Attachment 5.1-500 Complete Report - Honolulu VAMC Final-1.pdf

Department of Veterans Affairs Honolulu Veterans Affairs Medical Center

Honolulu, Hawaii

VISN 21

ELECTRICAL DISTRIBUTION

SYSTEM CONDITION ASSESSMENT

Contract# : VA101-17-D-3087

Final Submission

Prepared by:

E.K. FOX & ASSOCIATES, LTD.

CONSULTING ENGINEERS

4500 Southgate Place, Suite 800, Chantilly, VA 20151

March 27, 2020

Honolulu VAMC – Honolulu, Hawaii Electrical Condition Assessment

Prepared for: Dept. of Veterans Affairs Page 1 Prepared by: E.K. Fox & Associates, Ltd.

425 I Street, NW, (CFM3A) 4500 Southgate Place, Suite 800 Washington, DC 20001 Chantilly, VA 20151

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

2. INTRODUCTION

2.1. Facility Support

2.2. Station Information

2.3. Site Plan

2.4. Medium Voltage Distribution System Overview

2.5. Emergency Power System Overview

2.6. Calculation Methods

2.7. Ground Resistance Test Reports

2.8. Study Assumptions

3. FAULT CURRENT ANALYSIS

3.1. Introduction

3.2. Sources of Fault Current

3.3. Calculation Scenarios

3.4. SKM Power*Tools Input Data Reports

3.5. Short Circuit Calculation Results

3.6. Equipment Evaluation Results

4. PROTECTIVE DEVICE COORDINATION STUDY

4.1. Introduction

4.2. Existing and Proposed Protective Device Settings

4.3. Underrated Feeders

4.4. Replacement System Components

4.5. Analysis and Recommendations

4.6. Time-Current Characteristic Graphs Descriptions and Analysis

4.7. Time-Current Characteristic Graphs

5. VOLTAGE DROP ANALYSIS

5.1. Introduction

5.2. Basis of Evaluation

5.3. Results

5.4. Load Flow Calculations

6. ARC FLASH HAZARD ANALYSIS

6.1. Introduction

6.2. Basis of Study

6.3. Disclaimer

6.4. Results

7. CONDITION ASSESSMENT

7.1. General Information

7.2. Medium Voltage Distribution System

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7.3. Low Voltage Distribution System

7.4. Grounding System

7.5. Emergency/Standby/Essential Electrical System Analysis

7.6. Summary of Costs

7.7. Building System Assessment

APPENDICES

A. Site Data and Site Plan B. Available Fault Current Information C. Honolulu VAMC Electrical Load Data D. Minutes of Entrance Briefing and Baseline Review E. Equipment Condition Assessment Sheets F. Comments and Responses G. VHA Electrical Directive Compliance Survey H. One-Line Diagrams I. Ground Test Reports J. Cost Estimate Detail K. E.K. Fox & Associates, Ltd. - Statement of Work

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1. EXECUTIVE SUMMARY

The Department of Veterans Affairs – Office of Construction and Facilities Management (CFM), commissioned AES Group, Inc. and E.K. Fox and Associates, Ltd. (EKFox) to perform the electrical system condition assessment of the Honolulu Veterans Affairs Medical Center (VAMC).

The scope of this assessment is to provide short circuit analysis, protective device coordination study, voltage drop analysis, arc flash hazard analysis, and equipment condition assessment with the purpose of improving the safety and reliability of the electrical distribution system.

EKFox performed an onsite survey October 15-25, 2019. With some exceptions, we found the overall electrical condition of this facility to be in good condition. We then used the collected survey information to perform calculations and analyses for the electrical power system for the Honolulu VAMC campus.

Our short circuit analysis, which aims to identify if circuit breakers can safely interrupt the fault current due to a short, has currently shown that all overcurrent protection devices (OCPD’s) have passed the device evaluation for interrupting capacity. The scope of this analysis included evaluation of circuit breakers in the downstream panelboards. Section 3 of this report has additional details.

The protective device coordination study uses the current fixed and adjustable settings of the existing OCPD’s to graphically display how those devices will respond to a short or overload event.

The settings are then adjusted to allow the protective device closest to the fault to interrupt the circuit thereby minimizing the disruption of electrical service. Our study currently identifies fifty-three (53) OCPD’s and two (2) conductor sets that require adjustment or replacement to either better coordinate with other OCPD’s or to provide the correct level of protection for downstream conductors. We also recommend a reconfiguration for one (1) circuit breaker feed to correct a miscoordination that is present between a main and feeder breaker in a panel in E-Wing.

This report includes a summary of the specific OCPD’s and the recommended changes in Section 4:

Protective Device Coordination Study. We also include the time/current characteristic (TCC) graphs, which that show the interaction of the OCPD’s with the existing and recommended settings applied, in Section 4.

EKFox also performed a load flow analysis in order to determine voltage drop along the length of the feeders using utility demand information from meter data, and data plate values of the equipment, in order to distribute the loads in the system. Using assumed loading, most feeders had a voltage drop that was around 1-3%, and some feeders had a voltage drop that was close to 4%. Additional information can be found in Section 5 of this report.

We also performed an arc flash hazard analysis to determine the incident energy released by an arcing fault at the location of each device in the electrical distribution system. This analysis is also used to determine safe working distances and the required personal protective equipment (PPE) for personnel working in the panel. The results show a total of three (3) buses that have an incident energy that is greater than 40 cal/cm2. EKFox will also provide the engineering staff arc flash labels that will warn them of the potential dangers for all panels and equipment and in compliance with NFPA 70E 2018, as required by our statement of work.

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Finally, EKFox performed a condition assessment survey to identify the existing condition and to assess the age of the electrical system equipment. Most of the electrical equipment for the Honolulu VAMC campus is in fair to good condition. Many pieces have less than half of their useful life span remaining, and a few pieces of equipment have specific issues that put them in poor condition. The condition and code compliance issues were brought to the attention of the Chief Engineer as they were discovered and were reiterated during the onsite survey exit briefing. The equipment condition survey details are included in Section 7: Condition Assessment. Section 7 also includes a summary of the cost (by building) to replace any equipment identified in our assessment.

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2. INTRODUCTION

2.1. Facility Support

The EKFox Team that performed the surveys at Honolulu VAMC and produced this report consisted of highly skilled engineers and technicians. They were:

Raleigh Stewart, P.E. RDStewart@ekfox.com (703-267-6783)

Charles Sisung, P.E. CFSisung@ekfox.com (877-520-4771 x105)

Jarrett Elliott JCElliott@ekfox.com

Tasha Laura TJLaura@ekfox.com

Key personnel for the VA have been involved with supporting survey efforts and providing review of these submissions. They are:

Tyler Furukawa (Honolulu Chief Engineer) Tyler.Furukawa@va.gov (808-433-0165)

Larry Lau, P.E. (CFM), Contract Officer Representative (COR) and Technical Lead (TL) Larry.Lau@va.gov (202-632-5263)

Gary Krupa, P.E. (OCAMES), Technical Reviewer, Gary.Krupa@va.gov (402-599-2104)

Larry Janes, CAM VISN 21 Larry.Janes@va.gov (707-562-8213)

EKFox also hired a local electrical contractor, Cache Valley Electric, who was instrumental in accessing the equipment/panels and opening the covers for the rest of the survey team.

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2.2. Station Information

The Honolulu VAMC is located at 459 Patterson Road, Honolulu, HI 96819-1522 on the Tripler Army Medical Center (TAMC) campus. The following buildings comprise the Honolulu VAMC and the scope of this study. The site recently informed us that Building 30 should be referred to as the Acute Care Clinic instead of the Ambulatory Care Clinic.

Building No. Function/Building Name Yr. Built Yr. Reno Floors GSF EW (1) E-Wing Admin/VBA (Building 1) 1999 0 5 88,405

30 Acute Care Clinic 1999 0 3 92,371 32 Parking Structure 1996 0 0 0

32A Parking Structure Generator 1999 0 1 440 110 Center for Aging 1997 0 1 43,305

110A Center for Aging Generator 1998 0 1 440

TOTAL SF 224,961

2.3. Site Plan

A Site plan and data for the Honolulu VAMC provided to EKFox is included in Appendix A.

