Text

Response to Request for Additional Information: License Amendment Request to Revise Battery Charger Surveillance Requirement 3.8.4.2
	ML16277A486
Person / Time
Site:	Monticello
Issue date:	10/03/2016
From:	Gardner P; Northern States Power Company, Minnesota, Xcel Energy
To:	; Document Control Desk, Office of Nuclear Reactor Regulation
References
	CAC MF7576, L-MT-16-045
	Download: ML16277A486 (32)
	v • d • e

2807 West County Road 75 Monticello, MN 55362 Xcel Energy RESPONSIBLE BY NATURE 800.895.4999 xcelenergy.com October 3, 2016 L-MT-16-045 10 CFR 50.90 ATTN: Document Control Desk U.S. Nuclear Regulatory Commission Washington, DC 20555-0001 Monticello Nuclear Generating Plant Docket No. 50-263 Renewed Facility Operating License No. DPR-22 Response to Request for Additional Information: License Amendment Request to Revise Battery Charger Surveillance Requirement 3.8.4.2 (CAC No. MF7576)

References:

1) NSPM (P. Gardner) to NRC, "License Amendment Request: Revise Battery Charger Surveillance Requirement 3.8.4.2," (L-MT-16-014), dated April 4, 2016 (ADAMS Accession No. ML16099A097)

2) NRC (R. Kuntz) to NSPM (R. Loeffler), "DRAFT Request for Additional Information RE: Monticello license amendment request for Battery Charger SR revision (CAC MF7576)," dated August 31, 2016 On April 4, 2016, the Northern States Power Company, a Minnesota Corporation (NSPM),

doing business as Xcel Energy, submitted a license amendment request proposing a change to the Technical Specifications (TS) for the Monticello Nuclear Generating Plant (MNGP).

The proposed change revises Specification 3.8.4, "DC Sources- Operating", Surveillance Requirement (SR) 3.8.4.2 to increase the required 125 VDC subsystems battery charger output current and to remove the second method specified to perform the surveillance (Reference 1). On August 31, 2016, the U.S. Nuclear Regulatory Commission (NRC) requested additional information pertaining to this proposed amendment (Reference 2).

The responses to these requests for additional information are provided in Enclosure 1.

Summary of Commitments This letter makes no new commitments and no revisions to existing commitments.

L-MT-16-045 Page 2 of 2 I declare under penalty of perjury, that the foregoing is true and correct.

Executed on October :J, 2016.

~~~

Peter A. Gardner /

Site Vice President, Monticello Nuclear Generating Plant Northern States Power Company- Minnesota : Response to RAI, LAR to Revise Battery Charger Surveillance Requirement 3.8.4.2 Attachment 1: Division I 125 VDC Subsystem Loads Attachment 2: Division II 125 VDC Subsystem Loads cc: Administrator, Region Ill, USNRC Project Manager, Monticello, USNRC Resident Inspector, Monticello, USNRC State of Minnesota

ENCLOSURE 1 MONTICELLO NUCLEAR GENERATING PLANT RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION LICENSE AMENDMENT REQUEST TO REVISE BATTERY CHARGER SURVEILLANCE REQUIREMENT 3.8.4.2 (6 pages follow)

L-MT-16-045 Page 1 of 6 RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION LICENSE AMENDMENT REQUEST TO REVISE BATTERY CHARGER SURVEILLANCE REQUIREMENT 3.8.4.2 On April4, 2016, NSPM submitted a license amendment request proposing a change to the Technical Specifications (TS) for the Monticello Nuclear Generating Plant (MNGP).

The proposed change revises Specification 3.8.4, "DC Sources- Operating", SuNeillance Requirement (SR) 3.8.4.2 to increase the required 125 VDC subsystems battery charger output current and to remove the second method specified to perform the suNeillance. On August 31, 2016, the NRC requested the following additional information. The responses to this request for additional information are provided below.

