Technical Report 2. John Conley Lighting + Electrical Option Thesis Advisor Shawn Good Electrical Thesis Advisor Gary Golaszewski

Transcription

1 Technical Report 2 John Conley Lighting + Electrical Option Thesis Advisor Shawn Good Electrical Thesis Advisor Gary Golaszewski Oakland University Engineering Center Rochester, MI

2 Table of Contents 0.0 Executive Summary 3.0 Part Develop the Electrical Systems Criteria and Scope of Work 0. Preliminary Electrical Load Calculation 0.2 Utility Company Service 0.3 Preliminary Utility Rate Schedule 0. Preliminary Building Voltage Emergency Power Requirements 5 0. Special Occupancy Requirements Priority Assessment Table 7 0. Optional Backup Power Loads Low Voltage + Communications Systems Electrical Equipment Space Requirements Part 2 Understand and Describe the Electrical Systems as Currently Designed 9 2. Connected Building Loads Actual Utility Company Rate Schedule 2.3 Building Utilization Voltage 2 2. Emergency Power System Special Occupancy Requirements 2 2. Special Equipment Electrical Equipment Ratings 3 2. Low Voltage + Communication Systems 2.9 Electrical + Telecommunications Floor Space 2.0 Energy Reduction Methods 2. Single Line + Riser Diagram Part 3 Evaluate Designed Systems Against Criteria 9 3. Estimated vs. Actual Building Loads Utility Rate Schedule Building Utilization Voltage Electrical Equipment Emergency Power System Optional Backup Power Energy Reduction Strategy Suggestions 20.0 References Appendices Panel Schedules + Emergency Panel Schedules 5.2 OneLine Diagrams + Emergency OneLine Diagram 5.3 Riser Diagram 5. Electrical Equipment Schedules Oakland University Engineering Center Technical Report 2 Conley 2

3 0.0 Executive Summary In this report, the electrical systems of the Engineering Center at Oakland University in Rochester, Michigan are analyzed and studied to have a better understanding of the building s existing conditions. Firstly, code and requirement design criteria were documented as well as preliminary calculations. Then, from the information found in the electrical construction documents and other documents provided by SmithGroupJJR, the actual design was analyzed. And finally, the actual design was compared briefly to the preliminary calculations and the design criteria. A few recommendations are made here to improve the design, but this comparison shows that a very comprehensive and well thought out system was designed for the Engineering Center. Oakland University Engineering Center Technical Report 2 Conley 3

4 .0 Part Develop the Electrical Systems Criteria and Scope of Work. Preliminary Electrical Load Calculation This preliminary electrical load calculation takes into account the building type, lighting and receptacle loads, HVAC equipment, and other equipment needed. The building, according to NEC 20 Table 220.2, would most likely be categorized as a school building by occupancy even though there are offices, labs, an auditorium, and a café within the building. With this assumption we can assume 3 VA/ft 2. The demand factors used can be found in NEC 20 Table 220. Demand Factors for NonDwelling Receptacle Loads. For the HVAC rough load calculation a ruleof thumb was used. This rule of thumb gives VA/ft 2 for educational buildings and 7 VA/ft 2 for office buildings, of which, office designation was used due to the complexity of this facility and the desire not to underestimate. Lighting + Receptacle Load Occupancy Load VA/ft 2 Area (ft 2 ) Total VA Demand Factor Total VA Schools Lighting 3 3,53 09,959 (Table 220.2) 09,959 Receptacle 3,53 3,53 First 0,000 VA = 73,32.5 Remainder (2,53) = 0.5 Total kva 3.29 Mechanical Load Occupancy Load VA/ft 2 Area (ft 2 ) Total VA Demand Factor Total W Schools HVAC 7 3,53 95,57 None 95,57 Total kva Total Preliminary Demand Load for the Building,39. kva.2 Utility Company Service The local utility company for much of Southeastern Michigan, including Rochester, is DTE Electric Company which supplies electricity and gas for the region. DTE Electric Company is based in Detroit in the One Energy Plaza building..3 Preliminary Utility Rate Schedule For a Primary Educational Institution, DTE would use rate schedule number D.2 found at Service will only be provided to buildings desiring at least 50 kw, which works for the Engineering Center. The power supplied to the site is alternating current, threephase and nominally at,00, 3,200, 2,000,,570 or 20,000 volts at the option of the Company. The utility rate per month is shown below in figure. Oakland University Engineering Center Technical Report 2 Conley

5 Figure Rate Schedule NOTE Onpeak hours, as dictated by DTE for this building type are those hours between 00 hours and 900 hours each day, Monday through Friday, legal holidays excluded. Without complicating the calculation with the holidays included or the substation credit subtracted, the cost is calculated and outlined below.. Preliminary Building Voltage The Engineering Center, being an academic building with offices, labs, and classrooms, will benefit most with a primary building voltage of 0/277V, 3PH. This is because most of the lighting, HVAC equipment, and other larger equipment will perform with either 277V, 0V or in some cases 20V. This 20V, as well as the receptacles, will in turn mean that there will be need for stepdown transformers to 20/20V, 3PH power..5 Emergency Power Requirements According to the IBC 202 section 2702 on Emergency and Standby Power Systems, the following are required. These sections are taken directly from the IBC code. Emergency and standby systems will need to be provided and maintained, where required, in accordance with the International Fire Code Group A occupancies. Emergency power shall be provided for emergency voice/alarm communication systems in Group A occupancies in accordance with Section Smoke control systems. Standby power shall be provided for smoke control systems in accordance with Section Exit signs Emergency power shall be provided for exit signs in accordance with Section Oakland University Engineering Center Technical Report 2 Conley 5

6 Means of egress illumination Emergency power shall be provided for means of egress illumination in accordance with Section Accessible means of egress elevators Standby power shall be provided for elevators that are part of an accessible means of egress in accordance with Section Accessible means of egress platform lifts Standby power in accordance with this section or ASME A. shall be provided for platform lifts that are part of an accessible means of egress in accordance with Section Horizontal sliding doors Standby power shall be provided for horizontal sliding doors in accordance with Section Semiconductor fabrication facilities Emergency power shall be provided for semiconductor fabrication facilities in accordance with Section Membrane structures Standby power shall be provided for auxiliary inflation systems in accordance with Section Emergency power shall be provided for exitsigns in temporary tents and membrane structures in accordance with the International Fire Code Hazardous materials Emergency or standby power shall be provided in occupancies with hazardous materials in accordance with Section Highly toxic and toxic materials Emergency power shall be provided for occupancies with highly toxic or toxic materials in accordance with the International Fire Code Organic peroxides Standby power shall be provided for occupancies with silane gas in accordance with the International Fire Code Pyrophoric materials Emergency power shall be provided for occupancies with silane gas in accordance with the International Fire Code Covered and open mall buildings Standby power shall be provided for voice/alarm communication systems in covered and open mall buildings in accordance with Section Highrise buildings Emergency and standby power shall be provided in highrise buildings in accordance with Sections 03.. and Underground buildings Emergency and standby power shall be provided in underground buildings in accordance with Sections 05. and Group I3 occupancies Emergency power shall be provided for doors in Group I3 occupancies in accordance with Section Airport traffic control towers Standby power shall be provided in airport traffic control towers in accordance with Section Oakland University Engineering Center Technical Report 2 Conley

7 Elevators Standby power for elevators shall be provided as set forth in Sections 3003., and Smokeproof enclosures Standby power shall be provided for smokeproof enclosures as required by Section Special Occupancy Requirements NEC Chapter 5, Article 500, was analyzed and due to the nature of the Engineering Center program and use, no special occupancy requirements apply..7 Priority Assessment Table In the following table, six categories are rated as high, medium, or low importance for the impact that they will have on the electrical design of the Engineering Center. These importance ratings are relative and reflect on opinions of the electrical design for the building based on the program of the project and the importance of this building as the new center for the schools of Engineering and Computer Science on Oakland University s campus. Category Reliability Power Quality Redundancy Low First Cost Low Life Cycle Cost Flexibility Importance High Medium High Medium Medium Medium. Optional Backup Power Loads Optional backup power may be necessary for loads that aid in lighting exit paths for life system safety, elevators for safety reasons, data rooms to ensure safety of all data, and some HVAC systems for the comfort of occupants as well as protecting the building from events such as freezing pipes..9 Low Voltage + Communications Systems Potential lowvoltage and communications systems that are applicable to the Engineering Center s program of spaces, and use to the occupants of the space, are outlined below: Telephone The offices as well as the labs within the building, should have access to telephone usage. Fire Alarms Fire alarms are required by code; the IBC text pertaining to the Engineering Center are copied below. Oakland University Engineering Center Technical Report 2 Conley 7

8 907.2 Where required new buildings and structures An approved fire alarm system installed in accordance with the provisions of this code and NFPA 72 shall be provided in new buildings and structures in accordance with Sections through and provide occupant notification in accordance with Section 907.5, unless other requirements are provided by another section of this code. A minimum of one manual fire alarm box shall be provided in an approved location to initiate a fire alarm signal for fire alarm systems employing automatic fire detectors or waterflow detection devices. Where other sections of this code allow elimination of fire alarm boxes due to sprinklers, a single fire alarm box shall be installed Fire safety functions Automatic fire detectors utilized for the purpose of performing fire safety functions shall be connected to the building s fire alarm control unit where a fire alarm system is required by Section Detectors shall, upon actuation, perform the intended function and activate the alarm notification appliances or activate a visible and audible supervisory signal at a constantly attended location. In buildings not equipped with a fire alarm system, the automatic fire detector shall be powered by normal electrical service and, upon actuation, perform the intended function. The detectors shall be located in accordance with NFPA Initiating devices Where manual or automatic alarm initiation is required as part of a fire alarm system, the initiating devices shall be installed in accordance with Sections through Occupant notification systems A fire alarm system shall annunciate at the fire alarm control unit and shall initiate occupant notification upon activation, in accordance with Sections through Where a fire alarm system is required by another section of this code, it shall be activated by:. Automatic fire detectors. 2. Automatic sprinkler system waterflow devices. 3. Manual fire alarm boxes.. Automatic fireextinguishing systems. CATV/CCTV Cable for the use of television will most likely be of use in the public spaces of the building as well as some of the offices or meeting areas. Cables for video surveillance will also be utilized. Intercom This may be useful, or it may not in the actual building. The reasons that this system may be used can probably be mitigated with telephone use within the building. Access Control Being on a campus, it is likely that at some times, such as late nights, it would be beneficial to have some sort of cardaccess system in place to keep those that do not belong on the premises out. Video Surveillance For similar reasons to the access control, it would be likely that a system of video surveillance be in place for campus safety. Oakland University Engineering Center Technical Report 2 Conley

9 .0 Electrical Equipment Space Requirements The major electrical equipment that will require a large amount of floor space will include the following: Emergency power generators, utility transformer outside and stepdown transformers inside, distribution electrical panels, and switchboards. 2.0 Part 2 Understand and Describe the Electrical Systems as Currently Designed 2. Connected Building Loads The actual connected building load is outlined in the table below by going through each panel to find the loads by category. The categories that the loads fall under are lighting, power, receptacle, mechanical, and specialty equipment, which entails all other loads, mentioned in the panel schedules. The total kva for each category are added up and then the total connected kva for the building is shown. Then, using demand factors of 0. for lighting, 0.3 for power,.0 for receptacles, 0. for mechanical equipment, and 0. for specialty equipment, the demand load is estimated. Note The receptacle demand factor varied between panels so an approximation of.0 was used due to the majority being.0 or near.0. This means that the demand shown here is not exactly the actual demand load for the building. Actual Connected Building Load by Panel VA Panel Lighting Power Receptacle Mechanical Specialty Equipment H 705 H3 2 H2 97 H H H 397 H LA LB L3A L3B L2A L2B L2C L5 000 L23A L23B 2295 Oakland University Engineering Center Technical Report 2 Conley 9

10 L3A L3B L3C LA 20 LB L L5A L5B L L7 20 L L L L L L L L L L L L L L L 0 90 L L L55 20 L L L L L L H3LS 5750 H23LS 9 H3LS 237 H5LS 0 L3LR L23LR Oakland University Engineering Center Technical Report 2 Conley 0

11 LLR 2503 LLR L9SB L35ASB 5720 L55ASB L5SB Totals 07,5 22,05 593,039 72, 3,50 Total kva,033.3 Actual Demand Building Load VA Load Type Lighting Power Receptacle Mechanical Specialty Equipment Total VA 07,5 22,05 593,039 72, 3,50 Demand * Factor Demand,0. 7, ,039 3, ,73 Total kva Actual Utility Company Rate Schedule The assumed utility company, DTE was a correct assumption though the service type is actually D not D.2. The SmithGroupJJR utility rate analysis is shown below according to DTE rates. Oakland University Engineering Center Technical Report 2 Conley

12 2.3 Building Utilization Voltage The actual primary building utilization voltage is 0Y/277V, 3phase, wire, 0 hertz. The following voltages are used for the specified tasks. Lighting 277V primarily though a few 20V Receptacles 20V Mechanical Equipment 20V or 20V 2. Emergency Power System A natural gas generator and two turbogenerators power the emergency power system. The natural gas generator is located on the to roof in a sound attenuating, weatherrated enclosure and provides power to a 225A 0Y/277V, 3PH panel. This generator powers the fire pump controller with a wyedelta starter and integral automatic transfer switch. The two turbogenerators provide 0Y/277V, 3PH power to all of the equipment under the life safety and legally required panels (designated by LS and LR in the panels above). These panels include power to the emergency lighting, elevators, stair pressure fans, lab and atrium exhaust fans, sump pumps, the atrium coiling doors, and the other loads on the legally required panels. 2.5 Special Occupancy Requirements There are no special occupancy requirements that could be found according to NEC article Special Equipment Chapter of the NEC 20 code outlines special equipment for buildings. The following special equipment in chapter apply to the Engineering Center building: Article 20 Elevators, Dumbwaiters, Escalators, Moving Walks, Platform Lifts, and Stairway Chairlifts Vehicle lift in SAE lab, 30A 20V, PH Wheelchair Lift in room 200 seat classroom, 30A 20V, 3PH 3 Elevators Article 25 Electrical Vehicle Charging System Multiple charging stations in SAE lab Article 0 Audio Signal Processing, Amplification, and Reproduction Equipment Audio Systems throughout Oakland University Engineering Center Technical Report 2 Conley 2

13 Article 5 Information Technology Equipment Article 90 Solar Photovoltaic (PV) Systems PV system on the roof of the building Article 95 Fire Pumps 2.7 Electrical Equipment Ratings The electrical equipment for the power distribution of the Engineering Center was studied from the electrical construction documents and is summarized below. Main Service Equipment + Transformer Primary Power Transformers TRA2 500/99/2700 kva (AA/AA/FA) 3.2kV 0Y/277V 3PH, W TRB2 500/99/2700 kva (AA/AA/FA) 3.2kV 0Y/277V 3PH, W Substation Rating 000A, 0Y/277V, 3PH, W, 00% Neutral 00K AIC Utility power enters the building at the ground level into a secondary unit substation, which contains two 5kV fused load interrupter break switches (PSA2 + PSB2) for the two primary service transformers. All of the electrical rooms are fed from feeders located in this room. The substation room 0 is shown in the figure below. Figure 2 Substation RM 0 Oakland University Engineering Center Technical Report 2 Conley 3

14 Distribution Equipment + StepDown Transformers DPHA Dist. Panel 00A, 0Y/277V, 3PH, W, 00% Neutral, 5K AIC DPHB Dist. Panel 00A, 0Y/277V, 3PH, W, 00% Neutral, 5K AIC LDPH Dist. Panel 00A, 0Y/277V, 3PH, W, 00% Neutral, 5K AIC PPH Dist. Panel 00A, 0Y/277V, 3PH, W, 00% Neutral, 5K AIC DPH3 Dist. Panel 00A, 20Y/20V, 3PH, W, 200% Neutral, 22K AIC PPH3 Dist. Panel 00A, 0Y/277V, 3PH, W, 00% Neutral, 2K AIC DPH2 Dist. Panel 00A, 20Y/20V, 3PH, W, 200% Neutral, 22K AIC DPH3 Dist. Panel 00A, 20Y/20V, 3PH, W, 200% Neutral, 22K AIC DPH Dist. Panel 00A, 20Y/20V, 3PH, W, 200% Neutral, 22K AIC DPH5 Dist. Panel 00A, 20Y/20V, 3PH, W, 200% Neutral, 22K AIC DPLR Dist. Panel 00A, 0Y/277V, 3PH, W, 200% Neutral, 2K AIC DPLS Dist. Panel 200A, 0Y/277V, 3PH, W, 00% Neutral, 2K AIC DPSB Dist. Panel 300A, 20Y/20V, 3PH, W, 200% Neutral, 22K AIC T Ceiling mounted XFMR 5 kva K3 0Y/277V 20Y/20V 3PH, W T3A Floor mounted XFMR 225 kva K3 0Y/277V 20Y/20V 3PH, W T3B Ceiling mounted XFMR 30 kva K3 0Y/277V 20Y/20V 3PH, W T2 Floor mounted XFMR 2.5 kva K3 0Y/277V 20Y/20V 3PH, W T3 Floor mounted XFMR 50 kva K3 0Y/277V 20Y/20V 3PH, W T Floor mounted XFMR 225 kva K3 0Y/277V 20Y/20V 3PH, W T5 Floor mounted XFMR 225 kva K3 0Y/277V 20Y/20V 3PH, W TA Ceiling mounted XFMR 30 kva K3 0Y/277V 20Y/20V 3PH, W TB Floor mounted XFMR 75 kva K3 0Y/277V 20Y/20V 3PH, W Each of these stepdown transformers is located in designated electrical rooms on each level of the building. These transformers provide power to the receptacle and mechanical equipment panels on each level of the building. A typical electrical room is shown below which includes one or two transformers and multiple Oakland University Engineering Center Technical Report 2 Conley

15 panelboards including distribution panels and branch panels. The electrical room shown, RM 25C is on the second level and contains one stepdown transformer, one distribution panel, and five branch panels. Figure 3 Electrical RM 25C Branch Panelboards There are 3 wallmounted branch panelboards in the Engineering Center located in the designated electrical rooms throughout the building. They range in ratings and are summarized in the table below. Oakland University Engineering Center Technical Report 2 Conley 5

16 Branch Panelboard Ratings Panels Voltage Phases Wires AIC Rating Mains Type Bus Rating MCB Rating H, H3, H2, 0Y/277 3,000 MCB 00 A 00 A H23, H3, H, H5, LA 20Y/20 3 0,000 MCB 225 A 00 A LB, L3A, L5A 20Y/20 3 0,000 MLO 225 A L3B, L2A, L2B, 20Y/20 3 0,000 MLO 00 A L2C, L3A, L3B, L3C, LA, LB, L5B, LLR L5, L23A, L23B, 20Y/20 3 0,000 MCB 00 A 00 A L70, L2, L, L2, L35, L30, L3, L52, L5, L55, L0, L, L, L, L70, L550, L55, L55, L557, L52, L5, L, L3LR, L9SB, L35ASB, L55ASB L7, L79, L370, 20Y/20 3 0,000 MCB 225 A 225 A L50 L570 20Y/20 3 0,000 MCB 225 A 200 A H3LS, H23LS, 0Y/277 3,000 MCB 00 A 0 A H3LS, H5LS, L23LR, LLR, L5SB 20Y/20 3 0,000 MCB 00 A 0 A Main Risers + Feeders The utility service is brought into the building s substation through (2) 350 AWG/kcmil copper 3/C cables. The feeders from the substation transformers are (2) size 00 AWG/kcmil Copper /C+G THHN or (2) 00 AWG/kcmil Copper 3 /C+G THHN cables in PVC. Other mains from stepdown transformers to branch panels are ( or 2) size 00 AWG/kcmil Copper /C+G THHN and (2) size 350 AWG/kcmil Copper /C+G THHN. Oakland University Engineering Center Technical Report 2 Conley

