100 Electrical Study to VA BDB.pdf

Department of Veterans Affairs

Contract Number: VA250-17-D-0135

Arc Flash Survey Indianapolis VAMC

1481 West 10th Street Indianapolis, IN 46202

100% Final Report

REPORT BY:

Josh VandenEnde, P.E.

Beau Browning

ENGINEER OF RECORD: Josh VandenEnde, P.E.

1000 Centre Avenue Fort Collins, CO 80526

17 December 2020

DocuSign Envelope ID: 3DB0FA86-B625-4FB6-8DDC-C837DAD94737

12/16/2020

TABLE OF CONTENTS

1.0 INTRODUCTION

2.0 MODEL PREPARATION

3.0 SHORT CIRCUIT ANALYSIS AND ARC-FLASH HAZARD

3.1 SKM Power*Tools Analyses:

3.2 Utility Information:

3.3 Short Circuit Analysis:

3.4 Arc-Flash Hazard:

3.5 Arc-Flash Hazard Labels:

4.0 COORDINATION STUDY

APPENDIX A – References APPENDIX B – Single Line Diagrams APPENDIX C – System Data Model Inputs APPENDIX D – Short-Circuit Reports APPENDIX E – Arc-Flash Hazard Report APPENDIX F – Arc-Flash Hazard Labels APPENDIX G – Coordination Study Time Current Curves APPENDIX H – Issues Log APPENDIX I – Detailed Electrical Systems Analysis

1.0 INTRODUCTION

The Department of Veterans Affairs Division contracted with Apogee Consulting Group P.A. to provide evaluation and reporting of electrical services and distribution that have been surveyed as agreed upon and modeled by Apogee Consulting Group P.A. Due to the size and scope of this study, reporting may be divided by Department of Veterans Affairs Facilities number.

Objectives included identifying electrical system deficiencies, generating arc flash hazard labels for equipment, and providing system coordination of overcurrent devices as agreed upon for each Department of Veterans Affairs Facility number.

This report outlines the methodology employed for the electrical study and provides the theoretical foundation for analyses. Further discussion can be found in the appendices; Detailed Electrical Systems Analysis.

Study methodologies are based upon industry standard best practices including use of computerized power analysis modeling software distributed by SKM Power*Tools. The technical publication titled, “Complete Guide to Arc Flash Hazard Calculation Studies- A step-by-step approach packed with examples, tips, and calculation worksheets,” by Jim Phillips, provides a basis for many of the recommendations included in this report. Additional references can be found in the appendices; References.

Analyses are conducted within the scope of the overall study. They include, but are not limited to short circuit studies, arc flash incident energy (AFIE) calculation studies, coordination studies, and existing equipment assessment.

Short circuit studies verify equipment is properly sized for the calculated available fault current (AFC). AFIE calculation studies facilitate arc flash hazard risk assessment and equipment labeling in compliance with applicable standards, including the NFPA 70 National Electrical Code (NEC), NFPA 70E Standard for Electrical Safety in the Workplace, and OSHA. Coordination studies verify equipment settings incur fault clearance at the overcurrent protective device closest to the source of a fault. Existing equipment studies analyze and record the visible conditions of equipment and the immediate surrounding area that may affect the equipment or access to it. Standards-compliant labels indicating calculated arc flash hazard values are to be provided in conjunction with the issuance of the overall study and are to be affixed to corresponding equipment.

The body of this report is intended to specify analysis methodology. Detailed results can be found in the appendices.

2.0 MODEL PREPARATION

Survey data was compiled as agreed and system models were created and edited by Apogee Consulting Group P.A. for each Department of Veterans Affairs Facility number. Models were created and/or updated using recent survey data as well as representative drawings for each facility in an effort to accurately depict the actual system components and their means of attachment. Single line diagrams displaying input data for each facility can be found in the appendices;

Single-Line Diagrams.

Where system information was unattainable or omitted from the model and did not prevent system analysis, the client was notified and reasonable efforts were taken to locate missing information. Necessary data assumptions were made in accordance with IEEE 1584.1-2013.

3.0 SHORT CIRCUIT ANALYSIS AND ARC-FLASH HAZARD

3.1 SKM Power*Tools Analyses:

Upon completing model creation and updating, the models were evaluated using SKM Power*Tools power analysis software. Per industry standard IEEE 1584, the software was used to derive AFC at specified points within each model. Additional explanation of this calculation process can be found in the appendices; Detailed Electrical Systems Analysis.

3.2 Utility Information:

Utility source specifics were requested from the respective utility provider.

While source specifics were used when provided, it is recommended that they be used with caution as they are subject to changes without notification by the utility provider that may affect source AFC and impedance.

3.3 Short Circuit Analysis:

The short circuit study indicates the maximum AFC at specified points throughout the system.

Tabulated short circuit values can be found in the appendices; Short-Circuit Reports.

AFC values are calculated and used to verify that equipment ampere interrupting capacity (AIC) ratings, where provided, are higher than the calculated AFC values to which equipment will be exposed, referred to as equipment duty (EQD). It is indicated by the calculation 𝐸𝑄𝐷 =

AFC ‒ AIC

AIC

and represented as a percentage. A positive percentage indicates overdutied equipment and a violation of the equipment AIC rating. A negative percentage indicates the equipment AIC rating is above the calculated AFC.

EQD calculations can be found in the appendices; Single-Line Diagrams, EQD.

An EQD representative single line diagram with no percentages indicated implies that all equipment is within the AIC ratings.

Values were reported when EQD was within 10% of the rating of the equipment. If equipment was identified as overdutied, ‘VIOLATION’ has been reported in the comments section of the EQD report.

Equipment identified as overdutied was reported in the Issues Log and can be found in the appendices; Issues Log. Equipment identified to be overdutied by more than 20% have been listed as Priority 1.

Short-circuit withstand ratings of low voltage disconnect switches, such as equipment local disconnects, were not evaluated in this study. Care should be taken to ensure that these devices are applied within their UL-listed short-circuit withstand ratings. The typical withstand ratings for disconnect switches (safety switches) range from 10kA to 200kA.

Where information was available, inductive loads (i.e. motor loads) were included within the models. In the event of a fault, they may contribute to the sub-transient fault current.

Further discussion of the calculations and theory involved in the short circuit analysis can be found in appendices; Detailed Electrical Systems Analysis.

3.4 Arc-Flash Hazard:

Arc-flash hazard and device coordination are closely related and, unfortunately, suffer from competing interests with regards to utility AFC values as noted in the previous section regarding the ‘infinite bus’ method.

Achieving complete system coordination often involves extending trip settings to OCPD maximums for upstream devices. This allows the most downstream devices to clear faults. Allowing the device nearest the fault to trip minimizes the total system outage experienced. Unfortunately, maximizing settings for upstream OCPDs increases the activation time and duration of a mid-system faults, where AFC is much greater. AFC and time are directly proportional to AFIE exposure.

IEEE 1584 recommends evaluating AFIE values at both 100% of the anticipated AFC, as well as 85%, in an effort to analyze the effect of lower AFC on the trip time of OCPD’s and the corresponding changes to the

AFIE.

All equipment and nodes modeled were evaluated at both recommended evaluation percentages for AFC. The AFC percentage inducing the greater AFIE value was considered to be the worst-case and thus the only value reported.

AFIE values can be found in the appendices; Single-Line Diagrams, AFIE.

Note: Incident energy values listed in the Arc Flash Hazard Report are valid only for protective devices configured according to the OCPD coordination study. Changes to upstream OCPD’s will void the provided arc flash labels and will require the affected portion of the system to reevaluated.

3.5 Arc-Flash Hazard Labels:

Information to be included on Arc-Flash Hazard labels is the subject of debate in the industry. Jim Phillips, the author of “Complete Guide to Arc Flash Hazard Calculation Studies” and a contributor to many arc flash related standards, recommends providing as much information as possible to inform qualified persons of the hazard level to which they may be exposed and how to best prepare themselves if it is not possible to de-energize the equipment as emphasized in NFPA 70E. Additionally, Phillips advises that care be taken to comply with the standards defined by ANSI Z535 for safety hazard labeling which is also referenced by NFPA 70 (NEC) Article 110.16.

