure data shows readings at 1m, 3m, and 10m distances.
Does the noise reduction factor affect these measurements?
Yes, the evaluation considered the effect of enclosure and insulation for sound power subject to change.