Mechanical System. A combination of any mechanical equipment components and/or controls that fall within the Trade Jurisdiction, including the interconnecting piping.
Mechanical System a. The following criteria shall govern for the design of mechanical systems in remodeled buildings and in new buildings regardless of whether or not the features are required to meet the Design Energy Budget:
(1) Except where potential funding sources may be put at risk due to higher ventilation rate requirements, it is recommended that one (1) CFM of air be exhausted from each square foot of laboratory floor area. This does not preclude higher rates necessary to offset exhausts from equipment located within the laboratory, or higher rates necessary to maintain acceptable space temperature. A laboratory is defined as a workspace where chemicals are used and/or stored.
(2) The number of air handling units in a building shall be as few as feasible to serve the building. Each system shall be provided with a return air fan or relief fan to discharge air to the outside in direct ratio to the outside air being introduced into the system. The system shall be capable of exhausting 100% of the building return air when the system is on a controlled ventilation cycle.
(3) On projects where generation of steam or chilled water for heating and cooling is part of the design of the building, provide life-cycle cost analysis to determine the most economical primary fuel to use, with consideration given for the anticipated availability of fuel during the life expectancy of the generating equipment.
(4) All new and remodeled building projects shall conform to ASHRAE Standard 90.1.
(5) The mechanical systems within the building shall be designed in accordance with this section and sections of the Design Guidelines unless more stringent requirements are indicated in the standards of the State Energy Conservation Office.
(6) All projects utilizing campus chilled water, heating hot water, and/or steam shall be specified to have BTU meters, or flow meters and supply and return temperature sensors, depending on campus preference.
Mechanical System. The Building air conditioning and heating system will be a high quality air-cooled chilled-water system installed pursuant to general office use specifications. Landlord shall provide each floor of the Building with zoned air conditioning and heating via dedicated central station air handling units located on each floor. All zones shall include appropriately sized variable air volume devices (“VAVs”) which shall include the controls and related wiring with the minimum number of zones in the Tenant-occupied area of each floor to be twelve
Mechanical System. A) Fully functioning Base Building cooling system capable of providing conditioned air, during normal working hours and under normal office occupancy loads of 20 cfm per person based on 133 sq. ft. per person;
B) Central mechanical system with primary vertical distribution with stub outs to each floor for tenant connection and distribution;
C) Central Direct Digital Controls (DDC) for Energy Management System for the Base. Building mechanical system. DDC links to VAV controls in the Leased Premises would be installed by Tenant but shall be excluded from the Base Building Work;
D) Code required dampers and fire protection for all penetrations at rated, vertical shafts.
E) Capability to provide 24-hour HVAC
Mechanical System shall include a narrative description of the amphitheater’s major mechanical, electrical and plumbing components.
Mechanical System. A) Primary Variable Air Volume (VAV) cooling system with risers stubbed out to each floor of the Leased Premises, but exclusive of horizontal distribution (ductwork) and control equipment within the Leased Premises;
B) Hot water stubbed out to each floor for tenant’s perimeter heating needs supplied from a heat exchanger, in the basement, converting heat from steam.
C) Condenser water loop stubbed out to each floor for Tenant’s special requirements.
Mechanical System. Basic equipment to be used and its location, duct distribution system, diffuser locations, and any louvers or vents to be provided for Tenant by Landlord at Tenant's expense. Provide projected mechanical loads on forms provided by Landlord in the Tenant Handbook.
Mechanical System. The basic H.
Mechanical System. Design, supply, testing and commissioning of Demand and Supply Side Management system for compressed air as per the details given in this document. The scope includes but not limited to the following: • Supply and Demand Side Management equipment should be ready for installation in compressed air system. • Inlet and outlet compressed air flanges to be provided on the Demand Side Management System for the connection of the compressed air line. The base frame is to be made sturdy and shall be equipped with the facilities of forklifting arrangements, It shall have foundation less installation in Demand side management. • Pilot air filter should be conveniently located for quick and easy replacement in Demand side management system. The complete filter assembly shall be with the canopy of the Demand side management system to avoid entry of external particles. • In-built Desiccant air dryer to be provided for safe operation of the instruments in Demand Side Management system. • All No Air Loss auto drain valves and spare connection must be provided with isolation valves in Demand Side Management System. • Flanges, bolts and nuts to be provided by bidder for assembly Demand Side Management system. • Packing and forwarding of Demand and Supply Side Management system. • Test certificates provision for Demand and Supply Side Management system.