The ANSI 7535 standard defines the following signal word choice, background and text coloration as it correlates to risk severity:

CAUTION: Indicates a hazardous situation which, if not avoided, could result in minor or moderate injury. (Black letters on safety yellow background)

WARNING: Indicates a hazardous situation that, if not avoided, could result in death or serious injury. (Black letters on safety orange background)

DANGER: Indicates a hazardous situation that, if not avoided, will result in death or serious injury. (White letters on safety red background) The Industry standard for arc flash labels is consistent with ANSI 7535.

Labels should have “WARNING” in black letters on orange background where AFIE is below 40 cal/cm2 and “DANGER” in white letters with red background where AFIE is at or above 40 cal/cm2.

NEC 110.16 requires electrical equipment in non-dwelling units which are likely to require examination, adjustment, servicing, or maintenance while energized are to be field marked in such a way that it is clearly visible to qualified persons before working on the equipment. Per NFPA 70E Article 130.5(C), labels must at minimum include the following information:

Nominal system voltage

Arc flash boundary

At least one of, o AFIE and corresponding working distance o Minimum required arc rating of clothing o Required level of PPE o Highest Hazard/Risk Category (HRC) for the equipment

The following are examples of labels that Apogee Consulting Group P.A.

has provided in cooperation with this study for equipment as required per NEC 110.16. Labels were created using 4” x 6” die-cut UV, chemical and scratch resistant indoor/outdoor vinyl with thermal transfer technology.

Where device information required for OCPD coordination/arc-flash hazard study was unavailable due to extenuating circumstances, a label was issued stating:

“DANGER – DO NOT WORK ON EQUIPMENT WHILE

ENERGIZED!”

Labels have been provided in an organized manner and are to be affixed to equipment in accordance with NEC 110.16. Equipment ID and location information have been included on all labels where it was deemed to be advantageous.

Some labels may have been identified as optional. While these labels are not required, they may contribute to a safer work environment. These labels are to be installed at the discretion of the site supervisor.

Further discussion about calculations and theories surrounding an arc-flash calculation hazard study, as well as the physiological implications of an Arc-Flash hazard can be found in the appendices; Detailed Electrical Systems Analysis.

PDF versions of all arc-flash hazard equipment labels can be found in the appendices; Arc Flash Hazard Labels.

4.0 COORDINATION STUDY

A coordination study is an effort to identify OCPD settings that will cause systems to be coordinated in a manner such that the nearest upstream OCPD will trip in the event of a fault condition in order to clear the fault.

Many subsystems in existing facilities are not designed expressly for coordination. It is inherent to outdated equipment and designs that full coordination is unachievable. Many OCPD’s have fixed settings that are unable to be changed. OCPD’s may be identified to exist that provide the availability to better coordinate a subsystem. Time current curve plots can be found in the appendices; Coordination Study Time Current Curves.

If full OCPD coordination is desired, new equipment as well as prolonged scheduled outages will be necessary.

The findings and recommendations herein are dependent upon site survey, probable assumptions of equipment specifics and parameters affecting the arc-flash study and coordination, and data provided by the client and/or representatives of the client. Verification of existing settings as well as potential settings should be conducted prior to any work being completed. Existing settings can be found in the appendices; System Data Model Inputs.

It is recommended to notify the site supervisor if contrasting device settings or equipment is found. System models should be updated with any new information and reevaluated when necessary.

While it is possible to adjust OCPD settings while the system is energized, scheduled outages should be arranged prior to any adjustment. It is recommended that OCPD’s be adjusted only while the system is deenergized.

Neither Apogee Consulting Group P.A. nor any of its personnel nor subcontractor can assume any liability for the occurrence of an unscheduled outage in conjunction with adjustment of trip devices. It is recommended to schedule outages before adjusting settings on trip devices.

Reducing trip settings on a breaker can increase the likelihood that an OCPD may trip due to overload in the future. Future circuit loading was not considered with this study, but is an important factor when choosing to implement the recommended settings.

Further discussions of calculations and theory involved in the coordination study can be found in the appendices; Detailed Electrical Systems Analysis.

APPENDIX A – References

1. IEEE Standard 1584-2002 – Guide for Performing Arc Flash Hazard Calculations

2. NFPA 70E (2018) – Standard for Electrical Safety in the Workplace

3. OSHA CFR Title 29, Part 1910, Subpart S

4. NFPA 70 (2017) – National Electrical Code

5. IEEE 551-2006 – Recommended Practice for Calculating AC Short-Circuit Currents in Industrial and Commercial Power Systems [The Violet Book]

6. ANSI/IEEE C37.10-2011 – IEEE Guide for Investigation, Analysis, and Reporting of Power Circuit Breaker Failures

7. ANSI/IEEE C37.5-1979 – IEEE Guide for calculation of Fault Currents for Application of AC High-Voltage Circuit Breakers Rated on a Total Current Basis

8. ANSI/IEEE C37.13-1981 – IEEE Standard for Low-Voltage AC Power Circuit Breakers Used in Enclosures

10. ANSI/NETA MTS – Standard for Maintenance Testing Specifications for Electrical Power Equipment and Systems

11. ANSI/NETA ATS – Standard for Maintenance Testing Specifications for Electrical Power Equipment and Systems

12. ANSI Z535.4 – American Standard for Product Signs and Labels.

INTENTIONALLY BLANK

APPENDIX B – Single Line Diagrams Single line diagrams with component names, incident energy, 3ph bolted fault current and other notable data points.

INTENTIONALLY BLANK

Sheet Index

SHEET NO. SHEET NAME BUILDING

DRAWING

NUMBER

E-601-1 BLDG1-AMS 1 1 OF 10

E-601-2 BLDG1-AMS 1 2 OF 10

E-601-3 BLDG1-AMS 1 3 OF 10

E-601-4 BLDG1-AMS 1 4 OF 10

E-601-5 BLDG1-AMS 1 5 OF 10

E-601-6 BLDG1-AMS 1 6 OF 10

E-601-7 BLDG1-AMS 1 7 OF 10

E-601-8 BLDG1-AMS 1 8 OF 10

E-601-9 BLDG1-AMS 1 9 OF 10

E-601-10 BLDG1-AMS 1 10 OF 10

E-602-1 BLDG1-CNE 1 1 OF 12

E-602-2 BLDG1-CNE 1 2 OF 12

E-602-3 BLDG1-CNE 1 3 OF 12

E-602-4 BLDG1-CNE 1 4 OF 12

E-602-5 BLDG1-CNE 1 5 OF 12

E-602-6 BLDG1-CNE 1 6 OF 12

E-602-7 BLDG1-CNE 1 7 OF 12

E-602-8 BLDG1-CNE 1 8 OF 12

E-602-9 BLDG1-CNE 1 9 OF 12

E-602-10 BLDG1-CNE 1 10 OF 12

E-602-11 BLDG1-CNE 1 11 OF 12

E-602-12 BLDG1-CNE 1 12 OF 12

E-603-1 BLDG1-CS 1 1 OF 2

E-603-2 BLDG1-CS 1 2 OF 2

E-604-1 BLDG1-25D 1 1 OF 1

E-605-1 BLDG1-SS1D 1 1 OF 6

E-605-2 BLDG1-SS1D 1 2 OF 6

E-605-3 BLDG1-SS1D 1 3 OF 6

E-605-4 BLDG1-SS1D 1 4 OF 6

E-605-5 BLDG1-SS1D 1 5 OF 6

E-605-6 BLDG1-SS1D 1 6 OF 6

E-606-1 BLDG19 19 1 OF 1

E-607-1 BLDG21 21 1 OF 1

E-608-1 BLDG22 22 1 OF 3

E-608-2 BLDG22 22 2 OF 3

E-608-3 BLDG22 22 3 OF 3

E-609-1 MVLOOP 1 OF 3

E-609-2 MVLOOP 2 OF 3

E-609-3 MVLOOP 3 OF 3

E-610-1 PRKG GRG 20 1 OF 1

ELECTRICAL

CB-400A AATSCR2 (E)

CB-800A AATSEQ7 (E)

CB-800A AATSEQ6 (E)

NOTE NOTE

CB-400A A1SMT1

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.1 x P) 1 (400A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 9 (3600A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 10 (4000A)

250 kcmil

260.0 ft

MCB-500A A1SMLT1

GE

Frame/Model THJK

Sensor/Trip 500.0 A

Plug 500.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (5000A)

