TECHNICAL REPORT 2 UNIVERSITY OF MARYLAND BALTIMORE HEALTH SCIENCES FACILITY III KENNETH MOORE LIGHTING / ELECTRICAL THESIS ADVISOR: SHAWN GOOD

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1 TECHNICL REPORT 2 UNIVERSITY OF MRYLND LTIMORE HELTH FCILITY III 666 W. LTIMORE ST. LTIMORE MD KENNETH MOORE LIGHTING / ELECTRICL THESIS DVISOR: SHWN GOOD

2 TLE OF CONTENTS EXCECUTIVE SUMMRY page 3 GENERL UILDING DT page 4 SECTION 1 ELECTRICL SYSTEMS CRITERI page PRELIMINRY LOD CLCULTION page UTILITY SERVICE page PRELIMINRY RTE SCHEDULE page UILDING UTILIZTION VOLTGES page EMERGENCY POWER REQUIREMENTS page SPECIL OCCUPNCY REQUIREMENTS page 1.7 SPECIL EQUIPMENT page 1. PRIORITY SSESSMENT page 1. CK UP POWER LODS page 1. COMMUNICTION SYSTEMS page 1. DDITIONL UILDING SERVICES page 1. MJOR EQUIPMENT page SECTION 2 EXISTING ELECTRICL SYSTEMS page 2.1 UILDING LODS page 2.2 POWER COMPNY RTE SCHEDULE page 2.3 UILDING UTILIZTION VOLTGES page 2.4 EMERGENCY POWER page 2.5 SPECIL OCCUPNCY REQUIREMENTS page 2.6 SPECIL EQUIPMENT page 2.7 DESIGN DOCUMENTTION page 2. CK UP POWER LODS page 1

3 2. COMMUNICTION SYSTEMS page 2. ELECTRICL SYSTEMS PERCENTGE page 2. ENERGY SVINGS page 2. DISTRIUTION DIGRMS page SECTION 3 ELECTRICL SYSTEM EVLUTION page REFERENCES page TLE 1 EXISTING LODS PPENDIX SINGLE LINE DIGRMS PPENDIX ORD SCHEDULE 2

4 EXECUTIVE SUMMRY The following technical report describes the general electrical systems for the University of Maryland altimore Health Sciences Facility III. The university s newest research facility must be electrically evaluated to confirm that all of the service requirements meet current code standards. The building is also projected to meet LEED Gold classification as such it will need to maintain its innovative development of the energy systems while also exceeding SHRE 0.1 standards. 3

5 GENERL UILDING DT uilding: Health Sciences Facility 3 Location and Site: University of Maryland altimore 666 W. altimore Street altimore MD 2 uilding Occupant: University Students and Staff Occupancy Type: usiness use Group ssembly use Group 3 Storage use Group S Size: 4270 (pproximately ) square feet Number of Stories above Grade: Total Number of Stories: (Includes the upper and lower basement levels. The Mechanical Penthouse and Mechanical Mezzanine are considered an additional level because it encompasses the entire rooftop structure) Dates of Construction: July September (including Demo) Cost Information: $2 million total building construction cost Project Delivery Method: CM at Risk PROJECT TEM rchitect: Hellmuth Obata Kassabaum () Construction Manager: arton Malow Company ssociate rchitect: Mechanical Engineer: EI Engineers Plumbing/F/FP Engineer: : Cagley & ssociates Civil Engineer/Landscape rchitect: : Interior rchitects: Melville Thomas rchitects Inc. Geotechnical Engineer: Kim Engineering Inc. The Health Science Facility III () building will be the University of altimore Maryland s newest research facility. It will house work groups from the schools of Medicine Pharmacy and Dentistry. Each school shares the interior lab space including the nanomedicine laboratory on the first level. The building can be categorized into 4 separate sections: a north tower consisting of wet lab space a south tower consisting of dry lab space an elevator lobby core and a central atrium space which connects the towers. 4

6 SECTION 1 ELECTRICL SYSTEMS CRITERI 5

7 1.1 - PRELIMINRY LOD CLCULTION The Health Science Facility III is classified as Occupancy usiness use Group ssembly use Group 3 Storage use Group S by the IC 0 Ed. Load calculations provided by the NEC Ed. LIGHTING 3.5 V/SF 4270 SF = 01 kv DEMND FCTOR: 0% RECEPTCLE 3.5 V/SF 4270 SF = 01 kv kv + (.5 1 kv) = 755 kv DEMND FCTOR: 0% for first kv 50% for remainder MECHNICL 7 V/SF 4270 SF = 2402 kv DEMND FCTOR: 0% SPECIL EQUIPMENT ELEVTORS 1.1 V/SF 4270 SF = 472 kv DEMND FCTOR: 0% TOTL UILDING LOD = 50 kv UTILITY SERVICE The power company providing utility service for the building is altimore Gas and Electric (GE) PRILIMINRY RTE SCHEDULE altimore Gas and Electric Company provides the following monthly net rates: Utility Voltage is 40V 3ɸ CUSTOMER CHRGE = $.00 per month DEMND CHRGE = $3./kW DELIVERY SERVICE CHRGE = 0.04 $/kwh GL SCHEDULE TYPE II SOS GENERTION RTE =.0 c/kwh TRNSMISSION RTE = 0.54 c/kwh TOTL SUPPLY RTE =.45 c/kwh 6

8 1.4 - UILDING UTILIZTION VOLTGES Lighting: 1V and 277V 1 ɸ Receptacles: 1V 1 ɸ Mechanical Equipment: /1V and 40/277V 3 ɸ Special Equipment: Elevators 1V 1ɸ EMERGENCY POWER REQUIREMENTS is classified as Occupancy usiness use Group ssembly use Group 3 Storage use Group S by the IC 0 Ed. Information provided by IC 0 Ed. Ch Group Occupancies Emergency power shall be provided for emergency voice/alarm communication systems in Group 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 Means of Egress Illumination. In the event of power supply failure an emergency electrical system shall automatically illuminate all of the following areas: 1. isles and unenclosed egress stairways in rooms and spaces that require two or more means of egress. 2. Corridors interior exit stairways and ramps and exit passageways in buildings required to have two or more exits. 3. Exterior egress components at other than their levels of exit discharge until exit discharge is accomplished for buildings required to have two or more exits. 4. Interior exit discharge elements as permitted in Section 27.1 in buildings required to have two or more exits. 5. Exterior landings as required by Section for exit discharge doorways in buildings required to have two or more exits. The emergency power system shall provide power for a duration of not less than 0 minutes and shall consist of storage batteries unit equipment or an on site generator Hazardous Materials Emergency or standby power shall be provided in occupancies with hazardous materials in accordance with Section

9 Where mechanical ventilation treatment systems temperature control alarm detection or other electrically operated systems are required such systems shall be provided with an emergency or standby power system in accordance with Chapter Elevators Standby power for elevators shall be provided as set forth in Sections and SPECIL OCCUPNCY REQUIREMENTS is a research facility that houses laboratory space for the Schools of Dentistry Pharmacy and Medicine. Hazardous materials will be used in the laboratory spaces thus special occupancy requirements will be considered for a Class 1 Hazardous location as stated by the NEC Ed Zone Equipment Equipment listed and marked in accordance with 505.(C) (2) for use in Zone 0 locations shall be permitted in Class I Division I or Division 2 locations for the same gas with a suitable temperature class () (1) Wiring Methods In Class I Division I locations the wiring methods in (a) through (d) shall be permitted. (a) Threaded rigid metal conduit or threaded steel intermediate metal conduit. (b) Type MI cable terminated with fittings listed for the location. Type MI cable shall (c) & (d) are for industrial establishments () (4) Conduit Seals oundary In each conduit run leaving a Class I Division I location. The sealing fitting shall be permitted on either side of the boundary of such location within 3.05 m ( ft.) of the boundary and shall be designed and installed so as to minimize the amount of gas or vapor within the Division I portion of the conduit from being communicated to the conduit beyond the seal. Except for listed explosion proof reducers at the conduit seal there shall be no union coupling box or fitting between the conduit seal and the point at which the conduit leaves the Division I location Conductor Insulation Class I Divisions 1 and 2 Where condensed vapors or liquids may collect on or come in contact with the insulation on conductors such insulation shall be of a type identified for use under such conditions; or the insulation shall be protected by a sheath of lead or by other approved means Uninsulated Exposed Parts Class I Divisions 1 and 2 There shall be no uninsulated exposed parts such as electrical conductors buses terminals or components that operate at more than 30 volts ( volts in wet locations). These parts shall additionally be protected by a protection technique according to (E) (F) or (G) that is suitable for the location.

