ACOUSTICS. Acoustical requirements are subject to an acoustical report generated by a qualified acoustical engineer. This report will address acoustical requirements for the HVAC system, ambient noise levels, lighting ballasts, reflective surfaces, treatments, reverberation, and other noise mitigation methodologies.
ACOUSTICS. OCTIVE BAND 31.5 63 125 250 500 1000 2000 4000 8000 (HZ) --------------------------------------------------------------------------------------------- DB 131 142 146 145 137 139 132 115 98 --------------------------------------------------------------------------------------------- The sound level defined above is exclusive of any noise radiated by the customer's exhaust system. The sound power level is measured in dB relative to 10-12 xxxxx, at the exhaust plenum exit, under base load conditions. Measuring procedures are in accordance with ASME PTC 36 (near field) and/or ANSI B133.8 (far field).
ACOUSTICS. Acoustic noise of K40D (with covers) is measured at one meter in any horizontal direction in accordance with ANSI S12.10-1985: Idle <= 48 dBA Running <= 55 dBA -------------------------------------------------------------------------------- Kentek Information Systems Confidential Page 53 91 K40D Product Specification Version 2.5 --------------------------------------------------------------------------------
ACOUSTICS. 6. AV System All information in this document will be considered as in support of the AV system. There may be additional infrastructure requirements unrelated to the AV system, and thus not contained herein, but that are still necessary for the space to be fit for intended use.
ACOUSTICS. Our scope include acoustic recommendations for partition types, door types, ceiling reflectors, HVAC noise control and acoustical treatments. Acoustical sound modeling will be provided in critical spaces to ensure the design meets established criteria as attainable within the Owner’s budget. Available Additional Services will include the following and are not reflected in the current proposed fees:
ACOUSTICS. Performance tests shall include testing for maximum background noise as defined by the OSDM. Tests are to be taken in twenty percent (20%) of estimated worst-case instructional spaces;
ACOUSTICS. To Landlord’s best knowledge and belief, the Building has been constructed in a manner and at a level at least consistent with the sound production and vibration standards for normal office requirements maintained in the Comparable Systems Buildings, as that term is defined in Section 6.1 of the Lease.
ACOUSTICS. 14 Elevators/Escalators .27 Public Relations (performance specification only ..02 Audio-Visual .15 Fallout Shelters .28 Radiation Shielding ..03 CPM Scheduling .16 Financial .29 Real Estate ..04 Code Interpretation .17 Fire Protection (performance .30 Reprographics specification only) ..05 Communications .18 Food Service .31 Safety ..06 Computer Technology .19 Insurance .32 Sociology ..07 Concrete .20 Historic Preservation .33 Soils/Foundations ..08 Cost Estimating .21 Legal .34 Space Planning ..09 Demography .22 Life Safety .35 Specifications ..10 Display .23 Lightning .36 Traffic/Parking ..11 Ecology .24
ACOUSTICS. 14.1. The Building will include sound-rated dual glazing systems with STC 38 for enhanced acoustical performance.
ACOUSTICS. The BCCK incorporates acoustic treatment and noise control of international standards. The centre has been designed to a very high level of sound insulation from the following noise sources • External intrusive noise sources, i.e. traffic noise, heavy rain fall (up to 250mm/hr rate) impact noise, etc. • Intrusive noise from internal adjacent spaces with multi function operations simultaneously occurring • Noise from the ACMV (Air-Conditioning and Mechanical Ventilation) Services serving the conditioned spaces. with all these intrusive noise sources having a resultant noise level within the Great Halls and Meeting Facilities of not exceeding NC 30-35. This level NC 30-35 is considered to be a level where even the air conditioning is no longer or very faintly audible and only the comfortable cooling environment is felt. Sound Insulation between smaller halls of the Convention Centre boast a double layer of movable partitions between Hall A, B, C and D with the sole purpose to acoustically isolate the smaller halls and achieve total flexibility of the individual hall usage, INDEPENDENT of the activity running within the adjacent spaces. As an example one Hall A may be conducting a seminar while Hall B & C has an ongoing disco function, running simultaneously. The meeting room’s movable partitions are also designed with the sole purpose to isolate the smaller rooms and achieve total flexibility of the individual room usage. Doors form a weak link within a wall and compromises the overall acoustic integrity of the wall in which it is installed on. The meeting room doors are specially designed to insulate noise from the pre-function spaces. The door perimeter/edges are installed with proprietary acoustic compression seals to minimize any noise flanking paths via the door reveals. The door bottom uses a revolutionary ‘drop’ seal which only actuates upon the door’s full closure, thus eliminates the traditional grazing floor/carpet marks when in-use over a prolonged period. Acoustic treatment has been implemented within the Great Halls, meeting rooms and exhibition hall. Acoustic treatment would condition the acoustic ambience within the spaces to suite the proposed spatial function or usage. The spaces have been designed for high speech intelligibility, while minimizing the existence of acoustic abnormalities such as echoes, flutter echo and other bad and un-wanted reflections. The acoustic ambience would be conducive for natural acoustic propagation, music, multi...