RAI1 TS Bases Page 8.3.8.4-7, regarding SR 3.8.4.2 states as follows:

The ampere requirements are based on the output rating of the chargers for Division 1 and the rating of circuit breakers in the associated distribution cabinet for Division 2. The voltage requirements are based on the charger voltage level after a response to a loss of AC power. The time period is sufficient for the charger temperature to have stabilized and to have been maintained for at least 2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months . , Pages 5 and 6 of the LAR states:

The 125 VDC System battery charger sizing was evaluated by calculating the re-charge times considering the coincident 125 VDC System loads also supplied by the charger, utilizing the IEEE 946-1985 methodology.

MNGP Updated Safety Analysis Report [USAR] Section 8.5.2.1 states: Each 125 VDC [battery] charger is capable of carrying the normal 125 VDC load and at the same time supplying additional charging current to keep the batteries in a fully charged condition.

IEEE 946-1985 recommends that a battery charger have an output current capability greater than the continuous loads plus the largest combination of non-continuous loads that would be likely to occur simultaneously during normal plant operation. This criterion is met if the battery charger output current exceeds the normal continuous system loads by an amount adequate to bound the non-continuous load combinations likely during normal plant operation.

L-MT 045 Page 2 of 6 Explain the above apparent discrepancy in terms of the basis for sizing of the 125 VDC battery charger in the TS bases statements and LAR and USAR statements.

Response to RAI1 As discussed in the USAR, the 125 VDC battery chargers are sized to charge the batteries while supplying the normal continuous DC loads. The design criteria in the 125 VDC battery charger sizing calculation (Enclosure 1 of the LAR) are based on a lower limiting value, i.e., to justify that adequate current exists to meet design requirements. The sizing calculation also provides technical justification for the upper limit on 125 VDC charger output current (limiting re-charge current to an acceptable value).

The sentence "The ampere requirements are based on the output rating of the chargers for Division 1 and the rating of the circuit breakers in the associated distribution cabinet for Division 2" applies ONLY to the 250 VDC System. This sentence was intended to clarify the previous sentence that states, "each Division 1 battery charger [shall] be capable of supplying

150 amps and each Division 2 battery charger [shall] be capable of supplying ;

:: 110 amps for the 250 VDC subsystems and ;::: 50 amps for the 125 VDC subsystems at the minimum established float voltage for 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months ." Similar to the 250 VDC System, the ampere requirement for the 125 VDC System should have been stated. This condition has been entered into the Corrective Action Program. As part of the LAR draft TS Bases changes were provided for information. Additional changes to the affected TS Bases paragraph to address these conditions are overlaid on those previous changes as shown in the mark-up below.< 1l This SR provides t\,vo options. One option requires that each Division 1 battery charger be capable of supplying ?: 150 amps and each Division 2 battery charger be capable of supplying ?: 11 0 amps for the 250 VDC subsystems, and ?: 75 amps for the 125 VDC subsystems, at the minimum established float voltage for 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months . The ampere requirements for the 250 VDC System are based on the output rating current limit setting of the chargers for Division 1 and a current limit setting reduced to accommodate the rating of circuit breakers in the associated distribution cabinet for Division 2 (Ref. 11). The ampere requirement for the 125 VDC System is based on the current limit setting of the chargers. The voltage requirements are based on the charger voltage level after a response to a loss of AC power. The time period is sufficient for the charger temperature to have stabilized and to have been maintained for at least 2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months .

1. Deletions are shown by strikeout and additions by double underlining.

L-MT 045 Page 3 of 6 RAI2 In LAR Enclosure 2, the licensee provided MNGP Calculation 91-006, Revision 4, "125 VDC Battery Charger Sizing." According to this calculation, and consistent with USAR Section 8.5,

"[e]ach 125 VDC charger is capable of carrying the normal load and at the same time supplying additional charging current to keep the batteries in a fully charged condition."

Additionally, IEEE 946-1985 recommends that the charger output current capability is greater than the continuous loads plus the largest combination of non-continuous loads [as defined in IEEE 485-1983, Section 4.2.2] likely to occur simultaneously during normal plant operation.

IEEE 485-1983, Section 4.2.2, states as follows:

Non-continuous loads are energized during only a portion of the duty cycle.