10 Grounding and onding Class I Divisions 1 and 2 Wiring and equipment in Class I Division 1 and 2 locations shall be grounded as specified in rticle 250 and in accordance with the requirements of () and () () Transformers and Capacitors In Class I Division I locations transformers and capacitors shall comply with () (1) and () (2) () Luminaires Luminaires shall comply with () or () SPECIL EQUIPMENT Specialty equipment information from Chapter 6 of the NEC Ed. RTICLE 6 Elevators: NEC pg through RTICLE 645 Information Technology Equipment: NEC pg PRIORITY SSESSMENT RELIILITY: HIGH PRIORITY POWER QULITY: HIGH PRIORITY REDUNDNCY: MEDIUM PRIORITY INITIL COST: LOW PRIORITY LONG TERM OWNERSHIP COST: MEDIUM PRIORITY FLEXIILITY: HIGH PRIORITY 1. - CK-UP POWER LODS GENERTOR (LONG TERM) Emergency Lighting Elevator Systems IT Equipment UNINTERRUPTILE POWER SUPPLY (SHORT TERM) Video Surveillance Security ccess

11 1. - COMMUNICTION SYSTEMS Telephone / Data Fire larm CTV ccess Control Card ccess Security / Video Surveillance 1. - DDITIONL UILDING SERVICES None pplicable 1. - MJOR EQUIPMENT Switchboards Panel boards Generators Transformers Elevator Motors Uninterruptible Power Supply (UPS)

12 SECTION 2 EXISTING ELECTRICL SYSTEMS

13 2.1 - UILDING LODS See Table POWER COMPNY RTE SCHEDULE altimore Gas and Electric Company provides the following monthly net rates: Utility Voltage is 40V 3ɸ CUSTOMER CHRGE = $.00 per month DEMND CHRGE = $3./kW DELIVERY SERVICE CHRGE = 0.04 $/kwh GL SCHEDULE TYPE II SOS GENERTION RTE =.0 c/kwh TRNSMISSION RTE = 0.54 c/kwh TOTL SUPPLY RTE =.45 c/kwh UILDING UTILIZTION VOLTGES Lighting: 1V and 277V 1 ɸ Receptacles: 1V 1 ɸ Mechanical Equipment: /1V and 40/277V 3 ɸ Special Equipment: Elevators 1V 1ɸ EMERGENCY POWER See Table SPECIL OCCUPNCY REQUIREMENTS Zone Equipment (General) Equipment listed and marked in accordance with 505.(C) (2) for use in Zone 0 locations shall be permitted in Class I Division I or Division 2 locations for the same gas with a suitable temperature class () (1) Wiring Methods (General) In Class I Division I locations the wiring methods in (a) through (d) shall be permitted. (a) Threaded rigid metal conduit or threaded steel intermediate metal conduit. (b) Type MI cable terminated with fittings listed for the location. Type MI cable shall (c) & (d) are for industrial establishments.

14 501. () (4) Conduit Seals oundary (Laboratory Spaces) In each conduit run leaving a Class I Division I location. The sealing fitting shall be permitted on either side of the boundary of such location within 3.05 m ( ft.) of the boundary and shall be designed and installed so as to minimize the amount of gas or vapor within the Division I portion of the conduit from being communicated to the conduit beyond the seal. Except for listed explosion proof reducers at the conduit seal there shall be no union coupling box or fitting between the conduit seal and the point at which the conduit leaves the Division I location Conductor Insulation Class I Divisions 1 and 2 (Laboratory Spaces) Where condensed vapors or liquids may collect on or come in contact with the insulation on conductors such insulation shall be of a type identified for use under such conditions; or the insulation shall be protected by a sheath of lead or by other approved means Uninsulated Exposed Parts Class I Divisions 1 and 2 (Laboratory Spaces) There shall be no uninsulated exposed parts such as electrical conductors buses terminals or components that operate at more than 30 volts ( volts in wet locations). These parts shall additionally be protected by a protection technique according to (E) (F) or (G) that is suitable for the location Grounding and onding Class I Divisions 1 and 2 (General) Wiring and equipment in Class I Division 1 and 2 locations shall be grounded as specified in rticle 250 and in accordance with the requirements of () and () () Transformers and Capacitors (General) In Class I Division I locations transformers and capacitors shall comply with () (1) and () (2) () Luminaires (General) Luminaires shall comply with () or () SPECIL EQUIPMENT Specialty equipment information from Chapter 6 of the NEC Ed. RTICLE 6 Elevators: NEC pg through Found in elevator (5 main elevators 2 freight) RTICLE 645 Information Technology Equipment: NEC pg IT rooms located on floors 1

15 2.7 - DESIGN DOCUMENTTION MIN SERVICE ND DISTRIUTION EQUIPMENT Switchgear E/NG51 0V Switchgear NS51 40Y/277 3 ɸ 4 wire Switchgear ES51 40Y/277 3 ɸ 4 wire Switchgear ES52 40Y/277 3 ɸ 4 wire Switchgear ES5P1 40Y/277 3 ɸ 4 wire Switchgear ES5P2 40Y/277 3 ɸ 4 wire Switchgear ELG4P1 40Y/277 3 ɸ 4 wire MIN SERVICE EQUIPMENT Single Ended equipment indoor location. MIN SERVICE TRNSFORMER Typical Dry Type Insulated transformer 40V Delta Primary Y/1V Secondary STEP DOWN TRNSFORMERS With exception to the basement and penthouse levels all floors have either 4 or 5 transformers located in the electrical rooms. elow is a listing of the transformers. DESIGNTION VOLTGE (kv) TX1 2.5 ETX1 2.5 ELTX1 45 ETX2 2.5 ELTX2 2.5 TX 2.5 ETX 75 ETX 75 TX 2.5 ELTX 75 TX ETX21 75 ETX22 75 TX TX ETX31 75 ETX32 75 TX TX ETX41 75

16 ET TX ELTX41 TX ETX51 75 ET TX TX ETX61 75 ET TX62 `2.5 TX ETX71 75 ET TX ELTX71 TX1 2.5 ETX1 75 ET42 75 TX2 2.5 TX1 2.5 ETX1 75 ET42 75 TX2 2.5 TX1 2.5 ETX1 2.5 ET TX2 2.5 ELTX1 ELTXP1 ELTXP2 2.5 ETXP1 2.5 ORDS Wall Mounted with galvanized steel channels. MIN RISERS ND FEEDERS The busses are copper with bolted feeders.

