Exhibit L - LR Complete Study Report Updated.pdf

Department of Veterans Affairs Little Rock Veterans Affairs Medical Center

Little Rock, Arkansas

VISN 16

ELECTRICAL DISTRIBUTION

SYSTEM CONDITION ASSESSMENT

Study Update

Prepared by:

E.K. FOX & ASSOCIATES, LTD.

CONSULTING ENGINEERS

4500 Southgate Place, Suite 800, Chantilly, VA 20151

July 31, 2020

36C25622Q1188 0001 Exhibit L

Little Rock VAMC – Little Rock, Arkansas Electrical Condition Assessment - Update

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

4500 Southgate Place, Suite 800 Chantilly, VA 20151

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

2. INTRODUCTION

2.1. Personnel

2.2. Calculation Methods

2.3. 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. ARC FLASH HAZARD ANALYSIS

5.1. Introduction

5.2. Basis of Study

5.3. Disclaimer

5.4. Results

APPENDICES

A. One-Line Diagrams

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1. EXECUTIVE SUMMARY

In 2015, The Department of Veterans Affairs – Office of Construction and Facilities Management (CFM), commissioned E.K. Fox and Associates, Ltd. (EKFox) to perform the electrical system condition assessment of the Little Rock Veterans Affairs Medical Center (VAMC). The scope of the assessment was 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. The report containing the findings and recommended corrections was delivered to the VA CFM and the VAMC in 2016.

The findings and recommended corrections addressed numerous issues that ranged from safety and code related items, to coordination adjustments to reduce nuisance trips, and equipment replacement to address aging or damaged equipment. Safety related items are a higher priority and require a more immediate response whereas some coordination and condition-related equipment replacements allow for more flexibility in how soon they need to be addressed.

Currently, Cornerstone Contracting, Inc. (CCI) is implementing the recommended corrections based on findings from the previous study. Based on the project scope of work (SOW), the equipment replacements and adjustments being provided by CCI are primarily to address the previous coordination adjustments and equipment condition-related findings. However, the CCI SOW does not cover all of the recommended corrective actions that were in the previous study.

EKFox has been tasked with providing an update to the original report and analyses. In lieu of a new complete site survey, EKFox has performed the analyses using input from CCI, the VA, and equipment vendors to update the software model and electrical analyses. In some cases, certain assumptions were necessary to perform the report updates. These assumptions have been detailed in Section 2. Also, the SOW does not specifically state if all of the other recommended corrections had been performed under a previous effort. For example, it is likely that the higher priority activity of replacing the “failed” circuit breakers identified in the device evaluation would have been accomplished under a separate, nearer-term effort. Therefore, we have taken the more conservative approach to re-report these findings, which can then be field verified to determine if they have already been addressed or are still needing correction.

Our updated short circuit analysis, which aims to identify if circuit breakers can safely interrupt the fault current due to a short, has currently shown twenty-three (23) overcurrent protection devices (OCPD’s) have failed the device evaluation for interrupting capacity or voltage rating. However, it is possible that some or all of these failed devices have been replaced since the original study with ones that meet the required ratings. Seventeen (17) of these OCPD’s are in the EES and only fail when both generators are connected to the EES at the same time. The previous study had recommended only connecting one (1) generator to the EES or replacing the entire EES with equipment containing OCPD’s with adequate interrupt capacity. Section 3 of this report has additional details.

The updated 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

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the circuit thereby minimizing the disruption of electrical service. Our study currently identifies two

(2) OCPD’s that may require settings adjustment or replacement to either better coordinate with other OCPD’s or to provide the correct level of protection for downstream conductors. One

(1) of these current recommendations is due to the fact that adjustment and replacement for CB- GDQH5-1 was recommended in the previous coordination study but did not seem to appear in the CCI SOW. The other is because the previous study had recommended replacing the main circuit breaker in panel 2QL3 to match the ampacity of the panel. However, the CCI SOW states that this panel is being replaced with a 225A panel that has a correctly rated main circuit breaker. As such, the current recommendation is to leave the new 225A main circuit breaker in place provided that the panel is rated 225A. There is no coordination issue that would necessitate downsizing the main in the new panel. Additional details can be found 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.

Finally, we performed an updated 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 two (2) buses that have an incident energy that is greater than 40 cal/cm2. EKFox will also provide an updated set of arc flash labels that can be applied to the panels and equipment to warn of the potential electrical dangers. Additional details of the arc flash analysis can be found in Section 5.

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2. INTRODUCTION

2.1. Personnel

The EKFox Team that 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

2.2. 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.

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:

System Model Development DAPPER Short Circuit Calculations Comprehensive Fault Evaluation 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.

2.3. Study Assumptions

The EKFox team has attempted, to the extent practical, to provide accurate updates for the previous study. In some cases, certain assumptions had to be made as a compromise between the project scope, available and provided equipment information, and required inputs to the software model. The following describes types of data that has been assumed for the purposes of this study:

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2.3.1. Utility Information

Updated utility fault current information and system parameters were not provided for this analysis. As such, the utility information used in the previous study has been used for these analyses.

2.3.2. Replacement System Components

When complete equipment information was provided for a replacement system component, the model was updated to reflect this information. For items where some information was missing (e.g. breaker type, trip setting, etc.) The previous survey information, previous proposed study recommendation, or engineering judgment was used to fill in the missing information. In cases where the information for a replacement component (e.g. a larger ampacity breaker replacing a smaller ampacity breaker with no change to conductor size) conflicted with the original surveyed information (or introduced a new code or safety related issue), it was assumed that the replacement would have been adjusted or substituted to match the original equipment size or setting.

2.3.3. Previous Study Coordination Recommendations

The current study assumes that all of the previous study recommended coordination changes and replacements have been applied to the system. The updated coordination study has been accomplished by coordinating the replacement system components with the results from the previous coordination study.

2.3.4. Previous Study Device Evaluation Analysis

It is likely that some of the devices that failed the previous fault current and device evaluation analyses have been replaced prior to this project. However, the device parameters were not updated unless equipment information was provided to do so. Thus, devices that failed the current device evaluation should be field verified to determine if they were replaced as part of a previous effort or that the device requires immediate replacement.

2.3.5. Newly Added Equipment or Areas

The scope of equipment and areas for the present study only includes the equipment and areas that were part of the previous study. No equipment or survey information was provided for any newly added equipment or areas, so they have not been considered in this study.

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3. FAULT CURRENT ANALYSIS

3.1. Introduction

The fault current analysis is developed based on data for the Little Rock 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 an electrical fault without damage.

One-line diagrams of the system are included in Appendix A. 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 Little Rock VAMC electrical system are based on the available fault current information that was originally obtained from the utility (Entergy Arkansas, Inc.) for the original study.

In summary, the available fault current from the Entergy system is:

Supply from Source 1 Feeder (to PSSS-North):

Three-Phase Bolted Fault: 6,154A sym X/R = 2.7 Single-Phase to Ground: 4,384A sym X/R = 0.7

Supply from Source 2 Feeder (to PSSS-South):

Three-Phase Bolted Fault: 4,219A sym X/R = 2.7 Single-Phase to Ground: 3,654A sym X/R = 0.7

Supply from Source 3 Feeder (to Grounds Maintenance Building #2):

Three-Phase Bolted Fault: 9,378A sym X/R = 8.88 Single-Phase to Ground: 7,853A sym X/R = 3.44

Additional sources of short circuit fault current are the induction motors which operate throughout the system. Typically, these motor contributions are relatively small especially when a fault is located some distance from the motor, and when a motor is under 50HP.

3.3. Calculation Scenarios

The original report included four (4) scenarios that will be revisited in this analysis. 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 this system

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were generated for three (3) other scenarios. The four (4) total scenarios are summarized in the table below.

Scenario Utility Feeds PSSS Tie Breaker Generators ATS’s Normal Interconnection

Utility Feeds Active

Out Out Normal Pos.

All Loads on Larger Utility Feed

Utility Feeds Active except PSSS-South

Feed Out

Active Out Normal Pos.

Emergency - One Generator

Out

Out One Active Emergency Pos.

Emergency – Both Generators

Out

Out Both Active Emergency Pos.

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 Normal Interconnection scenario described above. Additional input reports were generated and used for calculations for the other scenarios, but only the report for the Normal Interconnection scenario is included here for brevity. The reports for the other scenarios are included in the soft copy disc.