17 Conductors The primary conductor for the building is copper however aluminum conductors are to be used for feeders in circuits with overcurrent protective devices 00A and greater according to a side note on the construction documents. Conduit All conduit is to be PVC or rigid as indicated throughout the project and sized in accordance with the NEC. 5 underground conduits for telecommunications service 5 underground conduits for primary power 2 conduit for power ¼ conduit for telecommunications conduit to each elevator controller for pretransfer signal 2 for grounding conductors ¾ conduit to fiber optic interface module in room 5 ¾ conduit to lighting controllers in all of the larger classrooms ¾ conduit to access control panel Faceplate Type Throughout the project, common faceplates are used for duplex and quadruplex receptacles. The material and grade could not be found out in construction documents. Motor Starters Motor starting types are based on 0V, 3PH, full voltage nonreversing unless the motor size is 75HP or greater in which case, the motor starting type is based on 0V, 3PH, part winding reduced voltage starting. UPS Systems (Uninterrupted Power Supply) There do not appear to be any UPS systems specified within the Engineering Center construction documents. Oakland University Engineering Center Technical Report 2 Conley 7

18 2. Low Voltage + Communication Systems Telephone Not explicitly shown in plans, but the telecommunications company Convergent Technologies has added telecom outlets in most of the main spaces in their separate documents. Fire Alarms The building is completely equipped with smoke detectors, fire alarm sirens, and fire alarm strobe lights to announce the possibility of a fire. CATV/CCTV CCTV cables provided for the video surveillance of the building. Intercom Does not seem to be used. Access Control Required by the campus and provided by specification of Convergent Technologies. Video Surveillance Same as access control. 2.9 Electrical + Telecommunications Floor Space The spaces designated for electrical or telecommunications uses are outlined in the table below showing the square footage allotted per floor for electrical and telecommunications related uses. The total square footage used for either electrical or telecommunications use is 3,9 ft 2 out of 3,53 ft 2 or 2.2% of the building. Electrical + Telecommunications Floor Space Floor Elevator Control (sf) A/V Room (sf) Electrical Room (sf) Telecommunications (sf) Level (includes 397 substation) Level Level Level 9 Level 5 9 Penthouse 239 Totals Energy Reduction Methods Oakland University, with SmithGroupJJR, is aiming for LEED gold status for the new Engineering Center. To achieve this, the lighting power density was designed 30% below ASHRAE 90. guidelines, a PV system on the roof was added to the design for onsite renewable energy and will achieve or 2 points towards LEED, and controllability of lighting systems was added. Unfortunately, overall the electrical design does not impact the LEED certification that substantially. According to SmithGroupJJR documentation, due to lack of funding during construction, the PV system was taken out of the design. The projected LEED credits that are expected are 52 with an additional 3 possible and will have to wait until the project is inspected. It is still possible that the project will end up with a LEED gold rating. Oakland University Engineering Center Technical Report 2 Conley

19 2. Single Line + Riser Diagram The single line diagrams (including the emergency power one line diagrams) and riser diagram can be found in the appendix of this report. 3.0 Part 3 Evaluate Designed Systems Against Criteria 3. Estimated vs. Actual Building Loads Below is a table comparing the preliminary connected and demand load calculations to the actual loads. As seen, the actual load totals are considerably lower than those calculated using generalizations from the NEC and mechanical rulesofthumb. This is to be expected since the code is certainly oversimplifying design, as well as overdesigning for safety reasons, and this building is attempting to be LEED gold certified. It can also be seen that there are large differences in the preliminary and actual loads for each of the categories. This can be justified as SmithGroupJJR probably has designated certain power and mechanical loads on the panels as receptacle loads as well as attempting to use as little lighting load as possible with the use of LED lighting fixtures. Also, since a preliminary demand factor was not found for mechanical loads, the preliminary load was much greater than the actual. Building Load Comparison (VA) Preliminary Actual Connected DF Demand Connected DF Demand Lighting 09, ,959 07,5 0.,0. Receptacle 3,53 First 0,000 73, ,039 *.0 593,039 VA = Remainder (2,53) = 0.5 Mech. / 95,57 *.0 95,57 332,73 0. / 0. / 0.3 3,.3 Spec Eq / Power Totals (kva),503.,39., Utility Rate Schedule The utility rate schedule that the building is actually using is different from the one that was found but is more appropriate. That being said, there is a power plant on campus and some of the building power will most likely be supplemented by this power leading to some energy savings for Oakland University. Oakland University Engineering Center Technical Report 2 Conley 9

20 3.3 Building Utilization Voltage The building utilization voltages expected matched up exactly with the voltages used in the design of the Engineering Center. Because of this, there are no recommendations that seem viable here. 3. Electrical Equipment The current design of the building has a distribution plan and electrical room locations that seem appropriate for the building use and the criteria that were deemed important. The electrical rooms seem to be in strategic locations to provide power to all of the areas of the building with the least amount of voltage drop and least amount of wires used. Having the individual stepdown transformers on each floor also seems logical to save on conduit and conductor costs. When looking at the material chosen for the wiring in the building, which is primarily, copper, there is the possibility for cost savings in choosing aluminum wiring as long as it does not detract from the reliability of the system. 3.5 Emergency Power System The emergency power system currently includes two turbogenerators on the penthouse level as well as a natural gas generator. After looking through the documentation and the oneline diagrams it is slightly uncertain why the generator is needed as well as the two turbogenerators. To save on initial cost, as well as natural gas cost throughout the lifetime of the building, it may be possible to take the natural gas generator out of the design and supplement the power that it was providing with power from the two turbogenerators. This would simplify the design and would not implicate a large change in space appropriation on the penthouse level of the building. 3. Optional Backup Power Although recommended in the last section that the natural gas generator be taken out of the design, there may be a better cost to performance solution to backup power and emergency power to the use of the generator and two turbogenerators. This has not been looked into, but could be a possibility. 3.7 Energy Reduction Strategy Suggestions Since there were insufficient funds for a PV system, it may be interesting to try to implement some PV panels to analyze how much energy saving is possible there. With daylight harvesting, photosensor use in conjunction with light dimming and shade control could be an electricity savings as well as a mechanical energy savings. Oakland University Engineering Center Technical Report 2 Conley 20

21 .0 References ASHRAE Standard 90. Energy Standard for Buildings Except LowRise Residential Buildings. 200th ed. N.p.: ASHRAE, n.d. Print. "Chapter 27 Electrical." International Code Council. International Building Code 202. Web. Oct NEC: 20. (20 ed.). (200). Quincy, Mass.: National Fire Protection Association. Oakland University Engineering Center Technical Report 2 Conley 2

22 5.0 Appendices 5. Panel Schedules + Emergency Panel Schedules 5.2 OneLine Diagrams + Emergency OneLine Diagram 5.3 Riser Diagram 5. Electrical Equipment Schedules Oakland University Engineering Center Technical Report 2 Conley 22

23 SHEET NOTES E502 A. REFER TO SHEET E0.02 FOR ELECTRICAL FEEDER/BRANCH CIRCUIT, MOTOR CIRCUIT AND TRANSFORMER CIRCUIT SIZING SCHEDULES. CIRCUITS SHALL BE SIZED BASED ON OVERCURRENT PROTECTION DEVICE RATING. B. ALL DISTRIBUTION PANELBOARDS (DP) SHALL BE 90" HIGH. 5 KV FUSED LOAD BREAK SWITCH 00A/3P PSA2 NC 50E E503 K SUBSTATION CONNECTED DEMAND CONNECTED DEMAND 20. kva kva A 572. A SUBSTATION 000A, 0Y/277V, 3PH, W, 00% NEUTRAL 00K AIC E503 K NC 50E PSB2 00A/3P 5 KV FUSED LOAD BREAK SWITCH UG UG EMHA 3/C #350KCMIL (5KV) #/0 GRD 5"C AND () 5"C EXISTING EMH PRIMARY FEEDER B2 PRIMARY FEEDER A2 C. D. ALL DISTRIBUTION PANELBOARDS (DP) AND POWER PANELBOARDS (PP) SHALL HAVE FULLY RATED, FULL LENGTH BUS SUCH THAT THERE IS NO REDUCTION IN THE CAPACITY OF THE BUS. PANELBOARDS SHALL BE READY TO ACCEPT FUTURE CIRCUIT BREAKERS. THE FAULT CURRENT INDICATED SHOWS THE DESIGN INTENT. PROVIDE COMPLETE FAULT CURRENT ANALYSIS PER SPECIFICATIONS SECTION E. CONTACT CONSTRUCTION MANAGER AND OWNER THREE WEEKS PRIOR TO ANY REQUIRED POWER SHUTDOWNS. F. PROVIDE 200% RATED NEUTRAL CONDUCTOR FOR ALL 20Y/20V RECEPTACLE PANELBOARDS ("L" PANELS). REFER TO FEEDER AND BRANCH CIRCUIT SIZING SCHEDULE FOR NONLINEAR LOADS ON SHEET E0.02. G. PROVIDE SURGE PROTECTION DEVICE FOR ALL 20Y/20V RECEPTACLE PANELBOARDS ("L" PANELS). 500/995/2700 KVA (AA/AA/FA) 3.2KV0Y/277V 3PH, W EMU E523 SPD PTS EO NO GFP TRA2 CTS 3200AF 3200AT A K A2 E523 A3 A A5 A A7 K 3200AF A 3200AT B B7 B B5 B B3 B2 B K TRB2 CTS 3200AF 3200AT NC GFP 500/995/2700 KVA (AA/AA/FA) 3.2KV0Y/277V 3PH, W PTS EO SPD EMU E523 E50 (TYP) E505 (TYP) EMU UG E59 00A/00AF UG E50 (TYP) E509 H. PROVIDE KRATED TRANSFORMERS FOR TRANSFORMERS SUPPLYING DISTRIBUTION PANELBOARDS SERVING 20Y/20V RECEPTACLE PANELBOARDS ("L" PANELS). REFER TO TRANSFORMER CIRCUIT SIZING SCHEDULE FOR NONLINEAR LOADS ON SHEET E0.02. I. A PERMANENT PLAQUE OR DIRECTORY DENOTING ALL ELECTRIC POWER SOURCES ON OR IN PREMISES SHALL BE INSTALLED AT EACH SERVICE EQUIPMENT LOCATION AND AT ALL LOCATIONS OF ALL ELECTRIC POWER PRODUCTION SOURCES CAPABLE OR BEING INTERCONNECTED. OAKLAND UNIVERSITY 00AF 00AT 00AF 00AT 00AF 00AT 00AF 00AT 00AF 00AT SPACE 00AF SPACE 00AF SPACE 00AF GFP EO TIE NC SPACE 00AF SPACE 00AF SPACE 00AF 00AF 00AT 00AF 00AT 00AF 00AT 00AF 00AT 00AF 200AT E523 GRD BUS GRD BUS EMU EMU EMU EMU EMU EMU EMU EMU E505 UG (TYP) UG E50 UG E507 UG E50 E50 SMITHGROUP, INC 500 GRISWOLD SUITE 700 DETROIT, MI 22 00A/3P 5A/3P MAIN 50A/3P 50A/3P 50A/3P 75A/3P 50A/3P 350A/3P 75A/3P 75A/3P 5A/3P 5A/3P 5A/3P PPHA (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 2K AIC) PPHA CONNECTED DEMAND CONNECTED DEMAND 5.2 kva 29. kva 99. A 299. A SPACE (x3) KEYED NOTES PPH CONNECTED DEMAND CONNECTED DEMAND 29. kva 9.0 kva 23. A 3.2 A PPH (00A, 0/277V, 3PH, W, 00% NEUTRAL, 5K AIC) SPACE (x2) SPD 00A/3P 00A/3P MAIN 5A/3P BCU2 (5 HP) RM 0 BCU2 (5 HP) RM 97 30A OVERHEAD DOOR (2 HP) RM 5F 30A EF7 (7.5 HP) RM 39 OVERHEAD DOOR (2 HP) RM 5 5A/3P 30A/ 20AF 0A/ 0AF EF9 ( HP) RM 39 ELEV # (30 HP) RM 00A 0A/3P BCU (5 HP) RM 52 5A/3P 30A/ AF COMP2 (3@5 HP EA) RM 39 30A/ AF HAC (3@0.5 HP EA) RM 5 D2 (5 HP) RM 39 30A SF5 (7.5 HP) RM 0 OVERHEAD DOOR (2 HP) RM 79 30A OVERHEAD DOOR (2 HP) RM 5 EF (7.5 HP) RM 0 EQ (30 HP ) RM 79 BCU (5 HP) RM 9 5A/3P EQ (3 HP ) RM 5 BCU (5 HP) RM 9 BCU2 (5 HP) RM BCU (5 HP) RM 27 5A/3P CRAC (7A) RM 2B 5A/3P SCISSOR LIFT ( HP ) RM 5 PPH3 (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 2K AIC) 30A/ 0AF PPH3 CONNECTED DEMAND CONNECTED DEMAND 7. kva 52. kva 05. A 3.0 A SPD SPACE (x2) 00A/3P BP (2@5 HP EA) RM 52 MAIN E523 00A/3P MAIN 00A/3P SF9 (5 HP) RM 5 MAIN 5A/3P 75A/3P EF2B (2 HP) ROOF DOAS2 (A) ROOF 5A/3P EF2A (2 HP) ROOF CT2 (20 HP) ROOF EF3 (2 HP) RM 0 CT (20 HP) ROOF SF7 (5 HP) RM 5 HHWP (5 HP) RM 5 COMP (3@5 HP EA) RM 5 75A/3P 50A/3P DOAS (A) ROOF HHWP (50 HP) RM 5 75A/3P 75A/3P HHWP2 (50 HP) RM 5 HP (2A) RM 0 CHBP2 (25 HP) RM 0 35A/3P 50A/3P HHBP (5 HP) RM 5 HHWP3 (7.5 HP) RM 5 CTP2 (50 HP) RM 5 50A/3P 50A/3P CHBP (25 HP) RM 0 HHBP2 (5 HP) RM 5 CHWP (5 HP) RM 0 50A/3P 50A/3P CHWP2 (50 HP) RM 0 CTP (50 HP) RM 5 CHWP (50 HP) RM 0 50A/3P CH (272 A) RM 0 CHWP3 (5 HP) RM 0 DOAS2 ELEC HTR (5 KW) ROOF 350A/3P 5A/3P CHWP5 (25 HP) RM 0 CH2 (272 A) RM 0 SF (3/ HP) RM 0 CHWP (25 HP) RM 0 MAU (5 HP) RM 5 SUMP SWEEP (5 HP) RM 5 DWHP ( HP) RM 5 DOAS ELEC HTR (5 KW) ROOF D (5 HP) RM 5 PPHB (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 2K AIC) DWHP2 ( HP) RM 5 PC CT SUMP HTR ( KW) ROOF EF (3/ HP) RM 0 PC CT SUMP HTR ( KW) ROOF SPD SIDE STREAM CENTRIFUGAL SEPARATOR SYSTEM SPACE (x) PPHC (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 2K AIC) SPD E52 (TYP) SPD 25A/3P EMU PV INV E52 75 KW PV INVERTER SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO PPHB CONNECTED DEMAND CONNECTED DEMAND 39. kva 23.9 kva A 37. A PPHC CONNECTED DEMAND CONNECTED DEMAND 2. kva 2. kva 35.7 A 75. A E50 INDICATES OVERCURRENT PROTECTION DEVICE IS ELECTRICALLY OPERATED. E502 REFER TO ELECTRICAL SITE PLAN FOR EXACT MANHOLE LOCATIONS. E503 ALL 5KV FEEDERS MUST ENTER AND EXIT THROUGH BOTTOM OF GEAR. E50 ROUTE FIRE PUMP SUPPLY CONDUCTORS UNDERNEATH THE BUILDING, ENCASE IN A MINIMUM OF TWO INCHES OF CONCRETE. E505 REFER TO SPECIFICATIONS FOR TYPE OF METER. E50 TO LDPH LOCATED IN ROOM 0. REFER TO SHEET E5..2 FOR CONTINUATION. E507 TO DPHA LOCATED IN ROOM 0. REFER TO SHEET E5..2 FOR CONTINUATION. E50 TO DPHB LOCATED IN ROOM 0. REFER TO SHEET E5..2 FOR CONTINUATION. E509 TO FIRE PUMP CONTROLLER LOCATED IN ROOM 52. REFER TO SHEET E5..3 FOR CONTINUATION AND FEEDER SIZE. E50 TO SWBDEMER LOCATED IN ROOM 5. REFER TO SHEET E5..3 FOR CONTINUATION. E59 FIRE PUMP DISCONNECT SWITCH SHALL BE SUITABLE FOR USE AS SERVICE EQUIPMENT, CAPABLE OF BEING LOCKED ON, FACTORYPAINTED RED AND CLEARLY LABELED PER THE NEC. E52 CIRCUIT BREAKER SHALL BE SUITABLE FOR BACKFED OPERATION. LOCATE BREAKER ON PANELBOARD BUS AT OPPOSITE END FROM MAIN BREAKER. E523 CIRCUIT BREAKER SHALL BE SUITABLE FOR BACKFED OPERATION. E52 MOUNT INSIDE PANELBOARD. ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR ELECTRICAL ONELINE DIAGRAM ISSUE 3 30OCT2 ISSUE NOV2 ISSUE 5 20NOV2 ISSUE 0 25MAR3 KMM DRAWN CHECKED APPROVED PRELIMINARY CONSTRUCTION FINAL RECORD E5..