17 CONDUCTORS Copper Conductors throughout the building circuitry. CONDUIT General PVC Conduit insulation 6 inch. RECEPTCLES Specification Grade. SWITCH ND RECEPTCLE FCEPLTES Switch cast weatherproof cover. Watertight compression used for receptacle box. dditional sealant requirements in architectural drawings. MOTOR STRTERS The building s motor starters are individual and non reversing. UPS The UPS sub division panel is located in the basement of the building. This /1V 1 ɸ system operates for the security surveillance and IT components in the building CK-UP POWER LODS GENERTOR (LONG TERM) Emergency Lighting = 7.51kV Elevator Systems IT Equipment UNINTERRUPTILE POWER SUPPLY (SHORT TERM) Video Surveillance Security ccess 2. - COMMUNICTION SYSTEMS Telephone / Data Fire larm CTV ccess Control Card ccess Security / Video Surveillance

18 2. - ELECTRICL SYSTEMS PERCENTGE The majority of the building s electrical storage space is in the basement and penthouse levels. In addition there are IT and electrical rooms at the east and west ends on each floor. The building s IT and electrical rooms are located in the same area of each subsequent floor and are therefore identical in area. Lower asement Level = 5376 sq ft. Upper asement Level = 5267 sq ft. Level 1 = 752 sq ft. Level 2 = 752 sq ft. Level 3 = 752 sq ft. Level 4 = 752 sq ft. Level 5 = 752 sq ft. Level 6 = 752 sq ft. Level 7 = 752 sq ft. Level = 752 sq ft. Level = 752 sq ft. Lower Penthouse Level = 520 sq ft. Electrical Combined Floor rea = 2261 sq ft. uilding Total rea = 4270 sq ft / 4270 =.05 (5% of the building floor area) 2. - ENERGY SVINGS The building is projected to receive a LEED Gold rating. The minimum energy performance must exceed SHRE by %. The MEP will confirm roughly 25% savings when energy model is completed. The ideas call for chilled beams VFD daylight savings occupancy sensors 4 air changes and heat piping DISTIRUTION DIGRMS See PPENDIX

19 SECTION 3 ELECTRICL SYSTEM EVLUTION

20 ESTIMTED ND CTUL LOD COMPRISON NTICIPTED TOTL UILDING LOD = 50 kv CTUL TOTL LOD = 5 kv The discrepancy is quite clear. The assumed building load was based on a rough square footage of the floor. However this is most likely a mathematical error on my part. In Table 1 I calculated using all of the emergency loads as well. POWER COMPNY RTE SCHEDULE The current power company rate schedule is appropriate for the facility as it is a part of the campus utility network. Changing the utility service would be illogical as it would be the only building on the campus not integrated with altimore Gas and Electric (GE). UILDING UTILIZTION VOLTGE ND DISTRIUTION The building is supplied with any and all voltages necessary to function properly. Each laboratory space has its own panel board distributed power and emergency backup. This is ideal for a laboratory space experimenting with hazardous chemicals. EMERGENCY POWER SYSTEMS ll distributed power has an emergency power system. Labs offices and elevators are provided for. There is no need to re evaluate the designed system. OPTIONL CK-UP POWER ND UPS SYSTEMS No alternate strategies suggested at this time. ENERGY SYSTEM INTEGRTION STRTEGIES The addition of a photovoltaic array on one or more of the building roofs may provide ample energy savings annually. It would be prudent to focus on daylighting strategies especially in locations such as the atrium. The building uses occupancy sensors in most of the corridors and stairwells. With the addition on daylight sensors there may be additional long term net savings.

21 REFERENCES rticle 5 National Electric Code. NEM Print. rticle 6 National Electric Code. NEM Print. SHRE Standard 0.1 Energy Standard for uildings Except Low Rise Residential uildings. th ed. SHRE. Print. "Chapter 27 Electrical." International Code Council. International uilding Code. Web. Dec _section.htm.

22 TLE 1 ELECTRICL SYSTEM LODS DESIGNTION LEVEL FED FROM VOLTGE LOD (kv) DEMND (kv) TYPE E/NG51 L SWITCHGER NS51 L 40Y/277 3 PHSE 4 WIRE SWITCHGER ES51 L E/NG51 40Y/277 3 PHSE 4 WIRE SWITCHGER ES52 L E/NG51 40Y/277 3 PHSE 4 WIRE SWITCHGER DP41 L NS51 40Y/277 3 PHSE 4 WIRE DISTRIUTION DP21 L NTX1 Y/1 3 PHSE 4 WIRE DISTRIUTION LP41 L DP41 40Y/277 3 PHSE 4 WIRE LIGHTING Q41 L DP41 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q42 L DP41 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q43 L DP41 40Y/277 3 PHSE 4 WIRE EQUIPMENT L21 L DP21 Y/1 3 PHSE 4 WIRE 2..0 L MODULE L22 L DP21 Y/1 3 PHSE 4 WIRE L MODULE L23 L DP21 Y/1 3 PHSE 4 WIRE L MODULE RP21 L DP21 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS RP22 L DP21 Y/1 3 PHSE 4 WIRE..6 RECEPTCLE + SMLL LODS EDP4 L ES51 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP24 L ETX4 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION Q43 L DP41 40Y/277 3 PHSE 4 WIRE EQUIPMENT EL26 L EDP24 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EDP45 L ES51 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EL27 L EDP25 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL2 L EDP25 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EDP41 L ES52 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP42 L ES52 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP43 L ES51 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP44 L ES51 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP45 L ES51 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP46 L ES52 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP47 L ES52 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4 L ES52 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4 L ES52 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ41 L EDP41 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EQ42 L EDP4 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EQ44 L EDP4 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EDP21 L ETX1 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP22 L ETX2 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION

23 EDP23 L ETX3 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION ERP21 L EDP21 Y/1 3 PHSE 4 WIRE EMERGENCY RECEPTCLE + SMLL LODS ERP22 L EDP22 Y/1 3 PHSE 4 WIRE.52. EMERGENCY RECEPTCLE + SMLL LODS EL21 L EDP21 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL22 L EDP21 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL23 L EDP21 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL24 L EDP23 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL25 L EDP23 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE E21 L 50 KV UPS Y/1 3 PHSE 4 WIRE EMERGENCY S E22 L E21 Y/1 3 PHSE 4 WIRE EMERGENCY S E23 L E21 Y/1 3 PHSE 4 WIRE EMERGENCY S ELQ41 L ELDP4P1 40Y/277 3 PHSE 4 WIRE LIFE SFETY EQUIPMENT ELRP21 L ELTX1 Y/1 3 PHSE 4 WIRE.40. LIFE SFETY RECEPTCLE + SMLL LODS ELLP41 L ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELDP21 L ELTX2 Y/1 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION ELIT21 L ELDP21 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION DP2 LV 1 NTX Y/1 3 PHSE 4 WIRE DISTRIUTION DP2 LV 1 NTX Y/1 3 PHSE 4 WIRE DISTRIUTION LP4 LV 1 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP4 LV 1 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING Q4 LV 1 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q4 LV 1 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT L2 LV 1 DP2 Y/1 3 PHSE 4 WIRE L MODULE L2 LV 1 DP2 Y/1 3 PHSE 4 WIRE L MODULE L2 LV 1 DP2 Y/1 3 PHSE 4 WIRE L MODULE L2 LV 1 EXT Y/1 3 PHSE 4 WIRE L MODULE L2 LV 1 DP2 Y/1 3 PHSE 4 WIRE L MODULE RP2 LV 1 DP2 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS RP2 LV 1 DP2 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP2 LV 1 ETX Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP2 LV 1 ETX Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ4 LV 1 USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT EL2 LV 1 EDP2 Y/1 3 PHSE 4 WIRE.6.4 EMERGENCY L MODULE EL2 LV 1 EDP2 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL2 LV 1 EDP2 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL2 LV 1 EDP2 Y/1 3 PHSE 4 WIRE.. EMERGENCY L MODULE EL2 LV 1 EDP2 Y/1 3 PHSE 4 WIRE..4 EMERGENCY L MODULE EL2 LV 1 EDP2 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP4 LV 1 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING

24 ELIT2 LV 1 ELDP21 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION ELF2 LV 1 ELTX Y/1 3 PHSE 4 WIRE.6. LIFE SFETY DP221 LV 2 NTX21 Y/1 3 PHSE 4 WIRE DISTRIUTION DP222 LV 2 NTX22 Y/1 3 PHSE 4 WIRE DISTRIUTION LP421 LV 2 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP422 LV 2 USWY 40Y/277 3 PHSE 4 WIRE 7.. LIGHTING Q421 LV 2 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q422 LV 2 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT L221 LV 2 DP221 Y/1 3 PHSE 4 WIRE L MODULE L222 LV 2 DP221 Y/1 3 PHSE 4 WIRE L MODULE L223 LV 2 DP221 Y/1 3 PHSE 4 WIRE L MODULE L224 LV 2 DP222 Y/1 3 PHSE 4 WIRE L MODULE L225 LV 2 DP22 Y/1 3 PHSE 4 WIRE L MODULE L226 LV 2 DP222 Y/1 3 PHSE 4 WIRE L MODULE RP221 LV 2 DP221 Y/1 3 PHSE 4 WIRE 26.. RECEPTCLE + SMLL LODS RP222 LV 2 DP222 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS E221 LV 2 E21 Y/1 3 PHSE 4 WIRE EMERGENCY S EDP221 LV 2 ETX21 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP222 LV 2 ETX22 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ421 LV 2 USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL221 LV 2 EDP221 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL222 LV 2 EDP221 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL223 LV 2 EDP221 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL224 LV 2 EDP222 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL225 LV 2 EDP222 Y/1 3 PHSE 4 WIRE.. EMERGENCY L MODULE EL226 LV 2 EDP222 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP421 LV 2 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT221 LV 2 ELDP21 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION DP231 LV 3 NTX31 Y/1 3 PHSE 4 WIRE DISTRIUTION DP232 LV 3 NTX32 Y/1 3 PHSE 4 WIRE DISTRIUTION LP431 LV 3 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP432 LV 3 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING Q431 LV 3 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q432 LV 3 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT L231 LV 3 DP231 Y/1 3 PHSE 4 WIRE L MODULE L232 LV 3 DP231 Y/1 3 PHSE 4 WIRE L MODULE L233 LV 3 DP231 Y/1 3 PHSE 4 WIRE L MODULE L234 LV 3 DP232 Y/1 3 PHSE 4 WIRE L MODULE L235 LV 3 DP232 Y/1 3 PHSE 4 WIRE L MODULE

25 L236 LV 3 DP232 Y/1 3 PHSE 4 WIRE L MODULE RP231 LV 3 DP231 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS RP232 LV 3 DP232 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EQ431 LV 3 USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EDP231 LV 3 ETX31 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP232 LV 3 ETX32 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EL231 LV 3 EDP231 Y/1 3 PHSE 4 WIRE..55 EMERGENCY L MODULE EL232 LV 3 EDP231 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL233 LV 3 EDP231 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL234 LV 3 EDP231 Y/1 3 PHSE 4 WIRE.2.21 EMERGENCY L MODULE EL235 LV 3 EDP232 Y/1 3 PHSE 4 WIRE.. EMERGENCY L MODULE EL236 LV 3 EDP232 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP431 LV 3 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT231 LV 3 ELDP21 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION DP241 LV 4 NTX41 Y/1 3 PHSE 4 WIRE DISTRIUTION DP242 LV 4 NTX42 Y/1 3 PHSE 4 WIRE DISTRIUTION LP441 LV 4 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP442 LV 4 USWY 40Y/277 3 PHSE 4 WIRE.4.43 LIGHTING Q441 LV 4 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q442 LV 4 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT L241 LV 4 DP241 Y/1 3 PHSE 4 WIRE L MODULE L242 LV 4 DP241 Y/1 3 PHSE 4 WIRE L MODULE L243 LV 4 DP241 Y/1 3 PHSE 4 WIRE.26. L MODULE L244 LV 4 DP242 Y/1 3 PHSE 4 WIRE L MODULE L245 LV 4 DP242 Y/1 3 PHSE 4 WIRE L MODULE L246 LV 4 DP242 Y/1 3 PHSE 4 WIRE L MODULE RP241 LV 4 DP241 Y/1 3 PHSE 4 WIRE 2..0 RECEPTCLE + SMLL LODS RP242 LV 4 DP242 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP241 LV 4 ETX41 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP242 LV 4 ETX42 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ441 LV 4 USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL241 LV 4 EDP241 Y/1 3 PHSE 4 WIRE.2.64 EMERGENCY L MODULE EL242 LV 4 EDP241 Y/1 3 PHSE 4 WIRE.5.7 EMERGENCY L MODULE EL243 LV 4 EDP241 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL244 LV 4 EDP242 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL245 LV 4 EDP242 Y/1 3 PHSE 4 WIRE.66. EMERGENCY L MODULE EL246 LV 4 EDP242 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP441 LV 4 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT241 LV 4 ELDP21 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION

26 ELF241 LV 4 ELTX41 Y/1 3 PHSE 4 WIRE LIFE SFETY DP251 LV 5 NTX51 Y/1 3 PHSE 4 WIRE DISTRIUTION DP252 LV 5 NTX52 Y/1 3 PHSE 4 WIRE DISTRIUTION LP451 LV 5 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP452 LV 5 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING Q451 LV 5 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q452 LV 5 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT RP251 LV 5 DP251 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS RP252 LV 5 DP252 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP251 LV 5 ETX51 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP252 LV 5 ETX52 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ451 LV 5 USWY Y/1 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH E251 LV 5 E2P1 Y/1 3 PHSE 4 WIRE EMERGENCY S EL251 LV 5 EDP251 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP451 LV 5 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT251 LV 5 ELDP2P1 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION ELDP451 LV 5 TS 1 40Y/277 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION ELDP452 LV 5 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION DP261 LV 6 NTX61 Y/1 3 PHSE 4 WIRE DISTRIUTION DP262 LV 6 NTX62 Y/1 3 PHSE 4 WIRE DISTRIUTION LP461 LV 6 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP462 LV 6 USWY 40Y/277 3 PHSE 4 WIRE LIGHTING Q461 LV 6 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q462 LV 6 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT RP261 LV 6 DP261 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS RP262 LV 6 DP262 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP261 LV 6 ETX61 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP262 LV 6 ETX62 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ461 LV 6 USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL261 LV 6 EDP261 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP461 LV 6 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELQ461 LV 6 ELDP4P1 40Y/277 3 PHSE 4 WIRE LIFE SFETY EQUIPMENT ELIT261 LV 6 ELDP2P1 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION DP271 LV 7 NTX71 Y/1 3 PHSE 4 WIRE DISTRIUTION DP272 LV 7 NTX72 Y/1 3 PHSE 4 WIRE DISTRIUTION LP471 LV 7 USWY 40Y/277 3 PHSE 4 WIRE.2.53 LIGHTING LP472 LV 7 USWY 40Y/277 3 PHSE 4 WIRE.73.1 LIGHTING Q471 LV 7 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q472 LV 7 USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT

27 L271 LV 7 DP271 Y/1 3 PHSE 4 WIRE L MODULE L272 LV 7 DP271 Y/1 3 PHSE 4 WIRE L MODULE L273 LV 7 DP271 Y/1 3 PHSE 4 WIRE L MODULE L274 LV 7 DP272 Y/1 3 PHSE 4 WIRE L MODULE L275 LV 7 DP272 Y/1 3 PHSE 4 WIRE L MODULE L276 LV 7 DP272 Y/1 3 PHSE 4 WIRE L MODULE RP271 LV 7 DP271 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS RP272 LV 7 DP272 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP271 LV 7 ETX71 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP272 LV 7 ETX72 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ471 LV 7 USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL271 LV 7 EDP271 Y/1 3 PHSE 4 WIRE.4.42 EMERGENCY L MODULE EL272 LV 7 EDP271 Y/1 3 PHSE 4 WIRE.40. EMERGENCY L MODULE EL273 LV 7 EDP271 Y/1 3 PHSE 4 WIRE.0.54 EMERGENCY L MODULE EL274 LV 7 EDP272 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL275 LV 7 EDP272 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL276 LV 7 EDP272 Y/1 3 PHSE 4 WIRE.0. EMERGENCY L MODULE ELLP471 LV 7 ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT271 LV 7 ELDP2P1 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION ELF271 LV 7 ELTX71 Y/1 3 PHSE 4 WIRE LIFE SFETY DP21 LV NTX1 Y/1 3 PHSE 4 WIRE DISTRIUTION DP22 LV NTX2 Y/1 3 PHSE 4 WIRE DISTRIUTION LP41 LV USWY 40Y/277 3 PHSE 4 WIRE..3 LIGHTING LP42 LV USWY 40Y/277 3 PHSE 4 WIRE.4. LIGHTING Q41 LV USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q42 LV USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT L21 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L22 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L23 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L24 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE L25 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE L26 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE RP21 LV DP21 Y/1 3 PHSE 4 WIRE.4.47 RECEPTCLE + SMLL LODS RP22 LV DP22 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP21 LV ETX1 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP22 LV ETX2 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ41 LV USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL21 LV EDP21 Y/1 3 PHSE 4 WIRE.4.42 EMERGENCY L MODULE EL22 LV EDP21 Y/1 3 PHSE 4 WIRE.22. EMERGENCY L MODULE

28 EL23 LV EDP21 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL24 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL25 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL26 LV EDP22 Y/1 3 PHSE 4 WIRE.26. EMERGENCY L MODULE E21 LV E2P1 Y/1 3 PHSE 4 WIRE EMERGENCY S ELLP41 LV ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT21 LV ELDP2P1 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION DP21 LV NTX1 Y/1 3 PHSE 4 WIRE DISTRIUTION DP22 LV NTX2 Y/1 3 PHSE 4 WIRE DISTRIUTION LP41 LV USWY 40Y/277 3 PHSE 4 WIRE.07.3 LIGHTING LP42 LV USWY 40Y/277 3 PHSE 4 WIRE.67.3 LIGHTING Q41 LV USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT Q42 LV USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT L21 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L22 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L23 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L24 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE L25 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE L26 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE RP21 LV DP21 Y/1 3 PHSE 4 WIRE.70.5 RECEPTCLE + SMLL LODS RP22 LV DP22 Y/1 3 PHSE 4 WIRE..26 RECEPTCLE + SMLL LODS EDP21 LV ETX1 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP22 LV ETX2 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ41 LV USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL21 LV EDP21 Y/1 3 PHSE 4 WIRE.. EMERGENCY L MODULE EL22 LV EDP21 Y/1 3 PHSE 4 WIRE.40. EMERGENCY L MODULE EL23 LV EDP21 Y/1 3 PHSE 4 WIRE.0.54 EMERGENCY L MODULE EL24 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL25 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE EL26 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE ELLP41 LV ELDP451 40Y/277 3 PHSE 4 WIRE LIFE SFETY LIGHTING ELIT21 LV ELDP2P1 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION DP21 LV NTX1 Y/1 3 PHSE 4 WIRE DISTRIUTION DP22 LV NTX2 Y/1 3 PHSE 4 WIRE DISTRIUTION LP41 LV USWY 40Y/277 3 PHSE 4 WIRE LIGHTING LP42 LV USWY 40Y/277 3 PHSE 4 WIRE LIGHTING Q41 LV USWY 40Y/277 3 PHSE 4 WIRE EQUIPMENT DP41 LV 600 FRME 40Y/277 3 PHSE 4 WIRE DISTRIUTION L21 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE

29 L22 LV DP21 Y/1 3 PHSE 4 WIRE L MODULE L23 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE L24 LV DP22 Y/1 3 PHSE 4 WIRE L MODULE RP21 LV DP21 Y/1 3 PHSE 4 WIRE.0.64 RECEPTCLE + SMLL LODS RP22 LV DP22 Y/1 3 PHSE 4 WIRE RECEPTCLE + SMLL LODS EDP21 LV ETX1 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP22 LV ETX2 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EQ41 LV USWY 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EL21 LV EDP21 Y/1 3 PHSE 4 WIRE.2.46 EMERGENCY L MODULE (2 SECTION) EL22 LV EDP21 Y/1 3 PHSE 4 WIRE.5.2 EMERGENCY L MODULE (2 SECTION) EL23 LV EDP21 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE (2 SECTION) EL24 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE (2 SECTION) EL25 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE (2 SECTION) EL26 LV EDP22 Y/1 3 PHSE 4 WIRE EMERGENCY L MODULE (2 SECTION) ELLP41 LV ELDP451 40Y/277 3 PHSE 4 WIRE.70. LIFE SFETY LIGHTING ELIT21 LV ELDP2P1 Y/1 3 PHSE 4 WIRE LIFE SFETY COMMUNICTION ELF21 LV ELTX1 Y/1 3 PHSE 4 WIRE LIFE SFETY ES5P1 LV LP E/NG51 40Y/277 3 PHSE 4 WIRE SWITCHGER ES5P2 LV LP E/NG51 40Y/277 3 PHSE 4 WIRE SWITCHGER ELG4P1 LV LP GEN 1 40Y/277 3 PHSE 4 WIRE LIFE SFETY SWITCHGER EDP4P1 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4P2 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4P3 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4P4 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4P5 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4P6 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP4P7 LV LP ES5P1 40Y/277 3 PHSE 4 WIRE EMERGENCY DISTRIUTION EDP2P1 LV LP ETXP1 Y/1 3 PHSE 4 WIRE EMERGENCY DISTRIUTION ERP2P1 LV LP EDP2P1 Y/1 3 PHSE 4 WIRE EMERGENCY RECEPTCLE + SMLL LODS ERP2P2 LV LP EDP2P1 Y/1 3 PHSE 4 WIRE.2.50 EMERGENCY RECEPTCLE + SMLL LODS E2P1 LV LP 50 KV UPS Y/1 3 PHSE 4 WIRE EMERGENCY S E2P2 LV LP E2P1 Y/1 3 PHSE 4 WIRE EMERGENCY S E2P3 LV LP E2P1 Y/1 3 PHSE 4 WIRE EMERGENCY S LP4P1 LV LP EDP4P1 40Y/277 3 PHSE 4 WIRE.2.35 LIGHTING ELF2P1 LV LP ELTXP1 Y/1 3 PHSE 4 WIRE LIFE SFETY ELDP4P1 LV LP TS 4 40Y/277 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION ELDP4P2 LV LP TS 2 40Y/277 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION ELDP4P3 LV LP TS 3 40Y/277 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION ELDP2P1 LV LP ELTXP2 Y/1 3 PHSE 4 WIRE LIFE SFETY DISTRIUTION

30 EQ4P1 LV UP EDP4P2 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH EQ4P2 LV UP EDP4P3 40Y/277 3 PHSE 4 WIRE EMERGENCY EQUIPMENT + MECH TOTLS SUTRCTED SWITCHGER

31 DMINISTRTION & FINNCE FCILITIES MNGMENT RCHITECTURE ENGINEERING & 2 RCH STREET OFFICE LEVEL 3 LTIMORE MRYLND 2 PHONE. (4) FX. (4) /E CONSULTNTS rchitect 3223 Grace Street NW Washington DC 007 ssociate rchitect 601 East Pratt Street Suite 300 altimore MD 2 EI Engineers 401 N. Washington St Suite 400 Rockville MD 50 Plumbing/F/FP Engineers 737 Washingtonian lvd. Suite 5 Gaithersburg MD 7 Cagley & ssociates 61 Executive lvd Rockville MD 52 Civil Engineer / Landscape rchitect 3 Jarrettsville Pike Phoenix MD South roadway Suite G Tarrytown NY 51 Melville Thomas rchitects Inc Interior rchitects 600 Wyndhurst ve. Suite 3 altimore MD 2 PROFESSIONL CERTIFICTION. I HERE Y CERTIFY THT THESE DOCUMENTS WERE PREPRED OR PPROVED Y ME ND THT I M DULY LICENSED PROFESSIONL ENGINEER UNDER THE LWS OF THE STTE OF MRYLND EXPIRTION DTE:. REGISTRTION / STMP HELTH FCILITY III ELECTRICL ENLING PCKGE UM UILDING.: UM PROJECT.: -35 /E PROJECT.: CD FILE.: DTE: 05/07/ UM CMPUS kv NETWORK ONE-LINE DIGRM 1 5/7/ ddendum No. 2 1 UM CMPUS kv NETWORK ONE-LINE DIGRM TE: 1. DRWING IS PROVIDED FOR REFERENCE ONLY. 3 SHEET. EE601 OF 0 1

