Electrical Engineering Sample Clauses

Electrical Engineering. Low Voltage and Data Systems Design

Electrical Engineering. Consultant shall be able to perform tasks associated with the design and analysis of electrical systems and equipment, including but not limited to, reviewing and preparing electrical Plans (and details), Specifications, and Cost Estimates (PS&E) and calculations as deemed necessary to complete the job and in compliance with the current local, state, and federal required standards, laws, and regulations of such disciplines. Consultant shall be able to perform tasks associated with the design and analysis of environmental systems and equipment, including but not limited to, reviewing and preparing environmental Plans (and details), Specifications, and Cost Estimates (PS&E), reports, assessments, and calculations as deemed necessary to complete the job and in compliance with the current local, state, and federal required standards, laws, and regulations of such disciplines.

Electrical Engineering. Fire Alarm Upgrades, Elevator Modernization and Upgrades, Replace Transformer and Switchgear, Replace Hydraulic Gate and Controls, Replace Emergency Generators DocuSign Envelope ID: 83A6634C-138F-4769-BFBD-8C0DD9151BBB

Electrical Engineering. Consultant shall provide experienced personnel, equipment and facilities to perform the following tasks:

Electrical Engineering. Fire Alarm Upgrades, Elevator Modernization and Upgrades, Replace Transformer and Switchgear, Replace Hydraulic Gate and Controls, Replace Emergency Generators

Electrical Engineering. Contractor shall prepare electrical engineering design deliverables and documentation. Contractor shall during the course of detailed engineering design finalize electrical equipment design requirements and co-ordinate with Owner’s nominated EI&T equipment provider, ABB, to ensure that changes in FEED design due to Contractor’s design development is properly and cost-effectively reflected in ABB systems design and equipment supply. Contractor electrical engineering activities shall, in addition to the above, include to the following: 1. Incorporate electrical design requirements into Project specifications and datasheets for equipment prepared by other engineering disciplines. 2. Perform or Subcontract to Owner’s nominated electrical, instrumentation and telecommunications equipment provider the following electrical studies: · Load Flow and Power Factor Correction Studies · Fault Current Studies · Transient Stability Studies · Dynamic Performance Studies under Motor Starting Conditions · Harmonic Distortion Studies · Arc-Flash Study · Protection and Relay Coordination Studies · Cable sizing calculations · Equipment sizing calculations · Illumination levels · Motor restart study · Electric Magnetic Compatibility Review 3. Preparation of requisitions for electrical equipment for inquiry and for purchase for any Equipment not supplied by Owner’s nominated electrical, instrumentation and telecommunications equipment supplier. 4. Review of Subcontractor bids, preparation of TBEs, and technical conditioning of Subcontractor bids prior to purchase. 5. Review engineering design deliverables provided by Owner’s nominated EI&T equipment provider, ABB, for compliance with Project electrical engineering design philosophies and specifications. 6. Review Subcontractor documents and drawings for compliance with the Project electrical design philosophies and specifications specified in the BOD. 7. Attendance at, and witnessing of, equipment performance testing, and factory and site acceptance tests where required by the inspection and test plan. 8. Electrical engineering support during Commissioning, start-up and initial operation of the Project as set forth in this SOW. 9. Design and engineering of Train 3 electrical supply from Main Intake Substation #1, including design of any required additional feeders from Pompano to Main Intake Substation #1.

Electrical Engineering. Perform electrical analysis and evaluations.