24 DPHA (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 5K AIC) DPHB (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 5K AIC) SPACE (x) 200A/3P 70A/3P 350A/3P 75A/3P 350A/3P 350A/3P 225A/3P 350A/3P 200A/3P SPACE (x) 225 KVA K3 0Y/277V 20Y/20V 3PH, W T5 225 KVA K3 0Y/277V 20Y/20V 3PH, W TA 50 KVA K3 0Y/277V 20Y/20V 3PH, W T3 DPH3 (00A, 20Y/20V, 3PH, W, 200% NEUTRAL, 22K AIC) DPH (00A, 20Y/20V, 3PH, W, 200% NEUTRAL, 22K AIC) DPH5 (00A, 20Y/20V, 3PH, W, 200% NEUTRAL, 22K AIC) SPACE (x) 225A/3P 225A/3P 200A/3P 200A/3P SPACE (x3) 00A/3P MAIN SPACE (x9) 225A/3P 225A/3P 225A/3P 225A/3P 200A/3P SPACE (x2) 00A/3P MAIN 225A/3P SPACE (x) 00A/3P MAIN UG UG LDPH (00A, 0Y/277V, 3PH, W, 00% NEUTRAL, 5K AIC) H3 H23 H2 H3 H L35 L30 L3 L370 L3A L3B L3C L50 L52 L5 L55 L0 L L L L70 LA LB L2A L2B L2C L2 L2 L550 L55 L55 L557 L52 L5 L570 L5A L5B L H H5 E52 E53 E5 T 5 KVA K3 0Y/277V 20Y/20V 3PH, W T3A 225 KVA K3 0Y/277V 20Y/20V 3PH, W T2 2.5 KVA K3 0Y/277V 20Y/20V 3PH, W DPH3 (00A, 20Y/20V, 3PH, W, 200% NEUTRAL, 22K AIC) L L5 L2 L79 L7 L70 L3A L3B L23A L23B SPACE (x9) MAIN 00A/3P MAIN 00A/3P UG SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO ISSUED FOR PRELIMINARY CONSTRUCTION FINAL RECORD DATE DESIGNED DRAWN CHECKED APPROVED ISSUED FOR ENGINEERING CENTER OAKLAND UNIVERSITY E5..2 MPN KMM ELECTRICAL ONELINE DIAGRAM LDPH CONNECTED DEMAND CONNECTED DEMAND 7.9 kva 70.3 kva 05.7 A. A LRP5 LRP DPHA CONNECTED DEMAND CONNECTED DEMAND 27. kva 35.7 kva 35.7 A 3.3 A DPHB CONNECTED DEMAND CONNECTED DEMAND.5 kva 23.0 kva 55.2 A A SPD SPD LRP3 LRP23 LRP2 LRP3 LRP LB LA SPD SPD DPH3 CONNECTED DEMAND CONNECTED DEMAND 2.9 kva 0.9 kva 352. A 9.0 A SPD SPD SPD SPD SPD SPD SPD DPH3 CONNECTED DEMAND CONNECTED DEMAND kva 9.2 kva 50. A 2.9 A DPH CONNECTED DEMAND CONNECTED DEMAND 7.0 kva. kva 2.9 A 23.9 A SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD DPH2 CONNECTED DEMAND CONNECTED DEMAND 5. kva. kva 237. A 23.7 A DPH2 (00A, 20Y/20V, 3PH, W, 200% NEUTRAL, 22K AIC) DPH5 CONNECTED DEMAND CONNECTED DEMAND 5. kva 95.5 kva 55. A 25. A SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD SHEET NOTES A. REFER TO SHEET NOTES ON SHEET E5... KEYED NOTES E52 TO SUBSTATION FEEDER BREAKER B. REFER TO SHEET E5.. FOR CONTINUATION. E53 TO SUBSTATION FEEDER BREAKER B3. REFER TO SHEET E5.. FOR CONTINUATION. E5 TO SUBSTATION FEEDER BREAKER B2. REFER TO SHEET E5.. FOR CONTINUATION. ISSUE 3 30OCT2 ISSUE NOV2 ISSUE 0 25MAR3

25 SHEET NOTES A. REFER TO SHEET NOTES ON SHEET E5... E55 E5 JP JOCKEY PUMP 0V, 3PH, 3W 2 HP FP FIRE PUMP 0V, 3PH, 3W 00 HP E50 (2) "C FOR CONTROL WIRING (QUANTITY/TYPE OF CONDUCTORS PER MANUFACTURER) FIRE PUMP CONTROLLER WITH WYEDELTA STARTER AND INTEGRAL AUTOMATIC TRANSFER SWITCH (BY OTHERS) E L N 3#2/0, # GRD IN C E520 PTS DUAL MODE SYSTEM CONTROLLER (DMSC) PTS 200A/3P E523 SWBDEMER (2000A BUS, 0Y/277V, 3PH, W, 00% NEUTRAL, 5K AIC) REMOTELY OPERATED CIRCUIT BREAKER FULLY BARRIERED SECTIONS PER NEC SWBDEMER CONNECTED DEMAND CONNECTED DEMAND 2.5 kva 0. kva 33. A 9. A OAKLAND UNIVERSITY LOCATED ON ROOF IN SOUND ATTENUATING, WEATHERRATED ENCLOSURE G 225A/3P 00A/3P E523 00A/3P SPACE (x3) 200A/3P 200A/3P 00A/3P 25A/3P E57 225A/3P GENERATOR (G) NATURAL GAS 75KW/220KVA 0V 0.PF, 3PH, 3W E522 UG (2) "C FOR CONTROL WIRING TO EACH TURBOGENERATOR (QUANTITY/TYPE OF CONDUCTORS PER MANUFACTURER) EMU INVERTER W/ PROTECTIVE RELAYING GENERATOR TURBINE CTRL PNL EMU INVERTER W/ PROTECTIVE RELAYING GENERATOR TURBINE CTRL PNL SMITHGROUP, INC 500 GRISWOLD SUITE 700 DETROIT, MI 22 TURBOGENERATOR (TG) 200KW/250KVA 0Y/277V 0.PF, 3PH, W TURBOGENERATOR (TG2) 200KW/250KVA 0Y/277V 0.PF, 3PH, W DPLS CONNECTED DEMAND CONNECTED DEMAND 9. kva 5.3 kva 23.0 A. A DPLR (00A, 0Y/277V, 3PH, W, 200% NEUTRAL, 2K AIC) SPACE (x2) 30 KVA K3 0Y/277V 20Y/20V 3PH, W LLR SPD 5A/3P TA 30 KVA K3 0Y/277V 20Y/20V 3PH, W 5A/3P T3B L3LR SPD 30A DPLS (200A, 0Y/277V, 3PH, W, 00% NEUTRAL, 2K AIC) ATRIUM COILING DOOR (2 HP) RM 27 SPACE (x) 30A ATRIUM COILING DOOR (2 HP) RM 27 PC 5A/3P SP3& SUMP PUMPS (2 HP) TUNNEL 50A/3P EF ATRIUM EXH. FAN (5 HP) ROOF 30A/ 30AF EF5 LAB EXH. FAN (20 HP) ROOF EF LAB EXH. FAN (20 HP) ROOF H5LS EF3 LAB EXH. FAN (20 HP) ROOF H3LS 35A/3P SF STAIR PRESS. FAN (0 HP) ROOF 30A/ 25AF H23LS 35A/3P SF3 STAIR PRESS. FAN (0 HP) ROOF 30A/ 25AF H3LS ELEV #2 (30 HP) RM 00B 0A/ 0AF 50A/3P ELEV #3 (5HP) RM 53 A 00A/ 00AF 75 KVA K3 0Y/277V 20Y/20V 3PH, W 300A/3P TB MAIN L9SB L5SB L35ASB L55ASB SPD SPD SPD SPD DPSB CONNECTED DEMAND CONNECTED DEMAND 5.7 kva 39.2 kva 2. A 0. A DPSB (300A, 20Y/20V, 3PH, W, 200% NEUTRAL, 22K AIC) SPACE (x) LLR GEN LLR SPD L23LR SPD SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO ISSUED FOR PRELIMINARY CONSTRUCTION FINAL RECORD DPLR CONNECTED DEMAND CONNECTED DEMAND 9.7 kva 7.9 kva 23.5 A 05. A E50 E55 E5 E57 E520 E522 E523 KEYED NOTES ROUTE FIRE PUMP SUPPLY CONDUCTORS UNDERNEATH THE BUILDING, ENCASE IN A MINIMUM OF TWO INCHES OF CONCRETE. TO SUBSTATION LOCATED IN ROOM 0. REFER TO SHEET E5.. FOR CONTINUATION. TO SUBSTATION FEEDER BREAKER B LOCATED IN ROOM 0. REFER TO SHEET E5.. FOR CONTINUATION. BREAKER FOR PORTABLE LOAD BANK. PROVIDE " CONDUIT TO EACH ELEVATOR CONTROLLER FOR PRETRANSFER SIGNAL (QUANTITY/TYPE OF CONDUCTORS PER MAUNFACTURER). ROUTE FEEDER THROUGH VERTICAL SHAFT. PROVIDE 2HOUR FIRE WRAP FOR PORTIONS OF FEEDER NOT INSIDE SHAFT SPACE. CIRCUIT BREAKER SHALL BE SUITABLE FOR BACKFED OPERATION. ISSUED FOR ENGINEERING CENTER EMERGENCY ELECTRICAL ONELINE DIAGRAM ISSUE 3 30OCT2 ISSUE NOV2 ISSUE 5 20NOV2 ISSUE 0 25MAR3 MPN KMM DATE DESIGNED DRAWN CHECKED APPROVED E5..3

26 SHEET NOTES A. REFER TO SHEET NOTES ON SHEET E5... MECH RM 5 ELEC RM 5 NAT GAS GENERATOR (G) TA G TB TURBOGENERATOR (TG) TURBOGENERATOR (TG2) SWBD EMER PV INVERT PPHA PPHB PPHC L DPLS DPLR LLR DPSB LLR GEN PENTHOUSE LEVEL ELEC RM 55C L550 L55 L55 L557 L52 L5 L570 T5 DPH5 L5A L5B H5LS H5 L55ASB 5TH LEVEL OAKLAND UNIVERSITY ELEC RM 5C L50 L52 L5 L55 L0 L L L L70 T DPH LA LB LLR H SMITHGROUP, INC 500 GRISWOLD SUITE 700 DETROIT, MI 22 TH LEVEL ELEC RM 35C KEYED NOTES L35 L30 L3 L370 DPH3 L3A L3B T3 L3C H3LS H3 L35ASB 3RD LEVEL ELEC RM 273 ELEC RM 73 H23LS L23A L23B H23 L23LR T3B SUB RM 0 L2 L2 ELEC RM 25C ELEC RM 5 T2 DPH2 L2A L2B L2C H2 FIRE PUMP RM 52 2ND LEVEL ISSUED FOR ENGINEERING CENTER ELECTRICAL RISER DIAGRAM ISSUE 3 30OCT2 ISSUE NOV2 ISSUE 0 25MAR3 MPN KMM L9SB L L5 L2 L79 L7 L70 T FIRE PUMP H3LS L3B L3A DPH3 H3 L3LR PPH3 PPH LDPH DPHA DPHB SUBSTATION DISC SW LA LB T3A H L5SB N FIRE PUMP CONTROLLER JP L E FP ST LEVEL SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO ISSUED FOR PRELIMINARY CONSTRUCTION FINAL RECORD DATE DESIGNED DRAWN CHECKED APPROVED E5..

27 Panelboard: H Location: ELEC 5 Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Panelboard: H3 Location: ELEC 73 Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Panelboard: H2 Location: ELEC 25C Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Lighting 200 SEAT CLASSROOM 20 A A Lighting FIRE PUMP/DOMESTIC WATER Lighting CORRIDOR A 0 VA 3 VA 20 A Lighting 5 Lighting 20 A 2 VA 352 VA 20 A Lighting Room 73 7 Lighting 20 A 30 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 53 VA 792 VA 70 VA Total Amps: 20 A 3 A 3 A Lighting 705 VA 0.00% 52 VA Total Conn. Load: 705 VA Total Est. Demand: 52 VA Total Conn.: A Total Est. Demand: 7 A Lighting PREFUNCTION 9 20 A A Lighting SOPHOMORE DESIGN LAB Lighting 20 A 322 VA A Lighting PROJECT LAB STORAGE 77 5 Lighting 20 A VA 270 VA 20 A Lighting CORRIDOR 97 7 Lighting 20 A 0 VA 70 VA 20 A Lighting Lighting 20 A VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA 20 A Spare 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 95 VA 5 VA 2 VA Total Amps: 9 A 20 A 9 A Lighting 2 VA 0.00% 0093 VA Total Conn. Load: 2 VA Total Est. Demand: 0093 VA Total Conn.: 5 A Total Est. Demand: 2 A Lighting 20 A VA 20 A Lighting Room Lighting Room 203, 293B, _293C, 79F, _293B, 20 A A Lighting WAITING Lighting 20 A 73 VA A Lighting 00 SEAT CLASSROOM _70 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 57 VA VA 2720 VA Total Amps: A 7 A 0 A Lighting 97 VA 0.00% 790 VA Total Conn. Load: 97 VA Total Est. Demand: 790 VA Total Conn.: A Total Est. Demand: 9 A OAKLAND UNIVERSITY Panelboard: H23 Location: ELEC 273 Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Panelboard: H3 Location: ELEC 35C Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Panelboard: H Location: ELEC 5C Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Lighting 20 A A Lighting Room 79F, 297, 202, Lighting 20 A VA 20 A Lighting MENS 25E 5 Lighting STAIR _2X 20 A Lighting 20 A A Lighting 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 20 VA 535 VA 237 VA Total Amps: 3 A A A Lighting SEMINAR A A Lighting GRAD OFFICE Lighting LAB MANAGER/ ELECTRONICS SHOP 20 A VA 20 A Lighting 5 Lighting ROOFTOP LAB A 23 VA 950 VA 20 A Lighting CORRIDOR 39 7 Lighting CORRIDOR A 2 3 VA 20 A Lighting Room 27 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 930 VA 3 VA 973 VA Total Amps: 3 A A A Lighting GROUP PROJECT/ STUDY 7 20 A A Lighting POWER & MACHINES LAB Lighting CAD/CATIA LAB 20 A A Lighting FACULTY OFFICE 5 Lighting CORRIDOR A 9 VA 5 20 A Lighting CORRIDOR 93 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 52 VA 579 VA 2 VA Total Amps: 23 A 22 A 9 A Lighting 3973 VA 0.00% 7 VA Total Conn. Load: 3973 VA Total Est. Demand: 7 VA Total Conn.: 7 A Total Est. Demand: 3 A Lighting 3770 VA 0.00% 0 VA Total Conn. Load: 3770 VA Total Est. Demand: 0 VA Total Conn.: 7 A Total Est. Demand: 3 A Lighting 397 VA 0.00% 77 VA Total Conn. Load: 397 VA Total Est. Demand: 77 VA Total Conn.: 7 A Total Est. Demand: 3 A Panelboard: H5 Location: ELEC 55C Volts: 0Y/277 A.I.C. Rating:,000 Supply From: LDPH Phases: 3 Mains Type: MCB Lighting GROUP PROJECT/ STUDY A A Lighting COMPUTING LAB Lighting INFORMAL LEARNING A A Lighting GROUP PROJECT/ STUDY Lighting CORRIDOR A A Lighting CORRIDOR Lighting Room 55, A 32 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 9 VA 5223 VA 2 VA Total Amps: 37 A 20 A 9 A Lighting 7552 VA 0.00% 02 VA Total Conn. Load: 7552 VA Total Est. Demand: 02 VA Total Conn.: 2 A Total Est. Demand: 7 A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN PRELIMINARY CHECKED CONSTRUCTION APPROVED FINAL RECORD SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.

28 Panelboard: L9SB Location: BDF 9 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPSB Phases: 3 Mains Type: MCB Receptacle BDF 9 20 A 00 VA 50 VA 20 A Receptacle BDF Receptacle BDF 9 30 A A Receptacle BDF VA 99 VA ACCU, PTAC 20 A A ACCU5,PTAC VA 99 VA 9 Receptacle TCOMM 7 20 A 00 VA 50 VA 20 A Receptacle TCOMM 7 0 Receptacle TCOMM 7 30 A A Receptacle TCOMM Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 233 VA 530 VA 99 VA Total Amps: 9 A A 5 A Receptacle 00 VA 9.2% 030 VA Mechanical Equipment 99 VA 0.00% 9 VA Total Conn. Load: 27 VA Total Est. Demand: 53 VA Total Conn.: 35 A Total Est. Demand: 32 A OAKLAND UNIVERSITY Panelboard: L35ASB Location: TCOMM 35A Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPSB Phases: 3 Mains Type: MCB Panelboard: L55ASB Location: TCOMM 55A Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPSB Phases: 3 Mains Type: MCB Receptacle TCOMM 35A 20 A VA 20 A Receptacle TCOMM 35A 2 3 Receptacle TCOMM 35A 30 A A Receptacle TCOMM 35A 5 Receptacle ELEC 35C 20 A 0 VA A Receptacle TCOMM 35A 7 50 ACCU9,PTAC9 20 A A ACCU,PTAC Receptacle ELEC 25C 20 A 0 VA 50 VA 20 A Receptacle TCOMM 25A 2 3 Receptacle TCOMM 25A 20 A A Receptacle TCOMM 25A 5 Receptacle TCOMM 25A 30 A A Receptacle TCOMM 25A 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 0 VA 22 VA 2900 VA Total Amps: 7 A 00 A 2 A Receptacle TCOMM 55A 20 A 50 VA A Receptacle TCOMM 55A 2 3 Receptacle TCOMM 55A 30 A A Receptacle TCOMM 55A 5 Receptacle ELEC 55C 20 A 0 VA A Receptacle TCOMM 55A 7 Spare 20 A 0 VA 7 VA 2 20 A ACCU,PTAC 9 Spare 20 A 0 VA 7 VA 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Receptacle TCOMM 5A 20 A 50 VA A Receptacle TCOMM 5A 5 Receptacle TCOMM 5A 30 A A Receptacle TCOMM 5A 7 Receptacle ELEC 5C 20 A 0 VA A Receptacle TCOMM 5A 9 7 VA 0 VA 20 A Spare 20 ACCU0,PTAC0 20 A VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Space 0 VA 0 VA Space 2 Total Load: 3 VA 9 VA 30 VA Total Amps: 3 A 7 A 37 A Receptacle 5720 VA.% 20 VA Mechanical Equipment VA 0.00% 39 VA Total Conn. Load: 22 VA Total Est. Demand: 729 VA Total Conn.: 2 A Total Est. Demand: A Receptacle 500 VA 2.05% 200 VA Mechanical Equipment 7 VA 0.00% 073 VA Total Conn. Load: 73 VA Total Est. Demand: 373 VA Total Conn.: A Total Est. Demand: 39 A SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO Panelboard: L5SB Location: TCOMM/ BDF ROOM 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPSB Phases: 3 Mains Type: MCB MCB Rating: 0 A Receptacle TCOMM/ BDF ROOM 5 20 A 00 VA 50 VA 20 A Receptacle TCOMM/ BDF ROOM VA 20 A Receptacle TCOMM/ BDF ROOM 5 ACCU7,PTAC7 20 A A Receptacle TCOMM/ BDF ROOM 5 7 Receptacle TCOMM/ BDF ROOM 5 20 A A Receptacle TCOMM/ BDF ROOM 5 9 Receptacle TCOMM/ BDF ROOM 5 20 A VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 530 VA VA 3 VA Total Amps: A 3 A 3 A Receptacle 00 VA 99.3% 0070 VA Mechanical Equipment 332 VA 0.00% 997 VA Total Conn. Load: 3 VA Total Est. Demand: 207 VA Total Conn.: 37 A Total Est. Demand: 33 A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN PRELIMINARY CHECKED CONSTRUCTION APPROVED FINAL RECORD E.0