2.4. Medium Voltage Distribution System Overview

The electrical utility feeds for Honolulu VAMC buildings are provided by the Tripler Army Medical Center (TAMC) Department of Public Works (DPW) medium voltage distribution system. (Power to TAMC is provided by Hawaiian Electric Company, Inc.) The medium voltage switches and transformers at each of the VA buildings are maintained and controlled by DPW. Each of these points of service is provided with 11.5kV from the underground medium voltage distribution system. The Center for Aging (CFA), Acute Care Clinic (ACC), and the E-Wing Building each have a primary and alternate feed available. Power to these buildings is provided by the primary circuit, but the alternate could be utilized via manual switching by DPW should an emergency or maintenance activity on the primary circuit occur.

The parking garage only has a single medium voltage feed to the service transformer. The service transformers at each building provides 480VAC to the electrical distribution system for the buildings.

The main utility entrance for TAMC is at the substation on the western side of the campus.

The substation is fed by two (2) independent utility feeds. The first of these feeds runs due west, down the hill where it connects to the overhead utility line that runs along Ala Aolani Street. The feed down to the overhead line is clear of large trees or other obstructions. The routing of the utility line down Ala Aolani is also such to avoid trees and other obstructions.

The second feed runs southwest from the TAMC substation, down the hill, to a utility pole that is set back in a right of way near the Ala Aolani Street off ramp from the Moanalua Freeway. The feed transitions underground at this pole. This feed is also clear of large trees or obstructions. Interviews with site personnel suggest that outages are rare, which may be

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bolstered in part by the redundant utility feeds and relative lack of exposure.

A request was made to the site for utility demand and consumption information for each building for the past twelve (12) months. The site was able to provide power usage data based on meter readings taken in the buildings. This information is summarized in the table below which shows the months with the highest and lowest consumption for 12 months. Appendix C has additional usage information for several other months.

12 Month Max (kWh) Max Month 12 Month Min (kWh) Min Month E-Wing 203,331 Sept. 2019 123,558 Mar. 2019

ACC 230,682 Nov. 2019 147,843 Mar. 2019 Parking Garage 8,848 Nov. 2019 7,002 Mar. 2019

CFA 108,683 Sept. 2019 56,254 Mar. 2019

2.5. Essential Electrical System Overview

The Honolulu VAMC buildings each has a generator that is used to provide backup power.

The specifications for the generators are shown below. All the backup generators are connected to the power distribution system using an open transition (break before make) on the phase lines.

Name Make Model Voltage kW kVA P.F.

GEN 1 (E-Wing) CAT D200P4 480 200 250 0.8

GEN 30 (ACC) CAT 3508 480 750 937 0.8

GEN-32 (Parking Garage) CUMMINS 200DFAA 480 200 250 0.8

GEN-110 (CFA) CAT 3208 480 200 250 0.8

Generator 1 is located outside to the north of the E-Wing building. It feeds power to ATS-1 which is located in the basement of E-Wing. ATS-1 provides power to panel BEH-1, which feeds out to panels and transformers located throughout the building. The generator does have a weather enclosure but has a significant amount of rust and corrosion damage from being exposed to the elements. Further discussion of this, and other condition related items, is covered in Section 7.

Generator 30 is located in the generator room of the Acute Care Clinic (ACC). It feeds power to the generator switchboard that feeds out to three (3) ATSs located in the building.

These ATSs include ATS-1, which feeds the emergency panel “E”; ATS-2, which feeds the elevators; and the Fire Pump ATS.

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Generator 32 is located in the Parking Garage Generator Building that is next to the western end of the parking garage. The generator feeds power to the ATS in the basement. The load side of the ATS provides power to panels P1SH1 and P1EH1 that feed other panels and loads located in the parking garage.

Generator 110 is located in the CFA Generator Building that is to the southeast of the CFA.

The generator feeds two ATSs that are also located in the generator building. ATS-1 feeds power to the life safety branch panels and transformers in the CFA. ATS-2 provides power to the critical branch panels and transformers in the CFA and the CFA Generator Building.

Both of these ATS’s are only 3-pole even though they feed non-motor loads. Section 7 has additional discussion concerning the ATSs.

Generator tests containing loading information was provided from the site. They are summarized below and have been included in Appendix C. The tests show that the generators have adequate capacity for the existing and projected loads, but most of the generators do not have at least 30% nominal load on them and may be at risk for wet stacking (the accumulation of unburned fuel products in the exhaust system that can reduce performance or cause premature wear). According to the test data, and interviews with site personnel, this risk is being mitigated with annual extended load bank testing. NFPA 110 2019 Chapter 8.4 - Operational Inspection and Testing has additional guidance that can be useful concerning this topic.

Name Rated kW

Rated kVA

Rated P.F.

Max / Min kVA

% Rated kVA

Test Date

Avg. kVA Avg. % Rated kVA

E-Wing Generator 200 250 0.8

228.35 91.3 May 2019

104.00 41.60

79.26 31.7 Nov. 2019

ACC

Generator

750 937 0.8

129.97 13.9 Dec. 2019

111.96 11.95

42.12 4.5 Feb. 2019

Parking Garage

Generator 200 250 0.8

12.19 4.9 Feb. 2019

11.92 4.8

11.64 4.7 Jan. 2019

CFA

Generator

200 250 0.8

38.80 15.5 Jul. 2019

25.39 10.16

9.56 3.8 Jan. 2019

2.6. Calculation Methods

As mentioned, this study includes the following elements: short circuit calculations, overcurrent protective device coordination, voltage drop analysis, arc flash hazard analysis, and a condition assessment of electrical equipment.

As required by the project’s Statement of Work, all calculations have been performed using software developed by SKM Systems Analysis, Inc. The software is named Power*Tools, Version 9.0.0.3 and it is a modular assembly of programs. The following modules have been used for this study:

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System Model Development DAPPER Short Circuit Calculations A_Fault Protective Device Coordination CAPTOR Voltage Drop Analysis DAPPER Arc Flash Hazard Analysis Arc Flash Evaluation Device Evaluation Equipment Evaluation

Version 9.0.0.3 of the Power*Tools software has been used for all of the calculations presented throughout this report. Additional information related to this software package can be found at www.skm.com.

2.7. Ground Resistance Test Reports

As stated in the project Statement of Work and as described in VHA Directive 1028, the facility’s grounding system must be tested and a Facility Ground Resistance Test Report must be produced every 36 months.

The VHA Directive 1028 Compliance Survey for the Honolulu VAMC was available at the time of the surveys. However, complete grounding system test reports were not available at the time of this submission. If obtained, any ground test information will be included in Appendix I. The EKFox survey team did perform a visual inspection for ground connections throughout the facility during the survey and found them to be in good condition.

2.8. Study Assumptions

The survey team has examined most of the electrical distribution equipment in the Honolulu VAMC system and there were circumstances where certain data was not uncovered. This occurred for several reasons: the impracticality of taking a particular panel or device out of service in order to determine a particular rating or part number; the lack of identifiable information on a device due to age, deterioration, or manufacturing method; and the lack of complete as-built drawing data. The following describes data that has been assumed for the purposes of this study:

2.8.1. Distribution Transformers

Transformer impedance is based on actual nameplate data. X/R ratio is estimated based on typical values for transformers of this type and size. The analyses also use characteristic curves for the primary fuses based on prior as-built documentation and equipment nameplate information.

2.8.2. Low Voltage Protective Devices

There are a small number of instances where a protective device in the system may have not been definitively identified other than manufacturer and amperage rating. With this lack of data, it would be difficult to determine the breaker’s time current characteristic. Fortunately

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for the Honolulu VAMC, this only came into play for some of the downstream distribution panels where the circuit breaker type labels were applied to the sides of the circuit breakers and the branch circuit breakers were all the same manufacturer and vintage. In these cases, if the breaker type label was unreadable for all the breakers on the left side of the panel due to it being on the unobservable side of the circuit breaker, the type was obtained from the label for the circuit breakers on the right. In cases where there is serious doubt, the analysis will rely on upstream devices for which the time current characteristics are known (i.e., the most conservative approach).

