Owing to an existence averaging up to 20 years, the control room design may potentially be the most vital aspect when coming up with a control area concept. Different aspects call for attention throughout this period to avoid meager designs from developing, which may not have easy rectification post installation. Competent design must incorporate possible future predicaments requiring change to the original layout.
Placement areas for implementation of complete control areas must be done in places with low traffic and far away from any noisy operations. The windows are meant to be very advantageously placed to try eliminating any and all light from the outside from obstructing the control display monitors, making sure to eliminate all potential errors that may occur when sending data through. The windows being used for intentions of visual control may be gently tinted and should be included only if they are needed for functionality only.
Each of the aspects of a control nucleus is focused on safety issues, as a few external influences and improperly placed controls may wind up effecting fatal consequences. The entrance and the exit doors need to be carefully placed to guarantee no divertions from the operators, be large enough to allow trolleys to pass through unhindered, and security procedures need be included as well. Numerous exits need be allocated for emergencies, as per regulations.
Overall set up must ensure it contributes towards collaboration between workers, with verbal communications being considered as well. Areas must be spacious but not too large; however additional areas must be made for any temporary personnel that may needs to be used. Supervisory employees need to be strategically placed throughout so as to ensure managing staff is done accurately and simultaneously.
Further safety measures will include guard and or hand rails if more than one floor is present. Wheelchair ramps must also be included in the event of physically disabled operators or visitors to the facility. Workers should be able to change postures during working hours, within the confines of allocated areas with ease.
Maintenance of equipment and access to power panels are also of vital concern when doing the particular placement of machinery in the design, as easy entrance for repair persons needs to be done. Typical strategies are suggested back access to panels, an average height of about 70cm be used for positioning of workstations, for a technician to get in from below. Adequate floor space is left open for the operation of hoists or other repair equipment.
Instantly recognizable space functionality, such as relaxation stations and bathrooms, positioned near the prime entrance and exit areas. Well thought out controlled access areas, with a suitably designed tag system at an easily controlled section of the room. Emergency exit plans needed to be mapped out allowing quick access to emergency exits.
Past understanding has proven that rooms laid out in a hexagonal, squared or circular design seem to function better, when control room design is being conceptualized. Satisfactory aeration and appropriate illumination will go a long way in ensuring the overall success of the proposed design. Foundation designer drawings must also be completely flexibility allowing up to 25% extra growth.
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