These loads may come on at any time within the duty cycle and may be on for a set length of time; be removed automatically or by operator action; or continue to the end of the duty cycle. Typical non-continuous loads are:

(1) Emergency pump motors (2) Critical ventilation system motors (3) Communication system power supplies (4) Fire protection systems Provide the non-continuous loads and their ampere rating considered for the battery charger sizing based on normal operation criteria.

Response to RAI 2 Calculation 91-006 Revision 4, "125 VDC Battery Charger Sizing" states that more than 45 amps of charger output is available to supply non-continuous loads during normal plant operation. The 125 VDC System loads existing in the load flow and cell sizing calculation software model for Division I and II are included as Attachments 1 and 2 to this enclosure, respectively. All devices with a load value of 1.0 ADC or more were individually reviewed and classified as either Momentary (short duration, not exceeding one minute), Continuous (normally energized and carried by the battery charger), Emergency (not expected to be energized during normal operation) or Non-Continuous (as defined above.) On each division, 4.40 amps of non-continuous loads were identified.

In consideration of the small magnitude of identified non-continuous loads it was concluded that non-continuous loads present during normal plant operation would not exceed 45 amps.

L-MT-16-045 Page 4 of 6 RAI3 On page 11 of the Battery Charger Calculation attached to the LAR, the following is stated:

Note that AR [action report] #011311 03 documented an issue with the 2nd method of determining acceptance for Tech Specs surveillance requirement SR 3.8.4.2, i.e. that the battery chargers can accomplish a re-charge in

<= 8 hours9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months after a design basis discharge event (SBO). AR # 01456839 formally documented this issue as a non-conservative Tech Specs surveillance requirement and established administrative limit for the first method of meeting SR 3.8.4.2. The administrative limit 125 VDC system battery charger output current was established as >= 75 amps.

On pages 11 and 12 of the Battery Charger Calculation attached to the LAR, the following is also stated:

Final resolution of the Tech Spec issue described in ARs 01131103 and 01456839 requires a permanent change to the 1st method of meeting SR 3.8.4.2. The criteria should be changed to>= 75 amps for 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months (as is presently administratively controlled).

On Page B.3.8.4-3 of TS basis, the following is stated: "Each station battery charger has sufficient excess capacity to restore the battery from the design minimum charge to its fully charged state within 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months while supplying normal steady state loads." However, the NRC staff notes that USAR, Section 8.5 does not provide the basis for a battery charger capability of recharging a discharged battery within a certain time period for both 250 VDC and 125 VDC subsystems.

Explain why the USAR does not provide a basis for a battery charger capability of recharging a discharged battery within a certain time, consistent with TS bases and the LAR calculations for re-charging a discharged battery.

Response to RAI 3 The USAR describes the Design Basis for station battery charger sizing which, rather than providing for a particular recharge time under specific load conditions, assures the capacity to provide a float charge to the batteries while carrying certain system loads. Specifically, "Each 125 VDC [battery] charger is capable of carrying the normal 125 VDC load and at the same time supplying additional charging current to keep the batteries in a fully charged condition."

The 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months recharge time referenced in this "Background" section of the TS Bases was not excerpted from the charger sizing Design Basis in the USAR, but was rather inadvertently incorporated from the standard wording from NUREG-1433, Revision 3, during Monticello's transition to the improved Standard Technical Specifications (ITS). A correction to the TS

L-MT 045 Page 5 of 6 Bases was included for information<2) as part of the LAR (Enclosure 1, Attachment 2). The battery charger sizing calculation included with the LAR compares the calculated recharge time with industry recommendations. This comparison is solely a prudent engineering practice and the battery charger sizing Design Basis remains as described in the USAR.

RAI4 According to MNGP, USAR, Section 8.5.2.2, the 125 V Battery Chargers have a DC output rating of 80 Amps for main chargers and 50 Amps for the Common Standby Charger. In TS Bases 3.8.4, regarding Action A.3, the following is stated:

Required Action A.3 limits the restoration time for the inoperable battery charger to 7 days. This action is applicable if an alternate means of restoring battery terminal voltage to greater than or equal to the minimum established float voltage has been used (e.g., balance of plant non-Class 1E battery charger). The 7 day Completion Time reflects a reasonable time to effect restoration of the qualified battery charger to OPERABLE status.