2.8.3. Motors/Loads

Motors and other loads will be assumed for the sake of performing voltage drop calculations and motor contributions to short circuit current. When available, actual survey data will be used for these items.

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3. FAULT CURRENT ANALYSIS

3.1. Introduction

The fault current analysis is developed based on data collected during the survey of the Honolulu VAMC electrical distribution system. The analysis examines the short circuit currents that occur at selected locations in the electrical system and is used to determine the capability of the system to withstand any possible electrical fault without damage.

One-line diagrams of the system are included in Appendix H. Reports showing the complete input data used to construct each model are included in Section 3.4.

3.2. Sources of Fault Current

The short circuit fault current calculations performed for the Honolulu VAMC electrical system are based on the available fault current from the utility (HECO). A request was made to DPW for the available fault current and utility parameters for each point of service to the VA buildings. DPW responded with data from HECO that gave the fault current information on the secondary of the main service transformers to TAMC. This data is included in Appendix B and summarized below.

DPW was also able to provide information concerning the sizes and lengths of the conductors that run from the main TAMC transformers to each of the VA buildings. This information was used in the model so the analyses would have the more accurate (reduced) level of available fault current at each the service point for the VA buildings.

In summary, the available fault current information that DPW provided is:

Tripler 1 Transformer:

Voltage Level: 11.5 kV 3LG Fault: 2,740 A

3LG X/R: 16.04

1LG Fault: 3,070 A

1LG X/R: 17.77

Tripler 2 Transformer:

Voltage Level: 11.5 kV 3LG Fault: 3,120 A

3LG X/R: 18.31

1LG Fault: 3,475 A

1LG X/R: 19.05

Additional sources of short circuit fault current are from the photovoltaic (PV) system inverters and the induction motors which operate throughout the system. Typically, motor contributions are relatively small especially when a fault is located some distance from the

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motor, and when a motor is under 50HP, but the motor loads have been included in all scenarios. The PV inverters do contribute some appreciable fault current to the system but it mostly affects the available fault current at the immediate buses. On these buses the available fault current increases approximately 1-5%. Past these buses, the effect on both available fault current (and incident energy) drops off significantly. As such, the PV system contribution has been included for the systems in the normal interconnection scenario but not the emergency generator scenario since the PV inverters need a utility source to sync to in order to output power.

3.3. Calculation Scenarios

The first DAPPER report included in this submission is based on normal interconnection of the electrical power system elements fed by the utility service. Additional reports for the system were generated for when the systems are connected to the alternate medium voltage feed and for then the systems are running on generator power. The three (3) scenarios are summarized in the table below.

Scenario Utility Feed Generators ATS’s PV Inverters

Normal Interconnection

Active – all bldg.

service xfmrs on primary feed

Out Normal Pos. Active

Alternate Feed Active – Blds 1, 30, and 110 service xfmrs on alt. feed

Out Normal Pos. Active

On Generator Out

Active Emergency Pos. Out

3.4. SKM Power*Tools Input Data Reports

The included DAPPER input report lists the system components used to calculate the short circuit currents for the scenarios described above.

DAPPER Fault Analysis Input Report (English)

Project: Honolulu VA

Final - Utility

Utilities

Contribution

From Name

Bus

Name

In/Out

Service

Nominal

Voltage

-------- Contribution Data -------- PU (100 MVA Base)

X PUR PUX/RUnitsDuty

UTIL-H1 BUS-SWGR SSA 11,500 Amps 16.04In 2,740

SLG:

3P:

Amps 17.77 1.241 0.048

Pos:

Zero: 3,070

0.114 1.829

UTIL-H2 BUS-SWGR SSB 11,500 Amps 18.31In 3,120

SLG:

3P:

Amps 19.05 1.115 0.052

Pos:

Zero: 3,475

0.088 1.607

Generators

Contribution

From Name

Bus

Name

In/Out

Service

Nominal

Voltage

-------- Contribution Data --------

Base kVA X" X/R

PU (100 MVA Base)

R PU X PU

110-GEN-GEN 110 480110-BUS-GEN 110 250.00 20.00 0.00 0.00Out

0.00

0.00 0.00

0.15

0.15

0.15

20.00

20.00 0.00

110-PV INVERTER 1 480110-BUS-PV INV 1 16.67 15.00 264.61 3,969.11In

264.61

3,969.11 264.61

0.66

0.66

0.66

15.00

15.00 INF

110-PV INVERTER 2 480110-BUS-PV INV 2 22.22 15.00 198.46 2,976.83In

198.46

2,976.83 198.46

0.66

0.66

0.66

15.00

15.00 INF

110-PV INVERTER 3 480110-BUS-PV INV 3 22.22 15.00 198.46 2,976.83In

198.46

2,976.83 198.46

0.66

0.66

0.66

15.00

15.00 INF

1-GEN-GEN 1 4801-BUS-GEN 1 250.00 20.00 0.00 0.00Out

0.00

0.00 0.00

0.15

0.15

0.15

20.00

20.00 0.00

Contribution

From Name

Bus

Name

In/Out

Service

Nominal

Voltage

-------- Contribution Data --------

Base kVA X" X/R

PU (100 MVA Base)

R PU X PU

1-PV INVERTER 4801-BUS-PV INV 100.00 8.00 82.69 661.52In

82.69

661.52 82.69

0.66

0.66

0.66

8.00

8.00 661.52

30-GEN-GEN 30 48030-BUS-GEN 30 937.50 20.00 0.00 0.00Out

0.00

0.00 0.00

0.15

0.15

0.15

20.00

30-PV INVERTER 48030-BUS-PV INV 50.00 15.00 88.20 1,323.04In

88.20

1,323.04 88.20

0.66

0.66

0.66

15.00

15.00 INF

32-GEN-GEN 32 48032-BUS-GEN 32 250.00 20.00 0.00 0.00Out

0.00

0.00 0.00

0.15

0.15

0.15

20.00

20.00 0.00

Motors

Contribution

From Name

Bus

Name

In/Out

Service

Nominal

Voltage

--------- Contribution Data --------

Base kVA Xd" X/R

PU (100 MVA Base)

R PU X PU

# of

Motors

1-AHU 1 1-BUS-AHU 1 480 50.13 0.1507 4.90 61.373 300.667In 1

1-AHU 2 1-BUS-AHU 2 480 50.13 0.1507 4.90 61.373 300.667In 1

1-AHU 3 1-BUS-AHU 3 480 50.13 0.1507 4.90 61.373 300.667In 1

1-AHU 4 1-BUS-AHU 4 480 50.13 0.1507 4.90 61.373 300.667In 1

1-CHILLER 1 1-BUS-CHLR 1 480 300.00 0.1960 4.90 13.333 65.320In 1

1-CHILLER 2 1-BUS-CHLR 2 480 300.00 0.1960 4.90 13.333 65.320In 1

1-ELEV 1 1-BUS-ELEV 1 480 40.11 0.1507 4.90 76.717 375.834In 1

1-ELEV 2 1-BUS-ELEV 2 480 40.11 0.1507 4.90 76.717 375.834In 1

30-AHU 1 30-BUS-AHU 1 480 50.13 0.1507 4.90 61.373 300.667In 1

Bus

Name

In/Out

Service

Nominal

Voltage

--------- Contribution Data --------

Base kVA Xd" X/R

PU (100 MVA Base)