29 Panelboard: LA Location: ELEC 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: Phases: 3 Mains Type: MCB Mounting: Surface Wires: Bus Rating: 225 A Panelboard: LB Location: ELEC 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: Phases: 3 Mains Type: MLO Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: Power FIRE PUMP/DOMESTIC WATER A 0 VA 75 VA 20 A Power ELEC Power SUBSTATION _ A 5 VA 0 VA 20 A Power 5 EF 20 A 2 VA 0 VA 20 A Power SUBSTATION 0 7 Receptacle Space _72 20 A 30 VA A Receptacle HAZARD. WASTE 5B 9 Receptacle OFFICE 5H 20 A 900 VA 0 VA 20 A Receptacle VENDING 0 Receptacle FAMILY TOILET 20 A 900 VA 720 VA 20 A Receptacle GROUP PROJECT/ STUDY C 2 3 Receptacle CORRIDOR A 900 VA 720 VA 20 A Receptacle 5 Receptacle JC A 50 VA 720 VA 20 A Receptacle SUBSTATION 0 7 Receptacle STORAGE CAGES 3 20 A 900 VA 0 VA 20 A Receptacle SUBSTATION 0 9 Spare 20 A 0 VA 200 VA 20 A LCP 20 2 Power FAMILY TOILET 20 A A Power M TOILET Power W TOILET 9 20 A A Receptacle VENDING 2 25 Receptacle VENDING 20 A A Receptacle VENDING 2 27 Receptacle VENDING 20 A A Receptacle VENDING 2 29 EF0 20 A 2 VA 3 VA 20 A Power CORRIDOR Power SHIPPING/ RECEIVING LOADING 5 20 A 2 VA 0 VA 20 A Spare VA 20 A Lighting 200 SEAT CLASSROOM 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 73 VA 9 VA 753 VA Total Amps: 5 A 72 A A Lighting 50 VA 0.00% 0 VA Power VA 30.00% 93 VA Total Conn. Load: VA Receptacle 00 VA 5.% 2050 VA Total Est. Demand: 5379 VA Mechanical Equipment 5 VA 0.00% 99 VA Total Conn.: 3 A Total Est. Demand: 3 A Receptacle 200 SEAT CLASSROOM 20 A 900 VA A Receptacle 200 SEAT CLASSROOM 2 3 Receptacle 200 SEAT CLASSROOM 20 A A Receptacle 200 SEAT CLASSROOM 5 Receptacle 200 SEAT CLASSROOM 20 A A Receptacle 200 SEAT CLASSROOM 7 Receptacle 200 SEAT CLASSROOM 20 A A Receptacle 200 SEAT CLASSROOM 9 Receptacle 200 SEATCLASSROOM 20 A 900 VA A Receptacle 200 SEAT CLASSROOM 0 Receptacle 200 SEAT CLASSROOM 20 A VA 20 A Receptacle 200 SEAT CLASSROOM 2 3 Receptacle 200 SEAT CLASSROOM 20 A 50 VA 720 VA 20 A Receptacle 200 SEAT CLASSROOM 5 Receptacle AV ROOM B 20 A 720 VA 50 VA 20 A Receptacle 200 SEAT CLASSROOM 7 Receptacle AV ROOM A 20 A 50 VA 0 VA 20 A Spare 9 Power 200 SEAT CLASSROOM 20 A VA 20 A Receptacle 200 SEAT CLASSROOM 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 700 VA 500 VA 320 VA Total Amps: A A 3 A Power 500 VA 30.00% 50 VA Receptacle 020 VA.2% 300 VA Total Conn. Load: 7520 VA Total Est. Demand: 30 VA Total Conn.: 9 A Total Est. Demand: 37 A OAKLAND UNIVERSITY Panelboard: L3A Location: ELEC 73 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MLO Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: Panelboard: L3B Location: ELEC 73 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MLO MCB Rating: Panelboard: L2A Location: ELEC 25C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH2 Phases: 3 Mains Type: MLO MCB Rating: DF3 20 A VA 20 A Power STAIR # Receptacle CORRIDOR A 50 VA 22 VA 20 A Power SHAFT _2BB 5 Receptacle Room 92, A 30 VA 0 VA 20 A Receptacle JC 75 7 Receptacle PROJECT LAB STORAGE A 30 VA A DF 9 Power 20 A 325 VA 5 VA 20 A Power FIRE COMMAND ROOM 03 0 Receptacle FIRE COMMAND ROOM A 720 VA 50 VA 20 A Receptacle FIRE COMMAND ROOM Receptacle GROUP PROJECT/ STUDY 9 20 A 50 VA 720 VA 20 A Receptacle GROUP PROJECT/ STUDY 9 5 Receptacle Room 972, 0 20 A 50 VA 790 VA 2 20 A Overhead Door Rm VA 790 VA Overhead Door Rm 2 20 A VA 790 VA A Overhead Door Rm 7A VA 790 VA 22 Overhead Door Rm 7b 20 A VA A DF DF 20 A A EV Charging Station EV Charging Station 0 A A EV Charging Station EV Charging Station 0 A VA 20 A Receptacle GROUP PROJECT/ STUDY Spare 20 A 0 VA 0 VA 20 A Spare VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 30 VA 303 VA VA Total Amps: 39 A A 97 A Receptacle ELEC A 0 VA 0 VA 20 A Spare 2 3 Receptacle STUDENT PROJECT DISPLAY 20 A VA 20 A Receptacle MENS 2 5 Receptacle WOMENS 0 20 A 30 VA 50 VA 20 A Receptacle PREFUNCTION 9 7 Spare 20 A 0 VA 30 VA 20 A Receptacle CORRIDOR Receptacle Room 9, 20 A A Power MENS 2 0 Receptacle Room 00, 972, _70 20 A 50 VA 73 VA 20 A Power SOPHOMORE DESIGN LAB Receptacle Room A 900 VA A Power MACHINE SHOP 79 5 Power 20 A 5 VA A Power CORRIDOR 97 7 Power WOMENS 0 20 A VA 20 A Power PROJECT LAB STORAGE 77 9 Power 20 A 325 VA 0 VA 20 A Spare 20 2 Power SHOP/SAE STORAGE 5 20 A 73 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 3237 VA 790 VA 0 VA Total Amps: 27 A 7 A 35 A Receptacle Room _9, A 50 VA A Receptacle Room _3, _ Receptacle WAITING A 720 VA A Receptacle Room 255, _5 5 Receptacle Room 255A, 255B, 255C 20 A A Receptacle Room 255A, 255B, 255C 7 Receptacle SHARED DESK SPACE / 20 A 900 VA 30 VA 20 A Receptacle Room 255G, 255E 9 Receptacle GROUP PROJECT/ STUDY A 50 VA 50 VA 20 A Receptacle GROUP PROJECT/ STUDY Receptacle Room 2F, 2 20 A 50 VA 50 VA 20 A Receptacle WORKROOM 2F 2 3 Receptacle GROUP PROJECT/ STUDY A 50 VA 0 VA 20 A Receptacle PERSONAL HEALTH ROOM 25B 5 Receptacle ELEC 25C 20 A 0 VA VA 20 A Receptacle CORRIDOR VA 20 A Receptacle 2 29 Receptacle INFORMAL LEARNING A 0 3 VA 20 A Power CORRIDOR 293B 30 3 Power WORKROOM 2F 20 A 3 VA 00 VA 20 A Receptacle GROUP PROJECT/ STUDY Receptacle CORRIDOR A VA 20 A Receptacle SHARED DESK SPACE / 3 35 Receptacle GROUP PROJECT/ STUDY A 00 VA 00 VA 20 A Receptacle GROUP PROJECT/ STUDY Receptacle WORKROOM 2F 20 A 00 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 9 VA 0 VA 5 VA Total Amps: A 0 A 9 A Lighting 0 VA 0.00% 0 VA Power 2597 VA 30.00% 7709 VA Total Conn. Load: 720 VA Receptacle 900 VA 00.00% 900 VA Total Est. Demand: 923 VA Mechanical Equipment 23 VA 0.00% 7 VA Total Conn.: A Total Est. Demand: 5 A Power 702 VA 30.00% 2 VA Receptacle 0 VA 00.00% 0 VA Total Conn. Load: 52 VA Total Est. Demand: 909 VA Total Conn.: 2 A Total Est. Demand: 25 A Power 99 VA 30.00% 50 VA Receptacle 500 VA 3.% 250 VA Total Conn. Load: 5579 VA Total Est. Demand: 290 VA Total Conn.: 3 A Total Est. Demand: 35 A Panelboard: L2B Location: ELEC 25C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH2 Phases: 3 Mains Type: MLO MCB Rating: Receptacle Room _70 20 A VA 20 A Receptacle Room 25B, _ Receptacle 20 A 30 VA 30 0 A MOTORIZED PROJECTOR SCREEN () RM 25, 5 Spare 20 A 0 VA 00 VA 20 A Receptacle 7 Receptacle 00 SEAT CLASSROOM A 900 VA 50 VA 20 A Receptacle 00 SEAT CLASSROOM 25 9 Receptacle 00 SEAT CLASSROOM A 50 VA 50 VA 20 A Receptacle 00 SEAT CLASSROOM 25 0 Receptacle 00 SEAT CLASSROOM A 50 VA 50 VA 20 A Receptacle 00 SEAT CLASSROOM Receptacle 00 SEAT CLASSROOM A 50 VA 50 VA 20 A Receptacle 00 SEAT CLASSROOM 25 5 Receptacle 00 SEAT CLASSROOM A 50 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA A Room 2 Window Shades Room 25 Window Shades (North Half) 20 A 20 VA A Room 279 Window Shades 2 25 Room 25 Window Shades (South Half) 20 A 90 VA A Room 275 Window Shades 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 20 VA 0 VA 2920 VA Total Amps: 55 A A 2 A Power 00 VA 30.00% 0 VA Receptacle 720 VA 00.00% 720 VA Total Conn. Load: 5900 VA Mechanical Equipment 30 VA 0.00% 220 VA Total Est. Demand: 0 VA Total Conn.: A Total Est. Demand: 3 A Panelboard: L2C Location: ELEC 25C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH2 Phases: 3 Mains Type: MLO MCB Rating: Receptacle COPY/ PRINT/ FAX 255F 20 A 7 30 VA 20 A Receptacle COPY/ PRINT/ FAX 255F 2 3 Receptacle COPY/ PRINT/ FAX 255F 20 A VA 20 A Receptacle COPY/ PRINT/ FAX 255F 5 Power 20 A 22 VA 0 VA 20 A Receptacle VESTIBULE Spare 20 A 0 VA 30 VA 20 A Receptacle WOMENS 25D 9 Spare 20 A 0 VA 30 VA 20 A Receptacle MENS 25E 0 CORRIDOR A VA 20 A Power VESTIBULE Receptacle VESTIBULE A 0 VA 30 VA 20 A Receptacle Room 200, Power CORRIDOR A 3 VA 0 VA 20 A Receptacle OUTDOOR TERRACE _27B 7 Receptacle STUDENT COLLABORATION A A Receptacle STUDENT COLLABORATION 27 9 Receptacle STUDENT COLLABORATION A 30 VA 0 VA 20 A Spare 20 2 Receptacle JANITOR CLOSET A 0 VA A Receptacle Power MENS 25E 20 A VA 20 A Spare 2 25 Power WOMENS 25D 20 A A Receptacle STUDENT COLLABORATION Receptacle STUDENT COLLABORATION A 00 VA A Receptacle COPY/ PRINT/ FAX 255F 2 29 Undercounter Ice Machine 20 A 3 VA 3 VA 20 A Undercounter Refrigerator A Coffee Maker 32 Cappuccino Maker 20 A VA A Turbo Chef 35 Refrigerator 20 A VA 25 VA 3 37 Vitamix 20 A VA 20 A Syrup Dispensers 3 39 P.O.S. 20 A 0 VA VA 20 A Refrigerated SelfService 0 Refrigerated SelfService 20 A VA 720 VA 20 A Receptacle Total Load: 097 VA 0 VA 0 VA Total Amps: 9 A 7 A 53 A Power 2 VA 30.00% VA Receptacle 275 VA 73.% 55 VA Total Conn. Load: 2597 VA Total Est. Demand: 703 VA Total Conn.: 72 A Total Est. Demand: 7 A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN PRELIMINARY CHECKED CONSTRUCTION APPROVED FINAL RECORD SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.2

30 Panelboard: L5 Location: SHOP/SAE STORAGE 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Panelboard: L23A Location: ELEC 273 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Panelboard: L23B Location: ELEC 273 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB 300 VA 0 VA 20 A Box and Pan Brake 2 Vertical Contour Saw 20 A VA 30 VA 20 A Receptacle SHOP/SAE STORAGE VA 300 VA Receptacle SHOP/SAE STORAGE 5 20 A A Punch VA 300 VA VA 30 VA 20 A Receptacle SHOP/SAE STORAGE 5 0 Horizontal Band Saw 20 A VA VA 5 Disc Grinder 20 A VA 300 VA 2 20 A Sae Chassis Table VA 300 VA 9 Pipe Bender 20 A 0 VA 300 VA A Welder VA 300 VA 22 Receptacle SHOP/SAE STORAGE 5 20 A VA 0 VA 20 A Tube Notcher 2 25 Receptacle SHOP/SAE STORAGE 5 20 A 0 VA 300 VA A Surface Grinder VA 2 Fork Lift Charging Station 30 A VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 220 VA 00 VA 390 VA Total Amps: 9 A 2 A 35 A Receptacle 000 VA 95.5% 0500 VA Total Conn. Load: 000 VA Total Est. Demand: 0500 VA Total Conn.: 3 A Total Est. Demand: 29 A Spare 20 A 0 VA 0 VA 20 A Receptacle ELEC Receptacle OUTDOOR TERRACE _27B 20 A 30 VA 0 VA 20 A Receptacle 50 SEAT CLASSROOM Motorized Projection Screen Rm A 0 0 VA 20 A Receptacle 50 SEAT CLASSROOM Receptacle 50 SEAT CLASSROOM A 50 VA 50 VA 20 A Receptacle 50 SEAT CLASSROOM Receptacle 50 SEAT CLASSROOM A 0 VA 0 0 A Motorized Projection Screen Rm Receptacle 50 SEAT CLASSROOM A 50 VA 50 VA 20 A Receptacle 50 SEAT CLASSROOM Receptacle 50 SEAT CLASSROOM A 0 VA 0 VA 20 A Receptacle 50 SEAT CLASSROOM _70 5 Motorized Projection Screen Rm A 0 0 VA 20 A Receptacle 50 SEAT CLASSROOM _70 7 Receptacle 50 SEAT CLASSROOM _70 20 A 50 VA 50 VA 20 A Receptacle 50 SEAT CLASSROOM _70 9 Receptacle CORRIDOR A 30 VA 50 VA 20 A Receptacle CORRIDOR VA 20 A LCP 2 25 LCP 20 A 200 VA 200 VA 20 A LCP 2 27 Overhead Coiling Door RM A 0 00 VA 20 A Receptacle 50 SEAT CLASSROOM Receptacle 50 SEAT CLASSROOM A 00 VA 00 VA 20 A Receptacle 50 SEAT CLASSROOM Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 2920 VA 20 VA 50 VA Total Amps: 2 A 0 A A Power 00 VA 30.00% 0 VA Receptacle 90 VA 00.00% 90 VA Total Conn. Load: 920 VA Mechanical Equipment 730 VA 0.00% VA Total Est. Demand: 55 VA Total Conn.: A Total Est. Demand: 32 A 32 VA 2 2 FAN FILTER 20 A A FAN FILTER 3 32 VA FAN FILTER 20 A A FAN FILTER FAN FILTER 20 A A FAN FILTER FAN FILTER 20 A A FAN FILTER Power GROUP PROJECT/ STUDY 20 A 5 VA A Power SENIOR PROJECT LAB 7 9 Power Room, 2 20 A 72 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 5 VA 7072 VA 579 VA Total Amps: 72 A 0 A 55 A Power 2295 VA 30.00% 59 VA Total Conn. Load: 2295 VA Total Est. Demand: 59 VA Total Conn.: 2 A Total Est. Demand: A OAKLAND UNIVERSITY SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO ISSUED FOR PRELIMINARY CONSTRUCTION FINAL RECORD DATE DESIGNED DRAWN CHECKED APPROVED Panelboard: L3A Location: ELEC 35C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MLO MCB Rating: Panelboard: L3B Location: ELEC 35C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MLO MCB Rating: Panelboard: L3C Location: ELEC 35C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MLO MCB Rating: Receptacle Room 3, 3, 3, 32, 30, A A Receptacle Room 3, 3, Receptacle Room 32, 30, A A Receptacle Room 33, 33, Receptacle Room 33, 33, 332, 330, 32, A A Receptacle Room 330, 32, 32 7 Receptacle Room 32, 322, A VA 20 A Receptacle Room 32, 322, 320, 3 9 Spare 20 A 0 VA 0 VA 20 A Receptacle ELEC 35C 0 Spare 20 A 0 VA 0 VA 20 A Receptacle FAMILY TOILET 35B 2 3 Receptacle INFORMAL LEARNING A 50 VA 720 VA 20 A Receptacle SHARED FACULTY OFFICE 3 5 Receptacle SHARED FACULTY OFFICE A 720 VA 900 VA 20 A Receptacle CORRIDOR 39 7 Receptacle LAB MANAGER/ ELECTRONICS 20 A 50 VA 50 VA 20 A Receptacle LAB MANAGER/ ELECTRONICS 9 Receptacle LAB MANAGER/ ELECTRONICS 20 A 50 VA 50 VA 20 A Receptacle LAB MANAGER/ ELECTRONICS 20 2 Receptacle LAB MANAGER/ ELECTRONICS 20 A 50 VA 50 VA 20 A Receptacle LAB MANAGER/ ELECTRONICS Receptacle LAB MANAGER/ ELECTRONICS 20 A 720 VA 0 VA 20 A Receptacle JC Receptacle GRAD OFFICE A 720 VA 50 VA 20 A Receptacle GRAD OFFICE Receptacle SEMINAR A 50 VA 30 VA 20 A Receptacle SEMINAR Receptacle GRAD OFFICE A VA 20 A Receptacle Room 392, 393, _ Receptacle CORRIDOR A 30 VA 73 VA 20 A FCU Power 20 A 3 VA 73 VA 20 A FCU 3 35 Receptacle LAB MANAGER/ ELECTRONICS 20 A 720 VA 00 VA 20 A Receptacle SEMINAR Receptacle LAB MANAGER/ ELECTRONICS 20 A 720 VA 720 VA 20 A Receptacle SEMINAR Spare 20 A 0 VA 0 20 A Receptacle SEMINAR 37 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 027 VA 27 VA 70 VA Total Amps: A 70 A A Receptacle Room 30K, 3, 3, 3, A 900 VA A Receptacle Room 3, 3, Receptacle Room 32, 30H, 30J 20 A VA 20 A Receptacle Room 30G, 30F, 30H 5 Receptacle Room 30G, 30F, 30E 20 A VA 20 A Receptacle Room 30E, 30D 7 Receptacle Room 30, 30C, 30D 20 A 900 VA A Receptacle RECEPTION/WORKSTATIONS 9 Receptacle Room 30, 30A 20 A 00 0 VA 20 A Receptacle 0 Receptacle CONFERENCE 30K 20 A 720 VA 70 VA 20 A Receptacle CONFERENCE 30K 2 3 Receptacle CORRIDOR A 0 VA 0 VA 20 A Spare 5 Receptacle WOMENS 35D 20 A 30 VA 0 VA 20 A Spare 7 Receptacle MENS 35E 20 A 30 VA 900 VA 20 A Receptacle Room 393, 300, 37 9 Receptacle INFORMAL LEARNING A 50 VA 52 VA 20 A Power INFORMAL LEARNING Power INFORMAL LEARNING A 52 VA 0 VA 20 A Spare Power WOMENS 35D 20 A A Power MENS 35E 2 25 Power 20 A 73 VA A Receptacle INFORMAL LEARNING Receptacle INFORMAL LEARNING A 00 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Space 0 VA 0 VA Space 3 Total Load: 5 VA 052 VA 750 VA Total Amps: 5 A 3 A A Receptacle FACULTY LOUNGE/COPY A 720 VA 00 VA 20 A Receptacle FACULTY LOUNGE/COPY Receptacle FACULTY LOUNGE/COPY A A Receptacle FACULTY LOUNGE/COPY 32 5 Receptacle FACULTY LOUNGE/COPY A 50 VA A Receptacle COPY/ FAX/ PANTRY 30B 7 Receptacle COPY/ FAX/ PANTRY 30B 20 A A Receptacle COPY/ FAX/ PANTRY 30B 9 Receptacle COPY/ FAX/ PANTRY 30B 20 A 30 VA A Receptacle COPY/ FAX/ PANTRY 30B 0 Receptacle ROOFTOP LAB A 20 0 VA 20 A Receptacle MECHANICAL Power MECHANICAL A 250 VA A Receptacle FACULTY LOUNGE/COPY 32 5 Receptacle FACULTY LOUNGE/COPY A 00 VA 7 20 A Receptacle FACULTY LOUNGE/COPY 32 7 Receptacle COPY/ FAX/ PANTRY 30B 20 A 00 VA A Receptacle FACULTY LOUNGE/COPY 32 9 Receptacle FACULTY LOUNGE/COPY A 30 VA 30 VA 20 A Receptacle COPY/ FAX/ PANTRY 30B 20 2 Room 35 & 35 Window Shades 20 A 90 VA 90 VA 20 A Room 30 Window Shades Room 3 & 3 Window Shades 20 A VA 20 A Room 370 Window Shades 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: VA 725 VA 030 VA Total Amps: 5 A 2 A A Power 03 VA 30.00% VA Receptacle 250 VA 70.3% 720 VA Total Conn. Load: 23 VA Total Est. Demand: 77 VA Total Conn.: 73 A Total Est. Demand: 9 A Power 30 VA 30.00% 52 VA Receptacle 300 VA.97% 250 VA Total Conn. Load: 0 VA Total Est. Demand: 3302 VA Total Conn.: 50 A Total Est. Demand: 37 A Power 330 VA 30.00% 299 VA Receptacle 932 VA 75.73% 7 VA Total Conn. Load: 2372 VA Total Est. Demand: 05 VA Total Conn.: A Total Est. Demand: A ISSUED FOR ENGINEERING CENTER PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 MPN KMM E.3