Based on above, the 7 day Completion Time is applicable if a spare [common standby] battery charger can serve the purpose of a Class 1E main battery Charger becoming inoperable for 7 days. Since the 125 VDC Common Standby Charger is rated only 50 amps, and the SR 3.8.4.2 for the main chargers is proposed to be revised from 50 amp to 75 amps, explain how the spare/Common Standby Battery Charger of 50 amp rating can serve the purpose of a main charger of 80 amp rating for 7 days, to meet the intent of TS 3.8.4, Action A.3.

Response to RAI 4 The USAR was incorrect. The As-Left current limit setting for all three 125 VDC Battery Chargers (010, 020 and 040) is 78 to 80 amps. This issue was entered into the Corrective Action Program and the USAR has been revised. All three 125 VDC battery chargers supply

75 amps and therefore satisfy the requirements of Specification 3.8.4, Required Action A.3.

RAI5 According to the first option of the SR 3.8.4.2, the 125 VDC charger is required to verify that it can supply;::: 75 amps at greater than or equal to the minimum established float voltage for

4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months . However, TS Bases for SR 3.8.4.2 states charging only at the minimum established float voltage.

Explain how testing the battery at;::: 75 amps at greater than or equal to the minimum established float voltage for ;::: 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months provides verification of the designed capability of the

2. Changes to the TS Bases are under licensee control and are made under the 10 CFR 50.59 process.

L-MT-16-045 Page 6 of 6 battery charger. Provide the charger specifications regarding its allowable output voltage and current limit setting ranges. Briefly explain how the SR is performed for the first option, and the actual output voltage and current limit settings used during performance of SR 3.8.4.2.

Response to RAI 5 The battery charger capacity test demonstrates the equipment's ability to provide the output current and voltage required to meet the DC subsystem design requirements. The test is performed with the charger supplying a load bank while maintaining voltage at or above the required float voltage. For the 4-hour test duration, the output current is verified to remain above the minimum value considered in the battery charger sizing calculation and the charger output voltage is verified to remain equal to or greater than the battery cell manufacturer's minimum required float voltage. The voltage and output current design requirements are lower than the rated capacity of the battery charger.

The 125 VDC normal and standby battery chargers are made by C&D (model ARR130K100F-MOD) The specifications for this charger model are:

DC Out~ut Voltage Current Out~ut Nominal Rating: 132 VDC Nominal Rating: 100 amps Up to 125% of nominal Adjustable 121.4-142.6 Adjustable (115% max for continuous Range: VDC Range:

operation)

To perform the battery charger capacity test for SR 3.8.4.2, a resistive load bank is connected to the charger output and programmed to control load at 76 to 78 amps. No adjustments are made to the battery charger settings for the surveillance which remain at the normal as left current limit setting of 78 to 80 amps and the normal float voltage setting of 129.5 VDC to 130.5 VDC. For the duration of the test, the charger output current and voltage are monitored to verify that load current remains above the design requirement value of 75 amps and that float voltage remains above the cell manufacturer's minimum required float voltage value of 127.6 VDC.

