Electrical Systems Description Sample Clauses

The Electrical Systems Description clause defines the scope, components, and specifications of the electrical systems to be provided or installed under a contract. It typically outlines the types of electrical equipment, wiring, panels, and safety features required, and may reference relevant codes or standards that must be met. By clearly detailing these requirements, the clause ensures that both parties have a mutual understanding of the expected electrical work, reducing the risk of disputes or misunderstandings regarding system performance or compliance.
Electrical Systems Description. Performance standards and outline specifications for District Low Voltage Systems, including but not limited to Data, A/V, Telecommunication, Fire Alarm and Security Systems.
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Electrical Systems Description. A. Intent This performance criteria is intended to define the level of performance of the electrical system. The parameters used herein will form the basis of the electrical system design, equipment selection and system sizing. B. General Project Desription The project includes a new five story shell building including a four level garage as delineated in the architectural package. The building is planned to accommodate multiple lab/ office tenants with a 50-50 mix of office to lab area. The project will be LEED certified (Silver minimum). Provide LEED documentation in accordance with the LEED scorecard. C. Codes and Standards The engineering calculations are based on the latest recommendations of ASHRAE, Article 220 of the National Electrical Code (NEC) and good engineering practices consistent with industry standards. The codes applicable to the design are as follows: • 2015 International Building Code • 2015 International Energy Conservation Code • 2015 International Fire Code with State of Maryland Amendments • 2014 National Electric Code • ▇▇▇▇▇▇▇▇▇▇ County Code Amendments • NC LEED Standards – LEED Silver or Gold The standards applicable to the design are as follows: • Illuminating Engineering Society (IES) • Institute of Electrical and Electronics Engineers (IEEE) Alexandria Real Estate Equities, Inc. Schematic Design Report Basis of Design D. Project Overview The electrical systems are designed to support the entire shell building including garage as delineated in the architectural package. The core areas will be entirely fit out. Shell systems will be provided to accommodate the building fit out. Shell systems include normal power (20 W/ft2), stand by power systems (3 W/ft2), an addressable fire alarm system with expansion capability for tenant fit out work and data/ phone floor to floor wire management system to accommodate tenant fit out without requiring access to other tenant spaces. Systems sized for 50-50 office/ lab fit out. Tenant power risers are planned along with space for tenant panel boards and transformers. A main electrical service will be provided by Pepco pad mounted transformer with service entrance switchboards centrally located in the first level main electric room. A diesel generator will be provided to supply standby power to life safety systems and optional standby loads. Generator automatic transfer switches and emergency distribution equipment will be centrally located in the first floor main electrical room. Lighting fixt...
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Electrical Systems Description 
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  • Drainage Systems (1) Clear culvert inlets, outlets, and sediment catching basins. (2) Maintain waterbars, drainage dips, and other water diversion measures. (3) During active use, patrol and maintain functional drainage. (4) Repair damaged culvert ends.

  • Site Description {Buyer Comment: Provide a legal description of the Site, including the Site map.}

  • Electrical Provide drawings for the following systems: .1 Lighting including circuiting and luminaire identification and switching. Also provide illuminance computer printout for all indoor typical indoor spaces and parking lots. .2 Convenience outlets and circuiting, special outlets and circuiting, television outlets, and power systems and equipment. Provide riser diagrams for all electrical systems including master clock, intercom, fire alarm, ITV, computer networking/telephone. Also, provide for emergency and normal power distribution. Provide luminaire schedule. .3 Panel schedule may be in preliminary form but circuitry must be included. .4 Applicable installation details. .5 General legend and list of abbreviations. .6 Voltage drop computation for all main feeders. .7 Short circuit analysis .8 Provide 1/2" scale floor plan and wall elevations for all electrical rooms.

  • Electrical appliance safety The Hirer shall ensure that any electrical appliances brought by them to the premises and used there shall be safe, in good working order, and used in a safe manner in accordance with the Electricity at Work Regulations 1989. Where a residual circuit breaker is provided the hirer must make use of it in the interests of public safety.

  • System Description The wet detention basin is designed to trap 80% of sediment in runoff and maintain pre-development downstream peak flows. The basin has two forebays (smaller ponds) located at the low end of two grass ▇▇▇▇▇▇. In addition to runoff conveyance, the grass ▇▇▇▇▇▇ also allow infiltration and filtering of pollutants, especially from smaller storms. The forebays are each 4 feet deep. They are connected to the main pool by 18 and 24-inch metal pipes that outlet onto a rock chute. The forebays will trap coarse sediments in runoff, such as road sands, thus reducing maintenance of the main basin. The main pool will trap the finer suspended sediment. To do this, the pond size, water level and outlet structures must be maintained as specified in this Agreement (see Figures 1, 2 and 3). The main basin receives runoff from a 67.1 acre drainage area (41.2 acres within the subdivision and 25.9 acres off- site drainage coming from the east). During high rainfall or snow melt events, the water level will temporarily rise and slowly drain down to the elevation of the control structure. The water level is controlled by a 12-inch concrete pipe extending through the berm in the northwest corner of the basin (see Figures 1 and 3). On the face of the 12- inch pipe, there is metal plate with a 3-inch drilled hole (orifice) with stone in front of it. This orifice controls the water level and causes the pond to temporarily rise during runoff events. Washed stone (1-2” diameter) is placed in front of the orifice to prevent clogging. High flows may enter the grated concrete riser or flow over the rock lined emergency spillway. “As-built” construction drawings of the basin, showing actual dimensions, elevations, outlet structures, etc. will be recorded as an addendum(s) to this agreement within 60 days after Waukesha County accepts verification of construction from the project engineer.