A1SMLT1

Rm D-1355

480.0 V

AFIE 0.75 Cal/cm^2

Bolted Fault 16.873 kA

Voltage Drop 4.57 %

CB-400A AATSCR2 (N)

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.1 x P) 0.5 (200A)

LTD (1-4) 2

STPU (1.5-9 x LTPU) 3.5 (700A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 15 (6000A)

500 kcmil

40.0 ft

E N

AATSCR2

Position - Normal On

AATSCR2 (N)

Rm A-B140

480.0 V

AFIE 2.51 Cal/cm^2

Bolted Fault 28.163 kA

Voltage Drop 4.57 %

500 kcmil

260.0 ft

MCB-400A A5HCRDP1

EATON/CUTLER-HAMMER

Frame/Model HKD

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (5-10 x Trip) 10 (4000A)

CB-800A AATSEQ7 (N)

GE

Frame/Model AKR-30L

Sensor/Trip 800.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.1 x P) 0.95 (380A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 5 (1900A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 15 (6000A)

500 kcmil

45.0 ft

AATSEQ7 (N)

Rm A-B140

480.0 V

AFIE 2.79 Cal/cm^2

Bolted Fault 31.563 kA

Voltage Drop 4.75 % E N

AATSEQ7

Position - Normal On

500 kcmil

300.0 ft

MCB-800A A8HEQDP1

GE

Frame/Model SKHA

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

MAX

A8HEQDP1

Rm A-8086

480.0 V

AFIE 1.06 Cal/cm^2

Bolted Fault 18.172 kA

Voltage Drop 5.93 %

CB-200A A8EMCC1

GE

Frame/Model SFHA

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

MAX

3/0 AWG

20.0 ft

A8EMCC1

Rm A-8086

480.0 V

AFIE 0.74 Cal/cm^2

Bolted Fault 16.581 kA

Voltage Drop 6.01 %

CB-200A SF50

GE

Frame/Model SFHA

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

MAX

4/0 AWG

40.0 ft

SF50

Rm

480.0 V

AFIE 0.69 Cal/cm^2

Bolted Fault 15.478 kA

Voltage Drop 6.05 %

MTR-SF50

80 hp

CB-200A SF49

GE

Frame/Model SFHA

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

MAX

4/0 AWG

40.0 ft

SF49

Rm

480.0 V

AFIE 0.69 Cal/cm^2

Bolted Fault 15.478 kA

Voltage Drop 6.05 %

MTR-SF49

80 hp

CB-80A RF49

GE

Frame/Model FCS

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

2 AWG

40.0 ft

RF49

Rm

480.0 V

AFIE 0.28 Cal/cm^2

Bolted Fault 13.115 kA

Voltage Drop 6.08 %

MTR-RF49

40 hp

CB-80A RF50

GE

Frame/Model FCS

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

2 AWG

40.0 ft

RF50

Rm

480.0 V

AFIE 0.28 Cal/cm^2

Bolted Fault 13.115 kA

Voltage Drop 6.08 %

MTR-RF50

40 hp

CB-60A EF2

GE

Frame/Model SELA

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

MAX

8 AWG

40.0 ft

EF2

Rm

480.0 V

AFIE 0.27 Cal/cm^2

Bolted Fault 6.515 kA

Voltage Drop 6.40 %

MTR-EF2

30 hp

CB-60A PRE-HEAT PUMP 1A

GE

Frame/Model SELA

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

MAX

8 AWG

40.0 ft

PRE-HEAT PUMP 1A

Rm

480.0 V

AFIE 0.27 Cal/cm^2

Bolted Fault 6.515 kA

Voltage Drop 6.40 %

MTR-PHP 1A

30 hp

CB-60A PRE-HEAT PUMP 1B

GE

Frame/Model SELA

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

MAX

8 AWG

40.0 ft

PRE-HEAT PUMP 1B

Rm

480.0 V

AFIE 0.27 Cal/cm^2

Bolted Fault 6.515 kA

Voltage Drop 6.40 %

MTR-PHP 1B

30 hp

CB-800A AATSEQ6 (N)

GE

Frame/Model AKR-30L

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.1 x P) 0.95 (760A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 5 (3800A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 15 (12000A)

500 kcmil

50.0 ft

AATSEQ6 (N)

Rm

480.0 V

AFIE 2.73 Cal/cm^2

Bolted Fault 30.810 kA

Voltage Drop 4.65 %E N

AATSEQ6

Position - Normal On

AATSEQ6 (L)

Rm

480.0 V

AFIE 2.73 Cal/cm^2

Bolted Fault 30.810 kA

Voltage Drop 4.65 %

500 kcmil

110.0 ft

MCB-400A A2HEQDP1

EATON/CUTLER-HAMMER

Frame/Model KD

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (5-10 x Trip) 10 (4000A)

A2HEQDP1

Rm A-2117

480.0 V

AFIE 0.37 Cal/cm^2

Bolted Fault 18.686 kA

Voltage Drop 4.65 %

CB-125A TRANS A2LEQ1

CUTLER-HAMMER

Frame/Model FD

Sensor/Trip 125.0 A

Plug 125.0 A

Settings

Fixed

350 kcmil

150.0 ft

1 AWG

6.0 ft

S

P

TRANS A2LEQ1

75 kVA

Impedance 5.1100 %

Primary 480 V

Secondary 208 V

TRANS A2LEQ1 SEC

Rm A-2117

208.0 V

AFIE 1.67 Cal/cm^2

Bolted Fault 3.718 kA

Voltage Drop 4.65 %

3/0 AWG

8.0 ft

MCB-200A A2LEQ1

EATON/CUTLER-HAMMER

Frame/Model EDB

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Fixed

A2LEQ1

Rm A-2117

208.0 V

AFIE 1.64 Cal/cm^2

Bolted Fault 3.650 kA

Voltage Drop 4.65 %

CB-125A TRANS A2LEQ2

CUTLER-HAMMER

Frame/Model FD

Sensor/Trip 125.0 A

Plug 125.0 A

Settings

Fixed

1 AWG

6.0 ft

S

P

TRANS A2LEQ2

75 kVA

Impedance 5.1100 %

Primary 480 V

Secondary 208 V

TRANS A2LEQ2 SEC

Rm A-2117

208.0 V

AFIE 1.67 Cal/cm^2

Bolted Fault 3.718 kA

Voltage Drop 4.65 %

3/0 AWG

120.0 ft

MCB-200A A2LEQ2

EATON/CUTLER-HAMMER

Frame/Model EDB

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Fixed

A2LEQ2

Rm A-2132

208.0 V

AFIE 1.25 Cal/cm^2

Bolted Fault 2.871 kA

Voltage Drop 4.65 %

CB-125A TRANS A2LEQ3

CUTLER-HAMMER

Frame/Model FD

Sensor/Trip 125.0 A

Plug 125.0 A

Settings

Fixed

1 AWG

90.0 ft

S

P

TRANS A2LEQ3

75 kVA

Impedance 5.1100 %

Primary 480 V

Secondary 208 V

TRANS A2LEQ3 SEC

Rm A-2056

208.0 V

AFIE 1.57 Cal/cm^2

Bolted Fault 3.514 kA

Voltage Drop 4.65 %

3/0 AWG

9.0 ft

MCB-200A A2LEQ3

EATON/CUTLER-HAMMER

Frame/Model EDB

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Fixed

A2LEQ3

Rm A-2056

208.0 V

AFIE 1.53 Cal/cm^2

Bolted Fault 3.443 kA

Voltage Drop 4.65 %

UNFUSED DS 200A

EATON/CUTLER-HAMMER

Frame/Model DH

DS TRANS A2LEQ3 PRI

Rm A-2056

480.0 V

AFIE 0.25 Cal/cm^2

Bolted Fault 10.159 kA

Voltage Drop 4.65 %1 AWG

8.0 ft

MCB-500A A3EMCC1

GE

Frame/Model THJK

Sensor/Trip 500.0 A

Plug 500.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (5000A)