R PU X PU

# of

Motors

30-AHU 2 30-BUS-AHU 2 480 40.11 0.1507 4.90 76.717 375.834In 1

30-AHU 3 30-BUS-AHU 3 480 30.08 0.1507 4.90 102.289 501.112In 1

30-AHU 4 30-BUS-AHU 4 480 40.11 0.1507 4.90 76.717 375.834In 1

30-AHU 5 30-BUS-AHU 5 480 30.08 0.1507 4.90 102.289 501.112In 1

30-CHILLER 1 30-BUS-CHLR 1 480 128.75 0.1960 4.90 31.068 152.201In 1

30-CHILLER 2 30-BUS-CHLR 2 480 128.75 0.1960 4.90 31.068 152.201In 1

30-CT 1 30-BUS-CT 1 480 10.03 0.1507 4.90 306.866 1,503.337In 1

30-CT 2 30-BUS-CT 2 480 10.03 0.1507 4.90 306.866 1,503.337In 1

30-ELEV 1 30-BUS-ELEV 1 480 50.13 0.1507 4.90 61.373 300.667In 1

30-ELEV 2 30-BUS-ELEV 2 480 50.13 0.1507 4.90 61.373 300.667In 1

30-FIRE PUMP 30-BUS-FIRE PUMP 480 25.07 0.1507 4.90 122.746 601.335In 1

32-ELEV 1 32-BUS-ELEV 1 480 40.11 0.1507 4.90 76.717 375.834In 1

32-ELEV 2 32-BUS-ELEV 2 480 40.11 0.1507 4.90 76.717 375.834In 1

Cables

Cable

Name

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

Cable

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-ATS 1

DISC

110-BUS-ATS 1

(E)

1 6 2/0 PVC Pos:

Zero:

0.2656 0.1388

0.3417

110-CBL-ATS 1

(E)

In

0.8370

MagneticCopper

110-BUS-GEN CB

110-BUS-ATS 1

DISC

1 20 2/0 PVC Pos:

Zero:

0.8854 0.4627

1.1389

110-CBL-ATS 1

DISC

In

2.7899

MagneticCopper

110-BUS-ATS 2

DISC

110-BUS-ATS 2

(E)

1 6 2/0 PVC Pos:

Zero:

0.2656 0.1388

0.3417

110-CBL-ATS 2

(E)

In

0.8370

MagneticCopper

110-BUS-GEN CB

110-BUS-ATS 2

DISC

1 20 2/0 PVC Pos:

Zero:

0.8854 0.4627

1.1389

110-CBL-ATS 2

DISC

In

2.7899

MagneticCopper

110-BUS-C. URN

DISC

1 1 8 PVC Pos:

Zero:

1.4080 0.1309

0.3222

110-CBL-C. URN In

4.4373

MagneticCopper

110-BUS-XF T12

(2)-SEC

110-BUS-C. URN

DISC

1 25 10 PVC Pos:

Zero:

51.2153 3.7066

9.1276

110-CBL-C. URN

DISC

In

161.4063

MagneticCopper

110-BUS-CRH2

110-BUS-XF

T10-PRI

1 6 10 PVC Pos:

Zero:

3.0729 0.2224

0.5477

110-CBL-CRH2-1 In

9.6844

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-CRH3

110-BUS-XF

T11-PRI

1 6 10 PVC Pos:

Zero:

3.0729 0.2224

0.5477

110-CBL-CRH3-1 In

9.6844

110-BUS-XF

T9-SEC

110-BUS-CRL1

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

110-CBL-CRL1 In

8.8286

MagneticCopper

110-BUS-XF

T10-SEC

110-BUS-CRL2

1 6 8 PVC Pos:

Zero:

11.2472 1.0457

2.5740

110-CBL-CRL2 In

35.4461

MagneticCopper

110-BUS-XF

T11-SEC

110-BUS-CRL3

1 6 4 PVC Pos:

Zero:

4.4517 0.8765

2.1579

110-CBL-CRL3 In

14.0292

MagneticCopper

110-BUS-XF

T2-SEC

110-BUS-CRL4

1 6 12 PVC Pos:

Zero:

19.4792 0.9479

2.3344

110-CBL-CRL4 In

61.3896

110-BUS-ATS 2

(L)

110-BUS-DPCRH

1 150 2/0 PVC Pos:

Zero:

6.6406 3.4701

8.5417

110-CBL-DPCRH In

20.9245

MagneticCopper

110-BUS-DPCRH

110-BUS-XF

T9-PRI

1 6 8 PVC Pos:

Zero:

2.1120 0.1964

0.4833

110-CBL-DPCRH-

In

6.6560

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-DPCRH

110-BUS-CRH2

1 200 2 PVC Pos:

Zero:

17.5347 5.0781

12.5000

110-CBL-DPCRH-

In

55.2604

MagneticCopper

110-BUS-DPCRH

110-BUS-CRH3

1 400 4 PVC Pos:

Zero:

55.7292 10.9722

27.0139

110-CBL-DPCRH-

175.6250

110-BUS-DPCRH

110-BUS-XF T12

(2)-PRI

1 8 12 PVC Pos:

Zero:

6.4931 0.3160

0.7781

110-CBL-DPCRH-

In

20.4632

MagneticCopper

110-BUS-ATS 1

(L)

110-BUS-DPLSH

1 150 2/0 PVC Pos:

Zero:

6.6406 3.4701

8.5417

110-CBL-DPLSH In

20.9245

MagneticCopper

110-BUS-DPLSH

110-BUS-XF

T4-PRI

1 6 10 PVC Pos:

Zero:

3.0729 0.2224

0.5477

110-CBL-DPLSH-1 In

9.6844

MagneticCopper

110-BUS-DPLSH

110-BUS-LSH2

1 200 2 PVC Pos:

Zero:

17.5347 5.0781

12.5000

110-CBL-DPLSH-2 In

55.2604

110-BUS-DPLSH

110-BUS-LSH3

1 400 4 PVC Pos:

Zero:

55.7292 10.9722

27.0139

110-CBL-DPLSH-3 In

175.6250

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-DPNH

110-BUS-NH1

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

110-CBL-DPNH-1 In

0.2411

MagneticCopper

110-BUS-DPNH

110-BUS-NH2

1 200 500 PVC Pos:

Zero:

2.5521 4.0451

9.9566

110-CBL-DPNH-2 In

8.0382

MagneticCopper

110-BUS-DPNH

110-BUS-NH3

1 400 4/0 PVC Pos:

Zero:

11.1111 8.6285

21.2500

110-CBL-DPNH-3 In

35.0174

110-BUS-ERNH

110-BUS-XF

T1-PRI

1 6 12 PVC Pos:

Zero:

4.8698 0.2370

0.5836

110-CBL-ERNH-1 In

15.3474

MagneticCopper

110-BUS-XF

T1-SEC

110-BUS-ERNL

1 6 10 PVC Pos:

Zero:

16.3646 1.1844

2.9165

110-CBL-ERNL In

51.5736

MagneticCopper

110-BUS-GEN 110

110-BUS-GEN CB

1 20 4/0 PVC Pos:

Zero:

0.5556 0.4314

1.0625

110-CBL-GEN CB In

1.7509

MagneticCopper

110-BUS-PV INV 1

110-BUS-PV

COMBINER

1 15 8 PVC Pos:

Zero:

5.2799 0.4909

1.2083

110-CBL-INV 1 In

16.6400

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-PV INV 2

110-BUS-PV

COMBINER

1 15 8 PVC Pos:

Zero:

5.2799 0.4909

1.2083

110-CBL-INV 2 In

16.6400

MagneticCopper

110-BUS-PV INV 3

110-BUS-PV

COMBINER

1 15 8 PVC Pos:

Zero:

5.2799 0.4909

1.2083

110-CBL-INV 3 In

16.6400

MagneticCopper

110-BUS-LSH2

110-BUS-XF

T6-PRI

1 6 10 PVC Pos:

Zero:

3.0729 0.2224

0.5477

110-CBL-LSH2-1 In

9.6844

MagneticCopper

110-BUS-LSH3

110-BUS-XF

T8-PRI

1 6 12 PVC Pos:

Zero:

4.8698 0.2370

0.5836

110-CBL-LSH3-1 In

15.3474

110-BUS-XF

T4-SEC

110-BUS-LSL1

1 15 6 PVC Pos:

Zero:

17.6821 2.3750

5.8490

110-CBL-LSL1 In

55.7230

MagneticCopper

110-BUS-XF

T6-SEC

110-BUS-LSL2

1 6 8 PVC Pos:

Zero:

11.2472 1.0457

2.5740

110-CBL-LSL2 In

35.4461

MagneticCopper

110-BUS-XF

T8-SEC

110-BUS-LSL3

1 6 10 PVC Pos:

Zero:

16.3646 1.1844

2.9165

110-CBL-LSL3 In

51.5736

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-XF

BLDG 110-SEC

110-BUS-MSB

2 30 600 PVC Pos:

Zero:

0.1673 0.3014

0.7422

110-CBL-MSB In

0.5267

110-BUS-MSB

110-BUS-DPNH

2 150 350 PVC Pos:

Zero:

1.2305 1.5983

3.9355

110-CBL-MSB-1 In

3.8770

MagneticCopper

110-BUS-MSB

110-BUS-ATS 2

(N)

1 12 2/0 PVC Pos:

Zero:

0.5313 0.2776

0.6833

110-CBL-MSB-2 In

1.6740

MagneticCopper

110-BUS-MSB

110-BUS-ERNH

1 10 2 PVC Pos:

Zero:

0.8767 0.2539

0.6250

110-CBL-MSB-3 In

2.7630

MagneticCopper

110-BUS-MSB

110-BUS-ATS 1

(N)

1 12 2/0 PVC Pos:

Zero:

0.5313 0.2776

0.6833

110-CBL-MSB-4 In

1.6740

110-BUS-MSB

110-BUS-PV DISC

1 25 2 PVC Pos:

Zero:

2.1918 0.6348

1.5625

110-CBL-MSB-5 In

6.9076

MagneticCopper

110-BUS-MSB

110-BUS-XF T12

DISC

1 8 1/0 PVC Pos:

Zero:

0.4444 0.1875

0.4615

110-CBL-MSB-6 In

1.4007

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-NH1

110-BUS-XF

T3-PRI

1 6 4/0 PVC Pos:

Zero:

0.1667 0.1294

0.3188

110-CBL-NH1-1 In

0.5253

MagneticCopper

110-BUS-NH2

110-BUS-XF

T5-PRI

1 10 4/0 PVC Pos:

Zero:

0.2778 0.2157

0.5313

110-CBL-NH2-1 In

0.8754

110-BUS-NH3

110-BUS-XF

T7-PRI

1 6 4 PVC Pos:

Zero:

0.8359 0.1646

0.4052

110-CBL-NH3-1 In

2.6344

MagneticCopper

110-BUS-XF

T3-SEC

110-BUS-NL1 (1)

1 15 500 PVC Pos:

Zero:

1.0193 1.6157

3.9767

110-CBL-NL1 (1) In

3.2105

MagneticCopper

110-BUS-NL1 (1)

110-BUS-NL1 (2)

1 6 500 PVC Pos:

Zero:

0.4077 0.6463

1.5907

110-CBL-NL1 (2) In

1.2842

MagneticCopper

110-BUS-NL1 (2)

110-BUS-NKL1

1 8 4/0 PVC Pos:

Zero:

1.1834 0.9190

2.2633

110-CBL-NL1 (2)-1 In

3.7297

110-BUS-NL1 (2)

110-BUS-NDL1

1 10 2/0 PVC Pos:

Zero:

2.3576 1.2320

3.0325

110-CBL-NL1 (2)-2 In

7.4288

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-NL1 (2)

110-BUS-NL1 (3)

1 6 500 PVC Pos:

Zero:

0.4077 0.6463

1.5907

110-CBL-NL1 (3) In

1.2842

MagneticCopper

110-BUS-XF

T5-SEC

110-BUS-NL2 (1)

1 8 500 PVC Pos:

Zero:

0.5436 0.8617

2.1209

110-CBL-NL2 (1) In

1.7123

MagneticCopper

110-BUS-NL2 (1)

110-BUS-NL2 (2)

1 6 500 PVC Pos:

Zero:

0.4077 0.6463

1.5907

110-CBL-NL2 (2) In

1.2842

110-BUS-NL2 (2)

110-BUS-NL2A

1 12 4 PVC Pos:

Zero:

8.9035 1.7530

4.3158

110-CBL-NL2 (2)-1 In

28.0584

MagneticCopper

110-BUS-NL2 (2)

110-BUS-NL2B

1 12 4 PVC Pos:

Zero:

8.9035 1.7530

4.3158

110-CBL-NL2 (2)-2 In

28.0584

MagneticCopper

110-BUS-NL2 (2)

110-BUS-NL2 (3)

1 6 500 PVC Pos:

Zero:

0.4077 0.6463

1.5907

110-CBL-NL2 (2)-3 In

1.2842

MagneticCopper

110-BUS-XF

T7-SEC

110-BUS-NL3 (1)

1 6 2/0 PVC Pos:

Zero:

1.4146 0.7392

1.8195

110-CBL-NL3 (1) In

4.4573

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

110-BUS-NL3 (1)

110-BUS-NL3 (2)

1 6 2/0 PVC Pos:

Zero:

1.4146 0.7392

1.8195

110-CBL-NL3 (2) In

4.4573

MagneticCopper

110-BUS-NL3 (2)

110-BUS-NL3A

1 100 6 PVC Pos:

Zero:

117.8809 15.8330

38.9932

110-CBL-NL3 (2)-1 In

371.4867

MagneticCopper

110-BUS-XF

T12-SEC

110-BUS-NL4

1 10 4/0 PVC Pos:

Zero:

1.4793 1.1488

2.8291

110-CBL-NL4 In

4.6621

MagneticCopper

110-BUS-PV

COMBINER

110-BUS-PV DISC

1 6 2 PVC Pos:

Zero:

0.5260 0.1523

0.3750

110-CBL-PV DISC In

1.6578

110-BUS-ATS 2

(L)

110-BUS-T2 DISC

1 20 12 PVC Pos:

Zero:

16.2326 0.7899

1.9453

110-CBL-T2 DISC In

51.1580

MagneticCopper

110-BUS-XF T12

DISC

110-BUS-XF

T12-PRI

1 6 1 PVC Pos:

Zero:

0.4167 0.1484

0.3654

110-CBL-XF T12 In

1.3130

MagneticCopper

110-BUS-T2 DISC

110-BUS-XF

T2-PRI

1 4 12 PVC Pos:

Zero:

3.2465 0.1580

0.3891

110-CBL-XF T2 In

10.2316

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-UPS DISC

1-BUS-160KVA

UPS (IN)

2 10 400 PVC Pos:

Zero:

0.4114 0.5663

1.3938

1-CBL-160KVA

UPS

1.2967

1-BUS-1EH1

1-BUS-XF T18-PRI

1 6 8 PVC Pos:

Zero:

2.1120 0.1964

0.4833

1-CBL-1EH1-1 In

6.6560

MagneticCopper

1-BUS-1EH2

1-BUS-XF T14-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-1EH2-1 In

19.3688

MagneticCopper

1-BUS-XF

T18-SEC

1-BUS-1EL1

1 6 1 PVC Pos:

Zero:

2.2189 0.7905

1.9457

1-CBL-1EL1 In

6.9924

MagneticCopper

1-BUS-XF

T14-SEC

1-BUS-1EL2

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-1EL2 In

59.0768

1-BUS-1NH1 (1)

1-BUS-1NH1 (2)

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

1-CBL-1NH1 (2) In

0.2411

MagneticCopper

1-BUS-1NH1 (2)

1-BUS-XF T3-PRI

1 25 1/0 PVC Pos:

Zero:

1.3889 0.5859

1.4421

1-CBL-1NH1 (2)-1 In

4.3772

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-1NH1 (2)