ENCLOSURE 1 ATTACHMENT 1 MONTICELLO NUCLEAR GENERATING PLANT RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION LICENSE AMENDMENT REQUEST TO REVISE BATTERY CHARGER SURVEILLANCE REQUIREMENT 3.8.4.2 Division I 125 VDC Subsystem Loads (11 pages follow)

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 0111-22-FF EMD FF 52.08 Momentary EDG Field Flash Load 011-21-LAMPS UNKNOWN sow 16.00 Emergency Emerg. DC Lighting 152-301-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-302-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-301-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-302-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trtp or dose coil 152-303-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or dose coil 152-303-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-305-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or dose coil 152-305-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-306-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-306-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-307-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or dose coil 152-307-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-511-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-308-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or dose coil 152-502-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or dose coil 152-502-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-308-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trtp or dose coil 152-511-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-501-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or dose coil 152-501-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-503-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-503-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-504-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-504-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-505-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or dose coil 152-505-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or dose coil 152-506-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or close coil 152-506-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trtp or dose coil 152-507-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or close coil 152-507-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or close coil 152-508-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or close coil 152-508-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or close coil 152-509-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or close coil 152-509-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or close coil 152-51 0-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trip or close coil 152-51 0-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB sprtng charging motor, trtp or close coil E-104 GE EX2100 10.60 Continuous Main Generator Excitation 52-71 0-SPCM GE AKR-75 7.00 Momentary ACB spring charging motor, trip or close coil 52-701-SPCM GE AKR-75 7.00 Momentary ACB spring charging motor, trip or close coil 2A-CB11A-CC GE MAGNE-BLAST-ASSUMED 6.00 Momentary ACB spring charging motor, trip or close coil 152-302-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-301-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-305-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-301-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-302-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-303-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-303-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-305-CC GE MAGNE-BLAST 6:00 Momentary ACB spring charging motor, trip or close coil 152-306-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-306-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-307-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-307-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-308-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-502-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-503-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-504-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-506-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-507-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-508-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-308-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-501-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-505-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-505-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-509-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-510-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-511-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trtp