31 Panelboard: LA Location: ELEC 5C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MLO MCB Rating: Panelboard: LB Location: ELEC 5C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MLO MCB Rating: Panelboard: L70 Location: SOPHOMORE DESIGN LAB 70 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Receptacle Room A,, 2, 0, 3, B 20 A A Receptacle Room B, A, 2 3 Receptacle Room 2, 0, 3 20 A A Receptacle Room 3, 3, 32 5 Receptacle CORRIDOR 9 20 A 900 VA A Receptacle Room 3, 3, 32, 30, 2, 2 7 Receptacle Room 30, 2, 2 20 A VA 20 A Receptacle Room 9 9 Receptacle Room 2, 22, A VA 20 A Receptacle Room 2, 22, 20, 0 Receptacle Room C, 20 A 900 VA 720 VA 20 A Receptacle GROUP PROJECT/ STUDY Receptacle GRAD OFFICE 9 20 A 720 VA 30 VA 20 A Receptacle PANTRY 5 5 Receptacle INFORMAL LEARNING 3 20 A 50 VA 720 VA 20 A Receptacle CONFERENCE 23 7 Receptacle COPY 2 20 A 0 VA 0 VA 20 A Receptacle ELEC 5C 9 Receptacle CORRIDOR A 00 VA 0 VA 20 A Receptacle FAMILY TOILET 5B 20 2 Spare 20 A 0 VA 30 VA 20 A Receptacle CORRIDOR Receptacle CORRIDOR A 30 VA 30 VA 20 A Receptacle FACULTY OFFICE 2 25 Receptacle COPY 2 20 A VA 20 A Power COPY Receptacle CONFERENCE A 00 VA 0 20 A Power 2 29 Receptacle CONFERENCE A 30 VA 90 VA 20 A Power 30 3 Power 20 A 720 VA A Power Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 950 VA 720 VA 000 VA Total Amps: A A 50 A Power VA 30.00% 0 VA Receptacle 20 VA 77.% 20 VA Total Conn. Load: 2292 VA Total Est. Demand: 552 VA Total Conn.: A Total Est. Demand: 3 A Receptacle Room 2,, 20 A A Receptacle Room,, 2, 0, 0, Receptacle Room 0, 0, 0 20 A A Receptacle Room 0, 02D, 02C, 02B 5 Receptacle Room 0, 02D, 02C, 02B 20 A 720 VA 900 VA 20 A Receptacle Room 02A, 02 7 Receptacle PANTRY 02E 20 A 0 VA 0 20 A Receptacle Room 75, 73 9 Receptacle Room 93, _ A 720 VA 30 VA 20 A Receptacle CORRIDOR 93 0 Spare 20 A 0 VA 30 VA 20 A Receptacle MENS 5E 2 3 Spare 20 A 0 VA 30 VA 20 A Receptacle WOMENS 5D 5 Receptacle 20 A 720 VA 30 VA 20 A Receptacle GRAD OFFICE 0 7 Other GRAD OFFICE 0 20 A 720 VA 720 VA 20 A Other GRAD OFFICE 0 9 Other GRAD OFFICE 0 20 A 720 VA 720 VA 20 A Other GRAD OFFICE Other GRAD OFFICE 0 20 A 720 VA 720 VA 20 A Other GRAD OFFICE Other GRAD OFFICE 0 20 A 720 VA 720 VA 20 A Other GRAD OFFICE Other GRAD OFFICE 0 20 A 720 VA 720 VA 20 A Other GRAD OFFICE Other GRAD OFFICE 0 20 A 720 VA 720 VA 20 A Other GRAD OFFICE Spare 20 A 0 VA A Power WOMENS 5D 30 3 Power MENS 5E 20 A VA 20 A Power INFORMAL LEARNING Spare 20 A 0 VA 720 VA 20 A Receptacle INFORMAL LEARNING Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Receptacle INFORMAL LEARNING 7 20 A 00 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 925 VA 900 VA 30 VA Total Amps: A 79 A 53 A Other 0 VA 0.00% 5 VA Power 373 VA 30.00% 2 VA Total Conn. Load: 29 VA Receptacle 2320 VA 90.5% 0 VA Total Est. Demand: 75 VA Total Conn.: 9 A Total Est. Demand: A Receptacle SOPHOMORE DESIGN LAB A 900 VA 720 VA 20 A Receptacle SOPHOMORE DESIGN LAB Receptacle SOPHOMORE DESIGN LAB A 720 VA 720 VA 20 A Receptacle SOPHOMORE DESIGN LAB 70 5 Receptacle SOPHOMORE DESIGN LAB A 720 VA 720 VA 20 A Receptacle SOPHOMORE DESIGN LAB 70 7 Receptacle SOPHOMORE DESIGN LAB A 720 VA A Room 70 9 Receptacle SOPHOMORE DESIGN LAB A 720 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 30 VA 20 VA 0 VA Total Amps: 37 A 9 A 2 A Receptacle 20 VA 00.00% 20 VA Mechanical Equipment 0 VA 0.00% 0 VA Total Conn. Load: 790 VA Total Est. Demand: 722 VA Total Conn.: 22 A Total Est. Demand: 20 A OAKLAND UNIVERSITY Panelboard: L5A Location: ELEC 55C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MLO Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: Panelboard: L5B Location: ELEC 55C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MLO MCB Rating: Panelboard: L79 Location: MACHINE SHOP 79 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MLO Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: 225 A Receptacle Room 5B, 5A, 5 20 A A Receptacle Room 5B, 5A, 5, 52, 50, Receptacle Room 52, 50, A A Receptacle Room 53, 53, Receptacle Room 53, 53, 532, 530, 52, A A Receptacle Room 530, 52, 52 7 Receptacle Room 52, 522, A A Receptacle Room 59, 52, 522, 520, 5 9 Receptacle Room 5, _55, 5C, _ A A Receptacle Room 59, 57 0 Receptacle Room 5, A 30 VA 720 VA 20 A Receptacle Room 592, 59, Receptacle CORRIDOR A 50 VA A Receptacle GRAD OFFICE Receptacle INFORMAL LEARNING A 50 VA A Receptacle CONFERENCE Receptacle COPY A 50 VA 0 VA 20 A Spare 9 Receptacle FAMILY TOILET 55B 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 720 VA 20 A Receptacle Room 55D, 55E Receptacle Room 5, 5, 5 20 A A Receptacle Room 5, 5, 52, 50, 50, Receptacle Room 52, 50, A A Receptacle Room 50, 50, 502D 2 27 Receptacle 20 A 50 VA 720 VA 20 A Receptacle Room 502B, 502C 2 29 Receptacle PANTRY 502E 20 A 0 VA A Receptacle Room 502A, 502, _530, _ Receptacle Room 502B, 50, 502D, 502C 20 A A Receptacle COPY Spare 20 A 0 VA A Power WOMENS 55D 3 35 Receptacle CONFERENCE A 00 VA 205 VA 20 A Power COPY Receptacle CORRIDOR A 00 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 50 VA 970 VA 795 VA Total Amps: 9 A A 7 A Power 705 VA 30.00% 52 VA Receptacle 2700 VA.2% 00 VA Total Conn. Load: VA Total Est. Demand: 932 VA Total Conn.: A Total Est. Demand: 5 A Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 30 VA 30 VA 20 A Receptacle SENIOR PROJECT LAB 7 5 Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB 7 7 Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB 7 9 Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB 7 0 Receptacle SENIOR PROJECT LAB 7 20 A A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A A Receptacle SENIOR PROJECT LAB 7 5 Receptacle SENIOR PROJECT LAB 7 20 A 70 VA 30 VA 20 A Receptacle SENIOR PROJECT LAB VA 900 VA 20 A Receptacle SENIOR PROJECT LAB 7 Receptacle SENIOR PROJECT LAB 7 20 A VA 900 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 90 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB VA 720 VA 20 A Receptacle SENIOR PROJECT LAB 7 2 Receptacle SENIOR PROJECT LAB 7 20 A VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 720 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 720 VA 30 VA 20 A Receptacle SENIOR PROJECT LAB 7 0 Receptacle SENIOR PROJECT LAB 7 20 A 30 VA 30 VA 20 A Receptacle SENIOR PROJECT LAB Receptacle SENIOR PROJECT LAB 7 20 A 00 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 50 5 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 5 55 Spare 20 A 0 VA 0 VA 20 A Spare 5 57 Spare 20 A 0 VA 0 VA 20 A Spare 5 59 Spare 20 A 0 VA 0 VA 20 A Spare 0 Total Load: 050 VA 0 VA 90 VA Total Amps: 90 A 7 A A Receptacle 20 VA 7.33% 930 VA Total Conn. Load: 20 VA Total Est. Demand: 930 VA Total Conn.: 0 A Total Est. Demand: 5 A Panelboard: L7 Location: SENIOR PROJECT LAB 7 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: 225 A Receptacle Room 575, A VA 20 A Other GRAD OFFICE Other GRAD OFFICE A 720 VA 720 VA 20 A Other GRAD OFFICE 50 5 Other GRAD OFFICE A 720 VA 720 VA 20 A Other GRAD OFFICE 50 7 Other GRAD OFFICE A 720 VA 720 VA 20 A Other GRAD OFFICE 50 9 Other GRAD OFFICE A 720 VA 720 VA 20 A Other GRAD OFFICE 50 0 Other GRAD OFFICE A 720 VA 720 VA 20 A Other GRAD OFFICE Other GRAD OFFICE A 720 VA 30 VA 20 A Receptacle GRAD OFFICE 50 5 Receptacle Room 57, A 50 VA 00 VA 20 A Receptacle INFORMAL LEARNING 57 7 Receptacle INFORMAL LEARNING A 0 VA 720 VA 20 A Receptacle INFORMAL LEARNING 57 9 Power MENS 55E 20 A VA 20 A Power 20 2 Power 20 A 73 VA 720 VA 20 A Power Power 20 A A Power 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 7320 VA 57 VA 20 VA Total Amps: 2 A 7 A 5 A Other 0 VA 0.00% 5 VA Power 55 VA 30.00% 97 VA Total Conn. Load: 9 VA Receptacle 220 VA 00.00% 220 VA Total Est. Demand: 37 VA Total Conn.: 5 A Total Est. Demand: 32 A Receptacle MECHATRONICS 2 20 A 720 VA 720 VA 20 A Receptacle MECHATRONICS Receptacle MECHATRONICS 2 20 A 720 VA 720 VA 20 A Receptacle MECHATRONICS 2 5 Receptacle MECHATRONICS 2 20 A 720 VA 720 VA 20 A Receptacle MECHATRONICS 2 7 Receptacle MECHATRONICS 2 20 A A Receptacle MECHATRONICS 2 9 Receptacle MECHATRONICS 2 20 A A Receptacle MECHATRONICS 2 0 Receptacle MECHATRONICS 2 20 A 720 VA A MECHATRONICS Receptacle MECHATRONICS 2 20 A 900 VA 900 VA 20 A Receptacle MECHATRONICS 2 5 Receptacle MECHATRONICS 2 20 A 720 VA 720 VA 20 A Receptacle MECHATRONICS 2 7 Receptacle MECHATRONICS 2 20 A 720 VA 720 VA 20 A Receptacle MECHATRONICS 2 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 500 VA 500 VA 520 VA Total Amps: 5 A 2 A 7 A Receptacle 220 VA 5.% 20 VA Mechanical Equipment 0 VA 0.00% 0 VA Total Conn. Load: 00 VA Total Est. Demand: 32 VA Total Conn.: 5 A Total Est. Demand: 37 A Panelboard: L2 Location: MECHATRONICS 2 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Receptacle MACHINE SHOP A 720 VA 720 VA 20 A Receptacle MACHINE SHOP Receptacle MACHINE SHOP A 50 VA A Receptacle MACHINE SHOP D Printer 20 A 50 VA 200 VA VA 200 VA 3 20 A Turning Center 9 Wire EDM 20 A VA 200 VA VA VA VA VA 3 20 A BridgePort Mill Drill Press 20 A VA VA 7 Receptacle MACHINE SHOP A 720 VA 720 VA 20 A Receptacle MACHINE SHOP 79 9 Receptacle MACHINE SHOP A 50 VA 50 VA 20 A Receptacle MACHINE SHOP Dust Collector 20 A 552 VA 720 VA 20 A Receptacle Room, 79A Receptacle Room, 79A 20 A 900 VA 0 VA 20 A Receptacle MACHINE SHOP VA 300 VA 2 Lathe Bridgeport 20 A A Lathe Colchester VA 300 VA VA 200 VA A Laser 3 Milling Center 20 A VA 200 VA VA 0 VA 20 A Radial Saw Machine 20 A 0 VA 300 VA A Comb Sander VA 300 VA 3 Drill Press 20 A VA 200 VA 20 A Table Saw 0 Panel Saw 20 A 27 VA A Surface Grinder 2 3 OSC2 20 A 900 VA 900 VA 20 A OSC VA 00 VA OSC2 20 A A OSC VA 00 VA 9 Spare 20 A 0 VA 0 VA 20 A Spare 50 5 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 5 55 Spare 20 A 0 VA 0 VA 20 A Spare VA 0 VA 5 Spare 20 A A Spare 59 0 VA 0 VA 0 Total Load: 2 VA 5 VA 7 VA Total Amps: 55 A 73 A 70 A Power 5000 VA 30.00% 500 VA Receptacle 32 VA 77.30% 5 VA Total Conn. Load: 2332 VA Total Est. Demand: 55 VA Total Conn.: 5 A Total Est. Demand: 3 A Receptacle SAE 20 A 720 VA 720 VA 20 A Receptacle SAE 2 3 Receptacle SAE 20 A 720 VA 900 VA 20 A Receptacle SAE 5 Receptacle SAE 20 A 900 VA 720 VA 20 A Receptacle SAE VA 300 VA Receptacle SAE 20 A A Receptacle SAE VA 300 VA VA A Receptacle SAE 2 Receptacle SAE 20 A VA A Receptacle SAE 5 Receptacle SAE 20 A 720 VA 720 VA 20 A Receptacle SAE 7 SAE 20 A VA 20 A Receptacle SAE 9 Receptacle SAE 20 A 720 VA 720 VA 20 A Receptacle SAE 20 2 Receptacle SAE 20 A 720 VA 720 VA 20 A Receptacle SAE Receptacle SAE 20 A 900 VA 300 VA A Receptacle SAE VA 300 VA 2 Receptacle SAE 20 A VA 300 VA A Receptacle SAE VA 300 VA 30 Receptacle SAE 20 A VA 95 VA A VEHICLE LIFT 33 Spare 20 A 0 VA 95 VA 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 75 VA 5 VA 750 VA Total Amps: 5 A 55 A 3 A Receptacle 70 VA 79.% 350 VA Mechanical Equipment 370 VA 0.00% 2202 VA Total Conn. Load: 2030 VA Total Est. Demand: 572 VA Total Conn.: 5 A Total Est. Demand: A Panelboard: L Location: SAE Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR SHEET NO. IDENTIFICATION NO. PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN CHECKED APPROVED PRELIMINARY CONSTRUCTION FINAL RECORD FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.