A3EMCC1

Rm MECH

480.0 V

AFIE 0.96 Cal/cm^2

Bolted Fault 21.209 kA

Voltage Drop 4.89 %

CB-100A SF33

GE

Frame/Model TED

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed4 AWG

40.0 ft

SF33

Rm

480.0 V

AFIE 0.4 Cal/cm^2

Bolted Fault 12.298 kA

Voltage Drop 5.16 %

MTR-SF33

50 hp

CB-40A CCP33

GE

Frame/Model TED

Sensor/Trip 40.0 A

Plug 40.0 A

Settings

Fixed10 AWG

40.0 ft

CCP33

Rm

480.0 V

AFIE 0.15 Cal/cm^2

Bolted Fault 5.184 kA

Voltage Drop 5.26 %

MTR-CCP33

20 hp

CB-50A SF35

GE

Frame/Model TED

Sensor/Trip 50.0 A

Plug 50.0 A

Settings

Fixed6 AWG

60.0 ft

SF35

Rm

480.0 V

AFIE 0.22 Cal/cm^2

Bolted Fault 7.233 kA

Voltage Drop 5.20 %

MTR-SF35

25 hp

CB-50A SF36

GE

Frame/Model TED

Sensor/Trip 50.0 A

Plug 50.0 A

Settings

Fixed6 AWG

60.0 ft

SF36

Rm

480.0 V

AFIE 0.22 Cal/cm^2

Bolted Fault 7.233 kA

Voltage Drop 5.20 %

MTR-SF36

25 hp

CB-225A TRANS A5T2

GE

Frame/Model AKR-30L

Sensor/Trip 400.0 A

Plug 225.0 A

Settings

LTPU (0.5-1.1 x P) 0.95 (213.75A)

LTD (1-4) 4

STPU (1.5-9 x LTPU) 9 (1923.75A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 15 (3375A)

500 kcmil

220.0 ft

CB-200A TRANS A5T2 PRI

GE

Frame/Model SGLA

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

MAX

ECB CB-3 TRANS A5T2 PRI

Rm

480.0 V

AFIE 1.26 Cal/cm^2

Bolted Fault 14.214 kA

Voltage Drop 4.57 %

500 kcmil

6.0 ft

S

P

TRANS A5T2

150 kVA

Impedance 5.0400 %

Primary 480 V

Secondary 208 V

TRANS A5T2 SEC

Rm A-5001

208.0 V

AFIE 3.21 Cal/cm^2

Bolted Fault 6.600 kA

Voltage Drop 4.57 %

350 kcmil

12.0 ft

MCB-500A A5LNDP1

GE

Frame/Model SGHA

Sensor/Trip 500.0 A

Plug 500.0 A

Settings

MAX

A5LNDP1

Rm A-5001

208.0 V

AFIE 3.14 Cal/cm^2

Bolted Fault 6.476 kA

Voltage Drop 4.57 %

CB-225A A7LN1,A8LN1

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

220.0 ft

MCB-225A A7LN1

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

4.0 ft

A7LN1

Rm A-7122

208.0 V

AFIE 1.53 Cal/cm^2

Bolted Fault 3.432 kA

Voltage Drop 4.57 %

CB-100A A7LN2

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

6.0 ft

A7LN2

Rm A-7122

208.0 V

AFIE 1.48 Cal/cm^2

Bolted Fault 3.338 kA

Voltage Drop 4.57 %

MCB-225A A8LN1

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

20.0 ft

A8LN1

Rm A-8122

208.0 V

AFIE 1.47 Cal/cm^2

Bolted Fault 3.315 kA

Voltage Drop 4.57 %

CB-100A A8LN2

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

8.0 ft

A8LN2

Rm A-8122

208.0 V

AFIE 1.41 Cal/cm^2

Bolted Fault 3.197 kA

Voltage Drop 4.57 %

CB-225A A7LN6,A8LN6

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

40.0 ft

MCB-225A A7LN6

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

2.0 ft

A7LN6

Rm A-7139

208.0 V

AFIE 1.81 Cal/cm^2

Bolted Fault 5.605 kA

Voltage Drop 4.57 %

MCB-225A A8LN6

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

20.0 ft

A8LN6

Rm A-8129

208.0 V

AFIE 1.88 Cal/cm^2

Bolted Fault 5.289 kA

Voltage Drop 4.57 %

CB-225A A7LN4,A8LN4

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

40.0 ft

MCB-225A A7LN4

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

1.0 ft

A7LN4

Rm A-7139

208.0 V

AFIE 1.81 Cal/cm^2

Bolted Fault 5.623 kA

Voltage Drop 4.57 %

CB-100A A7LN5

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

5.0 ft

A7LN5

Rm A-7139

208.0 V

AFIE 0.13 Cal/cm^2

Bolted Fault 5.452 kA

Voltage Drop 4.57 %

MCB-225A A8LN4

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

20.0 ft

A8LN4

Rm A-8129

208.0 V

AFIE 1.88 Cal/cm^2

Bolted Fault 5.289 kA

Voltage Drop 4.57 %

CB-100A A8LN5

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed2 AWG

8.0 ft

A8LN5

Rm A-8129

208.0 V

AFIE 1.94 Cal/cm^2

Bolted Fault 5.039 kA

Voltage Drop 4.57 %

CB-60A A-2117

EATON/CUTLER-HAMMER

Frame/Model HFD

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

S

P

XF2-0019

45 kVA

Impedance 5.1900 %

Primary 480 V

Secondary 208 V

TRANS A-2117 SEC

Rm A-2117

208.0 V

AFIE 0.95 Cal/cm^2

Bolted Fault 2.266 kA

Voltage Drop 4.65 %

CBL-0426

6 AWG

10.0 ft

A5LEQ2

Rm A-5003

208.0 V

AFIE 0.79 Cal/cm^2

Bolted Fault 3.517 kA

Voltage Drop 4.65 %

MCB-100A A5LEQ2

EATON/CUTLER-HAMMER

Frame/Model EDB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

CBL-0429

2 AWG

10.0 ft

CB- A5LEQ2

Frame/Model

Sensor/Trip 0.0 A

Plug 0.0 A

Settings

M A

TC

H

LI

N

E S

H E

E T

E -6

-2

M A

TC

H

LI

N

E S

H E

E T

E -6

-1

MATCHLINE SHEET E-601-1

MATCHLINE SHEET E-601-7

VA PROJECT NUMBER

Building Number

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of Construction and Facilities Management

PROJECT MANAGER: ACG Project Number

N

O

T

F

R

C

O

N

S

T

R

U

C

T

I

O

N

N

R

C

O

N

S

T

R

U

C

T

I

O

N

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120 Cary, North Carolina 27511 www.acg-pa.com 919-858-7420 NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date#

Arc Flash Survey 583-19-206

Richard L. Roudebush VAMC 1481 W. 10th, St.

Indianapolis, IN 46202

19-303

Structural Engineer:

12/17/2020 40

E-601-1

BLDG 1 - AMS

1 BLDG 1 - AMS

SCALE: NTS

JAV ABT

CB-800A AATSEQ1 (E)

NOTE

MV LOOP

E N

AATSEQ1

Position - Normal On

S

P

TRANS AMS3

1500 kVA

Impedance 5.7499 %

Primary 13200 V

Secondary 480 V

TRANS AMS3 SEC

Rm A-B140

480.0 V

AFIE 71.46 Cal/cm^2

Bolted Fault 35.667 kA

Voltage Drop 4.57 %

750 kcmil

5.0 ft

MCB-1600A AMS3

GE

Frame/Model AKR-50

Sensor/Trip 1600.0 A

Plug 1600.0 A

Settings

LTPU (0.5-1.1 x P) 1 (1600A)

LTD (1-4) 1

STPU (1.5-9 x LTPU) 4 (6400A)

STD (Min-Max) Max (I^s T Off)

INST (1 x ST Rating) Fixed (50000A)

AMS3

Rm A-B140

480.0 V

AFIE 26.59 Cal/cm^2

Bolted Fault 35.640 kA

Voltage Drop 4.57 %

CB-400A A6HNDP1

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.1 x P) 1 (400A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 9 (3600A)

STD (Min-Max) Int (I^s T Off)

INST (1.5-15 x P) 15 (6000A)

500 kcmil

300.0 ft

MCB-400A A6HNDP1

EATON/CUTLER-HAMMER

Frame/Model HKD

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (5-10 x Trip) 10 (4000A)

A6HNDP1

Rm A-6173

480.0 V

AFIE 0.27 Cal/cm^2

Bolted Fault 11.619 kA

Voltage Drop 4.57 %

CB-100A A6HN1

EATON/CUTLER-HAMMER

Frame/Model HFD

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

100.0 ft

MCB-100A A6HN1

CUTLER-HAMMER

Frame/Model GHB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Thermal Curve