DAPPER Fault Analysis Input Report (English)

Project: Little Rock

Normal Utility

Utilities

Contribution

From Name

Bus

Name

In/Out

Service

Nominal

Voltage

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

X PUR PUX/RUnitsDuty

UTIL-0001 BUS-PSSS-NORTH 13,800 Amps 2.70In 6,154

SLG:

3P:

Amps 1.22 0.940 1.342

Pos:

Zero: 4,384

0.236 0.638

UTIL-0002 BUS-PSSS-SOUTH 13,800 Amps 2.70In 4,219

SLG:

3P:

Amps 1.38 0.925 1.322

Pos:

Zero: 3,654

0.344 0.930

UTIL-0003 BUS-XF-BLDG2-PRI 13,200 Amps 8.88In 9,378

SLG:

3P:

Amps 5.26 0.715 0.208

Pos:

Zero: 7,853

0.052 0.463

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

GEN-0001 480BUS-0034 2,500.00 26.55 0.00 0.00Out

0.00

0.00 0.00

0.15

0.15

0.15

26.55

26.55 0.00

GEN-0002 480BUS-0035 2,500.00 26.55 0.00 0.00Out

0.00

0.00 0.00

0.15

0.15

0.15

26.55

26.55 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

AC-1 BUS-0845 480 10.03 0.1692 10.00 168.695 1,687.015In 1

AT-1 BUS-0751 480 10.03 0.1692 10.00 168.695 1,687.015In 1

AT-2 BUS-0752 480 10.03 0.1692 10.00 168.695 1,687.015In 1

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

AT-3 BUS-0753 480 10.03 0.1692 10.00 168.695 1,687.015In 1

ATC. AIR COMP. BUS-0847 480 50.13 0.1692 10.00 16.869 168.702In 2

BOILER-1 BUS-0840 480 10.78 0.1692 10.00 156.925 1,569.317In 1

BOILER-2 BUS-0841 480 10.78 0.1692 10.00 156.925 1,569.317In 1

BOILER-3 BUS-0842 480 10.78 0.1692 10.00 156.925 1,569.317In 1

C1-NORTH BUS-0871 480 40.11 0.1692 10.00 42.174 421.754In 1

C1-SOUTH BUS-0872 480 40.11 0.1692 10.00 42.174 421.754In 1

CHILLER 3 BUS-0860 480 170.00 0.1692 10.00 9.950 99.503In 1

CHILLER-1 BUS-0026 4,160 1,118.75 0.1692 10.00 1.512 15.120In 1

CHILLER-2 BUS-0025 4,160 1,067.50 0.1692 10.00 1.585 15.846In 1

CHWP-1 BUS-0870 480 75.20 0.1692 10.00 22.493 224.935In 1

CHWP-3 BUS-0823 480 15.04 0.1692 10.00 112.463 1,124.677In 1

CT. 1(1) BUS-0824 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 1(2) BUS-0825 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 1(3) BUS-0826 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 1(4) BUS-0827 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 2(1) BUS-0828 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 2(2) BUS-0829 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 2(3) BUS-0830 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 2(4) BUS-0831 480 40.11 0.1692 10.00 42.174 421.754In 1

CT. 3 BUS-0821 480 25.07 0.1692 10.00 67.478 674.806In 1

CWP-1 BUS-0869 480 75.20 0.1692 10.00 22.493 224.935In 1

CWP-3 BUS-0822 480 20.05 0.1692 10.00 84.347 843.508In 1

DOOR AIR COMP. BUS-0839 480 10.03 0.1692 10.00 168.695 1,687.015In 1

DW-1 BUS-0759 480 2.01 0.1692 10.00 843.474 8,435.076In 1

DW-2 BUS-0760 480 2.01 0.1692 10.00 843.474 8,435.076In 1

ELEV-P1 BUS-0746 480 50.13 0.1692 10.00 33.739 337.403In 1

ELEV-P2 BUS-0747 480 50.13 0.1692 10.00 33.739 337.403In 1

ELEV-P3 BUS-0750 480 50.13 0.1692 10.00 33.739 337.403In 1

ELEV-P4 BUS-0748 480 50.13 0.1692 10.00 33.739 337.403In 1

ELEV-P5 BUS-0749 480 50.13 0.1692 10.00 33.739 337.403In 1

ELEV-S1 BUS-0754 480 60.16 0.1692 10.00 28.116 281.169In 1

ELEV-S2 BUS-0755 480 60.16 0.1692 10.00 28.116 281.169In 1

ELEV-S3 BUS-0756 480 60.16 0.1692 10.00 28.116 281.169In 1

ELEV-S4 BUS-0757 480 60.16 0.1692 10.00 28.116 281.169In 1

ELEV-S5 BUS-0758 480 60.16 0.1692 10.00 28.116 281.169In 1

EX-13 BUS-0780 480 10.03 0.1692 10.00 168.695 1,687.015In 1

EX-14 BUS-0800 480 15.04 0.1692 10.00 112.463 1,124.677In 1

EX-15 BUS-0813 480 15.04 0.1692 10.00 112.463 1,124.677In 1

EX-5 BUS-0790 480 10.03 0.1692 10.00 168.695 1,687.015In 1

EX-7 BUS-0768 480 10.03 0.1692 10.00 168.695 1,687.015In 1

EX-8 BUS-0806 480 10.03 0.1692 10.00 168.695 1,687.015In 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

EX-9 BUS-0815 480 10.03 0.1692 10.00 168.695 1,687.015In 1

FHX-12 BUS-0812 480 20.05 0.1692 10.00 84.347 843.508In 1

FIRE PUMP BUS-0330 480 40.11 0.1692 10.00 42.174 421.754In 1

FWP-1 BUS-0843 480 15.04 0.1692 10.00 112.463 1,124.677In 1

FWP-2 BUS-0844 480 15.04 0.1692 10.00 112.463 1,124.677In 1

HWP-1 BUS-0807 480 20.05 0.1692 10.00 84.347 843.508In 1

HWP-2 BUS-0808 480 20.05 0.1692 10.00 84.347 843.508In 1

HWSF-1 BUS-0781 480 10.03 0.1692 10.00 168.695 1,687.015In 1

MCC-1-LOAD BUS-MCC-1 480 3.01 0.1692 10.00 93.719 937.231In 6

MCC-2-LOAD BUS-MCC-2 480 3.76 0.1692 10.00 37.488 374.892In 12

MCC-3-LOAD BUS-MCC-3 480 2.51 0.1692 10.00 56.232 562.339In 12

MCC-4-LOAD BUS-MCC-4 480 2.01 0.1692 10.00 168.695 1,687.015In 5

MCC-NE-LOAD BUS-MCC-NE 480 3.76 0.1692 10.00 44.985 449.871In 10

MCC-NW-LOAD BUS-MCC-NW 480 3.61 0.1692 10.00 29.287 292.885In 16

MCC-Q1A-LOAD BUS-MCC-Q1A 480 2.51 0.1692 10.00 112.463 1,124.677In 6

MCC-Q1B-LOAD BUS-MCC-Q1B 480 5.01 0.1692 10.00 112.463 1,124.677In 3

MCC-QN-LOAD BUS-MCC-QN 480 3.01 0.1692 10.00 56.232 562.339In 10

MCC-QS-LOAD BUS-MCC-QS 480 4.01 0.1692 10.00 84.347 843.508In 5

MCC-SE-LOAD BUS-MCC-SE 480 3.51 0.1692 10.00 34.428 344.289In 14

MCC-SW-LOAD BUS-MCC-SW 480 5.01 0.1692 10.00 42.174 421.754In 8

RF-10 BUS-0789 480 10.03 0.1692 10.00 168.695 1,687.015In 1

RF-15 BUS-0767 480 15.04 0.1692 10.00 112.463 1,124.677In 1

RF-2 BUS-0816 480 10.03 0.1692 10.00 168.695 1,687.015In 1

RF-4 BUS-0805 480 10.03 0.1692 10.00 168.695 1,687.015In 1

RF-8 BUS-0814 480 10.03 0.1692 10.00 168.695 1,687.015In 1

SCHWP-1 BUS-0868 480 125.34 0.1692 10.00 13.496 134.961In 1

SCHWP-2 BUS-0867 480 125.34 0.1692 10.00 13.496 134.961In 1

SF-1 BUS-0782 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-10 BUS-0784 480 40.11 0.1692 10.00 42.174 421.754In 1

SF-11 BUS-0774 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-12 BUS-0775 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-13 BUS-0762 480 30.08 0.1692 10.00 56.232 562.338In 1

SF-14 BUS-0763 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-15 BUS-0804 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-16 BUS-0817 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-17 BUS-0795 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-18 BUS-0785 480 15.04 0.1692 10.00 112.463 1,124.677In 1

SF-19 BUS-0764 480 40.11 0.1692 10.00 42.174 421.754In 1

SF-2 BUS-0819 480 40.11 0.1692 10.00 42.174 421.754In 1

SF-20 BUS-0776 480 10.03 0.1692 10.00 168.695 1,687.015In 1

SF-21 BUS-0777 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-22 BUS-0765 480 25.07 0.1692 10.00 67.478 674.806In 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

SF-23 BUS-0796 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-24 BUS-0797 480 30.08 0.1692 10.00 56.232 562.338In 1

SF-25 BUS-0798 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-26 BUS-0786 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-27 BUS-0778 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-28 BUS-0766 480 15.04 0.1692 10.00 112.463 1,124.677In 1

SF-29 BUS-0779 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-3 BUS-0773 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-30 BUS-0799 480 30.08 0.1692 10.00 56.232 562.338In 1

SF-31 BUS-0787 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-32 BUS-0788 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-4 BUS-0802 480 40.11 0.1692 10.00 42.174 421.754In 1

SF-5 BUS-0761 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-6 BUS-0803 480 25.07 0.1692 10.00 67.478 674.806In 1

SF-7 BUS-0794 480 20.05 0.1692 10.00 84.347 843.508In 1

SF-8 BUS-0818 480 40.11 0.1692 10.00 42.174 421.754In 1

SF-9 BUS-0783 480 40.11 0.1692 10.00 42.174 421.754In 1

V-4 BUS-0838 480 10.03 0.1692 10.00 168.695 1,687.015In 1

V-5 BUS-0801 480 10.03 0.1692 10.00 168.695 1,687.015In 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

BUS-PSSS-NORTH

BUS-PSSS-SOUTH

1 30 1200 Epoxy Pos:

Zero:

0.0002 0.0010

0.0052

BUS DUCT TIE In

0.0011

BuswayCopper

BUS-PSSS-NORTH

BUS-0003

1 4 1200 Epoxy Pos:

Zero:

0.0000 0.0001

0.0007

BUS-CUBE-01 In

0.0001

BuswayCopper

BUS-PSSS-SOUTH

BUS-0004

1 4 1200 Epoxy Pos:

Zero:

0.0000 0.0001

0.0007

BUS-CUBE-02 In

0.0001

BuswayCopper

BUS-0016

BUS-XF-B1-PRI

1 4 1200 Epoxy Pos:

Zero:

0.0000 0.0001

0.0007

BUS-SUBSTN-B-01 In

0.0001

BuswayCopper

BUS-0018

BUS-0149

1 4 Pos:

Zero:

0.0000 0.0000

0.0000

BUS-SUBSTN-F-01 Out

0.0000

Non-MagneticCopper

BUS-0019

BUS-XF-F1-PRI

1 4 1200 Epoxy Pos:

Zero:

0.0000 0.0001

0.0007

BUS-SUBSTN-F-02 In

0.0001

BuswayCopper

BUS-USSA-B

BUS-USSA-A

1 5 3000 Epoxy Pos:

Zero:

0.0100 0.0056

0.0302

BUS-USSA-TIE In

0.0592

BuswayCopper

BUS-3DQH2

BUS-0194

1 1 1200 Epoxy Pos:

Zero:

0.0048 0.0023

0.0121

CB-3DQH2-14 In

0.0286

BuswayCopper

BUS-GL6(1)

BUS-GL6(2)

2 6 300 PVC Pos:

Zero:

0.3217 0.3419

0.8418

CB-6L6(2) In

1.0138

MagneticCopper

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

BUS-0899

BUS-(5E-145)

1 1 1/0 PVC Pos:

Zero:

0.2959 0.1248

0.3072

CBL-(5E-145) Out

0.9324

MagneticCopper

BUS-XF-(GCH2-1)-SEC 1 1 4/0 PVC Pos:

Zero:

0.1479 0.1149

0.2829

CBL-(GCH2-1) Out

0.4662

MagneticCopper

BUS-0908

1 1 4 PVC Pos:

Zero:

0.1393 0.0274

0.0675

CBL-0771 Out

0.4391

MagneticCopper

BUS-XF-1CL1-SEC

BUS-1CL1

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1CL1 In

8.8286

MagneticCopper

BUS-XF-1CL2-SEC

BUS-1CL2

1 10 1/0 PVC Pos:

Zero:

2.9586 1.2482

3.0718

CBL-1CL2 In

9.3242

MagneticCopper

BUS-1DH1

BUS-1H1

1 5 2/0 PVC Pos:

Zero:

0.2214 0.1157

0.2847

CBL-1DH1-1 In

0.6975

MagneticCopper

BUS-1DH1

BUS-1H2

1 231 2/0 PVC Pos:

Zero:

10.2266 5.3439

13.1542

CBL-1DH1-2 In

32.2237

BUS-1DH1

BUS-1H3

1 450 4/0 PVC Pos:

Zero:

12.5000 9.7070

23.9063

CBL-1DH1-3 In

39.3945

MagneticCopper

BUS-1DH1

BUS-XF-1L1-PRI

1 8 2 PVC Pos:

Zero:

0.7014 0.2031

0.5000

CBL-1DH1-4 In

2.2104

MagneticCopper

BUS-1DH1

BUS-XF-1L10-PRI

1 4 2/0 PVC Pos:

Zero:

0.1771 0.0925

0.2278

CBL-1DH1-5 In

0.5580

MagneticCopper

BUS-1DH3

BUS-1H9

1 10 2 PVC Pos:

Zero:

0.8767 0.2539

0.6250

CBL-1DH3-1 In

2.7630

BUS-1DH3

BUS-XF-1L9-PRI

1 8 4/0 PVC Pos:

Zero:

0.2222 0.1323

0.3257

CBL-1DH3-2 In

0.7003

MagneticCopper

BUS-1DH3

BUS-1HK

1 30 2/0 PVC Pos:

Zero:

1.3281 0.6940

1.7083

CBL-1DH3-5 In

4.1849

MagneticCopper

BUS-1DH3

BUS-XF-FRYER-PRI

1 6 6 PVC Pos:

Zero:

1.3281 0.1367

0.3367

CBL-1DH3-6 In

4.1854

MagneticCopper

BUS-0200

BUS-1DQH1

1 100 500 PVC Pos:

Zero:

1.2760 2.0226

4.9783

CBL-1DQH1 In

4.0191

BUS-1DQH1

BUS-XF-1QL6-PRI

1 8 1 PVC Pos:

Zero:

0.5556 0.1979

0.4872

CBL-1DQH1-1 In

1.7507

MagneticCopper

BUS-XF-TABLE-SEC

BUS-1E205

1 90 2 PVC Pos:

Zero:

42.0211 12.1695

29.9556

CBL-1E205 In

132.4288

MagneticCopper

BUS-1EH1

BUS-XF-1EL1-PRI

1 6 6 PVC Pos:

Zero:

1.3281 0.1367

0.3367

CBL-1EH1-1 In

4.1854

MagneticCopper

BUS-1EH2

BUS-XF-1EL2-PRI

1 20 12 PVC Pos:

Zero:

16.2326 0.6042

1.4878

CBL-1EH2-1 In

51.1580

BUS-1EH3

BUS-XF-1EL3-PRI

1 6 12 PVC Pos:

Zero:

4.8698 0.2370

0.5836

CBL-1EH3-1 In

15.3474

MagneticCopper

BUS-1EH4

BUS-XF-1EL4-PRI

1 10 12 PVC Pos:

Zero:

8.1163 0.3950

0.9727

CBL-1EH4-1 In

25.5790

MagneticCopper

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

BUS-XF-1EL1-SEC

BUS-1EL1

1 5 1/0 PVC Pos:

Zero:

1.4793 0.6241

1.5359

CBL-1EL1 In

4.6621

MagneticCopper

BUS-XF-1EL2-SEC

BUS-1EL2

1 6 8 PVC Pos:

Zero:

11.2472 1.0457

2.5740

CBL-1EL2 In

35.4461

BUS-XF-1EL3-SEC

BUS-1EL3

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

CBL-1EL3 In

59.0768

MagneticCopper

BUS-XF-1EL4-SEC

BUS-1EL4

1 12 8 PVC Pos:

Zero:

22.4945 2.0913

5.1479

CBL-1EL4 In

70.8922

MagneticCopper

BUS-1H10

BUS-XF-1L13-PRI

1 10 6 PVC Pos:

Zero:

2.2135 0.2973

0.7322

CBL-1H10-1 In

6.9757

MagneticCopper

BUS-1H2

BUS-XF-1L2-PRI

1 173 10 PVC Pos:

Zero:

88.6024 4.9107

12.0890

CBL-1H2-1 In

279.2328

BUS-1H3

BUS-XF-1L3-PRI

1 6 2 PVC Pos:

Zero:

0.5260 0.1167

0.2872

CBL-1H3-1 In

1.6578

MagneticCopper

BUS-1H5

BUS-XF-1L5-PRI

1 5 2 PVC Pos:

Zero:

0.4384 0.0972

0.2394

CBL-1H5-1 In

1.3815

MagneticCopper

BUS-1H8

BUS-XF-1L8-PRI

1 1 4 PVC Pos:

Zero:

0.1393 0.0274

0.0675

CBL-1H8-1 In

0.4391

MagneticCopper

BUS-1HX1

BUS-XF-1LX1-PRI

1 4 1 PVC Pos:

Zero:

0.2778 0.0990

0.2436

CBL-1HX1-1 In

0.8753

BUS-1HX1

BUS-XF-1LX3-PRI

1 10 1 PVC Pos:

Zero:

0.6944 0.2474

0.6089

CBL-1HX1-2 In

2.1884

MagneticCopper

BUS-1HX2

BUS-XF-1LX2-PRI

1 40 2 PVC Pos:

Zero:

3.5069 1.0156

2.5000

CBL-1HX2-1 In

11.0521

MagneticCopper

BUS-XF-1L1-SEC

BUS-1L1(1)

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1L1 In

8.8286

MagneticCopper

BUS-XF-1L10-SEC

BUS-1L10

1 16 4/0 PVC Pos:

Zero:

2.3669 1.8380

4.5266

CBL-1L10 In

7.4593

BUS-1L10

BUS-1L11

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1L10-1 In

8.8286

MagneticCopper

BUS-1L1(1)

BUS-1L1(2)

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1L1-2 In

8.8286

MagneticCopper

BUS-XF-1L13-SEC

BUS-1L13

1 10 2 PVC Pos:

Zero:

4.6690 1.3522

3.3284

CBL-1L13 In

14.7143

MagneticCopper

BUS-XF-1L2-SEC

BUS-1L2

1 8 1 PVC Pos:

Zero:

2.9586 1.0540

2.5943

CBL-1L2 In

9.3232

BUS-XF-1L3-SEC

BUS-1L3 (1)

1 5 300 PVC Pos:

Zero:

0.5362 0.5698

1.4030

CBL-1L3 (1) In

1.6896

MagneticCopper

BUS-1L3 (1)

BUS-1L3 (2)

1 6 300 PVC Pos:

Zero:

0.6435 0.6837

1.6836

CBL-1L3 (2) In

2.0276

MagneticCopper

BUS-1L3 (1)