or close coil 152-501-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-502-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-503-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-504-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-506-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trtp or close coil 152-507-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil Page 1 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 152-508-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-509-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-510-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-511-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil GEN-FIEL0-241-CC GE MAGNE-BLAST-ASSUMEO 6.00 Momentary ACB spring charging motor, trip or close coil 186-3 GE HEA 5.65 Momentary Lockout Relay 186-510 GE HEA 5.65 Momentary Lockout Relay 186-502 GE HEA 5.65 Momentary Lockout Relay 186-503 GE HEA 5.65 Momentary Lockout Relay 186-504 GE HEA 5.65 Momentary Lockout Relay 186-505 GE HEA 5.65 Momentary Lockout Relay 52-711-SPCM GE AKRU-50 5.00 Momentary ACB spring charging motor, trip or close coil H12-186/AT Electroswitch 78050 4.63 Momentary Lockout Relay H11-186-1 Electroswitch 78050 4.63 Momentary Lockout Relay 2A-K1A Electroswitch 7809G 4.60 Momentary Lockout Relay 286/G Electroswitch 7810G 4.60 Momentary Lockout Relay 86GP Electroswitch 78100 4.60 Momentary Lockout Relay 86GS Electroswitch 78100 4.60 Momentary Lockout Relay 152-107-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-104-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-1 05-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-101-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-103-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-101-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-1 03-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-1 04-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-1 05-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-107-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-101-TC Powell PowiVac- Trip Coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-103-TC Powell PowiVac- Trip Coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-104-TC Powell PowiVac- Trip Coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-107-TC Powell PowiVac- Trip Coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-107-CC Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-101-CC Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-104-CC Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-105-CC Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-105-TC Powell PowiVac- Trip Coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-103-CC Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 52-101-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-102-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-103-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-107-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-110-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-705-SPCM GE AKRU-30S 3.00 Momentary ACB spring charging motor, trip or close coil 52-701-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-710-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-711-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-705-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-702-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-703-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-704-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-706-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-707-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-708-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-709-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-901-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-902-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-903-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-905-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-908-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 