32 PPENDIX SINGLE LINE DIGRMS 21

33 MIN MIN UT- PRLLELING GER SPRE ES5P2 ES51 RTH LDG RTH LDG ES51 ES5P2 SPRE PRLLELING GER UT- MVS NT5P4 0:40/277V TRNSFORMER TRNS -M1 TRNS USWY -F4 SPRE -F5 SPRE -F6 TS-2 -F1 TS-1 -F2 SPRE -F3 TIE TS-3 -F1 TS-4 -F2 SPRE -F3 USWY -F4 SPRE -F5 SPRE -F6 TRNS -M1 TRNS NT5P3 0:40/277V TRNSFORMER MVS U- M2 G- M2 - F7 - F SPCE - F5 - F6 ES5P1 - F3 - F4 NS51 - F1 - F2 ES52 TIE - F1 - F2 - F3 - F4 - F5 - F6 - F7 - F ES52 NS51 ES5P1 SPCE G- M1 U- M1 DMINISTRTION & FINNCE FCILITIES MNGMENT RCHITECTURE ENGINEERING & 2 RCH STREET OFFICE LEVEL 3 LTIMORE MRYLND 2 PHONE. (4) FX. (4) SWITCHGER ES5P2 E505 SCLE: 1/4" = 1'-0" 1 SWITCHGER E/NG51 E505 SCLE: 1/4" = 1'-0" UM EMERGENCY PHONE NUMERS UM POLICE (4) UM WORK CONTROL (4) GEN #1 GM-F1 FIRE PUMP -F1 1 TS-4 -F3 TS-2 -F5 SPRE -F7 FIRE PUMP TP MIN TRNS TRNS MIN FIRE PUMP TP USWY SPCE SPRE USWY -F2 -F4 -F6 -F -F4 -F1 -F1 -F4 E505 1 SPRE TS-3 TS-1 FIRE PUMP FEEDERS SHLL E UL LISTED FOR 2- HOUR FIRE RTING. LL HORIZNTL RUNS SHLL E LIFELINE RHW-2 ND VERTICL RUNS SHLL E MI CLE. PROVIDE CODE-REQUIRED PULL OXES WHERE IS NECESSRY. SEE DRWING E700 FOR FEEDER SCHEDULES. 7 SWITCHGER ELG4P1 SCLE: 1/4" = 1'-0" SPRE MVS NT51 0:40/277V TRNSFORMER IR -M1 SPRE DP41 DP21 SPRE -F5 -F2 -F2 -F5 SPCE USWY -F6 -F3 TIE USWY SPCE -F3 -F6 2 SWITCHGER NS51 E505 SCLE: 1/4" = 1'-0" -M1 IR NT52 0:40/277V TRNSFORMER MVS /E CONSULTNTS rchitect 3223 Grace Street NW Washington DC 007 ssociate rchitect 601 East Pratt Street Suite 300 altimore MD 2 EI Engineers 401 N. Washington St Suite 400 Rockville MD 50 Plumbing/F/FP Engineers 737 Washingtonian lvd. Suite 5 Gaithersburg MD 7 Cagley & ssociates 61 Executive lvd Rockville MD 52 MIN MIN Civil Engineer / Landscape rchitect 3 Jarrettsville Pike Phoenix MD MVS ET54 0:40/277V TRNSFORMER IR -M1 TRNS SPRE -F4 SPCE -F5 SPCE -F6 SPRE -F1 EDP45 -F2 CH--3 -F3 TIE CH--2 -F1 EDP44 -F2 SPRE -F3 EDP43 -F4 IMGING SUITE -F5 CH--5 -F6 TRNS -M1 IR ET53 0:40/277V TRNSFORMER MVS 303 South roadway Suite G Tarrytown NY 51 Melville Thomas rchitects Inc Interior rchitects 600 Wyndhurst ve. Suite 3 altimore MD 2 3 SWITCHGER ES51 E505 SCLE: 1/4" = 1'-0" PROFESSIONL CERTIFICTION. I HERE Y CERTIFY THT THESE DOCUMENTS WERE PREPRED OR PPROVED Y ME ND THT I M DULY LICENSED PROFESSIONL ENGINEER UNDER THE LWS OF THE STTE OF MRYLND EXPIRTION DTE:. REGISTRTION / STMP MIN MIN EDP42 FUTURE CH--4 CH--1 IMGING SUITE MVS ET55 0:40/277V TRNSFORMER IR -M1 TRNS -F4 -F1 -F1 -F4 EDP41 EDP4 EDP47 EDP46 -F5 -F2 -F2 -F5 SPCE SPRE -F6 -F3 TIE SPRE SPCE -F3 -F6 4 SWITCHGER ES52 E505 SCLE: 1/4" = 1'-0" TRNS -M1 IR ET56 0:40/277V TRNSFORMER MVS HELTH FCILITY III UM UILDING.: UM PROJECT.: /E PROJECT.: CD FILE.: DTE: DOR NME.: // MIN MIN TRNS EDP4P1 -F4 SPRE EDP4P7 -F1 EDP4P2 EDP4P3 -F1 EDP4P6 EDP4P5 -F4 EDP4P4 TRNS ELECTRICL SWITCHGER ELEVTION MVS NT5P1 0:40/277V TRNSFORMER TRNS -M1 -F5 SPRE -F6 -F2 SPRE -F3 TIE -F2 SPRE -F3 -F5 SPRE -F6 -M1 TRNS NT5P2 0:40/277V TRNSFORMER MVS 5 SWITCHGER ES5P1 E505 SCLE: 1/4" = 1'-0" 1 04// ddendum // ulletin 3 07/25/ ulletin ulletin 7 SHEET. E505