1-BUS-XF T13-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-1NH1 (2)-2 In

3.5017

MagneticCopper

1-BUS-1NH2

1-BUS-XF T4-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-1NH2-1 In

3.5017

1-BUS-1NL1-TAP

1-BUS-1NL1

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-1NL1 In

0.2010

MagneticCopper

1-BUS-1NL1-TAP

1-BUS-1NL1A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-1NL1A In

2.4117

MagneticCopper

1-BUS-1NL2-TAP

1-BUS-1NL2

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-1NL2 In

0.2010

MagneticCopper

1-BUS-1NL2-TAP

1-BUS-1NL2A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-1NL2A In

2.4117

1-BUS-1NL2A

1-BUS-1NL2B

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

1-CBL-1NL2A-1 In

8.8286

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-XF T3-SEC

1-BUS-1WNL1

1 150 250 PVC Pos:

Zero:

19.1383 17.1621

42.2638

1-CBL-1WNL1 In

60.2926

MagneticCopper

1-BUS-1EH1

1-BUS-2EH1

1 12 4/0 PVC Pos:

Zero:

0.3333 0.2589

0.6375

1-CBL-2EH1 In

1.0505

MagneticCopper

1-BUS-2EH1

1-BUS-XF T19-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-2EH1-1 In

19.3688

1-BUS-1EH2

1-BUS-2EH2

1 12 4/0 PVC Pos:

Zero:

0.3333 0.2589

0.6375

1-CBL-2EH2 In

1.0505

MagneticCopper

1-BUS-2EH2

1-BUS-XF T15-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-2EH2-1 In

19.3688

MagneticCopper

1-BUS-XF

T19-SEC

1-BUS-2EL1

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-2EL1 In

59.0768

MagneticCopper

1-BUS-XF

T15-SEC

1-BUS-2EL2

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-2EL2 In

59.0768

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-1NH1 (2)

1-BUS-2NH1 (1)

1 12 500 PVC Pos:

Zero:

0.1531 0.2427

0.5974

1-CBL-2NH1 (1) In

0.4823

MagneticCopper

1-BUS-2NH1 (1)

1-BUS-2NH1 (2)

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

1-CBL-2NH1 (2) In

0.2411

MagneticCopper

1-BUS-2NH1 (2)

1-BUS-XF T5-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-2NH1 (2)-1 In

3.5017

MagneticCopper

1-BUS-1NH2

1-BUS-2NH2 (1)

1 12 500 PVC Pos:

Zero:

0.1531 0.2427

0.5974

1-CBL-2NH2 (1) In

0.4823

1-BUS-2NH2 (1)

1-BUS-2NH2 (2)

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

1-CBL-2NH2 (2) In

0.2411

MagneticCopper

1-BUS-2NH2 (2)

1-BUS-XF T8-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-2NH2 (2)-1 In

3.5017

MagneticCopper

1-BUS-2NL1-TAP

1-BUS-2NL1

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-2NL1 In

0.2010

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-2NL1-TAP

1-BUS-2NL1A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-2NL1A In

1-BUS-2NL2-TAP

1-BUS-2NL2

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-2NL2 In

0.2010

MagneticCopper

1-BUS-2NL2-TAP

1-BUS-2NL2A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-2NL2A In

2.4117

MagneticCopper

1-BUS-2NL2A

1-BUS-2NL2B

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

1-CBL-2NL2A-1 In

8.8286

MagneticCopper

1-BUS-3CP1

1-BUS-XF

MGE-PRI

1 25 6 PVC Pos:

Zero:

5.5339 0.7433

1.8305

1-CBL-3CP1-1 In

17.4392

1-BUS-3CP1

1-BUS-XF T22-PRI

1 8 8 PVC Pos:

Zero:

2.8160 0.2618

0.6444

1-CBL-3CP1-2 In

8.8747

MagneticCopper

1-BUS-36KVA

UPS (OUT)

1-BUS-3CP2

1 25 2 PVC Pos:

Zero:

11.6725 3.3804

8.3210

1-CBL-3CP2 In

36.7858

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-3CP2

1-BUS-3CP2A

DISC

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

1-CBL-3CP2-1 In

8.8286

MagneticCopper

1-BUS-3CP2A

DISC

1-BUS-3CP2A

1 20 2 PVC Pos:

Zero:

9.3380 2.7043

6.6568

1-CBL-3CP2A In

29.4286

1-BUS-2EH1

1-BUS-3EH1

1 12 4/0 PVC Pos:

Zero:

0.3333 0.2589

0.6375

1-CBL-3EH1 In

1.0505

MagneticCopper

1-BUS-3EH1

1-BUS-XF T20-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-3EH1-1 In

19.3688

MagneticCopper

1-BUS-2EH2

1-BUS-3EH2

1 12 4/0 PVC Pos:

Zero:

0.3333 0.2589

0.6375

1-CBL-3EH2 In

1.0505

MagneticCopper

1-BUS-3EH2

1-BUS-XF T16-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-3EH2-1 In

1-BUS-XF

T20-SEC

1-BUS-3EL1

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-3EL1 In

59.0768

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-XF

T16-SEC

1-BUS-3EL2

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-3EL2 In

59.0768

MagneticCopper

1-BUS-2NH1 (2)

1-BUS-3NH1 (1)

1 12 500 PVC Pos:

Zero:

0.1531 0.2427

0.5974

1-CBL-3NH1 (1) In

0.4823

MagneticCopper

1-BUS-3NH1 (1)

1-BUS-3NH1 (2)

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

1-CBL-3NH1 (2) In

0.2411

1-BUS-3NH1 (2)

1-BUS-XF T6-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-3NH1 (2)-1 In

3.5017

MagneticCopper

1-BUS-2NH2 (2)

1-BUS-3NH2

1 12 500 PVC Pos:

Zero:

0.1531 0.2427

0.5974

1-CBL-3NH2 In

0.4823

MagneticCopper

1-BUS-3NH2

1-BUS-XF T9-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-3NH2-1 In

3.5017

MagneticCopper

1-BUS-3NL1-TAP

1-BUS-3NL1

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-3NL1 In

0.2010

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-3NL1-TAP

1-BUS-3NL1A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-3NL1A In

2.4117

MagneticCopper

1-BUS-3NL2-TAP

1-BUS-3NL2

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-3NL2 In

0.2010

MagneticCopper

1-BUS-3NL2

1-BUS-3NL2B

1 10 2 PVC Pos:

Zero:

4.6690 1.3522

3.3284

1-CBL-3NL2-1 In

14.7143

MagneticCopper

1-BUS-3NL2-TAP

1-BUS-3NL2A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-3NL2A In

1-BUS-3EH1

1-BUS-4EH1

1 12 4/0 PVC Pos:

Zero:

0.3333 0.2589

0.6375

1-CBL-4EH1 In

1.0505

MagneticCopper

1-BUS-4EH1

1-BUS-XF T21-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-4EH1-1 In

19.3688

MagneticCopper

1-BUS-3EH2

1-BUS-4EH2

1 12 4/0 PVC Pos:

Zero:

0.3333 0.2589

0.6375

1-CBL-4EH2 In

1.0505

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-4EH2

1-BUS-XF T17-PRI

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

1-CBL-4EH2-1 In

1-BUS-4EH2

1-BUS-XF

UPS-PRI

1 15 6 PVC Pos:

Zero:

3.3203 0.4460

1.0983

1-CBL-4EH2-2 In

10.4635

MagneticCopper

1-BUS-XF

T21-SEC

1-BUS-4EL1

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-4EL1 In

59.0768

MagneticCopper

1-BUS-XF

T17-SEC

1-BUS-4EL2

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

1-CBL-4EL2 In

59.0768

MagneticCopper

1-BUS-3NH1 (2)

1-BUS-4NH1 (1)

1 12 500 PVC Pos:

Zero:

0.1531 0.2427

0.5974

1-CBL-4NH1 (1) In

1-BUS-4NH1 (1)

1-BUS-4NH1 (2)

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

1-CBL-4NH1 (2) In

0.2411

MagneticCopper

1-BUS-4NH1 (2)

1-BUS-XF T7-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-4NH1 (2)-1 In

3.5017

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-3NH2

1-BUS-4NH2 (1)

1 12 500 PVC Pos:

Zero:

0.1531 0.2427

0.5974

1-CBL-4NH2 (1) In

0.4823

MagneticCopper

1-BUS-4NH2 (1)

1-BUS-4NH2 (2)

1 6 500 PVC Pos:

Zero:

0.0766 0.1214

0.2987

1-CBL-4NH2 (2) In

0.2411

1-BUS-4NH2 (2)

1-BUS-XF T10-PRI

1 20 1/0 PVC Pos:

Zero:

1.1111 0.4688

1.1536

1-CBL-4NH2 (2)-1 In

3.5017

MagneticCopper

1-BUS-4NL1-TAP

1-BUS-4NL1

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-4NL1 In

0.2010

MagneticCopper

1-BUS-4NL1-TAP

1-BUS-4NL1A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-4NL1A In

2.4117

MagneticCopper

1-BUS-4NL2-TAP

1-BUS-4NL2

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-4NL2 In

1-BUS-4NL2-TAP

1-BUS-4NL2A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-4NL2A In

2.4117

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-4NL2A

1-BUS-4NL2B

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

1-CBL-4NL2A-1 In

8.8286

MagneticCopper

1-BUS-ATS DISC

(E)

1-BUS-ATS 1 (E)

1 8 4/0 PVC Pos:

Zero:

0.2222 0.1726

0.4250

1-CBL-ATS 1 (E) In

0.7003

MagneticCopper

1-BUS-GEN 1

1-BUS-ATS DISC

(E)

1 125 4/0 PVC Pos:

Zero:

3.4722 2.6964

6.6406

1-CBL-ATS DISC

(E)

10.9429

1-BUS-B. MECH

1-BUS-AHU 1

DISC

1 50 2 PVC Pos:

Zero:

4.3837 1.2695

3.1250

1-CBL-B. MECH-1 In

13.8151

MagneticCopper

1-BUS-B. MECH

1-BUS-AHU 2

DISC

1 65 2 PVC Pos:

Zero:

5.6988 1.6504

4.0625

1-CBL-B. MECH-2 In

17.9596

MagneticCopper

1-BUS-B. MECH

1-BUS-AHU 3

DISC

1 80 2 PVC Pos:

Zero:

7.0139 2.0313

5.0000

1-CBL-B. MECH-3 In

22.1042

MagneticCopper

1-BUS-B. MECH

1-BUS-AHU 4

DISC

1 95 2 PVC Pos:

Zero:

8.3290 2.4121

5.9375

1-CBL-B. MECH-4 In

26.2487

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-ATS 1 (L)

1-BUS-BEH1

1 50 500 PVC Pos:

Zero:

0.6380 1.0113

2.4891

1-CBL-BEH1 In

2.0095

MagneticCopper

1-BUS-BEH1

1-BUS-IRM 480

DISC

2 250 4/0 PVC Pos:

Zero:

3.4722 2.6964

6.6406

1-CBL-BEH1-1 In

10.9429

MagneticCopper

1-BUS-BEH1

1-BUS-1EH2

1 145 4/0 PVC Pos:

Zero:

4.0278 3.1278

7.7031

1-CBL-BEH1-2 In

12.6938

MagneticCopper

1-BUS-BEH1

1-BUS-REH1

1 75 4/0 PVC Pos:

Zero:

2.0833 1.6178

3.9844

1-CBL-BEH1-3 In

6.5658

1-BUS-BEH1

1-ACC 1

1 50 8 PVC Pos:

Zero:

17.5998 1.6363

4.0278

1-CBL-BEH1-4 In

55.4666

MagneticCopper

1-BUS-BEH1

1-BUS-3CP1

1 200 4/0 PVC Pos:

Zero:

5.5556 4.3142

10.6250

1-CBL-BEH1-5 In

17.5087

MagneticCopper

1-BUS-BEH1

1-BUS-1EH1

1 85 4/0 PVC Pos:

Zero:

2.3611 1.8336

4.5156

1-CBL-BEH1-6 In

7.4412

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-BEH1

1-BUS-XF T2-PRI

1 20 6 PVC Pos:

Zero:

4.4271 0.5946

1.4644

1-CBL-BEH1-7 In

13.9514

1-BUS-BEH1

1-ACC 2

1 50 10 PVC Pos:

Zero:

25.6076 1.8533

4.5638

1-CBL-BEH1-8 In

80.7031

MagneticCopper

1-BUS-XF T2-SEC

1-BUS-BEL1

1 8 1 PVC Pos:

Zero:

2.9586 1.0540

2.5943

1-CBL-BEL1 In

9.3232

MagneticCopper

1-BUS-BNH1

1-BUS-XF T12-PRI

1 6 1 PVC Pos:

Zero:

0.4167 0.1484

0.3654

1-CBL-BNH1-1 In

1.3130

MagneticCopper

1-BUS-BNL1-TAP

1-BUS-BNL1

1 1 250 PVC Pos:

Zero:

0.0638 0.0572

0.1409

1-CBL-BNL1 In

1-BUS-BNL1-TAP

1-BUS-BNL1A

1 6 250 PVC Pos:

Zero:

0.7655 0.6865

1.6906

1-CBL-BNL1A In

2.4117

MagneticCopper

1-BUS-XF ELEV

1-SEC

1-BUS-ELEV 1

1 6 4 PVC Pos:

Zero:

0.8359 0.1646

0.4052

1-CBL-ELEV 1 In

2.6344

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-XF ELEV

2-SEC

1-BUS-ELEV 2

1 6 4 PVC Pos:

Zero:

0.8359 0.1646

0.4052

1-CBL-ELEV 2 In

2.6344

MagneticCopper

1-BUS-XF

IRM-SEC

1-BUS-IRM 208

DISC

2 12 600 PVC Pos:

Zero:

0.3564 0.6421

1.5810

1-CBL-IRM 208

DISC

1.1219

1-BUS-XF-BLDG

1-SEC

1-BUS-MAIN

SWGR

1 5 2000 Epoxy Pos:

Zero:

0.0143 0.0076

0.0406

1-CBL-MAIN

SWGR

In

0.0851

BuswayCopper

1-BUS-MAIN

SWGR

1-BUS-MH (1)

2 75 500 PVC Pos:

Zero:

0.4785 0.7585

1.8669

1-CBL-MAIN

SWGR-1

In

1.5072

MagneticCopper

1-BUS-MAIN

SWGR

1-BUS-MSB

4 125 600 PVC Pos:

Zero:

0.3486 0.6280

1.5462

1-CBL-MAIN

SWGR-2

In

1.0973

MagneticCopper

1-BUS-MH (1)

1-BUS-CHLR 1

VFD

1 25 500 PVC Pos:

Zero:

0.3190 0.5056

1.2446

1-CBL-MH (1)-1 In

1.0048

1-BUS-MH (1)

1-BUS-CHLR 2

VFD

1 25 500 PVC Pos:

Zero:

0.3190 0.5056

1.2446

1-CBL-MH (1)-2 In

1.0048

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-MH (1)

1-BUS-MH (2)

2 6 500 PVC Pos:

Zero:

0.0383 0.0607

0.1493

1-CBL-MH (1)-3 In

0.1206

MagneticCopper

1-BUS-MH (2)

1-BUS-XF T1-PRI

1 30 12 PVC Pos:

Zero:

24.3490 1.1849

2.9180

1-CBL-MH (2)-1 In

76.7370

MagneticCopper

1-BUS-XF T1-SEC

1-BUS-ML

1 8 8 PVC Pos:

Zero:

14.9963 1.3942

3.4320

1-CBL-ML In

47.2615

1-BUS-MSB

1-BUS-B. MECH

1 30 4/0 PVC Pos:

Zero:

0.8333 0.6471

1.5938

1-CBL-MSB-1 In

2.6263

MagneticCopper

1-BUS-MSB

1-BUS-ATS 1 (N)

1 30 500 PVC Pos:

Zero:

0.3828 0.6068

1.4935

1-CBL-MSB-2 In

1.2057

MagneticCopper

1-BUS-MSB

1-BUS-1NH1 (1)