32 Panelboard: L2 Location: CHARACTERIZATION LAB 2 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH2 Phases: 3 Mains Type: MCB Panelboard: L35 Location: THERMO LAB 35 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Receptacle CHARACTERIZATION LAB 2 20 A 720 VA 50 VA 20 A Receptacle CHARACTERIZATION LAB Power 20 A 0 VA 0 VA 20 A Power 5 Power 20 A 900 VA 900 VA 20 A Power 7 00 VA 00 VA Power 20 A A Power 9 00 VA 00 VA 0 Receptacle SAMPLE PREP ROOM A 50 VA 50 VA 20 A Receptacle SAMPLE PREP ROOM Receptacle SAMPLE PREP ROOM A 50 VA 50 VA 20 A Receptacle SAMPLE PREP ROOM 20 5 Receptacle SAMPLE PREP ROOM A 50 VA 0 VA 20 A Receptacle SAMPLE PREP ROOM 20 7 Power SAMPLE PREP ROOM A VA 20 A Receptacle SAMPLE PREP ROOM 20 9 Receptacle SMALL MICROSCOPES 20D 20 A 20 0 VA 20 A Receptacle SAMPLE PREP ROOM LCP 20 A 200 VA 720 VA 20 A Receptacle PUMPS & CHILLERS 20E Receptacle PUMPS & CHILLERS 20E 20 A 30 VA 30 VA 20 A Receptacle XPS 20C VA 300 VA 2 Receptacle XPS 20C 20 A A Receptacle SEM 20B VA 300 VA 2 29 Receptacle SEM 20B 20 A 30 VA 30 VA 20 A Receptacle TEM 20A VA 0 VA 20 A Spare 32 Receptacle TEM 20A 20 A VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 Total Load: 70 VA 500 VA 0 VA Total Amps: 2 A 3 A 57 A Power 730 VA 30.00% 220 VA Receptacle 000 VA 9.30% 000 VA Total Conn. Load: 0 VA Total Est. Demand: 20 VA Total Conn.: 50 A Total Est. Demand: 35 A Receptacle THERMO LAB A 0 VA 720 VA 20 A Receptacle THERMO LAB Receptacle THERMO LAB A 720 VA 0 VA 20 A Receptacle THERMO LAB 35 5 Receptacle THERMO LAB A 30 VA 720 VA 20 A Receptacle T & F SUPPORT 35 7 Receptacle T & F SUPPORT A 0 VA 0 VA 20 A Receptacle T & F SUPPORT 35 9 Receptacle T & F SUPPORT A 50 VA 0 VA 20 A Receptacle THERMO LAB 35 0 Receptacle THERMO LAB A 0 VA 0 VA 20 A Receptacle THERMO LAB Receptacle THERMO LAB A 0 VA 0 VA 20 A Receptacle THERMO LAB 35 5 Receptacle THERMO LAB A 0 VA 0 VA 20 A Receptacle THERMO LAB 35 7 Receptacle THERMO LAB A 50 VA 30 VA 20 A Receptacle T & F SUPPORT 35 9 Receptacle T & F SUPPORT A 0 VA 900 VA 20 A Receptacle LEGO LAB Receptacle LEGO LAB A 900 VA 900 VA 20 A Receptacle LEGO LAB Receptacle LEGO LAB A 900 VA 0 VA 20 A Receptacle 2 25 Power 20 A 0 VA 0 VA 20 A Power 2 27 Power 20 A 0 VA 0 VA 20 A Power 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Space 0 VA 0 VA Space 3 Total Load: 300 VA 0 VA 320 VA Total Amps: 2 A 35 A 29 A Power 720 VA 30.00% 2 VA Receptacle 9900 VA 00.00% 9900 VA Total Conn. Load: 020 VA Total Est. Demand: 0 VA Total Conn.: 29 A Total Est. Demand: 2 A OAKLAND UNIVERSITY Panelboard: L30 Location: FLUIDS LAB 30 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Panelboard: L3 Location: BIO ENGINEERING DRY LAB Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Receptacle FLUIDS LAB A 50 VA 50 VA 20 A Receptacle FLUIDS LAB Receptacle FLUIDS LAB A 50 VA 720 VA 20 A Receptacle FLUIDS LAB VA 300 VA Receptacle FLUIDS LAB A A Receptacle FLUIDS LAB VA 300 VA 9 Receptacle FLUIDS LAB A 50 VA 50 VA 20 A Receptacle FLUIDS LAB VA 300 VA 2 Receptacle FLUIDS LAB A A Receptacle FLUIDS LAB VA 300 VA 5 Receptacle FLUIDS LAB A 50 VA 50 VA 20 A Receptacle FLUIDS LAB VA 0 VA 20 A Receptacle FLUIDS LAB 30 Receptacle FLUIDS LAB A VA 900 VA 20 A Receptacle FLUIDS LAB Receptacle FLUIDS LAB A 50 VA 30 VA 20 A Receptacle FLUIDS LAB Receptacle FLUIDS LAB A 0 VA 0 VA 20 A Power FLUIDS LAB Power FLUIDS LAB A 0 VA 0 VA 20 A Power FLUIDS LAB Power FLUIDS LAB A 0 VA 0 VA 20 A Power FLUIDS LAB Power FLUIDS LAB A 0 VA 0 VA 20 A Power FLUIDS LAB Power FLUIDS LAB A 0 VA 300 VA A Receptacle FLUIDS LAB Spare 20 A 0 VA 300 VA 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Total Load: 320 VA 90 VA 200 VA Total Amps: 3 A A 20 A Receptacle BIO ENGINEERING WET LAB 3 20 A 900 VA 900 VA 20 A Receptacle BIO ENGINEERING WET LAB Receptacle BIO ENGINEERING WET LAB 3 20 A 50 VA 720 VA 20 A Receptacle BIO ENGINEERING WET LAB 3 5 Receptacle ELECTRONICS LAB 20 A 0 VA 0 VA 20 A Receptacle BIO ENGINEERING WET LAB 3 7 Power BIO ENGINEERING DRY LAB 3 20 A 0 VA 0 VA 20 A Power BIO ENGINEERING WET LAB 3 9 Power BIO ENGINEERING WET LAB 3 20 A 0 VA 0 VA 20 A Power BIO ENGINEERING WET LAB 3 0 Power BIO ENGINEERING WET LAB 3 20 A 0 VA 0 VA 20 A Power BIO ENGINEERING WET LAB Power BIO ENGINEERING WET LAB 3 20 A 0 VA 0 VA 20 A Power BIO ENGINEERING WET LAB 3 5 Power BIO ENGINEERING WET LAB 3 20 A 0 VA 720 VA 20 A Receptacle BIO ENGINEERING DRY LAB 3 7 Receptacle BIO ENGINEERING DRY LAB 3 20 A 0 VA 720 VA 20 A Receptacle BIO ENGINEERING DRY LAB 3 9 Receptacle BIO ENGINEERING DRY LAB 3 20 A 720 VA 0 VA 20 A Receptacle BIO ENGINEERING DRY LAB Power BIO ENGINEERING DRY LAB 3 20 A 00 0 VA 20 A Power BIO ENGINEERING DRY LAB Power BIO ENGINEERING DRY LAB 3 20 A 0 VA 0 VA 20 A Power BIO ENGINEERING DRY LAB Power BIO ENGINEERING DRY LAB 3 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 300 VA 500 VA 90 VA Total Amps: 32 A 0 A 7 A Power 0 VA 30.00% 32 VA Receptacle 020 VA 9.73% 030 VA Total Conn. Load: 700 VA Total Est. Demand: 052 VA Total Conn.: 32 A Total Est. Demand: 29 A Power 0 VA 30.00% 22 VA Receptacle 590 VA 00.00% 590 VA Total Conn. Load: 000 VA Total Est. Demand: 72 VA Total Conn.: 2 A Total Est. Demand: 20 A Receptacle ENERGY LAB A 720 VA 900 VA 20 A Receptacle ENERGY LAB Receptacle ENERGY LAB A 30 VA 30 VA 20 A Receptacle ENERGY LAB Receptacle ENERGY LAB A 0 VA 0 VA 20 A Receptacle ENERGY LAB Power ENERGY LAB A 00 0 VA 20 A Receptacle ENERGY LAB Receptacle ENERGY LAB A 30 VA 30 VA 20 A Receptacle ENERGY LAB Power ENERGY LAB A 900 VA 900 VA 20 A Power ENERGY LAB VA 900 VA 20 A Power ENERGY LAB 370 Power ENERGY LAB A VA 900 VA 20 A Power ENERGY LAB Power ENERGY LAB A 900 VA 900 VA 20 A Power ENERGY LAB VA 00 VA 20 Power ENERGY LAB A A Power ENERGY LAB VA 00 VA Receptacle ENERGY LAB A 50 VA 50 VA 20 A Receptacle ENERGY LAB VA 900 VA 20 A Power ENERGY LAB Power ENERGY LAB A VA 00 VA A Power ENERGY LAB VA 00 VA 30 Power ENERGY LAB A VA 00 VA A Power ENERGY LAB Power ENERGY LAB A 900 VA 00 VA VA 0 VA 20 A Spare 3 Power ENERGY LAB A VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 50 5 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 5 55 Spare 20 A 0 VA 0 VA 20 A Spare 5 57 Spare 20 A 0 VA 0 VA 20 A Spare 5 59 Spare 20 A 0 VA 0 VA 20 A Spare 0 Total Load: 000 VA 00 VA 70 VA Total Amps: 92 A A 2 A Power 200 VA 30.00% 50 VA Receptacle 0 VA 00.00% 0 VA Total Conn. Load: 20 VA Total Est. Demand: 220 VA Total Conn.: 7 A Total Est. Demand: 3 A Panelboard: L370 Location: ENERGY LAB 370 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH3 Phases: 3 Mains Type: MCB Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: 225 A Receptacle POWER & MACHINES LAB A 50 VA 720 VA 20 A Receptacle POWER & MACHINES LAB Receptacle POWER & MACHINES LAB A 30 VA 720 VA 20 A Receptacle POWER & MACHINES LAB 50 5 Receptacle COMPUTING LAB A 0 VA A Receptacle POWER & MACHINES LAB VA Receptacle POWER & MACHINES LAB A VA 0 VA 20 A Spare VA 200 VA VA 200 VA 3 20 A Receptacle POWER & MACHINES LAB 50 5 Receptacle POWER & MACHINES LAB A VA 200 VA VA 200 VA 9 Power COMPUTING LAB A 0 VA 200 VA 3 20 A Receptacle POWER & MACHINES LAB Power COMPUTING LAB A 0 VA 200 VA VA 933 VA 2 25 Power COMPUTING LAB A VA 933 VA 3 20 A Power COMPUTING LAB VA 933 VA 2 29 Power COMPUTING LAB A 0 VA 0 VA 20 A Power COMPUTING LAB VA 933 VA Power COMPUTING LAB A VA 933 VA 3 20 A Power COMPUTING LAB VA 933 VA VA 0 VA 20 A Power COMPUTING LAB Power COMPUTING LAB A VA 0 0 A MOTORIZED PROJECTOR SCREEN RM VA 0 VA 20 A Power COMPUTING LAB Power COMPUTING LAB A 0 VA 0 VA 20 A Power COMPUTING LAB VA 933 VA 7 Power COMPUTING LAB A VA 933 VA 3 20 A Power COMPUTING LAB VA 933 VA VA 0 VA 20 A Spare Power COMPUTING LAB A VA 0 VA 20 A Spare VA 0 VA 20 A Spare 5 57 Spare 20 A 0 VA 0 VA 20 A Spare 5 59 Spare 20 A 0 VA 0 VA 20 A Spare 0 97 VA 37 VA 0237 VA Total Amps: 97 A 9 A 5 A Power 230 VA 30.00% 752 VA Receptacle 720 VA 00.00% 720 VA Total Conn. Load: 3300 VA Mechanical Equipment 0 VA 0.00% 0 VA Total Est. Demand: 57 VA Total Conn.: 92 A Total Est. Demand: A Panelboard: L50 Location: POWER & MACHINES LAB 50 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: 225 A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR SHEET NO. IDENTIFICATION NO. PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN CHECKED APPROVED PRELIMINARY CONSTRUCTION FINAL RECORD FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.5

33 Panelboard: L52 Panelboard: L5 Panelboard: L55 Location: GENERIC RESEARCH LAB 52 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Location: GENERIC RESEARCH LAB 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Location: ELECTRONICS CLASS LAB 55 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Mounting: FLUSH Wires: Bus Rating: 00 A Receptacle GENERIC RESEARCH LAB A 50 VA 720 VA 20 A Receptacle GENERIC RESEARCH LAB Power GENERIC RESEARCH LAB A 00 0 VA 20 A Receptacle GENERIC RESEARCH LAB 52 5 Power GENERIC RESEARCH LAB A 0 VA 0 VA 20 A Power GENERIC RESEARCH LAB 52 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Power GENERIC RESEARCH LAB A 0 VA 0 VA 20 A Power GENERIC RESEARCH LAB 52 0 Other GENERIC RESEARCH LAB A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB Other GENERIC RESEARCH LAB A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB 52 5 Other GENERIC RESEARCH LAB A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB 52 7 Receptacle GENERIC RESEARCH LAB A 50 VA 50 VA 20 A Receptacle GENERIC RESEARCH LAB 52 9 Receptacle GENERIC RESEARCH LAB A 720 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA Space 30 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 320 VA 370 VA 20 VA Total Amps: 29 A 32 A 2 A Other 320 VA 0.00% 2592 VA Power 2520 VA 30.00% 75 VA Total Conn. Load: 000 VA Receptacle 320 VA 00.00% 320 VA Total Est. Demand: 5 VA Total Conn.: 2 A Total Est. Demand: A Receptacle GENERIC RESEARCH LAB 5 20 A 50 VA 50 VA 20 A Receptacle GENERIC RESEARCH LAB Receptacle GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Receptacle GENERIC RESEARCH LAB 5 5 Receptacle GENERIC RESEARCH LAB 5 20 A 720 VA 0 VA 20 A Receptacle GENERIC RESEARCH LAB 5 7 Receptacle GENERIC RESEARCH LAB 5 20 A 30 VA A Power GENERIC RESEARCH LAB 5 9 Other GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB 5 0 Other GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB Other GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB 5 5 Power GENERIC RESEARCH LAB 5 20 A 0 VA 0 VA 20 A Power GENERIC RESEARCH LAB 5 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Power GENERIC RESEARCH LAB 5 20 A 0 VA 0 VA 20 A Power GENERIC RESEARCH LAB Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 500 VA 320 VA 230 VA Total Amps: 3 A 2 A 20 A Other 320 VA 0.00% 2592 VA Power 2520 VA 30.00% 75 VA Total Conn. Load: 020 VA Receptacle 370 VA 00.00% 370 VA Total Est. Demand: 72 VA Total Conn.: 29 A Total Est. Demand: 20 A Receptacle ELECTRONICS LAB A 50 VA 50 VA 20 A Receptacle ELECTRONICS LAB Receptacle ELECTRONICS LAB A 50 VA 50 VA 20 A Receptacle ELECTRONICS LAB 55 5 Receptacle ELECTRONICS LAB A 50 VA 50 VA 20 A Receptacle ELECTRONICS LAB 55 7 Receptacle ELECTRONICS LAB A 50 VA 50 VA 20 A Receptacle ELECTRONICS LAB 55 9 Receptacle 20 A 0 VA 0 VA 20 A Receptacle ELECTRONICS LAB 55 0 Power ELECTRONICS LAB A 0 VA 0 VA 20 A Power ELECTRONICS LAB Power ELECTRONICS LAB A 0 VA 0 VA 20 A Power ELECTRONICS LAB 55 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 2520 VA 0 VA 0 VA Total Amps: 2 A 2 A 2 A Power 720 VA 30.00% 2 VA Receptacle 0 VA 00.00% 0 VA Total Conn. Load: 500 VA Total Est. Demand: 9 VA Total Conn.: 5 A Total Est. Demand: A OAKLAND UNIVERSITY Panelboard: L0 Location: STATICS & DYNAMICS 0 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Receptacle STATICS & DYNAMICS 0 20 A 720 VA 720 VA 20 A Receptacle STATICS & DYNAMICS Receptacle STATICS & DYNAMICS 0 20 A 50 VA 0 VA 20 A Receptacle STATICS & DYNAMICS 0 5 Power STATICS & DYNAMICS 0 20 A 0 VA 0 VA 20 A Power STATICS & DYNAMICS 0 7 Power STATICS & DYNAMICS 0 20 A 0 VA 0 VA 20 A Power STATICS & DYNAMICS 0 9 Power STATICS & DYNAMICS 0 20 A 0 VA 0 VA 20 A Power STATICS & DYNAMICS 0 0 Receptacle GENERIC RESEARCH LAB 5 20 A 50 VA 720 VA 20 A Receptacle GENERIC RESEARCH LAB Receptacle GENERIC RESEARCH LAB 5 20 A 0 VA A Power GENERIC RESEARCH LAB 5 5 Receptacle GENERIC RESEARCH LAB 5 20 A 50 VA 50 VA 20 A Receptacle GENERIC RESEARCH LAB 5 7 Receptacle GENERIC RESEARCH LAB 5 20 A 720 VA 0 VA 20 A Receptacle GENERIC RESEARCH LAB 5 9 Power GENERIC RESEARCH LAB 5 20 A 0 VA 0 VA 20 A Power GENERIC RESEARCH LAB Power GENERIC RESEARCH LAB 5 20 A 0 VA 0 VA 20 A Power GENERIC RESEARCH LAB Other GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB Other GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB Other GENERIC RESEARCH LAB 5 20 A 720 VA 720 VA 20 A Other GENERIC RESEARCH LAB Spare 0 A 0 VA 0 VA 0 A Spare 30 3 Spare 0 A 0 VA 0 VA 0 A Spare Spare 0 A 0 VA 0 VA 0 A Spare 3 35 Spare 0 A 0 VA 0 VA 0 A Spare 3 37 Space 0 VA 0 VA Space 3 Total Load: 550 VA 390 VA 390 VA Total Amps: 7 A 33 A 33 A Panelboard: L Location: ADVANCED CAD SIMULATION Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Mounting: FLUSH Wires: Bus Rating: 00 A Receptacle ADVANCED CAD SIMULATION LAB 20 A 720 VA 720 VA 20 A Receptacle ADVANCED CAD SIMULATION LAB 2 3 Receptacle ADVANCED CAD SIMULATION LAB 20 A 720 VA 50 VA 20 A Receptacle ADVANCED CAD SIMULATION LAB 5 Receptacle ADVANCED CAD SIMULATION LAB 20 A 0 VA 0 VA 20 A Receptacle ADVANCED CAD SIMULATION LAB 7 Receptacle ADVANCED CAD SIMULATION LAB 20 A 50 VA 50 VA 20 A Receptacle ADVANCED CAD SIMULATION LAB 9 Receptacle ADVANCED CAD SIMULATION LAB 20 A 50 VA 50 VA 20 A Receptacle ADVANCED CAD SIMULATION LAB 0 Power 20 A 0 VA 0 VA 20 A Power 2 3 Power 20 A 0 VA 0 VA 20 A Power 5 Receptacle COMMUNICATIONS LAB A 50 VA 50 VA 20 A Receptacle COMMUNICATIONS LAB 57 7 Receptacle COMMUNICATIONS LAB A 50 VA 50 VA 20 A Receptacle COMMUNICATIONS LAB 57 9 Receptacle COMMUNICATIONS LAB A 50 VA 50 VA 20 A Receptacle COMMUNICATIONS LAB Receptacle COMMUNICATIONS LAB A 50 VA 50 VA 20 A Receptacle COMMUNICATIONS LAB Receptacle COMMUNICATIONS LAB A 0 VA 0 VA 20 A Receptacle 2 25 Power 20 A 0 VA 0 VA 20 A Power 2 27 Power 20 A 0 VA 0 VA 20 A Power 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Space 0 VA 0 VA Space 3 Total Load: 320 VA 0 VA 20 VA Total Amps: 39 A 3 A A Other 320 VA 0.00% 2592 VA Power 300 VA 30.00% 00 VA Total Conn. Load: 3500 VA Receptacle 550 VA 00.00% 550 VA Total Est. Demand: 9252 VA Total Conn.: 37 A Total Est. Demand: 2 A Panelboard: L Location: CAD/CATIA LAB Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Receptacle CAD/CATIA LAB 30 A A Receptacle CAD/CATIA LAB 2 3 Receptacle CAD/CATIA LAB 20 A 30 VA 30 VA 20 A Receptacle CAD/CATIA LAB 5 Receptacle CAD/CATIA LAB 20 A 0 VA 720 VA 20 A Receptacle CAD/CATIA LAB 7 Receptacle CAD/CATIA LAB 20 A 720 VA 720 VA 20 A Receptacle CAD/CATIA LAB 9 Receptacle CAD/CATIA LAB 20 A 720 VA 720 VA 20 A Receptacle CAD/CATIA LAB 0 Receptacle CAD/CATIA LAB 20 A 720 VA 720 VA 20 A Receptacle CAD/CATIA LAB 2 3 Receptacle CAD/CATIA LAB 20 A 720 VA 720 VA 20 A Receptacle CAD/CATIA LAB 5 Receptacle CAD/CATIA LAB 20 A 720 VA 0 VA 20 A Receptacle ELECTRONICS LAB 7 Power ELECTRONICS LAB 20 A 0 VA 0 VA 20 A Power ELECTRONICS LAB 9 Power ELECTRONICS LAB 20 A 0 VA 0 VA 20 A Power ELECTRONICS LAB 20 2 Receptacle ELECTRONICS LAB 20 A 30 VA 0 20 A Receptacle ELECTRONICS LAB Receptacle ELECTRONICS LAB 20 A A Receptacle ELECTRONICS LAB 2 25 Receptacle ELECTRONICS LAB 20 A VA 20 A Receptacle ELECTRONICS LAB 2 27 Receptacle ELECTRONICS LAB 20 A 720 VA 720 VA 20 A Receptacle ELECTRONICS LAB 2 29 Receptacle ELECTRONICS LAB 20 A 720 VA 0 VA 0 A Spare 30 3 Spare 0 A 0 VA 0 VA 0 A Spare Spare 0 A 0 VA 0 VA 0 A Spare 3 35 Spare 0 A 0 VA 0 VA 0 A Spare 3 37 Spare 0 A 0 VA 0 VA 0 A Spare 3 Total Load: 9000 VA 300 VA 300 VA Total Amps: 75 A 53 A 53 A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN PRELIMINARY CHECKED CONSTRUCTION APPROVED FINAL RECORD Power 0 VA 30.00% 32 VA Receptacle 9900 VA 00.00% 9900 VA Total Conn. Load: 30 VA Total Est. Demand: 0332 VA Total Conn.: 3 A Total Est. Demand: 29 A Power 720 VA 30.00% 2 VA Receptacle 200 VA 73.95% 50 VA Total Conn. Load: 200 VA Total Est. Demand: 55 VA Total Conn.: 0 A Total Est. Demand: 3 A SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.