INST (Fixed) Fixed (1000A)

A6HN1

Rm A-6004

480.0 V

AFIE 0.1 Cal/cm^2

Bolted Fault 6.786 kA

Voltage Drop 4.57 %

CB-70A A7HN1,A8HN1

CUTLER-HAMMER

Frame/Model GHB

Sensor/Trip 70.0 A

Plug 70.0 A

Settings

Thermal Curve

INST (Fixed) Fixed (1000A)

2 AWG

20.0 ft

MCB-60A A7HN1

GE

Frame/Model TEY

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A7HN1

Rm A-7122

480.0 V

AFIE 0.09 Cal/cm^2

Bolted Fault 6.102 kA

Voltage Drop 4.57 %

CB-100A A6HN3

EATON/CUTLER-HAMMER

Frame/Model HFD

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

220.0 ft

MCB-100A A6HN3

GE

Frame/Model THED

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

A6HN3

Rm A-6075

480.0 V

AFIE 0.11 Cal/cm^2

Bolted Fault 4.303 kA

Voltage Drop 4.57 %

CB-60A A7HN2

GE

Frame/Model TED

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

4 AWG

20.0 ft

MCB-60A A7HN2

GE

Frame/Model TEY

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

A7HN2

Rm A-7139

480.0 V

AFIE 0.1 Cal/cm^2

Bolted Fault 3.929 kA

Voltage Drop 4.57 %

CB-100A A6HN2

EATON/CUTLER-HAMMER

Frame/Model HFD

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

130.0 ft

MCB-100A A6HN2

CUTLER-HAMMER

Frame/Model GHB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Thermal Curve

INST (Fixed) Fixed (1000A)

A6HN2

Rm A-6145

480.0 V

AFIE 0.08 Cal/cm^2

Bolted Fault 5.951 kA

Voltage Drop 4.57 %

CB-60A A8HN2

CUTLER-HAMMER

Frame/Model GHB

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Thermal Curve

INST (Fixed) Fixed (800A)

6 AWG

100.0 ft

MCB-60A A8HN2

GE

Frame/Model TEY

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

A8HN2

Rm A-8129

480.0 V

AFIE 0.04 Cal/cm^2

Bolted Fault 2.938 kA

Voltage Drop 4.57 %

CB-175A TRANS A6T1

EATON/CUTLER-HAMMER

Frame/Model HJD

Sensor/Trip 175.0 A

Plug 175.0 A

Settings

Thermal Curve (Fixed)

INST (5-10 x Trip) 10 (1750A)

4/0 AWG

6.0 ft

S

P

TRANS A6T1

112.5 kVA

Impedance 5.6000 %

Primary 480 V

Secondary 208 V

TRANS A6T1 SEC

Rm A-6173

208.0 V

AFIE 2.14 Cal/cm^2

Bolted Fault 4.620 kA

Voltage Drop 4.57 %

350 kcmil

8.0 ft

CB-400A A6LNDP1

EATON/CUTLER-HAMMER

Frame/Model DK

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (5-10 x Trip) 10 (4000A)

A6LNDP1

Rm A-6173

208.0 V

AFIE 2.1 Cal/cm^2

Bolted Fault 4.538 kA

Voltage Drop 4.57 %

CB-100A A6LN1

EATON/CUTLER-HAMMER

Frame/Model HFD

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed2 AWG

8.0 ft

MCB-100A A6LN1

EATON/CUTLER-HAMMER

Frame/Model QBHW

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

A6LN1

Rm A-6173

208.0 V

AFIE 0.03 Cal/cm^2

Bolted Fault 4.375 kA

Voltage Drop 4.57 %

CB-225A A6LN2

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed4/0 AWG

110.0 ft

MCB-225A A6LN2

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

A6LN2

Rm A-6004

208.0 V

AFIE 1.57 Cal/cm^2

Bolted Fault 3.510 kA

Voltage Drop 4.57 %

CB-225A A6LN3

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed4/0 AWG

110.0 ft

MCB-225A A6LN3

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

A6LN3

Rm A-6004

208.0 V

AFIE 1.57 Cal/cm^2

Bolted Fault 3.510 kA

Voltage Drop 4.57 %

CB-225A A6LN4

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed4/0 AWG

140.0 ft

MCB-225A A6LN4

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

A6LN4

Rm A-6145

208.0 V

AFIE 1.46 Cal/cm^2

Bolted Fault 3.298 kA

Voltage Drop 4.57 %

CB-225A A6LN5

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed4/0 AWG

140.0 ft

MCB-225A A6LN5

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

A6LN5

Rm A-6145

208.0 V

AFIE 1.46 Cal/cm^2

Bolted Fault 3.298 kA

Voltage Drop 4.57 %

CB-225A A6LN6

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed4/0 AWG

200.0 ft

MCB-225A A6LN6

GE

Frame/Model THQD

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

A6LN6

Rm A-6075

208.0 V

AFIE 1.28 Cal/cm^2

Bolted Fault 2.936 kA

Voltage Drop 4.57 %

CB-225A A6LN7

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed4/0 AWG

200.0 ft

MCB-225A A6LN7

GE

Frame/Model THQD

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

A6LN7

Rm A-6075

208.0 V

AFIE 1.28 Cal/cm^2

Bolted Fault 2.936 kA

Voltage Drop 4.57 %

CB-150A A7LN3,A8LN3

EATON/CUTLER-HAMMER

Frame/Model ED

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Fixed

4/0 AWG

20.0 ft

MCB-150A A7LN3

GE

Frame/Model SFHA

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

MAX

A7LN3

Rm A-7098B

208.0 V

AFIE 1.12 Cal/cm^2

Bolted Fault 4.274 kA

Voltage Drop 4.57 %

4/0 AWG

4.0 ft

MCB-150A A8LN3

GE

Frame/Model SFHA

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

MAX

A8LN3

Rm A-8098B

208.0 V

AFIE 1.14 Cal/cm^2

Bolted Fault 4.112 kA

Voltage Drop 4.57 %

4/0 AWG

20.0 ft

CB-800A AATSEQ1 (N)

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.1 x P) 1 (800A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 4 (3200A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 15 (12000A)

500 kcmil

20.0 ft

AATSEQ1 (E)0

Rm A-B140

480.0 V

AFIE 2.96 Cal/cm^2

Bolted Fault 33.877 kA

Voltage Drop 4.71 %

500 kcmil

10.0 ft

CB-400A A1SMT1

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.1 x P) 1 (400A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 9 (3600A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 10 (4000A)

250 kcmil

260.0 ft

MCB-500A A1SMLT1

GE

Frame/Model THJK

Sensor/Trip 500.0 A

Plug 500.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (5000A)

A1SMLT1

Rm D-1355

480.0 V

AFIE 0.75 Cal/cm^2

Bolted Fault 16.873 kA

Voltage Drop 4.57 %

STPU (1.5-9 x LTPU) 3.5 (700A)

STD (Min-Max) Min (I^s T Off)

2 AWG

4.0 ft

MCB-80A A8HN1

GE

Frame/Model TEY

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A8HN1

Rm A-8122

480.0 V

AFIE 0.08 Cal/cm^2

Bolted Fault 5.712 kA

Voltage Drop 4.57 %

2 AWG

20.0 ft

CB-100A A6LN4A

EATON/CUTLER-HAMMER

Frame/Model EDB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

CBL-0431

2 AWG

10.0 ft

A6LN4A

Rm A-6145

208.0 V

AFIE 1.21 Cal/cm^2

Bolted Fault 3.167 kA

Voltage Drop 4.57 %

M A

TC

H

LI

N

E S

H E

E T

E -6

-2

M A

TC

H

LI

N

E S

H E

E T

E -6

-1

MATCHLINE SHEET E-601-2

MATCHLINE SHEET E-601-8

VA PROJECT NUMBER

Building Number

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of Construction and Facilities Management

PROJECT MANAGER: ACG Project Number

N

R

C

O

N

S

T

R

U

C

T

I

O

N

N

R

C

O

N

S

T

R

U

C

T

I

O

N

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120 Cary, North Carolina 27511 www.acg-pa.com 919-858-7420 NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date#

Arc Flash Survey 583-19-206

Richard L. Roudebush VAMC 1481 W. 10th, St.