Electrical Engineering. Electrical engineering services will be provided by IS, including coordinating CPU service availability and requirements for providing power based upon estimated pump horsepower. Additionally, IS will provide input into preliminary pump station layout as it relates to electrical equipment sizes and requirements. It is proposed that the above-described work be accomplished on a time and expense basis not to exceed $156,986, as summarized in the attached Fee Estimate. LOWER PRUNE HILL BOOSTER PUMP STATION IMPROVEMENTS PHASE 1 DESIGN: DATA COLLECTION AND SITING EVALUATION EXHIBIT B - PROPOSED FEE ESTIMATE Principal Engineer II $230 Professional Engineer VII $191 Professional Engineer VI $182 Engineering Designer II $143 Technician IV $155 Admin. III $110 Hours Labor Subconsultants Subconsultant Multiplier Subconsultant Total with Markup Expenses Total Archaeological Investigations Northwest, Inc. PBS Engineering and Environmental, Inc. Geotechnical Resources, Inc. WSP Global, Inc. Industrial Systems, Inc. Task 1 - Project Management and Coordination Task 1.1 - Monthly Progress Reports and Invoices 2 6 4 12 $ 2,046 1.1 $ - $ - $ 2,046 Task 1.2 - Project Coordination 12 6 2 20 $ 4,126 1.1 $ - $ - $ 4,126 Task 1.3 - Project Schedule 1 2 3 $ 612 1.1 $ - $ - $ 612 Task 1.4 - Quality Assurance/Quality Control (QA/QC) 16 16 $ 3,680 1.1 $ - $ - $ 3,680 Task 2 - Communications and Meetings Task 2.1 - Meetings and Workshops 0 $ - 1.1 $ - $ - $ - Kick-off Meeting 4 7 11 $ 2,257 1.1 $ - $ 190 $ 2,447 Preliminary Site Evaluation Workshop 4 7 11 $ 2,257 1.1 $ - $ 190 $ 2,447 Siting Evaluation Technical Memorandum Review Meeting 4 7 11 $ 2,257 1.1 $ - $ 190 $ 2,447 Task 3 - Data Collection, Field Investigations, and Utility Coordination Task 3.1 - Data Collection and Review 6 8 14 $ 2,290 1.1 $ - $ - $ 2,290 Task 3.2 - Survey Coordination, Review and Base Map Preparation 4 2 12 18 $ 2,874 1.1 $ - $ - $ 2,874 Task 3.3 - Geotechnical Coordination and Review 2 6 6 14 $ 2,464 1.1 $ - $ - $ 2,464 Task 3.4 - Archaeological Coordination and Review 2 4 6 $ 1,032 1.1 $ - $ - $ 1,032 Task 3.5 - Critical Areas Field Investigation and Permitting Assessment 2 4 6 $ 1,032 1.1 $ - $ - $ 1,032 Task 3.6 - Utility Coordination 2 4 8 14 $ 2,368 1.1 $ - $ - $ 2,368 Task 3.7 - Site Reconnaissance 4 7 4 15 $ 2,985 1.1 $ - $ 190 $ 3,175 Task 3 Subtotal 12 23 8 32 12 0 87 $ 15,045 $ - $ - $ - $ - $ - $ - $ 190 $ 15,235 Task 4 - Siting Evaluation Task 4.1 - Design Criteria 2 6 6 10 24 $ 4,128 1.1 $...

Electrical Engineering. ▪ General Notes, Symbols, and Abbreviations ▪ Demolition Plan - Power - Controls - Fire Alarm - Site Utilities - Equipment - Site lighting/exterior sign locations and identification - Telephone service ▪ Lighting Plan - Fixture locations and identification - Emergency circuit designations - Light switch locations - Panel locations and identification ▪ Power Plan - Food service power layout - Motor locations and identification - Motor controls locations - Emergency circuit designations - Panel locations and identification - Wiring device locations and identification ▪ Signal/Communications Plan - Device locations and identification ▪ Auxiliary Systems Plan - Device locations and identification - Equipment locations - Riser or interconnection diagrams ▪ Fire Alarm Plan - Device locations and identification 1. Smoke detectors 2. Heat detectors 3. Pull stations 4. Audio visual devices 5. Room names 6. Structural grids - Equipment locations - Zone identification - Fire alarm wiring connections ▪ Enlarged Plans and Sections - Equipment rooms 1. Main switchgear room 2. Generator room ▪ Schedules ▪ Details* - Power connection diagrams - Riser diagram - normal power - Riser diagram - emergency power - Riser diagram - communications ▪ Power Distribution Diagram - Feeder sizes - Generator size - Grounding requirements - Metering requirements - Panel sizes - Transfer switch sizes ▪ Updated Outline Specifications ▪ Updated Design/Systems Narrative ▪ Calculations ▪ Protective Device and Feeder Cable Sizing ▪ Fixture cut sheets I. General II. Civil Engineering (if applicable) 1. Preliminary grading with spot elevations, as necessary 2. Finish floor elevations ■ Outline Specifications ■ Evaluation of Existing Systems III. Landscape Architecture (if applicable)