34 Panelboard: L Location: MATERIALS LAB Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Panelboard: L70 Location: TRIBOLOGY LAB 70 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH Phases: 3 Mains Type: MCB Panelboard: L550 Location: COMPUTING LAB 550 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Receptacle MATERIALS LAB 20 A 720 VA 720 VA 20 A Receptacle MATERIALS LAB 2 3 Receptacle MATERIALS LAB 20 A 720 VA 720 VA 20 A Receptacle MATERIALS LAB 5 Receptacle MATERIALS LAB 20 A 900 VA 900 VA 20 A Receptacle MATERIALS LAB 7 Receptacle MATERIALS LAB 20 A 900 VA 720 VA 20 A Receptacle MATERIALS LAB VA 300 VA 0 Receptacle MATERIALS LAB 20 A A Receptacle MATERIALS LAB 300 VA 300 VA VA 300 VA Receptacle MATERIALS LAB 20 A A Receptacle MATERIALS LAB VA 300 VA VA 0 VA 20 A Receptacle MATERIALS LAB Receptacle MATERIALS LAB 20 A VA 0 VA 20 A Receptacle MATERIALS LAB 20 2 Power MATERIALS LAB 20 A 0 VA 0 VA 20 A Power MATERIALS LAB Power MATERIALS LAB 20 A 0 VA 0 VA 20 A Power MATERIALS LAB 2 25 Power MATERIALS LAB 20 A 0 VA 0 VA 20 A Power MATERIALS LAB 2 27 Power MATERIALS LAB 20 A 0 VA 0 VA 20 A Power MATERIALS LAB 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA 20 A Spare 3 Total Load: 500 VA 330 VA 320 VA Total Amps: 3 A 2 A 27 A Power 0 VA 30.00% 32 VA Receptacle 90 VA 00.00% 90 VA Total Conn. Load: 00 VA Total Est. Demand: 0092 VA Total Conn.: 3 A Total Est. Demand: 2 A Receptacle TRIBOLOGY LAB A 900 VA 900 VA 20 A Receptacle TRIBOLOGY LAB VA 300 VA Receptacle TRIBOLOGY LAB A A Receptacle TRIBOLOGY LAB VA 300 VA 7 Power TRIBOLOGY LAB A VA 20 A Receptacle TRIBOLOGY LAB 70 9 Receptacle TRIBOLOGY LAB A 900 VA 300 VA A Receptacle TRIBOLOGY LAB VA 300 VA 2 Receptacle TRIBOLOGY LAB A VA 0 VA 20 A Receptacle TRIBOLOGY LAB 70 5 Receptacle TRIBOLOGY LAB A 0 VA 0 VA 20 A Power TRIBOLOGY LAB 70 7 Power TRIBOLOGY LAB A 0 VA 0 VA 20 A Power TRIBOLOGY LAB 70 9 Power TRIBOLOGY LAB A 0 VA 0 VA 20 A Power TRIBOLOGY LAB Power TRIBOLOGY LAB A 0 VA 0 VA 20 A Power TRIBOLOGY LAB Power TRIBOLOGY LAB A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 530 VA 2520 VA 70 VA Total Amps: A 22 A 5 A Power 320 VA 30.00% 972 VA Receptacle 30 VA 00.00% 30 VA Total Conn. Load: 900 VA Total Est. Demand: 7332 VA Total Conn.: 27 A Total Est. Demand: 20 A Receptacle COMPUTING LAB A 0 VA 720 VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A 0 50 VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 590 VA 320 VA 500 VA Total Amps: 50 A 3 A 3 A Receptacle 5300 VA 2.% 250 VA Total Conn. Load: 5300 VA Total Est. Demand: 250 VA Total Conn.: 2 A Total Est. Demand: 35 A OAKLAND UNIVERSITY Panelboard: L55 Location: NETWORKING & SECURITY Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Panelboard: L55 Location: ELECTRICAL CIRCUITS LAB Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Receptacle NETWORKING & SECURITY LAB A 50 VA 720 VA 20 A Receptacle NETWORKING & SECURITY LAB Receptacle NETWORKING & SECURITY LAB A VA 20 A Receptacle NETWORKING & SECURITY LAB 55 5 Receptacle NETWORKING & SECURITY LAB A VA 20 A Receptacle NETWORKING & SECURITY LAB 55 7 Receptacle NETWORKING & SECURITY LAB A VA 20 A Receptacle NETWORKING & SECURITY LAB 55 9 Receptacle NETWORKING & SECURITY LAB A VA 20 A Receptacle NETWORKING & SECURITY LAB 55 0 Receptacle NETWORKING & SECURITY LAB A 0 0 VA 20 A Receptacle NETWORKING & SECURITY LAB Receptacle NETWORKING & SECURITY LAB A 0 VA 0 VA 20 A Receptacle NETWORKING & SECURITY LAB 55 5 Receptacle NETWORKING & SECURITY LAB A 0 0 VA 20 A Receptacle NETWORKING & SECURITY LAB 55 7 Receptacle NETWORKING & SECURITY LAB A VA 20 A Receptacle Room Receptacle NETWORKING & SECURITY LAB A 0 30 VA 20 A Receptacle 20 2 Receptacle NETWORKING & SECURITY LAB A A Receptacle COMPUTING LAB Receptacle NETWORKING & SECURITY LAB A A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A 720 VA 0 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A 720 VA 0 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A 0 VA 0 VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB A 30 VA 0 VA 0 A Spare Spare 0 A 0 VA 0 VA 0 A Spare 3 35 Spare 0 A 0 VA 0 VA 0 A Spare 3 37 Spare 0 A 0 VA 0 VA 0 A Spare 3 39 Spare 0 A 0 VA 0 VA 0 A Spare 0 Spare 0 A 0 VA 0 VA 0 A Spare 2 Total Load: 00 VA 090 VA 930 VA Total Amps: A 93 A 0 A Receptacle ELECTRICAL CIRCUITS LAB A 50 VA 50 VA 20 A Receptacle ELECTRICAL CIRCUITS LAB Receptacle ELECTRICAL CIRCUITS LAB A 50 VA 720 VA 20 A Receptacle ELECTRICAL CIRCUITS LAB 55 5 Receptacle 20 A 0 VA 0 VA 20 A Spare 7 Other ELECTRICAL CIRCUITS LAB A 720 VA 0 VA 20 A Spare 9 Other ELECTRICAL CIRCUITS LAB A 720 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 50 VA 20 A Receptacle ELECTRICAL CIRCUITS LAB Receptacle ELECTRICAL CIRCUITS LAB A 50 VA 50 VA 20 A Receptacle ELECTRICAL CIRCUITS LAB 55 5 Power ELECTRICAL CIRCUITS LAB A 0 VA 0 VA 20 A Power ELECTRICAL CIRCUITS LAB 55 7 Power ELECTRICAL CIRCUITS LAB A 0 VA 0 VA 20 A Power ELECTRICAL CIRCUITS LAB 55 9 Other ELECTRICAL CIRCUITS LAB A 720 VA 0 VA 20 A Spare 20 2 Other ELECTRICAL CIRCUITS LAB A 720 VA 0 VA 20 A Spare Other ELECTRICAL CIRCUITS LAB A 720 VA 0 VA 20 A Spare 2 25 Other ELECTRICAL CIRCUITS LAB A 720 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 320 VA 300 VA 00 VA Total Amps: 3 A 27 A 5 A Receptacle 20 VA 7.5% 9220 VA Total Conn. Load: 20 VA Total Est. Demand: 9220 VA Total Conn.: 79 A Total Est. Demand: 53 A Panelboard: L557 Location: HCI VISUAL COMPUTING LAB Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Receptacle HCI VISUAL COMPUTING LAB A 720 VA 720 VA 20 A Receptacle HCI VISUAL COMPUTING LAB Receptacle HCI VISUAL COMPUTING LAB A 720 VA 50 VA 20 A Receptacle HCI VISUAL COMPUTING LAB Receptacle HCI VISUAL COMPUTING LAB A 720 VA 720 VA 20 A Receptacle HCI VISUAL COMPUTING LAB VA 0 VA 20 A Receptacle Receptacle HCI VISUAL COMPUTING LAB A VA 300 VA A Receptacle HCI VISUAL COMPUTING LAB VA 300 VA 2 Receptacle HCI VISUAL COMPUTING LAB A VA 300 VA 2 20 A Receptacle HCI VISUAL COMPUTING LAB VA 300 VA Receptacle HCI VISUAL COMPUTING LAB A VA 300 VA 2 20 A Receptacle HCI VISUAL COMPUTING LAB Power 20 A 0 VA 300 VA 20 2 Power 20 A 0 VA 0 VA 20 A Power Power 20 A 0 VA 0 VA 20 A Power HCI VISUAL COMPUTING LAB Power HCI VISUAL COMPUTING LAB A 0 VA 0 VA 20 A Power HCI VISUAL COMPUTING LAB Power HCI VISUAL COMPUTING LAB A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Spare 20 A 0 VA 0 VA Space 3 Total Load: 330 VA 3000 VA 3000 VA Total Amps: 2 A 25 A 25 A Other 320 VA 0.00% 2592 VA Power 720 VA 30.00% 2 VA Total Conn. Load: 90 VA Receptacle 0 VA 00.00% 0 VA Total Est. Demand: 9 VA Total Conn.: 25 A Total Est. Demand: 9 A Panelboard: L52 Location: COMPUTER ENGINEERING LAB Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Receptacle COMPUTER ENGINEERING LAB A 0 VA 30 VA 20 A Receptacle COMPUTER ENGINEERING LAB Receptacle COMPUTER ENGINEERING LAB A A Receptacle COMPUTER ENGINEERING LAB 52 5 Receptacle COMPUTER ENGINEERING LAB A A Receptacle COMPUTER ENGINEERING LAB 52 7 Receptacle COMPUTER ENGINEERING LAB A 720 VA 720 VA 20 A Receptacle COMPUTER ENGINEERING LAB 52 9 Receptacle COMPUTER ENGINEERING LAB A 720 VA 720 VA 20 A Receptacle COMPUTER ENGINEERING LAB 52 0 Receptacle COMPUTER ENGINEERING LAB A 30 VA 30 VA 20 A Receptacle COMPUTER ENGINEERING LAB Receptacle COMPUTER ENGINEERING LAB A 0 VA 50 VA 20 A Receptacle COMPUTER ENGINEERING LAB 50 5 Receptacle COMPUTER ENGINEERING LAB A 30 VA 30 VA 20 A Receptacle COMPUTER ENGINEERING LAB 50 7 Receptacle COMPUTER ENGINEERING LAB A A Receptacle COMPUTER ENGINEERING LAB 50 9 Receptacle COMPUTER ENGINEERING LAB A A Receptacle COMPUTER ENGINEERING LAB Receptacle COMPUTER ENGINEERING LAB A A Receptacle COMPUTER ENGINEERING LAB Receptacle COMPUTER ENGINEERING LAB A A Receptacle COMPUTER ENGINEERING LAB Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 550 VA 7920 VA 930 VA Total Amps: 7 A 9 A A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR3 KMM DRAWN PRELIMINARY CHECKED CONSTRUCTION APPROVED FINAL RECORD Power 0 VA 30.00% 32 VA Receptacle 7920 VA 00.00% 7920 VA Total Conn. Load: 930 VA Total Est. Demand: 352 VA Total Conn.: 2 A Total Est. Demand: 23 A Receptacle 220 VA 7.7% 30 VA Total Conn. Load: 220 VA Total Est. Demand: 30 VA Total Conn.: 3 A Total Est. Demand: A SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.7

35 Panelboard: L5 Location: COMPUTING LAB 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Panelboard: L570 Location: SHARF COMPUTER Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Mounting: Surface Wires: Bus Rating: 225 A MCB Rating: 200 A Receptacle COMPUTING LAB 5 20 A 0 VA 30 VA 20 A Receptacle COMPUTING LAB Receptacle COMPUTING LAB 5 20 A 30 VA 0 20 A Receptacle COMPUTING LAB 5 5 Receptacle COMPUTING LAB 5 20 A A Receptacle COMPUTING LAB 5 7 Receptacle COMPUTING LAB 5 20 A VA 20 A Receptacle COMPUTING LAB 5 9 Receptacle COMPUTING LAB 5 20 A 720 VA 720 VA 20 A Receptacle COMPUTING LAB 5 0 Receptacle COMPUTING LAB 5 20 A 720 VA 900 VA 20 A Receptacle Receptacle 5 20 A 900 VA 720 VA 20 A Receptacle 5 5 Receptacle 5 20 A 720 VA 720 VA 20 A Receptacle 5 7 Receptacle STAIR 7 20 A 0 VA 0 VA 20 A Receptacle 5 9 Power 5 20 A 0 VA 0 VA 20 A Power Power 5 20 A 0 VA 0 VA 20 A Power Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 0 VA 500 VA 0 VA Total Amps: 39 A 2 A A Power 720 VA 30.00% 2 VA Receptacle 30 VA.0% 930 VA Total Conn. Load: 50 VA Total Est. Demand: 2 VA Total Conn.: 0 A Total Est. Demand: 3 A Receptacle SHARF COMPUTER INTEGRATED 20 A 900 VA 720 VA 20 A Receptacle SHARF COMPUTER INTEGRATED 2 3 Receptacle SHARF COMPUTER INTEGRATED 20 A 720 VA 720 VA 20 A Receptacle SHARF COMPUTER INTEGRATED 5 Receptacle SHARF COMPUTER INTEGRATED 20 A 720 VA 50 VA 20 A Receptacle SHARF COMPUTER INTEGRATED 7 Receptacle SHARF COMPUTER INTEGRATED 20 A 50 VA 50 VA 20 A Receptacle SHARF COMPUTER INTEGRATED 9 Receptacle SHARF COMPUTER INTEGRATED 20 A 50 VA 50 VA 20 A Receptacle SHARF COMPUTER INTEGRATED 0 Receptacle SHARF COMPUTER INTEGRATED 20 A 50 VA 50 VA 20 A Receptacle SHARF COMPUTER INTEGRATED 2 3 Receptacle SHARF COMPUTER INTEGRATED 20 A 50 VA 300 VA Receptacle SHARF COMPUTER INTEGRATED 2 20 A 5 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 7 MANUF. LAB VA 300 VA Receptacle SHARF COMPUTER INTEGRATED 2 20 A 9 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 2 MANUF. LAB VA 300 VA Receptacle SHARF COMPUTER INTEGRATED A 23 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 25 MANUF. LAB VA 300 VA Receptacle SHARF COMPUTER INTEGRATED A 27 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 29 MANUF. LAB VA 300 VA Receptacle SHARF COMPUTER INTEGRATED A 3 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 33 MANUF. LAB VA 300 VA Receptacle SHARF COMPUTER INTEGRATED A 35 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 37 MANUF. LAB VA 300 VA Receptacle SHARF COMPUTER INTEGRATED A 39 Receptacle SHARF COMPUTER INTEGRATED 300 VA 300 VA MANUF. LAB A 2 MANUF. LAB VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 50 5 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 5 55 Space 0 VA 0 VA Space 5 57 Space 0 VA 0 VA Space 5 59 Space 0 VA 0 VA Space 0 Total Load: 590 VA 5520 VA 500 VA Total Amps: 50 A 7 A 2 A Receptacle 500 VA 0.30% 3250 VA Total Conn. Load: 500 VA Total Est. Demand: 3250 VA Total Conn.: A Total Est. Demand: 37 A OAKLAND UNIVERSITY Panelboard: L Location: ELEC 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: DPH5 Phases: 3 Mains Type: MCB Power ELEC 5 20 A 200 VA 32 VA 20 A DOAS2 LIGHTING 2 3 DWHP, DWH2 20 A 7 VA 7 VA 20 A DWHP3, DWH 5 HHWP5 20 A 7 VA 7 VA 20 A HHWP 7 DF5 20 A VA 20 A Power 9 Mechanical Equipment 20 A 0 VA 200 VA 20 A Power TRIGENERATION 0 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 EF5 (3/ HP) 0 A 7 VA 200 VA 20 A Power 5 Receptacle ELEC 5 20 A VA 20 A Receptacle MICROTURBINES 5 7 Receptacle 20 A VA 20 A Receptacle TRIGENERATION 0 9 Receptacle Room 9, 5 20 A 720 VA 720 VA 20 A Receptacle 20 2 Receptacle MECH 9 20 A 0 VA 200 VA 20 A Power Receptacle 20 A 50 VA 30 VA 20 A Receptacle 2 25 Power 20 A 200 VA VA 20 A Power MICROTURBINES Power TRIGENERATION 0 20 A VA 500 VA 20 A Power MICROTURBINES Snow Melt Panel 20 A 00 VA 500 VA 20 A Power MICROTURBINES Chemical Treatment 20 A 200 VA Spare 20 A 0 VA A HEAT TRACE CONTROL PANEL 3 35 Spare 20 A 0 VA Spare 20 A 0 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Total Load: 772 VA 775 VA 0 VA Total Amps: A 57 A 5 A SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO ISSUED FOR PRELIMINARY CONSTRUCTION FINAL RECORD DATE DESIGNED DRAWN CHECKED APPROVED Lighting 0 VA 0.00% 0 VA Power 9225 VA 30.00% 27 VA Total Conn. Load: 200 VA Receptacle 0 VA 00.00% 0 VA Total Est. Demand: 2209 VA Mechanical Equipment 935 VA 0.00% 29 VA Total Conn.: 57 A Total Est. Demand: 3 A ISSUED FOR ENGINEERING CENTER PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE NOV2 ISSUE 0 25MAR3 MPN KMM E.