Indianapolis, IN 46202

19-303

Structural Engineer:

12/17/2020 40

E-601-2

BLDG 1 - AMS

JAV ABT

1 BLDG 1 - AMS

SCALE: NTS

bbrowning Text Box

CB-400A AATSCR1 (E)

MV LOOP

S

P

TRANS AMS1

1000 kVA

Impedance 5.7499 %

Primary 13200 V

Secondary 480 V

TRANS AMS1 SEC

Rm A-B140

480.0 V

AFIE 71.29 Cal/cm^2

Bolted Fault 19.889 kA

Voltage Drop 1.48 %

750 kcmil

5.0 ft

MCB-1600A AMS1

GE

Frame/Model AKR-50

Sensor/Trip 1600.0 A

Plug 1600.0 A

Settings

LTPU (0.5-1.1 x P) 1 (1600A)

LTD (1-4) 1

STPU (1.5-9 x LTPU) 4 (6400A)

STD (Min-Max) Int (I^s T Off)

INST (1 x ST Rating) Fixed (50000A)

CB-400A A6HNDP2

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.1 x P) 1.1 (440A)

LTD (1-4) 1

STPU (1.5-9 x LTPU) 9 (3960A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 10 (4000A)

600 kcmil

220.0 ft

CB-500A AATSCR1 (N)

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 500.0 A

Settings

LTPU (0.5-1.1 x P) 0.9 (450A)

LTD (1-4) 3

STPU (1.5-9 x LTPU) 9 (4050A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 7 (3500A)

500 kcmil

30.0 ft

E N

AATSCR1

Position - Normal On

AATSCR1 (N)

Rm A-B140

480.0 V

AFIE 1.61 Cal/cm^2

Bolted Fault 17.902 kA

Voltage Drop 1.48 %

500 kcmil

10.0 ft

ABHCRDP1

Rm A-B140

480.0 V

AFIE 1.55 Cal/cm^2

Bolted Fault 17.323 kACB-100A ABHCR1-A4HCR3

CB-100A ABHCR3-A2HCR2 CB-200A ABT5

CB-800A TRANS ABT4

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.1 x P) 1 (800A)

LTD (1-4) 1

STPU (1.5-9 x LTPU) 3 (2400A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 15 (12000A)

500 kcmil

30.0 ft

S

P

TRANS ABT4

500 kVA

Impedance 5.8000 %

Primary 480 V

Secondary 208 V

TRANS ABT4 SEC

Rm A-B140

208.0 V

AFIE 3.22 Cal/cm^2

Bolted Fault 15.459 kA

Voltage Drop 1.48 %

500 kcmil

10.0 ft

MCB-2000A ABLNDP3

GE

Frame/Model TPS

Sensor/Trip 2000.0 A

Plug 2000.0 A

Settings

LTPU (Fixed) Fixed (2000A); Fixed

INST (LO-HI) HI (13400A)

MATCHLINE SHEET E-601-3

M A

TC

H

LI

N

E M

A

TC

H

LI

N E

MATCHLINE SHEET E-601-4

CB-ATS-1AB1(E)

NOTE

AMS1

Rm A-B140

480.0 V

AFIE 11.41 Cal/cm^2

Bolted Fault 19.876 kA

Voltage Drop 1.48 %

CB-800A ABHNDP1

GE

Frame/Model AKR-30H

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.1 x P) 1 (800A)

LTD (1-4) 1

STPU (1.5-9 x LTPU) 5 (4000A)

STD (Min-Max) Min (I^s T Off)

INST (1.5-15 x P) 7 (5600A)

500 kcmil

15.0 ft

CB-ATS-1AB1

GE

Frame/Model AKR-30S

Sensor/Trip 600.0 A

Plug 600.0 A

Settings

LTPU/Current Setting 0.8; 0.5 (240A)

LTD (1-4) 1

INST (1.5-10 x S) 1.5 (900A)

600 kcmil

220.0 ft

EN

ATS-1AB1

Position - Normal On

ATS-1AB1 (N)

Rm A-B140

480.0 V

AFIE 0.95 Cal/cm^2

Bolted Fault 10.992 kA

Voltage Drop 1.48 %

CBL-0412

600 kcmil

220.0 ft

CB-PNL-ABHEQ5

GE

MATCHLINE SHEET E-601-3

MATCHLINE SHEET E-601-5

M A

TC

H

LI

N

E M

A

TC

H

LI

N E

ATS-1AB1 (E) AATSEQ4 (E)AATSCR1 (E)AATSEQ5 (E)AATSLS1 (E)AATSEQ2 (E)AATSEQ3 (E)AATSCR2 (E)AATSEQ7 (E)AATSEQ6 (E)AATSEQ1 (E)

GEN 1A

680 kW

480 V

GEN 2A

680 kW

480 V

500 kcmil

60.0 ft

GEN 1 A-WING

Rm

480.0 V

AFIE 29.24 Cal/cm^2

Bolted Fault 21.020 kA

Voltage Drop 0.00 %

GEN 2 A-WING

Rm

480.0 V

AFIE 29.53 Cal/cm^2

Bolted Fault 21.488 kA

Voltage Drop 0.00 %

500 kcmil

20.0 ft

CB-1200A GEN 1A

SIEMENS

Frame/Model RL-1600

Sensor/Trip 1200.0 A

Plug 1200.0 A

Settings

LTPU (0.5-1.0 x S) 0.95 (1140A)

LTD (3.5-30 Sec.) 17

STPU (2-12 x LTPU) 6 (6840A)

STD (0.08-0.4 Sec.) 0.22 (I^s T Off)

INST (2-15 x S) 15 (18000A)

CB-1200A GEN 2A

SIEMENS

Frame/Model RL-1600

Sensor/Trip 1200.0 A

Plug 1200.0 A

Settings

LTPU (0.5-1.0 x S) 0.95 (1140A)

LTD (3.5-30 Sec.) 17

STPU (2-12 x LTPU) 6 (6840A)

STD (0.08-0.4 Sec.) 0.22 (I^s T Off)

INST (2-15 x S) 15 (18000A)

ABHEDP1

Rm A-B138

480.0 V

AFIE 55.29 Cal/cm^2

Bolted Fault 21.730 kA

Voltage Drop 0.00 %

CB-400A AATSCR1 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.0 x S) 0.75 (300A)

LTD (3.5-30 Sec.) 30

STPU (2-12 x LTPU) 8 (2400A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (6000A)

CB-400A AATSLS1 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.0 x S) 0.75 (300A)

LTD (3.5-30 Sec.) 30

STPU (2-12 x LTPU) 8 (2400A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (6000A)

CB-800A AATSEQ1 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.0 x S) 1 (800A)

LTD (3.5-30 Sec.) 3.5

STPU (2-12 x LTPU) 2 (1600A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (12000A)

CB-400A AATSEQ5 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.0 x S) 0.75 (300A)

LTD (3.5-30 Sec.) 17

STPU (2-12 x LTPU) 5 (1500A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (6000A)

CB-600A AATSEQ2 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 600.0 A

Plug 600.0 A

Settings

LTPU (0.5-1.0 x S) 1 (600A)

LTD (3.5-30 Sec.) 6

STPU (2-12 x LTPU) 3 (1800A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (9000A)

CB-600A AATSEQ3 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 600.0 A

Plug 600.0 A

Settings

LTPU (0.5-1.0 x S) 1 (600A)

LTD (3.5-30 Sec.) 6

STPU (2-12 x LTPU) 3 (1800A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (9000A)

CB-600A AATSEQ4 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 600.0 A

Plug 600.0 A

Settings

LTPU (0.5-1.0 x S) 1 (600A)

LTD (3.5-30 Sec.) 6

STPU (2-12 x LTPU) 4 (2400A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (9000A)

CB-400A AATSCR2 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

LTPU (0.5-1.0 x S) 1 (400A)

LTD (3.5-30 Sec.) 10

STPU (2-12 x LTPU) 4 (1600A)

STD (0.08-0.4 Sec.) 0.08 (I^s T Off)

INST (2-15 x S) 15 (6000A)

CB-800A AATSEQ7 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.0 x S) 0.5 (400A)