34 USWY DESIGNTION USWY NS51 -F4 LOCTION VOLTGE 40/277 Wye FED FROM NS51 USWY RTING 00 FULT CURRENT RTING 65 kic LODS 1 DP DP2 VI NTX.6 kv 2 LIGHTING LP4. kv 3 EQUIPMENT Q kv 4 DP DP221 VI NTX kv 5 LIGHTING LP kv 6 EQUIPMENT Q kv 7 DP DP231 VI NTX31 7. kv EQUIPMENT Q kv LIGHTING LP kv DP DP241 VI NTX41.44 kv LIGHTING LP441. kv EQUIPMENT Q kv TES 1. FOR REFERENCE ONLY LODS LOD CLSSIFICTION TES 1. FOR REFERENCE ONLY LOD NME PPLINCE LIGHTING MOTOR RECEPTCLES SPRE TOTL LOD NME LOD CLSSIFICTION PPLINCE LIGHTING MOTOR RECEPTCLES SPRE TOTL LOD (KV) 0.00 kv kv 3.30 kv kv 0.00 kv 65. kv LOD 1 DP DP251 VI NTX kv 2 LIGHTING LP kv 3 EQUIPMENT Q kv 4 DP DP261 VI NTX61 2. kv 5 LIGHTING LP kv 6 EQUIPMENT Q kv 7 DP DP271 VI NTX kv EQUIPMENT Q kv LIGHTING LP471.2 kv DP DP21 VI NTX1 4. kv EQUIPMENT Q kv LIGHTING LP41. kv DP DP21 VI NTX kv EQUIPMENT Q kv LIGHTING LP41.07 kv DP DP21 VI NTX kv EQUIPMENT Q kv LIGHTING LP41.72 kv (KV) 0.45 kv kv 7.5 kv kv 0.00 kv kv USWY TULTION OF LODS TES USWY TULTION OF LODS USWY DESIGNTION USWY NS51 -F3 LOCTION VOLTGE 40/277 Wye FED FROM NS51 USWY RTING 00 FULT CURRENT RTING 65 kic TES USWY TULTION OF LODS USWY DESIGNTION USWY NS51 -F4 LOCTION EST ELECTRICL ROOM LEVELS 1- VOLTGE 40/277 Wye FED FROM NS51 USWY RTING 00 FULT CURRENT RTING 65 kic LODS 1 DP DP2 NTX kv 2 LIGHTING LP4.31 kv 3 EQUIPMENT Q kv 4 DP DP222 VI NTX kv 5 EQUIPMENT Q kv 6 LIGHTING LP kv 7 DP VI NTX kv LIGHTING LP kv EQUIPMENT Q kv DP DP242 VI NTX42 0. kv EQUIPMENT Q kv LIGHTING LP442.4 kv TES 1. FOR REFERENCE ONLY LODS LOD NME LOD CLSSIFICTION TES 1. FOR REFERENCE ONLY PPLINCE LIGHTING MOTOR RECEPTCLES SPRE TOTL LOD NME LOD CLSSIFICTION PPLINCE LIGHTING MOTOR RECEPTCLES SPRE TOTL LOD (KV) 3.0 kv 3.6 kv 1.46 kv kv 0.00 kv kv LOD 1 DP DP252 NTX kv 2 EQUIPMENT Q kv 3 LIGHTING LP kv 4 DP DP262 VI NTX kv 5 EQUIPMENT Q kv 6 LIGHTING LP kv 7 DP DP272 NTX kv EQUIPMENT Q kv LIGHTING LP kv DP DP22 VI NTX kv EQUIPMENT Q42 2. kv LIGHTING LP42.4 kv DP DP22 VI NTX2 3.4 kv EQUIPMENT Q kv LIGHTING LP42.67 kv LIGHTING LP kv (KV) 2.5 kv kv 3.7 kv 323. kv 0.54 kv kv TES USWY TULTION OF LODS USWY DESIGNTION USWY NS51 -F3 LOCTION VOLTGE 40/277 Wye FED FROM NS51 USWY RTING 00 FULT CURRENT RTING 65 kic TES METER TG MS PRIMRY SUSTTION M1 M.V. LOD INTERRUPTER SWITCHGER M2 LIGHTING RECEPTCLES DISTRIUTION M4 MECHNICL EQUIPMENT DISTRIUTION MICRO PROCESSOR SED POWER QULITY METER METERING MODULE MOUNTED DIRECTLY ON LOD SIDE OF MIN CIRCUIT REKER METERED VLUES ND FUNCTIONS CURRENT - PHSE NEUTRL ND GROUND () VOLTGE - L/L & L/N (V) REL POWER (kw) RECTIVE POWER (kvr) PPRENT POWER (kv) ENERGY (kwh) ENERGY (kvrh) ENERGY (kvh) FREQUENCY (HZ) POWER FCTOR (%) FLICKER WVEFORM CPTURE - SOFTWRE ND HRDWRE TRIGGERED FOR FULT NLYSIS SMPLING RTE - 5 SMPLES PER CYCLE HRMONIC NLYSIS - TOTL HRMONIC DISTORTION (THD) THD CURRENT % ECH PHSE THD VOLTGE % PHSE-PHSE ND PHSE-NEUTRL CEM LOG PLOTTING PHSOR NLYSIS MODUS PROTOCOL NLOG ND DIGITL I/O ETHERNET ND WE SERVER CPLE PROGRMMLE SET POINTS FOR LRMS EVENT RECORDER GPS CLOCK FOR TIME STMPING TOUCHSCREEN LCD USER INTERFCE SCREEN CURRENT - PHSE & NEUTRL () VOLTGE - L/L & L/N (V) REL POWER (kw) RECTIVE POWER (kvr) PPRENT POWER (kv) ENERGY (kwh) ENERGY (kvrh) ENERGY (kvh) FREQUENCY (HZ) POWER FCTOR (%) MODUS PROTOCOL NLOG ND DIGITL I/O WE SERVER CPLE TES: 1. GE INDICTES GENERL ELECTRIC PROVIDE GE METERS S LISTED OR PPROVED EQUIVLENT FROM SQURE D OR CUTLER HMMER LL METERS SHLL E PROVIDED Y SINGLE MNUFCTURER 2. MICROPROCESS OR SED POWER QULITY METER METERING MODULE MOUNTED DIRECTLY ON LOD SIDE OF MIN CIRCUIT REKER METERING MODULE MOUNTED DIRECTLY ON LOD SIDE OF MIN CIRCUIT REKER CURRENT - PHSE NEUTRL ND GROUND () VOLTGE - L/L & L/N (V) REL POWER (kw) RECTIVE POWER (kvr) PPRENT POWER (kv) ENERGY (kwh) ENERGY (kvrh) ENERGY (kvh) FREQUENCY (HZ) POWER FCTOR (%) FLICKER WVEFORM CPTURE - SOFTWRE ND HRDWRE TRIGGERED FOR FULT NLYSIS SMPLING RTE - 5 SMPLES PER CYCLE HRMONIC NLYSIS - TOTL HRMONIC DISTORTION (THD) THD CURRENT % ECH PHSE THD VOLTGE % PHSE-PHSE ND PHSE-NEUTRL MODUS PROTOCOL NLOG ND DIGITL I/O ETHERNET ND WE SERVER CPLE PROGRMMLE SET POINTS FOR LRMS EVENT RECORDER GPS CLOCK FOR TIME STMPING TOUCHSCREEN LCD USER INTERFCE SCREEN CURRENT - PHSE & NEUTRL () VOLTGE - L/L & L/N (V) REL POWER (kw) RECTIVE POWER (kvr) PPRENT POWER (kv) ENERGY (kwh) ENERGY (kvrh) ENERGY (kvh) FREQUENCY (HZ) POWER FCTOR (%) MODUS PROTOCOL NLOG ND DIGITL I/O WE SERVER CPLE CURRENT - PHSE & NEUTRL () VOLTGE - L/L & L/N (V) REL POWER (kw) RECTIVE POWER (kvr) PPRENT POWER (kv) ENERGY (kwh) ENERGY (kvrh) ENERGY (kvh) FREQUENCY (HZ) POWER FCTOR (%) MODUS PROTOCOL NLOG ND DIGITL I/O WE SERVER CPLE LL METERS SHLL E INTER VI LOCL NETWORK ND INTERFCED WITH UILDING UTOMTION SYSTEM FOR THE GTHERING OF LL METERED VLVES ND FUNCTIONS. RELY TG * SEL 700G (RE E ONLY) * 2600 (RE E ONLY) SEL 351S SEL 351 SEL 57Z SEL 77 SEL 751 IEEE# 