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ARC FLASH, COORDINATION, & SHORT CIRCUIT STUDIES
Atom Engineering provides a complete suite of Arc Flash, Coordination and Short Circuit study services for our customers. We offer these services in two forms:
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Traditional Service - one-time Capex fee. Site survey is performed, study is developed and delivered to you.
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Evergreen Service - monthly Opex fee. Site survey is performed, study is developed and delivered to you. The difference is, we maintain the facility electrical records and make any updates required at no additional cost to you during the duration of the Services. See below for additional details.
Baseline Studies Include the Following Deliverables:

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.

Arc Flash Study
Atom Engineering will perform the necessary onsite research, simulations, and report development to deliver a full Arc Flash Study per NFPA 70E, OSHA, NEC 110.16, and IEEE 1584 guidelines including the analysis data, one-line diagrams, arc flash label summary, recommendations, and necessary arc flash sticker layout. This is the portion of the study most related to personnel safety and provides details surrounding the level of arc flash energy at all relative pieces of equipment.

Coordination Study
The Coordination Analysis portion of the study determines how overcurrent protective devices in the system work together in the event of a short circuit or overload (faults). This report will show any areas where a localized fault could cause upstream systems to trip and open. When a system trips out of coordination, it is often very difficult and time consuming to find the true cause of the fault, creating costly downtime. This study can save time and money by preventing a simple maintenance issue from turning into a major data loss event or downtime while the fault is investigated and corrected.

Short Circuit Study
The Short Circuit Analysis portion of the study documents the maximum available fault current under various short circuit events at the most relevant points within the facility electrical system. This is important since equipment should be rated to withstand the available short circuit current at its location within the system. This is known as the Short Circuit Current Rating (SCCR) for equipment and Available Interrupting Capacity (AIC) rating for overcurrent devices.

Arc Flash Equipment Labels
Arc flash equipment labels will be delivered to you for all equipment under the study. All labels are in accordance with the latest NFPA 70E guidelines and printed on high-quality, UV resistant, water-resistant, heat resistant and laminated vinyl.
Optional Deliverables:

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.

Electrical Riser Diagram
For equipment covered under the base Arc Flash Study, Atom Engineering will provide you with an easy-to-read, color-coded, presentation quality electrical one-line diagram. These are delivered in PDF format but can also be printed for beautiful electrical diagram illustration within your electrical rooms or facility maintenance headquarters.

Equipment Labels
For equipment included within the base Arc Flash Study, Atom can provide engraved, color-coded phenolic labels for your facility. This includes labels for switchgear, switchgear circuit breakers, switchboards, panelboards, busplugs, VFD’s, MCC’s, enclosed circuit breakers, disconnect switches, generators, UPS’s, HVAC disconnects, PDU’s, and transfer switches. All labels are 1.5-2” in height, varying width (depending on text) and are applied through a self-adhesive.

Panel Schedules
For electrical panelboards rated ≥100A, Atom will develop, print, and deliver to Client new hard-stock paper panel schedules for the existing panelboards at the Client facility. New panel schedules will be based on existing information only as collected from Atom onsite.
Evergreen Engineering Services™
Arc Flash and Coordination Package
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Keep your facility up-to-date in real time.
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Do one study, then after that, we keep it up-to-date in real time.
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If you make any facility electrical changes, we update the studies at no additional cost.
SAVE MONEY
SAVE TIME
LOWER RISK
Services | Standard | Extended | Premium |
---|---|---|---|
Monthly Arc Flash Study Compliance Certification | √ | √ | √ |
Monthly Electrical Distribution System Data Updates | √ | √ | √ |
Monthly Arc Flash Report Update | √ | √ | √ |
Monthly Arc Flash Labels Update | √ | √ | √ |
Annual Facility Compliance Audit | √ | √ | √ |
Annual Short Circuit, Coordination and Arc Flash Study Report | √ | √ | √ |
Secure File Storage | √ | √ | √ |
Real Time Arc Flash Consulting | √ | √ |