1 95 500 PVC Pos:

Zero:

1.2122 1.9214

4.7294

1-CBL-MSB-3 In

3.8181

MagneticCopper

1-BUS-PV DISC

1-BUS-MSB

1 100 2/0 PVC Pos:

Zero:

4.4271 2.3134

5.6944

1-CBL-MSB-4 In

13.9497

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-MSB

1-BUS-BNH1

1 25 250 PVC Pos:

Zero:

0.5990 0.5371

1.3227

1-CBL-MSB-5 In

1.8869

MagneticCopper

1-BUS-MSB

1-BUS-1NH2

1 135 500 PVC Pos:

Zero:

1.7227 2.7305

6.7207

1-CBL-MSB-6 In

5.4258

MagneticCopper

1-BUS-IRM 208

DISC

1-BUS-PANEL A

1 12 1 PVC Pos:

Zero:

4.4379 1.5810

3.8915

1-CBL-PANEL A In

13.9848

MagneticCopper

1-BUS-IRM 208

DISC

1-BUS-PANEL B

1 10 1 PVC Pos:

Zero:

3.6982 1.3175

3.2429

1-CBL-PANEL B In

11.6540

1-BUS-160KVA

UPS (OUT)

1-BUS-PANEL C

1 25 1 PVC Pos:

Zero:

9.2456 3.2937

8.1072

1-CBL-PANEL C In

29.1351

MagneticCopper

1-BUS-160KVA

UPS (OUT)

1-BUS-PANEL D

1 25 1 PVC Pos:

Zero:

9.2456 3.2937

8.1072

1-CBL-PANEL D In

29.1351

MagneticCopper

1-BUS-PV INV

1-BUS-PV DISC

1 25 2/0 PVC Pos:

Zero:

1.1068 0.5783

1.4236

1-CBL-PV INV In

3.4874

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-REH1

1-BUS-ELEV 1

DISC

1 50 1 PVC Pos:

Zero:

3.4722 1.2370

3.0447

1-CBL-REH1-1 In

10.9418

1-BUS-REH1

1-BUS-ELEV 2

DISC

1 50 1 PVC Pos:

Zero:

3.4722 1.2370

3.0447

1-CBL-REH1-2 In

10.9418

MagneticCopper

1-BUS-REH1

1-BUS-XF T11-PRI

1 6 10 PVC Pos:

Zero:

3.0729 0.2224

0.5477

1-CBL-REH1-3 In

9.6844

MagneticCopper

1-BUS-XF

T11-SEC

1-BUS-REL1

1 6 8 PVC Pos:

Zero:

11.2472 1.0457

2.5740

1-CBL-REL1 In

35.4461

MagneticCopper

1-BUS-IRM 208

DISC

1-BUS-SPARE

DISC

1 15 1 PVC Pos:

Zero:

5.5473 1.9762

4.8643

1-CBL-SPARE

DISC

17.4810

T22-SEC

1-BUS-36KVA

UPS (OUT)

1 25 2 PVC Pos:

Zero:

11.6725 3.3804

8.3210

1-CBL-UPS

BYPASS

In

36.7858

MagneticCopper

1-BUS-IRM 208

DISC

1-BUS-UPS DISC

2 25 400 PVC Pos:

Zero:

1.0286 1.4157

3.4844

1-CBL-UPS DISC In

3.2417

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-UPS PNL

DISC

1-BUS-UPS PNL

1 12 2 PVC Pos:

Zero:

4.2083 1.2188

3.0000

1-CBL-UPS PNL In

13.2625

MagneticCopper

1-BUS-XF

UPS-SEC

1-BUS-UPS PNL

DISC

1 75 2 PVC Pos:

Zero:

26.3021 7.6172

18.7500

1-CBL-UPS PNL

DISC

82.8906

1-BUS-ELEV 1

DISC

1-BUS-XF ELEV

1-PRI

1 12 1 PVC Pos:

Zero:

0.8333 0.2969

0.7307

1-CBL-XF ELEV 1 In

2.6260

MagneticCopper

1-BUS-ELEV 2

DISC

1-BUS-XF ELEV

2-PRI

1 12 1 PVC Pos:

Zero:

0.8333 0.2969

0.7307

1-CBL-XF ELEV 2 In

2.6260

MagneticCopper

1-BUS-IRM 480

DISC

1-BUS-XF

IRM-PRI

2 12 4/0 PVC Pos:

Zero:

0.1667 0.1294

0.3188

1-CBL-XF IRM In

0.5253

MagneticCopper

1-BUS-XF

T10-SEC

1-BUS-4NL2-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF

T10-SEC

10.0488

T12-SEC

1-BUS-BNL1-TAP

1 12 250 PVC Pos:

Zero:

1.5311 1.3730

3.3811

1-CBL-XF

T12-SEC

In

4.8234

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

1-BUS-XF

T13-SEC

1-BUS-1NL1-TAP

1 12 250 PVC Pos:

Zero:

1.5311 1.3730

3.3811

1-CBL-XF

T13-SEC

In

4.8234

MagneticCopper

1-BUS-XF T4-SEC

1-BUS-1NL2-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF T4-SEC In

10.0488

MagneticCopper

1-BUS-XF T5-SEC

1-BUS-2NL1-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF T5-SEC In

1-BUS-XF T6-SEC

1-BUS-3NL1-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF T6-SEC In

10.0488

MagneticCopper

1-BUS-XF T7-SEC

1-BUS-4NL1-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF T7-SEC In

10.0488

MagneticCopper

1-BUS-XF T8-SEC

1-BUS-2NL2-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF T8-SEC In

10.0488

MagneticCopper

1-BUS-XF T9-SEC

1-BUS-3NL2-TAP

1 25 250 PVC Pos:

Zero:

3.1897 2.8603

7.0440

1-CBL-XF T9-SEC In

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

30-CBL E-6-TAP

(1)

30-BUS-A2EH1

1 3 4/0 PVC Pos:

Zero:

0.0833 0.0647

0.1594

30-CBL-A2EH1 In

0.2626

MagneticCopper

30-BUS-A2EH1

30-BUS-XF

TA2-2-PRI

1 6 8 PVC Pos:

Zero:

2.1120 0.1964

0.4833

30-CBL-A2EH1-1 In

6.6560

MagneticCopper

30-BUS-A2EH1

30-BUS-XF

TA2EL2-PRI

1 15 4 PVC Pos:

Zero:

2.0898 0.4115

1.0130

30-CBL-A2EH1-2 In

6.5859

MagneticCopper

30-BUS-XF

TA2-2-SEC

30-BUS-A2EL1

1 6 1/0 PVC Pos:

Zero:

1.7751 0.7489

1.8431

30-CBL-A2EL1 In

5.5945

30-BUS-XF

TA2EL2-SEC

30-BUS-A2EL2

1 15 1/0 PVC Pos:

Zero:

4.4379 1.8722

4.6078

30-CBL-A2EL2 In

13.9862

MagneticCopper

30-CBL N-2-TAP

(1)

30-BUS-A2NH1

1 6 4/0 PVC Pos:

Zero:

0.1667 0.1294

0.3188

30-CBL-A2NH1 In

0.5253

MagneticCopper

30-BUS-A2NH1

30-BUS-XF

TA2-1-PRI

1 6 1/0 PVC Pos:

Zero:

0.3333 0.1406

0.3461

30-CBL-A2NH1-1 In

1.0505

From Bus

To Bus

Qty

/Ph

Length

Feet

------ Cable Description ------

Size Cond. Type Duct Type Insul

Per Unit (100 MVA Base)

R pu jX pu

In/Out

Service

30-BUS-A2NH1

30-BUS-AHU

2-DISC

1 50 4 PVC Pos:

Zero:

6.9661 1.3715

3.3767

30-CBL-A2NH1-2 In

21.9531

30-BUS-A2NL1

DISC

30-BUS-A2NL1-T

AP

1 8 250 PVC Pos:

Zero:

1.0207…