21 51V/C S R 4T 50F 50N 50 PGQ * 51G 51N 5 PGQ 5N 5S 64G 67G 7 1 OUR G 7N 25G PGQ 1 OU 67 PGQ 50 PGQ 51 PGQ 67N 50N 51N PGQ 1 OU 67 PGQ 50 PGQ 51 PGQ 67N 50N 51N PGQ 51 PGQ 5 PQ 27 P U LOP 50 PGQF 51 PGQ 4 50N 51N 7G 50 PGQF 51 PGQ / PNGO 51PNGO 67PNO 1OU 67N 50N 51N RELY DISTNCE VOLTGE RESTRINED/CONTROLLED TIME OVERCURRENT OVEREXCITTION (VOLTS PER HERTZ) UNDERVOLTGE UNDERVOLTGE -SUPPLY DIRECTIONL POWER LOSS-OF-FIELD NEGTIVE SEQUENCE OVERCURRENT RTD THERML THERML MODEL REKER FILURE NEUTRL - OVERCURRENT OVERCURRENT - PHSE GROUND NEGTIVE SEQ. GROUND TIME OVERCURRENT (SEE TE 2) NEUTRL TIME OVERCURRENT OVERVOLTGE - PHSE GROUND NEGTIVE SEQ. NEUTRL OVERVOLTGE OVERVOLTGE - SUPPLY 0 PERCENT STTOR GROUND DIRECTIONL GROUND CURRENT OUT-OF-STEP UNDERFREQUENCY - OVER UNDER RTE LOSS-OF-POTENTIL CURRENT DIFFERENTIL RESTRICTED ERTH FULT (REF) NEUTRL CURRENT DIFFERENTIL GENERTOR SYNCHRONISM CHECK ND UTOSYNCHRONIZER LOCK-OUT UNDERVOLTGE POWER ELEMENTS OVERVOLTGE UNDERFREQUENCY/OVERFREQUENCY DIRECTIONL OVERCURRENT OVERCURRENT TIME OVERCURRENT DIRECTIONL NEUTRL OVERCURRENT NEUTRL - O/C NEUTRL TIME - O/C OVERVOLTGE SYNCHRONISM CHECK UTO-RECLOSING LOCK-OUT UNDERVOLTGE POWER ELEMENTS OVERVOLTGE UNDERFREQUENCY/OVERFREQUENCY DIRECTIONL OVERCURRENT OVERCURRENT TIME OVERCURRENT DIRECTIONL NEUTRL OVERCURRENT NEUTRL - O/C NEUTRL TIME - O/C LOCK-OUT THREE-PHSE HIGH-IMPEDNCE DIFFERENTIL ELEMENTS OVERCURRENT TIME OVERCURRENT OVERVOLTGE - PHSE NEG-SEQ UNDERVOLTGE - PHSE DIRECTIONL POWER VOLTS/HERTZ FREQUENCY - OVER UNDER LOSS-OF POTENTIL OVERCURRENT - PHSE GROUND NEG-SEQ REKER FILURE TIME-OVERCURRENT - PHSE GROUND NEG-SEQ TEMPERTURE LRM ND TRIP NEUTRL OVERCURRENT NEUTRL TIME-OVERCURRENT RESTRICTED ERTH FULT (REF) OVERCURRENT - PHSE GROUND NEG-SEQ REKER FILURE TIME-OVERCURRENT - PHSE GROUND NEG-SEQ CURRENT DIFFERENTIL LOCK-OUT UNDER/OVERVOLTGE DIRECTIONL POWER OVERCURRENT TIME-OVERCURRENT DIRECTIONL OVERCURRENT OVER/UNDER FREQUENCY DIRECTIONL NEUTRL OVERCURRENT NEUTRL O/C NEUTRL-TIME O/C SYNCH CHECK UTO RE-CLOSING LOCK-OUT MIRRORED ITS COMMUNICTION RTE OF CHNGE OF FREQUENCY df/dt RC SENSE TECHLOGY (ST) HIGH-IMPENDENCE FULT DETECTION RC-FLSH DETECTION TE: 1. SEL INDICTES SCHWEITZER ENGINEERING LORTORIES RELYS 2. 51G FUNCTION FOR RELY 700G ND 2600 ON GENERTOR OUTPUT CIRCUIT REKER S MG1 ND MG2 SHLL T TRIP THE CIRCUIT REKERS. ON THESE REKERS THE 51G FUNCTION SHLL PROVIDE INDICTIONL LRM SIGNL TO THE S. DMINISTRTION & FINNCE FCILITIES MNGMENT RCHITECTURE ENGINEERING & 2 RCH STREET OFFICE LEVEL 3 LTIMORE MRYLND 2 PHONE. (4) FX. (4) UM EMERGENCY PHONE NUMERS UM POLICE (4) UM WORK CONTROL (4) /E CONSULTNTS PROFESSIONL CERTIFICTION. I HERE Y CERTIFY THT THESE DOCUMENTS WERE PREPRED OR PPROVED Y ME ND THT I M DULY LICENSED PROFESSIONL ENGINEER UNDER THE LWS OF THE STTE OF MRYLND rchitect 3223 Grace Street NW Washington DC 007 ssociate rchitect 601 East Pratt Street Suite 300 altimore MD 2 EI Engineers 401 N. Washington St Suite 400 Rockville MD 50 Plumbing/F/FP Engineers 737 Washingtonian lvd. Suite 5 Gaithersburg MD 7 Cagley & ssociates 61 Executive lvd Rockville MD 52 Civil Engineer / Landscape rchitect 3 Jarrettsville Pike Phoenix MD South roadway Suite G Tarrytown NY 51 Melville Thomas rchitects Inc Interior rchitects 600 Wyndhurst ve. Suite 3 altimore MD 2 EXPIRTION DTE:. REGISTRTION / STMP HELTH FCILITY III USWY TULTION OF LODS USWY DESIGNTION USWY ES5P2 -F4 LOCTION WEST ELECTRICL ROOM LEVELS 1- VOLTGE 40/277 Wye FED FROM ES5P2 USWY RTING 00 FULT CURRENT RTING 65 kic USWY TULTION OF LODS USWY DESIGNTION USWY ES5P2 -F3 LOCTION EST ELECTRICL ROOM LEVELS 1- VOLTGE 40/277 Wye FED FROM ES5P2 USWY RTING 00 FULT CURRENT RTING 65 kic 2 POWER METER TLE1 E600 1 RELY TLE1 E600 UM UILDING.: LODS LOD NME LOD 1 DP EDP2 VI ETX 5.32 kv 2 EQUIPMENT EQ kv TES LODS LOD NME LOD 1 DP EDP2 VI ETX kv 2 DP EDP222 VI ETX kv TES GENERL TES: RELY TLE FOR SEL RELYS PROVIDED S SHOWN ON DRWINGS E600X. ECH RELY SHLL PROVIDE ECH NSI FUNCTION S DESCRIED IN THE TLE. UM PROJECT.: /E PROJECT.: CD FILE.: DTE: DOR NME.: /25/ 3 DP EDP221 VI ETX21.74 kv 4 EQUIPMENT EQ kv 3 DP EDP232 VI ETX kv 4 DP EDP242 VI ETX kv 5 DP EDP231 VI ETX kv 6 EQUIPMENT EQ kv 7 DP EDP241 VI ETX kv EQUIPMENT EQ kv DP EDP251 VI ETX kv EQUIPMENT EQ kv DP EDP261 VI ETX kv EQUIPMENT EQ kv DP EDP271 VI ETX kv 5 DP EDP252 VI ETX kv 6 DP EDP262 VI ETX kv 7 DP EDP272 VI ETX kv DP EDP22 VI ETX kv DP EDP22 VI ETX kv DP EDP22 VI ETX2.52 kv ELECTRICL METER ND RELY TLE EQUIPMENT EQ kv DP EDP21 VI ETX kv EQUIPMENT EQ kv DP EDP21 VI ETX kv EQUIPMENT EQ kv DP EDP21 VI ETX kv EQUIPMENT EQ kv 1 04// ddendum /25/ FINL CD LOD CLSSIFICTION (KV) LOD CLSSIFICTION (KV) PPLINCE LIGHTING MOTOR RECEPTCLES SPRE TOTL 6.60 kv 0.00 kv kv kv 0.00 kv kv PPLINCE LIGHTING MOTOR RECEPTCLES SPRE TOTL kv 0.00 kv 0.00 kv kv 0.00 kv kv TES 1. FOR REFERENCE ONLY TES 1. FOR REFERENCE ONLY RFI 4 SHEET. E600