LTD (3.5-30 Sec.) 3.5

STPU (2-12 x LTPU) 2 (800A)

STD (0.08-0.4 Sec.) 0.22 (I^s T Off)

INST (2-15 x S) 2 (1600A)

CB-800A AATSEQ6 (E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.0 x S) 0.5 (400A)

LTD (3.5-30 Sec.) 3.5

STPU (2-12 x LTPU) 2 (800A)

STD (0.08-0.4 Sec.) 0.22 (I^s T Off)

INST (2-15 x S) 2 (1600A)

CB-1600A

SQUARE D

Frame/Model NW16-LF

Sensor/Trip 1600.0 A

Plug 1600.0 A

Settings

LTPU/LTD (A 0.4-1.0 x S) 1 (1600A); 0.5

STPU (1.5-10 x LTPU) 3 (4800A)

STD (INST-0.4) 0.1 (I^s T On)

INST OR Fixed (24000A)

CBL-0415

400 kcmil

60.0 ft

GEN 3A-WING

Rm

480.0 V

AFIE 46.17 Cal/cm^2

Bolted Fault 21.637 kA

Voltage Drop 0.00 %

GEN 3A

1000 kW

480 V

CB-ATS-1AB1(E)

SIEMENS

Frame/Model RL-800

Sensor/Trip 800.0 A

Plug 800.0 A

Settings

LTPU (0.5-1.0 x S) 1 (800A)

LTD (3.5-30 Sec.) 3.5

STPU (2-12 x LTPU) 2 (1600A)

STD (0.08-0.4 Sec.) 0.4 (I^s T Off)

INST (2-15 x S) 4 (3200A)

VA PROJECT NUMBER

Building Number

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of Construction and Facilities Management

PROJECT MANAGER: ACG Project Number

N

R

C

O

N

S

T

R

U

C

T

I

O

N

N

R

C

O

N

S

T

R

U

C

T

I

O

N

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120 Cary, North Carolina 27511 www.acg-pa.com 919-858-7420 NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date#

Arc Flash Survey 583-19-206

Richard L. Roudebush VAMC 1481 W. 10th, St.

Indianapolis, IN 46202

19-303

Structural Engineer:

12/17/2020 40

E-601-3

BLDG 1 - AMS

1 BLDG 1 - AMS

SCALE: NTS

JAV ABT

bbrowning Text Box bbrowning Text Box

CB-50A AATSCR4

CB-50A AATSCR3

MCB-400A A6HNDP2

GE

Frame/Model TJJ

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (4000A)

A6HNDP2

Rm A-6075

480.0 V

AFIE 0.52 Cal/cm^2

Bolted Fault 10.992 kA

Voltage Drop 1.48 %

CB-150A AATSCR4 (N)

GE

Frame/Model TED

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Fixed

4/0 AWG

50.0 ft

E N

AATSCR4

Position - Normal On

AATSCR4 (N)

Rm A-6120

480.0 V

AFIE 0.31 Cal/cm^2

Bolted Fault 9.668 kA

Voltage Drop 1.48 %

CB-125A AATSCR3 (N)

GE

Frame/Model TED

Sensor/Trip 125.0 A

Plug 125.0 A

Settings

Fixed

4/0 AWG

120.0 ft

E N

AATSCR3

Position - Normal On

AATSCR3 (N)

Rm A-6125

480.0 V

AFIE 0.26 Cal/cm^2

Bolted Fault 8.218 kA

Voltage Drop 1.48 %

1 AWG

5.0 ft

CB-125A CB1

GE

Frame/Model SEHA

Sensor/Trip 125.0 A

Plug 125.0 A

Settings

MAX

ECB-125A CB1

Rm A-6120

480.0 V

AFIE 0.31 Cal/cm^2

Bolted Fault 9.476 kA

Voltage Drop 1.48 %

1 AWG

5.0 ft

CB-125A CB

GE

Frame/Model SEHA

Sensor/Trip 125.0 A

Plug 125.0 A

Settings

MAX

ECB-125A CB

Rm A-6125

480.0 V

AFIE 0.26 Cal/cm^2

Bolted Fault 8.068 kA

Voltage Drop 1.48 %

500 kcmil

10.0 ft

ABHCRDP1

Rm A-B140

480.0 V

AFIE 1.55 Cal/cm^2

Bolted Fault 17.323 kA

Voltage Drop 1.48 %

CB-100A ABHCR1-A4HCR3

GE

Frame/Model THED

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

160.0 ft

2 AWG

4.0 ft

MCB-80A ABHCR1

GE

Frame/Model TEY

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

ABHCR1

Rm A-B153

480.0 V

AFIE 0.16 Cal/cm^2

Bolted Fault 6.238 kA

Voltage Drop 1.48 %

2 AWG

20.0 ft

2 AWG

4.0 ft

MCB-80A A1HCR1

GE

Frame/Model TEY

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A1HCR1

Rm A-1486

480.0 V

AFIE 0.15 Cal/cm^2

Bolted Fault 5.723 kA

Voltage Drop 1.48 %

2 AWG

20.0 ft

2 AWG

4.0 ft

MCB-80A A2HCR1

GE

Frame/Model TEY

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A2HCR1

Rm A-2148

480.0 V

AFIE 0.14 Cal/cm^2

Bolted Fault 5.283 kA

Voltage Drop 1.48 %

2 AWG

40.0 ft

2 AWG

4.0 ft

MCB-60A A4HCR1

GE

Frame/Model TEY

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

A4HCR1

Rm A-4173

480.0 V

AFIE 0.12 Cal/cm^2

Bolted Fault 4.574 kA

Voltage Drop 1.48 %

2 AWG

160.0 ft

MCB-60A A4HCR3

GE

Frame/Model TEY

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

A4HCR3

Rm A-4064

480.0 V

AFIE 0.8 Cal/cm^2

Bolted Fault 2.988 kA

Voltage Drop 1.48 %

CB-100A ABHCR3-A2HCR2

GE

Frame/Model SFHA

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

MAX

2 AWG

40.0 ft

2 AWG

4.0 ft

MCB-80A ABHCR3

GE

Frame/Model TEY

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

ABHCR3

Rm A-B147

480.0 V

AFIE 0.35 Cal/cm^2

Bolted Fault 12.591 kA

Voltage Drop 1.48 %

2 AWG

120.0 ft

2 AWG

5.0 ft

MCB-60A A1HCR2

GE

Frame/Model TEY

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

A1HCR2

Rm A-1275

480.0 V

AFIE 0.16 Cal/cm^2

Bolted Fault 6.210 kA

Voltage Drop 1.48 %

2 AWG

180.0 ft

MCB-60A A2HCR2

GE

Frame/Model TEY

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

A2HCR2

Rm A-2057

480.0 V

AFIE 0.1 Cal/cm^2

Bolted Fault 3.450 kA

Voltage Drop 1.48 %

CB-200A ABT5

GE

Frame/Model SFHA

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

MAX3/0 AWG

10.0 ft

S

P

TRANS ABT5

112.5 kVA

Impedance 4.9000 %

Primary 480 V

Secondary 208 V

TRANS ABT5 SEC

Rm A-B140

208.0 V

AFIE 2.63 Cal/cm^2

Bolted Fault 5.475 kA

Voltage Drop 1.48 %

500 kcmil

10.0 ft

MCB-400A ABLCRDP1

GE

Frame/Model TJJ

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (4000A)

ABLCRDP1

Rm A-B140

208.0 V

AFIE 2.56 Cal/cm^2

Bolted Fault 5.347 kA

Voltage Drop 1.48 %

CB-225A A4LCR1-5

GE

Frame/Model TQD

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Fixed

4/0 AWG

240.0 ft

4/0 AWG

6.0 ft

MCB-150A A4LCR1

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

A4LCR1

Rm A-4173

208.0 V

AFIE 1.31 Cal/cm^2

Bolted Fault 2.977 kA

Voltage Drop 1.48 %

4/0 AWG

160.0 ft

4/0 AWG

6.0 ft

MCB-150A A4LCR3

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

A4LCR3

Rm A-4064

208.0 V

AFIE 0.96 Cal/cm^2

Bolted Fault 2.277 kA

Voltage Drop 1.48 %

4/0 AWG

1.0 ft

4/0 AWG

6.0 ft

MCB-150A A4LCR4

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

A4LCR4

Rm A-4064

208.0 V

AFIE 0.96 Cal/cm^2

Bolted Fault 2.274 kA

Voltage Drop 1.48 %

4/0 AWG

6.0 ft

MCB-200A A4LCR5

GE

Frame/Model TFJ

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (2000A)