011-16-INVERTER UNKNOWN ATWS 2.74 Continuous Power Supply 0111-11-FPM M/K FPM 2.40 Non-Continuous EOG Fuel Priming Pump Motor 2A-CB11A-TC UNKNOWN GEN-FIELO 2.00 Momentary ACB spring charging motor, trip or close coil 52-101-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-102-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-103-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-110-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-301-CC ABB K3000S 2.00 Momentary ACB spring charging motor, trip or close coil 52-301-TC ABB K3000S 2.00 Momentary ACB spring charging motor, trip or close coil 52-701-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-705-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-706-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-702-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-703-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil Page 2 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification S2-704-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-707-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-70B-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-709-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-710-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-711-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-901-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil S2-90B-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil GEN-FIELD-241-TC UNKNOWN GEN-FIELD 2.00 Momentary ACB spring charging motor, trip or close coil S2-302-TC ABB K1600S 1.30 Momentary ACB spring charging motor, trip or close coil S2-303-TC ABB K1600S 1.30 Momentary ACB spring charging motor, trip or close coil S2-30S-TC ABB K1600S 1.30 Momentary ACB spring charging motor, trip or close coil S2-309-TC ABB K1600S 1.30 Momentary ACB spring charging motor, trip or close coil D111-11-BPM1 UNKNOWN BPM1 1.00 Non-Continuous EDG Booster Pump Motor D11-MARGIN Xcel D11 MARGIN LOAD 1.00 N/A Ficticious Margin Load D111-12-BPM2 UNKNOWN BPM2 1.00 Non-Continuous EDG Booster Pump Motor D11-13-SFF-RELAY GE SFF 0.90 C06-C-ANN-ACT STATA ACTIVE O.BS COB-C-ANN-ACT STATA ACTIVE O.BS C07-B-ANN-ACT STATA ACTIVE O.BS COS-A-ANN-ACT STATA ACTIVE O.BO COB-A-ANN-ACT STATA ACTIVE O.BO COB-B-ANN-ACT STATA ACTIVE O.BO C07-A-ANN-ACT STATA ACTIVE O.BO ES-44S1 ROCHESTER EI4473-ES-44S1 0.77 N3106-SIREN UNKNOWN N/A 0.7S C06-B-ANN-ACT STATA ACTIVE 0.7S S2-302-CC ABB K1600S 0.70 S2-303-CC ABB K1600S 0.70 S2-304-CC ABB K1600S 0.70 S2-30S-CC ABB K1600S 0.70 S2-307-CC ABB K1600S 0.70 S2-30B-CC ABB K1600S 0.70 S2-309-CC ABB K1600S 0.70 SV-42B3 UNKNOWN 0.62Amp 0.62 GOV-SOL/DG11 UNKNOWN 0.62Amp 0.62 ES-MC-BUS-11 IDEC PSSR-SD24 0.60 1B3-X2 GE HFAS3K O.S9 1B3-X3 GE HFAS3K O.S9 1B3-X1 GE HFAS3K O.S9 D11-19-TT-LIGHT UNKNOWN SOma O.SS D11-0B-C06-LIGHT UNKNOWN SOma o.so D11-12-EGM UNKNOWN 0.42A-EGM 0.42 S2-706-LIGHT UNKNOWN SOma 0.3S 1S2-306-LIGHT UNKNOWN soma 0.3S RV2-71A-LIGHT UNKNOWN SOma 0.3S RV2-71C-LIGHT UNKNOWN soma 0.3S RV2-71D-LIGHT UNKNOWN SOma 0.3S ETRS ASSUMED UNKNOWN 0.33Amp 0.33 LVS ASSUMED UNKNOWN 0.33Amp 0.33 MTS-3 ASSUMED UNKNOWN 0.33Amp 0.33 BUS11-1B3-11 BECKWITH M-4272 0.32 D11-09-COB-LIGHT UNKNOWN soma 0.30 1S2-1 07-RRPLC Phoenix Mini-PS-1 00-240AC/24DC/1.3 0.29 1S2-1 04-RRPLC Phoenix Mini-PS-1 00-240AC/24DC/1.3 0.29 1S2-1 OS-RRPLC Phoenix Mini-PS-1 00-240AC/24DC/1.3 0.29 1S2-101-RRPLC Phoenix Mini-PS-1 00-240AC/24DC/1.3 0.29 1S2-1 03-RRPLC Phoenix Mini-PS-1 00-240AC/24DC/1.3 0.29 H12-1B7/AT SEL 4B7E 0.2B SV-2-71A ASCO NPEFK-B300-141 ERF 0.26 SV-2-71B ASCO NPEFK-B300-141ERF 0.26 SV-2-71C ASCO NPEFK-B300-141ERF 0.26 SV-2-71D ASCO NPEFK-B300-141ERF 0.26 VCM-2-LIGHT UNKNOWN SOma 0.2S VCM-3-LIGHT UNKNOWN soma 0.2S D11-19-RES UNKNOWN N/A 0.2S EGT ASSUMED UNKNOWN N/A 0.2S 1S2-101-LIGHT UNKNOWN soma 0.2S 1S2-103-LIGHT UNKNOWN SOma 0.2S 1S2-104-LIGHT UNKNOWN soma 0.2S 1S2-107-LIGHT UNKNOWN SOma 0.2S 1S2-1 OS-LIGHT UNKNOWN soma 0.2S 1S2-301-LIGHT UNKNOWN SOma 0.2S 1S2-302-LIGHT UNKNOWN soma 0.2S Page 3 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 1S2-303-LIGHT UNKNOWN soma 0.2S 1S2-30S-LIGHT UNKNOWN SOma 0.2S 1S2-307-LIGHT UNKNOWN soma 0.2S 1S2-308-LIGHT UNKNOWN SOma 0.2S 1S2-S01-LIGHT UNKNOWN soma 0.2S 1S2-S02-LIGHT UNKNOWN SOma 0.2S 1S2-S03-LIGHT UNKNOWN soma 0.2S 1S2-S04-LIGHT UNKNOWN SOma 0.2S 1S2-SOS-LIGHT UNKNOWN soma 0.2S 1S2-S06-LIGHT UNKNOWN soma 