BUS-1PL1

1 30 2 PVC Pos:

Zero:

14.0070 4.0565

9.9852

CBL-1L3(1)-1 In

44.1429

MagneticCopper

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

BUS-1L3 (1)

BUS-1PL3

1 64 2 PVC Pos:

Zero:

29.8817 8.6538

21.3018

CBL-1L3(1)-2 In

94.1716

BUS-1L3 (1)

BUS-1PL2

1 40 8 PVC Pos:

Zero:

74.9815 6.9712

17.1598

CBL-1L3(1)-3 In

236.3073

MagneticCopper

BUS-XF-1L5-SEC

BUS-1L5(1)

1 6 300 PVC Pos:

Zero:

0.6435 0.6837

1.6836

CBL-1L5(1) In

2.0276

MagneticCopper

BUS-1L5(1)

BUS-1PL4

1 5 4 PVC Pos:

Zero:

3.7098 0.7304

1.7983

CBL-1L5(1)-1 In

11.6910

MagneticCopper

BUS-1L5(1)

BUS-1L5(2)

1 6 300 PVC Pos:

Zero:

0.6435 0.6837

1.6836

CBL-1L5(2) In

2.0276

BUS-XF-1L6-SEC

BUS-1L6(1)

1 8 300 PVC Pos:

Zero:

0.8580 0.9116

2.2448

CBL-1L6 In

2.7034

MagneticCopper

BUS-1L6(1)

BUS-1L6(2)

1 6 300 PVC Pos:

Zero:

0.6435 0.6837

1.6836

CBL-1L6-2 In

2.0276

MagneticCopper

BUS-XF-1L8-SEC

BUS-1L8(1)

1 1 2/0 PVC Pos:

Zero:

0.2358 0.1232

0.3033

CBL-1L8(1) In

0.7429

MagneticCopper

BUS-1L8(1)

BUS-1L8(2)

1 1 2/0 PVC Pos:

Zero:

0.2358 0.1232

0.3033

CBL-1L8(2) In

0.7429

BUS-XF-1L9-SEC

BUS-1L9-A

2 8 300 PVC Pos:

Zero:

0.4290 0.4558

1.1224

CBL-1L9-A In

1.3517

MagneticCopper

BUS-1L9-A

BUS-1L9-C

1 10 4 PVC Pos:

Zero:

7.4196 1.1164

2.7482

CBL-1L9-A-1 In

23.3820

MagneticCopper

BUS-1L9-A

BUS-1PL6(1)

1 90 4/0 PVC Pos:

Zero:

13.3136 10.3389

25.4623

CBL-1L9-A-2 In

41.9587

MagneticCopper

BUS-1L9-A

BUS-1L9-B

2 10 300 PVC Pos:

Zero:

0.5362 0.5698

1.4030

CBL-1L9-B In

1.6896

BUS-1L9-B

BUS-1L9-D

1 10 6 PVC Pos:

Zero:

11.7881 1.5833

3.8993

CBL-1L9-B-1 In

37.1487

MagneticCopper

BUS-XF-1LX1-SEC

BUS-1LX1

1 10 2/0 PVC Pos:

Zero:

2.3576 1.2320

3.0325

CBL-1LX1 In

7.4288

MagneticCopper

BUS-XF-1LX2-SEC

BUS-1LX2

1 10 4/0 PVC Pos:

Zero:

1.4793 1.1488

2.8291

CBL-1LX2 In

4.6621

MagneticCopper

BUS-XF-1LX3-SEC

BUS-1LX3

1 8 2 PVC Pos:

Zero:

3.7352 1.0817

2.6627

CBL-1LX3 In

11.7715

BUS-1PL6(1)

BUS-1PL6(2)

1 6 4/0 PVC Pos:

Zero:

0.8876 0.6893

1.6975

CBL-1PL6-2 In

2.7972

MagneticCopper

BUS-1QH1

BUS-XF-1QL1-PRI

1 10 6 PVC Pos:

Zero:

2.2135 0.2973

0.7322

CBL-1QH1-1 In

6.9757

MagneticCopper

BUS-1QH1

BUS-GQHB

1 176 1/0 PVC Pos:

Zero:

9.7778 4.1250

10.1521

CBL-1QH1-2 In

30.8153

MagneticCopper

BUS-1QH1 1 224 6 PVC Pos: 49.5833 6.6597CBL-1QH1-3 In MagneticCopper

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

BUS-XF-2QL2-PRI Zero: 16.4014 156.2556

BUS-1QH1

BUS-XF-1QL3-PRI

1 6 2 PVC Pos:

Zero:

0.5260 0.1523

0.3750

CBL-1QH1-4 In

1.6578

MagneticCopper

BUS-1QH2

BUS-XF-1QL2-PRI

1 6 10 PVC Pos:

Zero:

3.0729 0.2224

0.5477

CBL-1QH2-1 In

9.6844

MagneticCopper

BUS-1QH2

BUS-XF-2QL3-PRI

1 25 4 PVC Pos:

Zero:

3.4831 0.6858

1.6884

CBL-1QH2-2 In

10.9766

MagneticCopper

BUS-1QH3

BUS-XF-1QL5-PRI

1 12 8 PVC Pos:

Zero:

4.2240 0.3927

0.9667

CBL-1QH3-1 In

13.3120

BUS-1QH6

BUS-XF-1QL8-PRI

1 10 2/0 PVC Pos:

Zero:

0.4427 0.2313

0.5694

CBL-1QH6-1 In

1.3950

MagneticCopper

BUS-1QH6

BUS-1QH6-A

1 12 10 PVC Pos:

Zero:

6.1458 0.4448

1.0953

CBL-1QH6-2 In

19.3688

MagneticCopper

BUS-1QH7

BUS-XF-1QL10-PRI

1 10 4 PVC Pos:

Zero:

1.3932 0.2743

0.6753

CBL-1QH7-1 In

4.3906

MagneticCopper

BUS-0130

BUS-1QHX

2 30 250 PVC Pos:

Zero:

0.3594 0.3223

0.7936

CBL-1QHX In

1.1322

BUS-1QHX 1 1 1/0 PVC Pos:

Zero:

0.0556 0.0234

0.0577

CBL-1QHX-1 Out

0.1751

MagneticCopper

BUS-1QHX 1 1 1/0 PVC Pos:

Zero:

0.0556 0.0234

0.0577

CBL-1QHX-2 Out

0.1751

MagneticCopper

BUS-1QHX 1 1 1/0 PVC Pos:

Zero:

0.0556 0.0234

0.0577

CBL-1QHX-4 Out

0.1751

MagneticCopper

BUS-1QHX 1 1 350 PVC Pos:

Zero:

0.0164 0.0213

0.0525

CBL-1QHX-6 Out

0.0517

BUS-XF-1QL1-SEC

BUS-1QL1

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1QL1 In

8.8286

MagneticCopper

BUS-XF-1QL10-SEC

BUS-1QL10(1)

1 8 2/0 PVC Pos:

Zero:

1.8861 0.9856

2.4260

CBL-1QL10(1) In

5.9430

MagneticCopper

BUS-1QL10(1)

BUS-1QL10(2)

1 8 2/0 PVC Pos:

Zero:

1.8861 0.9856

2.4260

CBL-1QL10(2) In

5.9430

MagneticCopper

BUS-XF-1QL2-SEC

BUS-1QL2

1 6 4 PVC Pos:

Zero:

4.4517 0.8765

2.1579

CBL-1QL2 In

14.0292

BUS-XF-1QL3-SEC

BUS-1QL3

1 20 3/0 PVC Pos:

Zero:

3.7213 2.3992

5.9079

CBL-1QL3 In

11.7280

MagneticCopper

BUS-XF-1QL4-SEC

BUS-1QL4

1 10 2 PVC Pos:

Zero:

4.6690 1.3522

3.3284

CBL-1QL4 In

14.7143

MagneticCopper

BUS-XF-1QL5-SEC

BUS-1QL5

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1QL5 In

8.8286

MagneticCopper

BUS-XF-1QL6-SEC

BUS-1QL6

1 8 4/0 PVC Pos:

Zero:

1.1834 0.9190

2.2633

CBL-1QL6 In

3.7297

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

BUS-1QL6 1 1 2/0 PVC Pos:

Zero:

0.2358 0.1232

0.3033

CBL-1QL6-1 Out

0.7429

MagneticCopper

BUS-XF-1QL8-SEC

BUS-1QL8(1)

2 6 3/0 PVC Pos:

Zero:

0.5582 0.3599

0.8862

CBL-1QL8(1) In

1.7592

MagneticCopper

BUS-1QL8(1)

BUS-1QL8(2)

2 6 3/0 PVC Pos:

Zero:

0.5582 0.3599

0.8862

CBL-1QL8(2) In

1.7592

MagneticCopper

BUS-1QL8(2)

BUS-1QL9(1)

1 8 2 PVC Pos:

Zero:

3.7352 1.0817

2.6627

CBL-1QL8(2)-1 In

BUS-1QL9(1)

BUS-1QL9(2)

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-1QL9(2) In

8.8286

MagneticCopper

BUS-2CH1 (1)

BUS-2CH1 (2)

1 6 3/0 PVC Pos:

Zero:

0.2096 0.1352

0.3328

CBL-2CH1 (2) In

0.6607

MagneticCopper

BUS-2CH3

BUS-XF-2CL3-PRI

1 4 8 PVC Pos:

Zero:

1.4080 0.1309

0.3222

CBL-2CH3-1 In

4.4373

MagneticCopper

BUS-2CH3

BUS-XF-1CL2-PRI

1 176 1/0 PVC Pos:

Zero:

9.7778 4.1250

10.1521

CBL-2CH3-2 In

30.8153

BUS-2CH4

BUS-XF-2CL4-PRI

1 10 2 PVC Pos:

Zero:

0.8767 0.1944

0.4787

CBL-2CH4-1 In

2.7630

MagneticCopper

BUS-2CH4

BUS-XF-5CL2-PRI

1 304 4 PVC Pos:

Zero:

42.3542 6.3729

15.6882

CBL-2CH4-2 In

133.4750

MagneticCopper

BUS-2CH5

BUS-XF-2CL5-PRI

1 4 6 PVC Pos:

Zero:

0.8854 0.0911

0.2245

CBL-2CH5-1 In

2.7903

MagneticCopper

BUS-XF-2CL1-SEC

BUS-2CL1

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-2CL1 In

8.8286

BUS-XF-2CL2-SEC

BUS-2CL2

1 6 4/0 PVC Pos:

Zero:

0.8876 0.6893

1.6975

CBL-2CL2 In

2.7972

MagneticCopper

BUS-XF-2CL3-SEC

BUS-2CL3

1 5 2 PVC Pos:

Zero:

2.3345 0.6761

1.6642

CBL-2CL3 In

7.3572

MagneticCopper

BUS-XF-2CL4-SEC

BUS-2CL4

1 8 300 PVC Pos:

Zero:

0.8580 0.9116

2.2448

CBL-2CL4 In

2.7034

MagneticCopper

BUS-XF-2CL5-SEC

BUS-2CL5

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-2CL5 In

BUS-0066

BUS-2DCH

1 24 500 PVC Pos:

Zero:

0.3063 0.4854

1.1948

CBL-2DCH In

0.9646

MagneticCopper

BUS-2DCH

BUS-XF-2CL1-PRI

1 10 6 PVC Pos:

Zero:

2.2135 0.2279

0.5612

CBL-2DCH-1 In

6.9757

MagneticCopper

BUS-0129

BUS-2DCH2

1 200 500 PVC Pos:

Zero:

2.5521 4.0451

9.9566

CBL-2DCH2 In

8.0382

MagneticCopper

BUS-2DCH

BUS-2CH5

1 123 1 PVC Pos:

Zero:

8.5417 2.3276

5.7283

CBL-2DCH-2 In

26.9169

BUS-2DCH2

BUS-1FCH1

1 1 300 PVC Pos:

Zero:

0.0201 0.0214

0.0527

CBL-2DCH2-7 Out

0.0635

MagneticCopper

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

BUS-2DCH2

BUS-2CH3

1 6 4/0 PVC Pos:

Zero:

0.1667 0.1294

0.3188

CBL-2DCH2-8 In

0.5253

MagneticCopper

BUS-2DCH

BUS-XF-2CL2-PRI

1 10 2 PVC Pos:

Zero:

0.8767 0.2539

0.6250

CBL-2DCH-3 In

2.7630

MagneticCopper

BUS-2DCH

BUS-EH1

1 70 1/0 PVC Pos:

Zero:

3.8889 1.6406

4.0378

CBL-2DCH-4 In

12.2561

BUS-2DCH 1 1 2/0 PVC Pos:

Zero:

0.0443 0.0231

0.0569

CBL-2DCH-6 Out

0.1395

MagneticCopper

BUS-2DCH

BUS-2CH2

1 10 2 PVC Pos:

Zero:

0.8767 0.2539

0.6250

CBL-2DCH-8 In

2.7630

MagneticCopper

BUS-2DCH

BUS-2CH1 (1)

1 4 3/0 PVC Pos:

Zero:

0.1398 0.0901

0.2219

CBL-2DCH-9 In

0.4405

MagneticCopper

BUS-2DH1

BUS-2H4

1 240 4/0 PVC Pos:

Zero:

6.6667 5.1771

12.7500

CBL-2DH1-1 In

21.0104

BUS-2DH1

BUS-XF-2L2-PRI

1 5 6 PVC Pos:

Zero:

1.1068 0.1139

0.2806

CBL-2DH1-2 In

3.4878

MagneticCopper

BUS-2DH1

BUS-2H3

1 214 2 PVC Pos:

Zero:

18.7622 5.4336

13.3750

CBL-2DH1-4 In

59.1287

MagneticCopper

BUS-2DH1

BUS-2H2

1 6 4 PVC Pos:

Zero:

0.8359 0.1646

0.4052

CBL-2DH1-5 In

2.6344

MagneticCopper

BUS-2DH1

BUS-XF-2L1-PRI

1 384 8 PVC Pos:

Zero:

135.1667 9.6167

23.6667

CBL-2DH1-7 In

425.9834

BUS-2DH1

BUS-XF-2L11-PRI

1 20 8 PVC Pos:

Zero:

7.0399 0.6545

1.6111

CBL-2DH1-9 In

22.1866

MagneticCopper

BUS-2DH2

BUS-2H7

1 6 4 PVC Pos:

Zero:

0.8359 0.1646

0.4052

CBL-2DH2-1 In

2.6344

MagneticCopper

BUS-2DH2

BUS-XF-2L7-PRI

1 4 4 PVC Pos:

Zero:

0.5573 0.0839

0.2064

CBL-2DH2-2 In

1.7563

MagneticCopper

BUS-2DH2

BUS-2H6

1 176 4/0 PVC Pos:

Zero:

4.8889 3.7965

9.3500

CBL-2DH2-3 In

15.4076

BUS-2DH2

BUS-2H5

1 178 2/0 PVC Pos:

Zero:

7.8802 4.1178

10.1361

CBL-2DH2-4 In

24.8304

MagneticCopper

BUS-2DH3

BUS-2H8

1 304 1/0 PVC Pos:

Zero:

16.8889 7.1250

17.5354

CBL-2DH3-1 In

53.2264

MagneticCopper

BUS-2DH3

BUS-XF-2L10-PRI

1 10 6 PVC Pos:

Zero:

2.2135 0.2279

0.5612

CBL-2DH3-2 In

6.9757

MagneticCopper

BUS-2DH3

BUS-2H10

1 6 6 PVC Pos:

Zero:

1.3281 0.1784

0.4393

CBL-2DH3-3 In

4.1854

BUS-2DH3

BUS-2H9

1 128 6 PVC Pos:

Zero:

28.3333 3.8056

9.3722

CBL-2DH3-5 In

89.2889

MagneticCopper

BUS-2EH1

BUS-XF-2EL1-PRI

1 6 12 PVC Pos:

Zero:

4.8698 0.2370

0.5836

CBL-2EH1-1 In

15.3474

MagneticCopper

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

BUS-2EH2

BUS-XF-2EL2-PRI

1 5 12 PVC Pos:

Zero:

4.0582 0.1510

0.3720

CBL-2EH2-1 In

12.7895

MagneticCopper

BUS-2EH3

BUS-XF-2EL3-PRI

1 6 12 PVC Pos:

Zero:

4.8698 0.1813

0.4464

CBL-2EH3-1 In

15.3474

BUS-2EH4

BUS-XF-2EL4-PRI

1 4 12 PVC Pos:

Zero:

3.2465 0.1208

0.2976

CBL-2EH4-1 In

10.2316

MagneticCopper

BUS-XF-2EL1-SEC

BUS-2EL1

1 6 8 PVC Pos:

Zero:

11.2472 1.0457

2.5740

CBL-2EL1 In

35.4461

MagneticCopper

BUS-XF-2EL2-SEC

BUS-2EL2

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

CBL-2EL2 In

59.0768

MagneticCopper

BUS-XF-2EL3-SEC

BUS-2EL3

1 10 8 PVC Pos:

Zero:

18.7454 1.7428

4.2899

CBL-2EL3 In

59.0768

BUS-XF-2EL4-SEC

BUS-2EL4

1 6 8 PVC Pos:

Zero:

11.2472 1.0457

2.5740

CBL-2EL4 In

35.4461

MagneticCopper

BUS-2H3

BUS-XF-2L3-PRI

1 10 4 PVC Pos:

Zero:

1.3932 0.2743

0.6753

CBL-2H3-1 In

4.3906

MagneticCopper

BUS-2H4

BUS-XF-2L4-PRI

1 6 2/0 PVC Pos:

Zero:

0.2656 0.1388

0.3417

CBL-2H4-1 In

0.8370

MagneticCopper

BUS-2H5

BUS-XF-2L5-PRI

1 8 2 PVC Pos:

Zero:

0.7014 0.2031

0.5000

CBL-2H5-1 In

2.2104

BUS-2H6

BUS-XF-2L6-PRI

1 16 2/0 PVC Pos:

Zero:

0.7083 0.3701

0.9111

CBL-2H6-1 In

2.2319

MagneticCopper

BUS-2H8

BUS-XF-2L8-PRI

1 5 4 PVC Pos:

Zero:

0.6966 0.1372

0.3377

CBL-2H8-1 In

2.1953

MagneticCopper

BUS-2H9

BUS-XF-2L9-PRI

1 10 6 PVC Pos:

Zero:

2.2135 0.2279

0.5612

CBL-2H9-1 In

6.9757

MagneticCopper

BUS-2HX1

BUS-XF-2LX1-PRI

1 48 6 PVC Pos:

Zero:

10.6250 1.4271

3.5146

CBL-2HX1-1 In

33.4833

BUS-XF-2L1-SEC

BUS-2L1

1 10 6 PVC Pos:

Zero:

11.7881 1.5833

3.8993

CBL-2L1 In

37.1487

MagneticCopper

BUS-XF-2L10-SEC

BUS-2L10

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-2L10 In

8.8286

MagneticCopper

BUS-XF-2L11-SEC

BUS-2L11

1 10 2 PVC Pos:

Zero:

4.6690 1.3522

3.3284

CBL-2L11 In

14.7143

MagneticCopper

BUS-XF-2L2-SEC

BUS-2L2

1 6 2/0 PVC Pos:

Zero:

1.4146 0.7392

1.8195

CBL-2L2 In

4.4573

BUS-XF-2L3-SEC

BUS-2L3(1)

1 15 2/0 PVC Pos:

Zero:

3.5364 1.8480

4.5488

CBL-2L3(1) In

11.1432

MagneticCopper

BUS-2L3(1)

BUS-2PL4

1 100 6 PVC Pos:

Zero:

117.8809 15.8330

38.9932

CBL-2L3(1)-1 In

371.4867

MagneticCopper

BUS-2L3(1)

BUS-2L3(2)

1 6 2/0 PVC Pos:

Zero:

1.4146 0.7392

1.8195

CBL-2L3(2) In

4.4573

MagneticCopper

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

BUS-XF-2L4-SEC

BUS-2L4-L

2 6 3/0 PVC Pos:

Zero:

0.5582 0.3599

0.8862

CBL-2L4-L In

1.7592

BUS-2L4-L

BUS-2PL5

1 105 4 PVC Pos:

Zero:

77.9054 15.3384

37.7635

CBL-2L4-L-1 In

245.5113

MagneticCopper

BUS-2L4-L

BUS-2PL6

1 40 6 PVC Pos:

Zero:

47.1524 6.3332

15.5973

CBL-2L4-L-2 In

148.5947

MagneticCopper

BUS-2L4-L

BUS-2PL7

1 30 8 PVC Pos:

Zero:

56.2361 5.2284

12.8698

CBL-2L4-L-3 In

177.2305

MagneticCopper

BUS-2L4-L

BUS-2PL8

1 55 4 PVC Pos:

Zero:

40.8076 8.0344

19.7809

CBL-2L4-L-4 In

128.6012

BUS-2PL9

1 80 6 PVC Pos:

Zero:

94.3047 12.6664

31.1945

CBL-2L4-L-5 In

297.1894

MagneticCopper

BUS-2L4-L

BUS-2PL10

1 20 8 PVC Pos:

Zero:

37.4908 3.4856

8.5799

CBL-2L4-L-6 In

118.1537

MagneticCopper

BUS-2L4-L

BUS-2PL11

1 55 4 PVC Pos:

Zero:

40.8076 8.0344

19.7809

CBL-2L4-L-7 In

128.6012

MagneticCopper

BUS-2L4-L

BUS-2PL13

1 105 8 PVC Pos:

Zero:

196.8265 18.2993

45.0444

CBL-2L4-L-8 In

620.3068

BUS-2PL12

1 55 2 PVC Pos:

Zero:

25.6796 7.4369

18.3062

CBL-2L4-L-9 In

80.9287

MagneticCopper

BUS-2L4-L

BUS-2L4-R

1 6 3/0 PVC Pos:

Zero:

1.1164 0.7198

1.7724

CBL-2L4-R In

3.5184

MagneticCopper

BUS-XF-2L5-SEC

BUS-2L5-L

1 5 300 PVC Pos:

Zero:

0.5362 0.5698

1.4030

CBL-2L5-L In

1.6896

MagneticCopper

BUS-2L5-L

BUS-2L5-R

1 6 300 PVC Pos:

Zero:

0.6435 0.6837

1.6836

CBL-2L5-R In

2.0276

BUS-2L5-R

BUS-2PL14

1 95 1/0 PVC Pos:

Zero:

28.1065 11.8574

29.1825

CBL-2L5-R-1 In

88.5794

MagneticCopper

BUS-XF-2L6-SEC

BUS-2L6

2 6 3/0 PVC Pos:

Zero:

0.5582 0.3599

0.8862

CBL-2L6 In

1.7592

MagneticCopper

BUS-2L6

BUS-2PL16

1 115 8 PVC Pos:

Zero:

215.5718 20.0421

49.3343

CBL-2L6-1 In

679.3836

MagneticCopper

BUS-2L6

BUS-2PL15

1 40 2 PVC Pos:

Zero:

18.6760 5.4087

13.3136

CBL-2L6-2 In

58.8573

BUS-2L6

BUS-2PL17

1 60 1/0 PVC Pos:

Zero:

17.7515 7.4889

18.4310

CBL-2L6-3 In

55.9449

MagneticCopper

BUS-2L6

BUS-2PL19

1 70 2 PVC Pos:

Zero:

32.6831 9.4651

23.2988

CBL-2L6-4 In

103.0002

MagneticCopper

BUS-2L6

BUS-2PL18

1 50 4 PVC Pos:

Zero:

37.0978 7.3040

17.9826

CBL-2L6-5 In

116.9101

MagneticCopper

BUS-2L6 1 60 1/0 PVC Pos: 17.7515 7.4889CBL-2L6-6 In MagneticCopper

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

BUS-2PL20 Zero: 18.4310 55.9449

BUS-XF-2L7-SEC

BUS-2L7

1 10 2/0 PVC Pos:

Zero:

2.3576 1.2320

3.0325

CBL-2L7 In

7.4288

MagneticCopper

BUS-2L7

BUS-2PL21

1 4 4 PVC Pos:

Zero:

2.9678 0.5843

1.4386

CBL-2L7-1 In

9.3528

MagneticCopper

BUS-XF-2L8-SEC

BUS-2L8-L

1 10 2/0 PVC Pos:

Zero:

2.3576 1.2320

3.0325

CBL-2L8-L In

7.4288

MagneticCopper

BUS-2L8-L

BUS-2L8-R

1 8 2/0 PVC Pos:

Zero:

1.8861 0.9856

2.4260

CBL-2L8-R In

5.9430

BUS-XF-2L9-SEC

BUS-2L9

1 6 6 PVC Pos:

Zero:

7.0729 0.9500

2.3396

CBL-2L9 In

22.2892

MagneticCopper

BUS-XF-2LX1-SEC

BUS-2LX1

1 6 1/0 PVC Pos:

Zero:

1.7751 0.7489

1.8431

CBL-2LX1 In

5.5945

MagneticCopper

BUS-2LX1

BUS-2LX2

1 8 6 PVC Pos:

Zero:

9.4305 1.2666

3.1195

CBL-2LX1-1 In

29.7189

MagneticCopper

BUS-XF-2QL2-SEC

BUS-2QL2(A)

1 10 300 PVC Pos:

Zero:

1.0725 1.1395

2.8060

CBL-2QL2(A) In

3.3793

BUS-2QL2(A)

BUS-2QL2(B)

1 6 300 PVC Pos:

Zero:

0.6435 0.6837

1.6836

CBL-2QL2(B) In

2.0276

MagneticCopper

BUS-XF-2QL3-SEC

BUS-2QL3

1 6 4/0 PVC Pos:

Zero:

0.8876 0.6893

1.6975

CBL-2QL3 In

2.7972

MagneticCopper

BUS-2QL3

BUS-2QL3(B)

1 10 2 PVC Pos:

Zero:

4.6690 1.3522

3.3284

CBL-2QL3-1 In

14.7143

MagneticCopper

BUS-2QL3

BUS-2QL3(A)

1 16 2 PVC Pos:

Zero:

7.4704 2.1635

5.3254

CBL-2QL3-2 In

23.5429

BUS-3DH

BUS-3H1

1 25 2 PVC Pos:

Zero:

2.1918 0.6348

1.5625

CBL-3DH-1 In

6.9076

MagneticCopper

BUS-3DH

BUS-XF-7L7-PRI

1 176 4 PVC Pos:

Zero:

24.5208 4.8278

11.8861

CBL-3DH-11 In

77.2750

MagneticCopper

BUS-3DH

BUS-7H2

1 250 2/0 PVC Pos:

Zero:

11.0677 5.7834

14.2361

CBL-3DH-13 In

34.8741

MagneticCopper

BUS-3DH

BUS-6H1

1 40 2/0 PVC Pos:

Zero:

1.7708 0.9253

2.2778

CBL-3DH-2 In

5.5799

BUS-3DH2 1 1 6 PVC Pos:

Zero:

0.2214 0.0297

0.0732

CBL-3DH2-1 Out

0.6976

MagneticCopper

BUS-3DH2

BUS-XF-6L6-PRI

1 260 3/0 PVC Pos:

Zero:

9.0842 4.4800

11.0365

CBL-3DH2-2 In

28.6293

MagneticCopper

BUS-3DH2

BUS-3H2

1 192 2/0 PVC Pos:

Zero:

8.5000 4.4417

10.9333

CBL-3DH2-3 In

26.7833

MagneticCopper

BUS-3DH2

BUS-3DH2A

1 50 1/0 PVC Pos:

Zero:

2.7778 1.1719

2.8841

CBL-3DH2-4 In

8.7543

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

BUS-3DH

BUS-4H1

1 25 2/0 PVC Pos:

Zero:

1.1068 0.5783

1.4236

CBL-3DH-3 In

3.4874

MagneticCopper

BUS-3DH

BUS-XF-4L5-PRI

1 97 4/0 PVC Pos:

Zero:

2.6944 1.6040

3.9490

CBL-3DH-4 In

8.4917

MagneticCopper

BUS-3DH

BUS-XF-4L1-PRI

1 100 2/0 PVC Pos:

Zero:

4.4271 1.7665

4.3490

CBL-3DH-5 In

13.9497

MagneticCopper

BUS-3DH

BUS-XF-4L4-PRI

1 95 4/0 PVC Pos:

Zero:

2.6389 1.5710

3.8676

CBL-3DH-6 In

8.3166

BUS-3DH

BUS-XF-4L2-PRI

1 95 250 PVC Pos:

Zero:

2.2760 1.5627

3.8470

CBL-3DH-7 In

7.1704

MagneticCopper

BUS-3DH

BUS-XF-5L4.1-PRI

1 196 6 PVC Pos:

Zero:

43.3854 5.8273

14.3512

CBL-3DH-8 In

136.7236

MagneticCopper

BUS-3DH

BUS-XF-4L3-PRI

1 45 4/0 PVC Pos:

Zero:

1.2500 0.7441

1.8320

CBL-3DH-9 In

3.9395

MagneticCopper

BUS-0068

BUS-3DQH

1 6 350 PVC Pos:

Zero:

0.0984 0.1279

0.3148

CBL-3DQH In

0.3102

BUS-3DQH

BUS-XF-4QL4-PRI

1 250 2 PVC Pos:

Zero:

21.9184 4.8611

11.9683

CBL-3DQH-1 In

69.0755

MagneticCopper

BUS-3DQH12 2 1 300 PVC Pos:

Zero:

0.0101 0.0107

0.0263

CBL-3DQH12-1 Out

0.0317

MagneticCopper

BUS-3DQH12

BUS-XF-3QL1-PRI

1 30 6 PVC Pos:

Zero:

6.6406 0.6836

1.6836

CBL-3DQH12-3 In

20.9271

MagneticCopper

BUS-0192

BUS-3DQH2

2 6 400 PVC Pos:

Zero:

0.0464 0.0638

0.1570

CBL-3DQH2 In

0.1461

BUS-XF-4QL2-PRI

1 310 2 PVC Pos:

Zero:

27.1788 6.0278

14.8407

CBL-3DQH-2 In

85.6536

MagneticCopper

BUS-0194

BUS-3DQH2-2

2 8 400 PVC Pos:

Zero:

0.0618 0.0851

0.2094

CBL-3DQH2-14 In

0.1948

MagneticCopper

BUS-3DQH

BUS-XF-4QL5-PRI

1 170 2 PVC Pos:

Zero:

14.9045 3.3056

8.1385

CBL-3DQH-3 In

46.9714

MagneticCopper

BUS-3DQH

BUS-XF-4QL1-PRI

1 185 2 PVC Pos:

Zero:

16.2196 3.5972

8.8566

CBL-3DQH-4 In

51.1159

BUS-5DQH

1 86 1 PVC Pos:

Zero:

5.9722 2.1276

5.2369

CBL-3DQH-5 In

18.8200

MagneticCopper

BUS-3DQH

BUS-XF-3QL2-PRI

1 35 2 PVC Pos:

Zero:

3.0686 0.8887

2.1875

CBL-3DQH-6 In

9.6706

MagneticCopper

BUS-3H2

BUS-XF-3L1-PRI

1 8 4 PVC Pos:

Zero:

1.1146 0.2194

0.5403

CBL-3H2-1 In

3.5125

MagneticCopper

BUS-XF-3L1-SEC

BUS-3L1

1 8 1 PVC Pos:

Zero:

2.9586 1.0540

2.5943

CBL-3L1 In

9.3232

BUS-XF-3LNE-SEC

BUS-3LNE

1 20 6 PVC Pos:

Zero:

23.5762 3.1666

7.7986

CBL-3LNE In

74.2973

MagneticCopper

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

BUS-XF-3LSW-SEC

BUS-3LSW

1 20 6 PVC Pos:

Zero:

23.5762 3.1666

7.7986

CBL-3LSW In

74.2973

MagneticCopper

BUS-XF-3QL-SEC

BUS-3QL

1 20 1/0 PVC Pos:

Zero:

5.9172 2.4963

6.1437

CBL-3QL In

18.6483

MagneticCopper

BUS-XF-3QL1-SEC

BUS-3QL1

1 8 2 PVC Pos:

Zero:

3.7352 1.0817

2.6627

CBL-3QL1 In

BUS-3QL

BUS-8QL1

1 140 3/0 PVC Pos:

Zero:

26.0494 16.7946

41.3554

CBL-3QL-1 In

82.0960

MagneticCopper

BUS-XF-3QL2-SEC

BUS-3QL2

1 122 4/0 PVC Pos:

Zero:

18.0473 14.0149

34.5155

CBL-3QL2 In

56.8773

MagneticCopper

BUS-4EH1

BUS-6EH1

1 52 8 PVC Pos:

Zero:

18.3038 1.7017

4.1889

CBL-4EH1-1 In

57.6852

MagneticCopper

BUS-4EH1

BUS-5EH1

1 32 6 PVC Pos:

Zero:

7.0833 0.9514

2.3431

CBL-4EH1-2 In

22.3222

BUS-4EH1

BUS-XF-4EL1-PRI

1 10 10 PVC Pos:

Zero:

5.1215 0.2839

0.6988

CBL-4EH1-3 In

16.1406

MagneticCopper

BUS-4EH1

BUS-7EH1

1 58 6 PVC Pos:

Zero:

12.8385 1.7244

4.2468

CBL-4EH1-4 In

40.4590

MagneticCopper

BUS-4EH1

BUS-7EH2

1 234 6 PVC Pos:

Zero:

51.7969 6.9570

17.1336

CBL-4EH1-5 In

163.2313

MagneticCopper

BUS-XF-4EL1-SEC

BUS-4EL1

1 6 6 PVC Pos:

Zero:

7.0729 0.9500

2.3396

CBL-4EL1 In

22.2892

BUS-4EL1

BUS-5EL1

1 32 8 PVC Pos:

Zero:

59.9852 5.5769

13.7278

CBL-4EL1-1 In

189.0459

MagneticCopper

BUS-4H1

BUS-4H2

1 20 2 PVC Pos:

Zero:

1.7535 0.5078

1.2500

CBL-4H1-1 In

5.5260

MagneticCopper

BUS-4H1

BUS-5H1

1 48 2 PVC Pos:

Zero:

4.2083 1.2188

3.0000

CBL-4H1-2 In

13.2625

MagneticCopper

BUS-4H2

BUS-XF-4L6-PRI

1 6 8 PVC Pos:

Zero:

2.1120 0.1964

0.4833

CBL-4H2-1 In

6.6560

BUS-XF-4L1-SEC

BUS-4L1-L

1 8 3/0 PVC Pos:

Zero:

1.4885 0.9597

2.3632

CBL-4L1-L In

4.6912

MagneticCopper

BUS-4L1-L

BUS-5L1(1)

1 32 2/0 PVC Pos:

Zero:

7.5444 3.9423

9.7041

CBL-4L1-L-1 In

23.7722

MagneticCopper

BUS-4L1-L

BUS-4L1-R

1 6 3/0 PVC Pos:

Zero:

1.1164 0.7198

1.7724

CBL-4L1-R In

3.5184

MagneticCopper

BUS-4L1-R

BUS-6L1-R

1 10 1/0 PVC Pos:

Zero:

2.9586 1.2482

3.0718

CBL-4L1-R-1 In

9.3242

BUS-4L2-R

BUS-4L2-L

2 6 300 PVC Pos:

Zero:

0.3217 0.3419

0.8418

CBL-4L2-L In

1.0138

MagneticCopper

BUS-4L2-L

BUS-6L2-L

1 12 4/0 PVC Pos:

Zero:

1.7751 1.3785

3.3950

CBL-4L2-L-1 In

5.5945

MagneticCopper

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

BUS-XF-4L2-SEC

BUS-4L2-R

2 20 300 PVC Pos:

Zero:

1.0725 1.1395

2.8060

CBL-4L2-R In

3.3793

MagneticCopper

BUS-4L2-R

BUS-7L2-L

2 68 1/0 PVC Pos:

Zero:

10.0592 4.2437

10.4442

CBL-4L2-R-1 In

31.7021

BUS-4L3-R

BUS-4L3-L

2 6 3/0 PVC Pos:

Zero:

0.5582 0.3599

0.8862

CBL-4L3-L In

1.7592

MagneticCopper

BUS-XF-4L3-SEC

BUS-4L3-R

2 17 3/0 PVC Pos:

Zero:

1.5816 1.0197

2.5109

CBL-4L3-R In

4.9844

MagneticCopper

BUS-4L3-R

BUS-5L3(1)

1 32 4 PVC Pos:

Zero:

23.7426 4.6746

11.5089

CBL-4L3-R-1 In

74.8225

MagneticCopper

BUS-4L3-R

BUS-6L3-L

1 84 2 PVC Pos:

Zero:

39.2197 11.3582

27.9586

CBL-4L3-R-2 In

123.6002

BUS-4L3-R

BUS-7L3-L

1 68 3/0 PVC Pos:

Zero:

12.6526 8.1574

20.0869

CBL-4L3-R-3 In

39.8752

MagneticCopper

BUS-4L3-R

BUS-8L1

1 86 4 PVC Pos:

Zero:

63.8083 12.5629

30.9301

CBL-4L3-R-4 In

201.0854

MagneticCopper

BUS-4L4-R

BUS-4L4-L

2 6 300 PVC Pos:

Zero:

0.3217 0.3419

0.8418

CBL-4L4-L In

1.0138

MagneticCopper

BUS-4L4-L

BUS-5L7

1 10 2/0 PVC Pos:

Zero:

2.3576 1.2320

3.0325

CBL-4L4-L-1 In

7.4288

BUS-XF-4L4-SEC

BUS-4L4-R

2 15 300 PVC Pos:

Zero:

0.8044 0.8546

2.1045

CBL-4L4-R In

2.5344

MagneticCopper

BUS-4L4-R

BUS-5L4(1)

1 52 4 PVC Pos:

Zero:

38.5817 7.5962

18.7019

CBL-4L4-R-1 In

121.5865

MagneticCopper

BUS-4L4-R

BUS-6L4-R

1 32 2/0 PVC Pos:

Zero:

7.5444 3.9423

9.7041

CBL-4L4-R-2 In

23.7722

MagneticCopper

BUS-4L5-R

BUS-4L5-L

2 6 300 PVC Pos:

Zero:

0.3217 0.3419

0.8418

CBL-4L5-L In

1.0138

BUS-4L5-L

BUS-7L5-L

1 74 2/0 PVC Pos:

Zero:

17.4464 9.1166

22.4408

CBL-4L5-L-1 In

54.9732

MagneticCopper

BUS-4L5-L

BUS-5L8

1 32 4/0 PVC Pos:

Zero:

4.7337 3.6760

9.0533

CBL-4L5-L-2 In

14.9186

MagneticCopper

BUS-XF-4L5-SEC

BUS-4L5-R

2 10 300 PVC Pos:

Zero:

0.5362 0.5698

1.4030

CBL-4L5-R In

1.6896

MagneticCopper

BUS-4L5-R

BUS-5L5(1)

1 32 2/0 PVC Pos:

Zero:

7.5444 3.9423

9.7041

CBL-4L5-R-1 In

23.7722

BUS-4L5-R

BUS-6L5-L

1 84 2/0 PVC Pos:

Zero:

19.8040 10.3486

25.4734

CBL-4L5-R-2 In

62.4020

MagneticCopper

BUS-XF-4L6-SEC

BUS-4L6

1 20 4 PVC Pos:

Zero:

14.8391 2.9216

7.1930

CBL-4L6 In

46.7641

MagneticCopper

BUS-XF-4QL1-SEC

BUS-4QL1

1 20 2 PVC Pos:

Zero:

9.3380 2.7043

6.6568

CBL-4QL1 In

29.4286

MagneticCopper

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

BUS-4QL1

BUS-5QL1

1 30 8 PVC Pos:

Zero:

56.2361 5.2284

12.8698

CBL-4QL1-1 In

177.2305

BUS-4QL1

BUS-6QL1

1 50 8 PVC Pos:

Zero:

93.7269 8.7139

21.4497

CBL-4QL1-2 In

295.3842

MagneticCopper

BUS-XF-4QL2-SEC

BUS-4QL2

1 20 2/0 PVC Pos:

Zero:

4.7152 2.4639

6.0651

CBL-4QL2 In

14.8576

MagneticCopper

BUS-4QL2

BUS-5QL2

1 60 2 PVC Pos:

Zero:

28.0141 8.1130

19.9704

CBL-4QL2-1 In

88.2859

MagneticCopper

BUS-4QL2

BUS-6QL2

1 70 6 PVC Pos:

Zero:

82.5166 11.0831

27.2952

CBL-4QL2-2 In

260.0407

BUS-4QL2

BUS-7QL2

1 90 6 PVC Pos:

Zero:

106.0928 14.2497

35.0938

CBL-4QL2-3 In

334.3380

MagneticCopper

BUS-4QL2

BUS-4QL2-B

1 10 6 PVC Pos:

Zero:

11.7881 1.5833

3.8993

CBL-4QL2-4 In

37.1487

MagneticCopper

BUS-XF-4QL4-SEC

BUS-4QL4

1 20 2/0 PVC Pos:

Zero:

4.7152 2.4639

6.0651

CBL-4QL4 In

14.8576

MagneticCopper

BUS-4QL4

BUS-5QL4

1 70 8 PVC Pos:

Zero:

131.2176 12.1995

30.0296

CBL-4QL4-1 In

413.5378

BUS-4QL4

BUS-6QL4

1 90 8 PVC Pos:

Zero:

168.7084 15.6851

38.6095

CBL-4QL4-2 In

531.6915

MagneticCopper

BUS-4QL4

BUS-7QL4

1 110 6 PVC Pos:

Zero:

129.6690 17.4163

42.8925

CBL-4QL4-3 In

408.6354

MagneticCopper

BUS-XF-4QL5-SEC

BUS-4QL5

1 20 2/0 PVC Pos:

Zero:

4.7152 2.4639

6.0651

CBL-4QL5 In

14.8576

MagneticCopper

BUS-4QL5

BUS-5QL5

1 40 6 PVC Pos:

Zero:

47.1524 6.3332

15.5973

CBL-4QL5-1 In

148.5947

BUS-4QL5

BUS-6QL5

1 60 8 PVC Pos:

Zero:

112.4723 10.4567

25.7396

CBL-4QL5-2 In

354.4610

MagneticCopper

BUS-4QL5

BUS-7QL5

1 70 8 PVC Pos:

Zero:

131.2176 12.1995

30.0296

CBL-4QL5-3 In

413.5378

MagneticCopper

BUS-XF-5CL1-SEC

BUS-5CL1

1 15 300 PVC Pos:

Zero:

1.6087 1.7093

4.2090

CBL-5CL1 Out

5.0689

MagneticCopper

BUS-XF-5CL2-SEC

BUS-5CL2

1 6 2 PVC Pos:

Zero:

2.8014 0.8113

1.9970

CBL-5CL2 In

BUS-5DQH

BUS-XF-5QL6-PRI

1 256 6 PVC Pos:

Zero:

56.6667 7.6111

18.7444

CBL-5DQH-1 In

178.5778

MagneticCopper

BUS-5L1(1)

BUS-5L1(2)

1 6 2/0 PVC Pos:

Zero:

1.4146 0.7392

1.8195

CBL-5L1-2 In

4.4573

MagneticCopper

BUS-5L3(1)

BUS-5L3(2)

1 6 4 PVC Pos:

Zero:

4.4517 0.8765

2.1579

CBL-5L3(2) In

14.0292

MagneticCopper

BUS-5L4(1) 1 6 4 PVC Pos: 4.4517 0.8765CBL-5L4(2) In MagneticCopper

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

BUS-5L4(2) Zero: 2.1579 14.0292

BUS-XF-5L4.1-SEC

BUS-5L4.1

1 6 4 PVC Pos:

Zero:

4.4517 0.8765

2.1579

CBL-5L4.1 In

14.0292

MagneticCopper

BUS-5L5(1)

BUS-5L5(2)

1 6 2/0 PVC Pos:

Zero:

1.4146 0.7392

1.8195

CBL-5L5(2) In

4.4573

MagneticCopper

BUS-5QH1 1 1 1/0 PVC Pos:

Zero:

0.0556 0.0234

0.0577

CBL-5QH1-1 Out

0.1751

MagneticCopper

BUS-5QH1

BUS-5QH2

1 10 1/0 PVC Pos:

Zero:

0.5556 0.2344

0.5768

CBL-5QH1-2 In

1.7509

BUS-5QH1

BUS-XF-7L4-PRI

1 48 2 PVC Pos:

Zero:

4.2083 1.2188

3.0000

CBL-5QH1-3 In

13.2625

MagneticCopper

BUS-5QH1

BUS-XF-5QL3-PRI

1 10 4 PVC Pos:

Zero:

1.3932 0.2743

0.6753

CBL-5QH1-4 In

4.3906

MagneticCopper

BUS-XF-5QL3-SEC

BUS-5QL3

1 12 1/0 PVC Pos:

Zero:

3.5503 1.4978

3.6862

CBL-5QL3 In

11.1890

MagneticCopper

BUS-XF-5QL6-SEC

BUS-5QL6

1 12 1 PVC Pos:

Zero:

4.4379 1.5810

3.8915

CBL-5QL6 In

13.9848

BUS-6CL1-R

BUS-6CL1-L

1 5 2/0 PVC Pos:

Zero:

1.1788 0.6160

1.5163

CBL-6CL1-L In

3.7144

MagneticCopper

BUS-XF-6CL1-SEC

BUS-6CL1-R

1 20 2/0 PVC Pos:

Zero:

4.7152 2.4639

6.0651

CBL-6CL1-R In

14.8576

MagneticCopper

BUS-6EH1

BUS-XF-6EL1-PRI

1 5 10 PVC Pos:

Zero:

2.5608 0.1419

0.3494

CBL-6EH1-1 In

8.0703

MagneticCopper

BUS-XF-6EL1-SEC

BUS-6EL1

1 5 6 PVC Pos:

Zero:

5.8940 0.7917

1.9497

CBL-6EL1 In

18.5743

BUS-6EL1

BUS-7EL1

1 35 8 PVC Pos:

Zero:

65.6088 6.0998

15.0148

CBL-6EL1-1 In

206.7689

MagneticCopper

BUS-6H1

BUS-7H1

1 35 4…