A4LCR5

Rm A-4064

208.0 V

AFIE 1.31 Cal/cm^2

Bolted Fault 2.977 kA

Voltage Drop 1.48 %

CB-100A A1LCR2-A4LCR2

GE

Frame/Model THED

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

140.0 ft

2 AWG

4.0 ft

MCB-80A A1LCR2

GE

Frame/Model THHQB

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A1LCR2

Rm A-1275

208.0 V

AFIE 1.12 Cal/cm^2

Bolted Fault 2.589 kA

Voltage Drop 1.48 %

2 AWG

120.0 ft

2 AWG

4.0 ft

MCB-80A A1LCR5

GE

Frame/Model THHQB

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A1LCR5

Rm A-1250

208.0 V

AFIE 0.7 Cal/cm^2

Bolted Fault 1.712 kA

Voltage Drop 1.48 %

2 AWG

20.0 ft

2 AWG

4.0 ft

MCB-100A A2LCR2

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

A2LCR2

Rm A-2057

208.0 V

AFIE 0.65 Cal/cm^2

Bolted Fault 1.619 kA

Voltage Drop 1.48 %

2 AWG

40.0 ft

MCB-80A A4LCR2

GE

Frame/Model THHQB

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

A4LCR2

Rm A-4097

208.0 V

AFIE 0.59 Cal/cm^2

Bolted Fault 1.473 kA

Voltage Drop 1.48 %

CB-200A ABLCR2-A2LCR4

GE

Frame/Model THQD

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Fixed

4/0 AWG

40.0 ft

4/0 AWG

4.0 ft

MCB-150A ABLCR2

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

ABLCR2

Rm A-B147

208.0 V

AFIE 0.13 Cal/cm^2

Bolted Fault 4.721 kA

Voltage Drop 1.48 %

4/0 AWG

20.0 ft

4/0 AWG

20.0 ft

4/0 AWG

4.0 ft

MCB-150A A2LCR3

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

A2LCR3

Rm A-2117

208.0 V

AFIE 1.71 Cal/cm^2

Bolted Fault 4.249 kA

Voltage Drop 1.48 %

4/0 AWG

6.0 ft

MCB-150A A2LCR4

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

A2LCR4

Rm A-2117

208.0 V

AFIE 1.7 Cal/cm^2

Bolted Fault 4.228 kA

Voltage Drop 1.48 %

A1LCR6

Rm A-1450

208.0 V

AFIE 1.81 Cal/cm^2

Bolted Fault 4.474 kA

Voltage Drop 1.48 %

MCB-150A A1LCR6

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

4/0 AWG

4.0 ft

CB-200A ABLCR1-A2LCR1

GE

Frame/Model THQD

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Fixed

4/0 AWG

160.0 ft

4/0 AWG

4.0 ft

MCB-150A ABLCR1

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

ABLCR1

Rm A-B153

208.0 V

AFIE 1.59 Cal/cm^2

Bolted Fault 3.519 kA

Voltage Drop 1.48 %

4/0 AWG

20.0 ft

2 AWG

120.0 ft

4/0 AWG

20.0 ft

MCB-150A A2LCR1

GE

Frame/Model TFJ

Sensor/Trip 150.0 A

Plug 150.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1500A)

A2LCR1

Rm A-2148

208.0 V

AFIE 1.45 Cal/cm^2

Bolted Fault 3.260 kA

Voltage Drop 1.48 %

A1LCR1

Rm A-1486

208.0 V

AFIE 1.5 Cal/cm^2

Bolted Fault 3.356 kA

Voltage Drop 1.48 %

MCB-100A A1LCR1

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

3.0 ft

A1LCR3

Rm D-1355

208.0 V

AFIE 0.88 Cal/cm^2

Bolted Fault 2.110 kA

Voltage Drop 1.48 %

MCB-80A A1LCR3

GE

Frame/Model THHQB

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Fixed

2 AWG

3.0 ft

A1LCR4

Rm A-1124

208.0 V

AFIE 0.6 Cal/cm^2

Bolted Fault 1.505 kA

Voltage Drop 1.48 %

MCB-100A A1LCR4

GE

Frame/Model THHQB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

2 AWG

120.0 ft

CB-225A A4HCR2

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

160.0 ft

MCB-200A A4HCR2

GE

Frame/Model TFJ

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (2000A)

A4HCR2

Rm A-4097

480.0 V

AFIE 0.39 Cal/cm^2

Bolted Fault 10.164 kA

Voltage Drop 1.48 %

MCB-2000A ABLNDP3

GE

Frame/Model TPS

Sensor/Trip 2000.0 A

Plug 2000.0 A

Settings

LTPU (Fixed) Fixed (2000A); Fixed

INST (LO-HI) HI (13400A)

CB-225A ABLN8,9

GE

Frame/Model SFHA

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

MAX

4/0 AWG

120.0 ft

4/0 AWG

5.0 ft

MCB-225A ABLN9

GE

Frame/Model TFJ

Sensor/Trip 225.0 A

Plug 225.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (2250A)

ABLN9

Rm A-B104

208.0 V

AFIE 0.19 Cal/cm^2

Bolted Fault 7.106 kA

Voltage Drop 1.48 %

4/0 AWG

10.0 ft

MCB-200A ABLN8

GE

Frame/Model TFJ

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (2000A)

ABLN8

Rm A-B103

208.0 V

AFIE 0.17 Cal/cm^2

Bolted Fault 6.948 kA

Voltage Drop 1.48 %

CB-200A ABLN11, 10

GE

Frame/Model SFHA

Sensor/Trip 200.0 A

Plug 200.0 A

Settings

MAX

3/0 AWG

180.0 ft

3/0 AWG

4.0 ft

MCB-175A ABLN10

GE

Frame/Model TFJ

Sensor/Trip 175.0 A

Plug 175.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1750A)

ABLN10

Rm CORR. CB25

208.0 V

AFIE 1.62 Cal/cm^2

Bolted Fault 5.048 kA

Voltage Drop 1.48 %

3/0 AWG

6.0 ft

MCB-175A ABLN11

GE

Frame/Model TFJ

Sensor/Trip 175.0 A

Plug 175.0 A

Settings

Thermal Curve (Fixed)

INST (4.5-10 x Trip) HI (1750A)

ABLN11

Rm CORR. CB25

208.0 V

AFIE 1.63 Cal/cm^2

Bolted Fault 5.009 kA

Voltage Drop 1.48 %

CB-400A ABLNDP1

GE

Frame/Model TJK

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (4000A)

500 kcmil

160.0 ft

MCB-400A ABLNDP1

GE

Frame/Model TJJ

Sensor/Trip 400.0 A

Plug 400.0 A

Settings

Thermal Curve (Fixed)

INST (3-10 x Trip) HI (4000A)

2 AWG

20.0 ft

CB-50A ABLCR2-A

GE

Frame/Model THHQB

Sensor/Trip 50.0 A

Plug 50.0 A

Settings

Fixed

8 AWG

50.0 ft

MCB-100A ABLCR2-A

CUTLER-HAMMER

Frame/Model FB

Sensor/Trip 100.0 A

Plug 100.0 A

Settings

Fixed

ABLCR2-A

Rm B-B034

208.0 V

AFIE 0.89 Cal/cm^2

Bolted Fault 2.115 kA

Voltage Drop 1.48 %

CB-60A UPS

GE

Frame/Model THHQB

Sensor/Trip 60.0 A

Plug 60.0 A

Settings

Fixed

UPSA2

20.0000

6 AWG

4.0 ft

CBL-0424

6 AWG

2.0 ft

UPSA2 SEC

Rm

208.0 V

AFIE 0 Cal/cm^2

Bolted Fault 0.001 kA

Voltage Drop 1.48 %

UPSBA2

Rm A-1450

208.0 V

AFIE 0 Cal/cm^2

Bolted Fault 0.001 kA

Voltage Drop 1.48 %

MCB-80A

GE

Frame/Model TFJ

Sensor/Trip 80.0 A

Plug 80.0 A

Settings

Thermal Curve (Fixed)

Therma…