36 Panelboard: H3LS Location: ELEC 73 Volts: 0Y/277 A.I.C. Rating:,000 Supply From: DPLS Phases: 3 Mains Type: MCB MCB Rating: 0 A Panelboard: H23LS Location: ELEC 273 Volts: 0Y/277 A.I.C. Rating:,000 Supply From: DPLS Phases: 3 Mains Type: MCB MCB Rating: 0 A Panelboard: H3LS Location: ELEC 35C Volts: 0Y/277 A.I.C. Rating:,000 Supply From: DPLS Phases: 3 Mains Type: MCB MCB Rating: 0 A Lighting ELEVATOR CONTROL ROOM A VA 20 A Lighting CORRIDOR Lighting PREFUNCTION 9 20 A 757 VA 92 VA 20 A Lighting ELEC 73 5 Lighting 20 A 9 VA 5 VA 20 A Lighting CORRIDOR 97 7 Lighting Room A 92 VA VA 20 A Lighting ELEV. 53A 9 Spare 20 A 0 VA 9 VA 20 A Lighting ELEV. 00A 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 27 VA 5 VA 7 VA Total Amps: 0 A 7 A A Lighting 20 A 92 VA 702 VA 20 A Lighting VESTIBULE Lighting WAITING A 79 VA 0 VA 20 A Spare 5 Lighting Room 27, 22, _2X, 79F, 022, 297, 20 A VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA Space 7 Space 0 VA 0 VA Space 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 79 VA 79 VA 355 VA Total Amps: 3 A 3 A 3 A Lighting 20 A VA 20 A Lighting CORRIDOR Lighting STAIR # A 20 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA Space 5 Space 0 VA 0 VA Space 7 Space 0 VA 0 VA Space 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 Total Load: 97 VA 20 VA 0 VA Total Amps: 7 A 2 A 0 A Lighting 5750 VA 0.00% 00 VA Total Conn. Load: 5750 VA Total Est. Demand: 00 VA Total Conn.: 7 A Total Est. Demand: A Lighting 9 VA 0.00% 3975 VA Total Conn. Load: 9 VA Total Est. Demand: 3975 VA Total Conn.: A Total Est. Demand: 5 A Lighting 237 VA 0.00% 93 VA Total Conn. Load: 237 VA Total Est. Demand: 93 VA Total Conn.: 3 A Total Est. Demand: 2 A OAKLAND UNIVERSITY Panelboard: H5LS Location: ELEC 55C Volts: 0Y/277 A.I.C. Rating:,000 Supply From: DPLS Phases: 3 Mains Type: MCB MCB Rating: 0 A Panelboard: L3LR Location: ELEC 73 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: T3B Phases: 3 Mains Type: MCB Panelboard: L23LR Location: ELEC 273 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: L3LR Phases: 3 Mains Type: MCB MCB Rating: 0 A Lighting CORRIDOR A 55 5 VA 20 A Lighting MENS 5E 2 3 Lighting RECEPTION 5 20 A VA 20 A Lighting MENS 55E 5 Lighting STAIR 5 20 A VA 20 A Spare 7 Spare 20 A 0 VA 0 VA 20 A Spare 9 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 0 VA 20 A Spare 2 3 Spare 20 A 0 VA 0 VA 20 A Spare 5 Spare 20 A 0 VA 0 VA Space 7 Space 0 VA 0 VA Space 9 Space 0 VA 0 VA Space 20 2 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 2 25 Space 0 VA 0 VA Space 2 27 Space 0 VA 0 VA Space 2 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: VA 59 VA 239 VA Total Amps: 7 A 7 A 9 A Receptacle ELEVATOR CONTROL ROOM 00C 20 A 30 VA 0 VA 20 A Receptacle ELEC Power ELEV. LOBBY A 303 VA 0 VA 20 A Receptacle ELEV. 00A 5 Power VESTIBULE 0 20 A 0 0 VA 20 A Receptacle ELEV. 00B 7 Lighting 20 A 70 VA 25 VA 20 A Power FIRE COMMAND ROOM 03 9 Power ELEVATOR CONTROL ROOM A 0 VA 0 20 A Power VESTIBULE 0 Power ELEVATOR CONTROL ROOM 00C 20 A 0 VA 2 VA 20 A Power CORRIDOR Receptacle SUBSTATION 0 20 A 30 VA 0 VA 20 A Power ELEVATOR CONTROL ROOM 00C 5 Receptacle FIRE PUMP/DOMESTIC WATER A 0 VA 0 VA 20 A Power ELEVATOR CONTROL ROOM 50 7 Receptacle ELEC 5 20 A 0 VA 0 VA 20 A Power ELEVATOR CONTROL ROOM 00C 9 Power ELEVATOR CONTROL ROOM 00C 20 A 0 VA 50 VA 20 A Receptacle Room _72, Receptacle ELEV. 53A (0.5 HP) 20 A 0 VA 3 VA 20 A Power TCOMM/ BDF ROOM Power 20 A 0 VA 500 VA 20 A Power JC Power 20 A 0 VA 0 VA 20 A Receptacle ELEV. 53A 2 27 Power 20 A 700 VA A Power 200 SEAT CLASSROOM 2 29 Spare 20 A 0 VA 0 VA 20 A Power VA Receptacle ELEV. 00A (.5 HP) 20 A VA A L23LR VA DDC5 Panel 20 A 200 VA 0 VA 20 A Spare 3 39 Spare 20 A 0 VA 0 VA 20 A Spare 0 Spare 20 A 0 VA 3 VA 20 A Power TCOMM 7 2 Total Load: 79 VA 9 VA 557 VA Total Amps: 5 A 2 A 5 A Power INFORMAL LEARNING A A Power OUTDOOR TERRACE _27B 2 3 Power TCOMM 25A 20 A 3 VA VA 20 A Power TCOMM 35A 5 Power 20 A 720 VA 2 VA 20 A Power CORRIDOR Power ELEV. LOBBY A 700 VA 3 VA 20 A Power ELEC Power SHAFT _ A 00 VA 2 VA 20 A Power 0 Power WAITING A 200 VA 300 VA 20 A Power 2 3 Power 20 A VA A Overhead Coiling Door () 5 Overhead Coiling Door () 20 A A Overhead Coiling Door () 7 Overhead Coiling Door () 20 A 27 0 VA 20 A Power 9 Receptacle ELEC A 0 VA 300 VA 20 A Power GROUP PROJECT/ STUDY Power 20 A 500 VA 500 VA 20 A Power Room Power Room A 300 VA 200 VA 20 A DDC9 Panel 2 25 Spare 20 A 0 VA 200 VA 20 A DDC Panel 2 27 Power AIRLOCK 2 20 A 30 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 3 35 Spare 20 A 0 VA 0 VA 20 A Spare 3 37 Space 0 VA 0 VA 20 A Spare 3 Total Load: 7 VA 025 VA 2953 VA Total Amps: 0 A 35 A 25 A Lighting 0 VA 0.00% 33 VA Total Conn. Load: 0 VA Total Est. Demand: 33 VA Total Conn.: 7 A Total Est. Demand: A Lighting 70 VA 0.00% 5 VA Power 3979 VA 30.00% 9 VA Total Conn. Load: 257 VA Receptacle 3300 VA 00.00% 3300 VA Total Est. Demand: 025 VA Mechanical Equipment 50 VA 0.00% 2705 VA Total Conn.: A Total Est. Demand: 2 A Power 93 VA 30.00% 209 VA Receptacle 0 VA 00.00% 0 VA Total Conn. Load: 5 VA Mechanical Equipment 50 VA 0.00% 2705 VA Total Est. Demand: 97 VA Total Conn.: 32 A Total Est. Demand: A Panelboard: LLR Location: ELEC 5C Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: LLR Phases: 3 Mains Type: MCB MCB Rating: 0 A Power CORRIDOR A 20 VA 20 VA 20 A Power 2 3 Power 20 A 2 VA 2 VA 20 A Power 5 Power SHAFT _7 20 A 0 VA 300 VA 20 A Power 7 Power MECH. _90 20 A 300 VA 200 VA 20 A Power ELEV. LOBBY Power 20 A VA VA 20 A Power 0 Power TCOMM 5A 20 A VA VA 20 A Power TCOMM 55A 2 3 Power Room 3 20 A 300 VA 300 VA 20 A Power Room 53 5 Power 20 A 200 VA 0 VA 20 A Power Room 50, 502E, DDC7 Panel 20 A 200 VA 200 VA 20 A DDC Panel 9 Spare 20 A 0 VA 0 VA 20 A Spare 20 2 Spare 20 A 0 VA 0 VA 20 A Spare Spare 20 A 0 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA 20 A Spare 2 29 Spare 20 A 0 VA 0 VA 20 A Spare 30 3 Space 0 VA 0 VA Space Space 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 50 VA 2 VA 72 VA Total Amps: A 2 A 7 A Panelboard: LLR Location: ELEC 5 Volts: 20Y/20 A.I.C. Rating: 0,000 Supply From: TA Phases: 3 Mains Type: MLO Power 20 A 00 VA 00 VA 20 A Power MECH VA 20 A Power MICROTURBINES 5 ACCU, PTAC 20 A VA 2 20 A ACCU2,PTAC2 7 Power MICROTURBINES 5 20 A 200 VA 32 VA 9 3 VA 20 A Power ELEC 5 0 ACCU3,PTAC3 20 A Receptacle ELEC 5 20 A 30 VA A LLRGEN VA 7 LLR 0 A 3 2 VA 2 20 A ACCU,PTAC 9 72 VA 20 2 DDC Panel 20 A 200 VA 0 VA 20 A Spare DDC, DDC2 and DDC3 Panel 20 A 00 VA 0 VA 20 A Spare 2 25 Spare 20 A 0 VA 0 VA 20 A Spare 2 27 Spare 20 A 0 VA 0 VA Space 2 29 Spare 20 A 0 VA 0 VA Space 30 3 Spare 20 A 0 VA 0 VA Space Spare 20 A 0 VA 0 VA Space 3 35 Space 0 VA 0 VA Space 3 37 Space 0 VA 0 VA Space 3 Total Load: 5 VA 53 VA 35 VA Total Amps: 5 A A 7 A ISSUED FOR ENGINEERING CENTER MPN DATE DESIGNED ISSUED FOR PANEL SCHEDULES ISSUE 3 30OCT2 ISSUE NOV2 ISSUE 0 25MAR3 KMM DRAWN CHECKED APPROVED PRELIMINARY CONSTRUCTION FINAL RECORD Power 2503 VA 30.00% 75 VA Total Conn. Load: 2503 VA Total Est. Demand: 75 VA Total Conn.: 7 A Total Est. Demand: 2 A Power 25 VA 30.00% 277 VA Receptacle 30 VA 00.00% 30 VA Total Conn. Load: 202 VA Mechanical Equipment VA 0.00% 99 VA Total Est. Demand: 92 VA Total Conn.: 5 A Total Est. Demand: 27 A SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO E.9

37 OVERCURRENT DEVICE RATING (AMPERES) COPPER FEEDER & BRANCH CIRCUIT SIZING SCHEDULE NONLINEAR LOADS 75 2/ WIRE SIZE AWG OR KCMIL PHASE & NEUTRAL E.G /" () () () (2) 3(2) 2() (/0) /0 3/0 / WIRE (2PH & 2N) 3/" 3/" 3/"(") "( /") "( /") /" /" / /() 2 / (NOTES, 2) CONDUIT SIZE 5 WIRE (NOTE7) 3/" 3/" " " " "( /") "( /") /"( /) / 2 / 2 / WIRE (3PH & 3N) 3/" 3/" "( /") /" /" /"( /) / COPPER FEEDER & BRANCH CIRCUIT SIZING SCHEDULE GENERAL PURPOSE 2 / 75 2/0 / 2 / NOTE OVERCURRENT DEVICE RATING (AMPERES) WIRE SIZE AWG OR KCMIL PHASE & NEUTRAL E.G () () () (2) 3(2) 2() (/0) /0 3/0 / WIRE 3/" 3/" 3/" 3/" 3/"(") 3/"(") " "( /") /" /" /" / (NOTES, 2) CONDUIT SIZE 3 WIRE 3/" 3/" 3/" 3/" 3/" 3/"(") 3/"(") "( /") /" /"( /) / / WIRE (3PH & N) 3/" 3/" 3/"(") "( /") "( /") /" /" /"( /) /() 2 / NOTE OVERCURRENT DEVICE RATING (AMPERES) ALUMINUM FEEDER & BRANCH CIRCUIT SIZING SCHEDULE GENERAL PURPOSE /0 2 / WIRE SIZE AWG OR KCMIL PHASE & NEUTRAL E.G. /0 2/0 3/0 / / /0 33/0 2 WIRE / / 2 / 2 2 / /0 2 / 2 / (NOTES 2,, 9) CONDUIT SIZE 3 WIRE / / 2 / 2 / 2 / 2 / 2 / WIRE (3PH & N) 2 / 2 / 3 / 2 / 2 / NOTE MOTOR HP /2 3/ MOTOR CIRCUIT SIZING SCHEDULE (FOR 20V., 3 PHASE MOTORS NOTES 3,,5) /2 30/0A. 5A 2 2 3/" 2 30/0A. 5A 2 2 3/" 3 30/7.5A. 20A 2 2 3/" 5 7 /2 0 5 SWITCH/FUSE 30/A. 30/.25A. 30/A. 30/25A. 0/0A. 0/50A. 0/0A /90A /00A. 200/25A. 200/75A. 200/200A. CIRCUIT BREAKER 5A 5A 5A 35A 50A 0A STARTER SIZE/TYPE 2 PHASE CONDUIT & WIRE E.G. CONDUIT 2 3/" /" 3/" 3/" 3/" 0 3/" 90A 3 0 3/" 00A 0A 25A 75A 200A /0 3/0 " " " / / DRAWING NOTES CIRCUIT SIZING SCHEDULES NOTES:. BASED ON THHN/THWN, 90 C., 00V., INSULATED, COPPER WIRE APPLIED AT 75 FOR TERMINATIONS RATED AT 0 C/75 C AND 75 C. FOR TERMINATIONS RATED AT 0 C PROVIDE WIRE AND CONDUIT SIZES INDICATED IN PARENTHESIS. 2. BASED ON WIRE OUTSIDE DIAMETERS AND RIGID METALLIC CONDUIT INSIDE DIAMETERS AS PROVIDED IN THE NEC. DO NOT REDUCE CONDUIT SIZE FOR NONRIGID METALLIC APPLICATION. REFER TO NEC FOR CONDUIT TYPES MORE RESTRICTIVE THAN RIGID METALLIC. 3. BASED ON MOTOR FULL LOAD AMPERES AS PROVIDED BY THE NEC.. BASED ON MOTOR RUNNING OVERLOAD PROTECTION PROVIDED BY THERMAL OVERLOAD RELAYS. 5. MOTOR STARTING TYPE BASED ON 0V., 3 PHASE, FULL VOLTAGE NON REVERSING EXCEPT FOR MOTORS SIZED 75HP OR GREATER WHICH ARE BASED ON 0V., 3 PHASE, PART WINDING REDUCED VOLTAGE STARTING.. TRANSFORMER CIRCUITS BASED ON 0V TO 20/20V., 3 PHASE, WIRE,DRY TYPE. 7. PROVIDE THREE PHASE WIRES AND ONE DOUBLE AMPACITY NEUTRAL FOR 0 AMPACITY CIRCUITS AND LESS. PROVIDE THREE PHASE WIRES AND TWO NEUTRAL WIRES, SIZES AS INDICATED FOR 25 AMPACITY CIRCUITS AND GREATER.. USE ALUMINUM FEEDERS FOR CIRCUITS WITH OVERCURRENT PROTECTIVE DEVICES 00A AND GREATER. 9. BASED ON THHN/THWN, 90 C, 00V, ALUMINUM WIRE APPLIED AT 75 F FOR TERMINATIONS RATED AT 0 C/75 C AND 75 C. FOR TERMINATIONS RATED AT 0 C PROVIDE WIRE AND CONDUIT SIZES INDICATED IN PARENTHESIS / 2 / /0 3 / 3 / 3 / 0 00/250A. 250A 5 / / /0 2/0 32/0 3/0 5/ / " 22 / / 23 / / " " " 22 / 2 23 / 2" 2" 33 / 3 / 53 / 3 / 3 / " / 2" 2" 3" 3 / 5" " / / /0 2/0 32/0 3/ / / / 2 / 52 / 2 / " 2 22 / / " 22 / 22 / 2 23 / 2" / 3 / 3 / / 3 / 3 / 3 / 3 / 3 / 3 / 3 / 3 / " " " MOTOR HP /2 3/ 00/300A. 00/00A. 00/500A. 00/00A. SWITCH/FUSE 30/3A. 30/3A. 300A 00A 500A 00A 00A MOTOR CIRCUIT SIZING SCHEDULE (FOR 0V., 3 PHASE MOTORS) (NOTES 3,,5) CIRCUIT BREAKER 5A 5A 5 7 STARTER SIZE/TYPE / PHASE CONDUIT & WIRE E.G / CONDUIT 3/" 3/" OAKLAND UNIVERSITY 30/A. 5A 2 2 3/" /2 30/A. 5A 2 2 3/" 2 30/A. 5A 2 2 3/" 3 30/0A. 5A 2 2 3/" BREAKER AMPACITY (AMPS) MAX. CIRCUIT LOAD (AMPS) MAXIMUM LENGTH IN FEET NO NO NO NO NO NO V., THREE PHASE CIRCUIT LENGTH TABLE NO. /0 2/0 3/0 / /0 2/ TRANSF. KVA TRANSFORMER CIRCUIT SIZING SCHEDULE GENERAL PURPOSE TYPE PRIMARY CIRCUIT (0V.) SWITCH/FUSE OR PRIMARY FEEDER CIRCUIT BREAKER 9 30/20A / /25A. 0/5A. 00/70A. 200/25A. 200/75A. 00/225A. 00/350A. 20A., 3W. 25A., 3W. 5A., 3W. 70A., 3W. 25A., 3W. 75A., 3W. 225A., 3W. 350A., 3W /500A. 500A., 3W. (NOTE ) SECONDARY CIRCUIT (20/20V.) SWITCH/FUSE OR CIRCUIT BREAKER SYSTEM/EQUIPMENT BONDING JUMPER SECONDARY FEEDER (GROUND WIRE) 30/30A. 0/0A. 00/00A. 200/75A. 00/300A. 00/00A. 00/00A. 00/00A. 200/000A. # # # # #2 #/0 #2/0 #3/0 #3/0 30A., W. 0A., W. 00A., W. 75A., W. 300A., W. 00A., W. 00A., W. 00A., W. 000A., W. 5 7 / /5A. 30/20A. 30/25A. 30/30A. 0/0A. 0/50A. 0/0A. 00/0A. 00/00A. 200/25A. 200/50A. 200/200A. 200/200A. 00/250A. 00/350A. 20A 30A 35A 50A 0A 75A 00A 25A 50A 75A 200A 225A 225A 300A 00A /0 2/0 3/0 / /" / 3/" 3/" 3/" 3/" " " / / / 2 / SMITHGROUP, INC 500 GRISWOLD SUITE 700 DETROIT, MI TRANSF. KVA TRANSFORMER CIRCUIT SIZING SCHEDULE NONLINEAR LOAD TYPE (NOTE ) SWITCH/FUSE OR CIRCUIT BREAKER PRIMARY CIRCUIT (0V.) PRIMARY FEEDER SWITCH/FUSE OR CIRCUIT BREAKER SECONDARY CIRCUIT (20/20V.) SYSTEM/EQUIPMENT BONDING JUMPER (GROUND WIRE) SECONDARY FEEDER /20A. 20A., 3W. 30/30A. # 30A., 5W.NL /25A. 25A., 3W. 0/0A. # 0A., 5W.NL /5A. 5A., 3W. 00/00A. # 00A., 5W.NL /70A. 70A., 3W. 200/75A. # 75A., 5W.NL /25A. 25A., 3W. 00/300A. #2 300A., 5W.NL /2 200/75A. 75A., 3W. 00/00A. #/0 00A., 5W.NL /225A. 00/350A. 225A., 3W. 350A., 3W. 00/00A. 00/00A. #2/0 #3/0 00A., 5W.NL 00A., 5W.NL V. SINGLE PHASE CIRCUIT LENGTH TABLE 20V. SINGLE PHASE CIRCUIT LENGTH TABLE 20V. THREE PHASE CIRCUIT LENGTH TABLE BREAKER AMPACITY (AMPS) MAX. CIRCUIT LOAD (AMPS) MAXIMUM LENGTH IN FEET NO NO NO NO NO BREAKER AMPACITY (AMPS) MAX. CIRCUIT LOAD (AMPS) MAXIMUM LENGTH IN FEET NO NO NO NO NO BREAKER AMPACITY (AMPS) MAX. CIRCUIT LOAD (AMPS) MAXIMUM LENGTH IN FEET NO NO NO NO NO V. SINGLE PHASE CIRCUIT LENGTH TABLE BREAKER AMPACITY MAXIMUM LENGTH IN FEET (AMPS) 20 NO NO ISSUED FOR ENGINEERING CENTER ELECTRICAL SCHEDULES ISSUE 3 30OCT2 ISSUE 0 25MAR MPN KMM CIRCUIT MAXIMUM DISTANCE TABLES NOTES:. CIRCUIT MAXIMUM DISTANCE IS BASED ON NEC CHAPTER 9, TABLE CONDUCTOR PROPERTIES FOR COATED COPPER CONDUCTORS AT 75 DEGREES CELSIUS. 2. MAXIMUM CIRCUIT LOAD FOR DISTANCE IS BASED ON NEC 2200(b) SHEET NO. IDENTIFICATION NO. FILE NO. 332/55.PEM FIRE SAFETY NO. XXXXXX OU PROJECT NO. 709 SG PROJECT NO ISSUED FOR PRELIMINARY CONSTRUCTION FINAL RECORD DATE DESIGNED DRAWN CHECKED APPROVED E0.02