0.2S 1S2-S07-LIGHT UNKNOWN SOma 0.2S 1S2-S08-LIGHT UNKNOWN soma 0.2S 1S2-S09-LIGHT UNKNOWN SOma 0.2S 1S2-S1 O-UGHT UNKNOWN soma 0.2S 1S2-S11-LIGHT UNKNOWN SOma 0.2S GOV-MTRIOG11 UNKNOWN 0.2SAmp 0.2S PLC-8US 11 SEL 3S30 0.24 FFC/C-91 SQO 828429S-TEST 0.24 SV-2079 ASCO HC8320G184 0.20 SV-2082A ASCO HC8320G184 0.20 SV-20828 ASCO HC8320G184 0.20 SV-2082A-LIGHT UNKNOWN SOma 0.20 SV-20828-LIGHT UNKNOWN soma 0.20 SV-2848-LIGHT UNKNOWN SOma 0.20 SV-2849-LIGHT UNKNOWN soma 0.20 VCM-1-LIGHTS UNKNOWN soma 0.20 SV-2-80A-LIGHT UNKNOWN SOma 0.20 SV-2-808-LIGHT UNKNOWN soma 0.20 SV-2-80C-LIGHT UNKNOWN SOma 0.20 SV-2-800-LIGHT UNKNOWN soma 0.20 S2-701-LIGHT UNKNOWN soma 0.20 S2-702-LIGHT UNKNOWN SOma 0.20 S2-703-LIGHT UNKNOWN SOma 0.20 S2-704-LIGHT UNKNOWN SOma 0.20 S2-710-LIGHT UNKNOWN SOma 0.20 S2-711-LIGHT UNKNOWN soma 0.20 S2-707-LIGHT UNKNOWN SOma 0.20 S2-70S-LIGHT UNKNOWN soma 0.20 S2-708-LIGHT UNKNOWN SOma 0.20 S2-709-LIGHT UNKNOWN SOma 0.20 0111-21-AES-LIGHT UNKNOWN SOma 0.20 1S2-104-111-104 SEL 710 0.16 1S2-107-111-107 SEL SEL 7S1 0.16 1S2-10S-111-10S SEL 710 0.16 1S2-101-111-101 SEL SEL 7S1 0.16 1S2-103-111-103 SEL 710 0.16 0111-0S-ETM Weschler CT/LTC 0.16 RV2-718-LIGHT UNKNOWN SOma 0.1S SV-3-142A ASCO NPK8316G36 0.14 SV-2S09 ASCO HC8316G64 0.14 SV-2S10 ASCO HC8316G64 0.14 SV-3-140A ASCO NPK8316G36 0.14 CV2104 ASCO NPK8321A2V 0.14 0111-0S-ANN SEL 2S23 0.12 VSR2/C-92 SQO MKNS1103-02 0.12 FSR2/C-92 ESI MKNS1103-01 0.12 ESR2/C-92 ESI MKNS1103-01 0.12 ESRX2/C-92 SQO MKNS1103-02 0.12 MSR2/C-92 SQO MKNS1103-02 0.12 ZSR2/C-92 SQO MKNS11 03-02 0.12 ZSR1/C-91 SQO MKNS11 03-02 0.12 ESR1/C-91 ESI MKNS11 03-01 0.12 ESRX1/C-91 SQO MKNS1103-02 0.12 FSR1/C-91 ESI MKNS1103-01 0.12 MSR1/C-91 SQO MKNS11 03-02 0.12 OTR/C-91 ESI MKNS11 03-01 0.12 VSR1/C-91 SQO MKNS1103-02 0.12 2A-K10A GE R8P118 0.11 2A-K18A GE HFA6SE 0.10 2A-C811A-X UNKNOWN NIA 0.10 2A-C811A-Y UNKNOWN N!A 0.10 SV-3-142A-LIGHT UNKNOWN soma 0.10 SV-2079-LIGHT UNKNOWN soma 0.10 SV-2S09-LIGHT UNKNOWN SOma 0.10 Page4 of11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification SV-2S1 O-UGHT UNKNOWN soma 0.10 13-27-UGHT UNKNOWN SOma 0.10 13A-K1S GE CR2820 0.10 13A-K2S GE CR2820 0.10 13A-K4 GE CR2820 0.10 81-1X UNKNOWN N/A 0.10 81-2X UNKNOWN N/A 0.10 81-3X UNKNOWN N/A 0.10 VCM-1-K12 UNKNOWN N/A 0.10 VCM-1-K13 UNKNOWN N/A 0.10 VCM-1-K14 UNKNOWN N/A 0.10 VCM-1-K16 UNKNOWN NIA 0.10 VCM-2-K22 UNKNOWN NIA 0.10 VCM-2-K23 UNKNOWN N/A 0.10 VCM-2-K24 UNKNOWN NIA 0.10 VCM-2-K26 UNKNOWN N/A 0.10 VCM-2-K6 UNKNOWN NIA 0.10 VCM-3-K12 UNKNOWN N/A 0.10 VCM-3-K13 UNKNOWN NIA 0.10 VCM-3-K14 UNKNOWN NIA 0.10 VCM-3-K16 UNKNOWN N/A 0.10 VCM-3-K6 UNKNOWN NIA 0.10 8VR-1 UNKNOWN LVR 0.10 IVTM-1 ASSUMED UNKNOWN N/A 0.10 IVTM-1-FLD ASSUMED UNKNOWN N/A 0.10 IVTM-2 ASSUMED UNKNOWN N/A 0.10 IVTM-2-FLD ASSUMED UNKNOWN N/A 0.10 74-DCH UNKNOWN NIA 0.10 D111-03-01-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-02-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-03-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-0S-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-06-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-04-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-07-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-08-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-09-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-10-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-11-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-12-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-13-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-14-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-1S-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-16-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-17-RELAY ASSUMED UNKNOWN NIA 0.10 D111-03-1B-RELAY ASSUMED UNKNOWN N/A 0.10 D111-03-19-RELAY ASSUMED UNKNOWN N/A 0.10 D111-04-UGHT UNKNOWN soma 0.10 S2-101-UGHT UNKNOWN SOma 0.10 S2-11 O-UGHT UNKNOWN soma 0.10 S2-301-UGHT UNKNOWN SOma 0.10 S2-309-UGHT UNKNOWN SOma 0.10 D111-09-2AX UNKNOWN N/A 0.10 D111-09-SCR ASSUMED UNKNOWN N/A 0.10 D111-09-Y94-2 UNKNOWN N/A 0.10 D111-09-Y94-3 UNKNOWN N/A 0.10 D111-09-Y94-4 UNKNOWN N/A 0.10 S2-901-UGHT UNKNOWN SOma 0.10 S2-908-UGHT UNKNOWN soma 0.10 STR2/C-92 ASSUMED UNKNOWN N/A 0.10 GEN-FIELD-241-UGHT UNKNOWN SOma 0.10 FPRIC-91 ASSUMED UNKNOWN N/A 0.10 GP/C-91 ASSUMED UNKNOWN N/A 0.10 GS/C-91 ASSUMED UNKNOWN N/A 0.10 STR1/C-91 ASSUMED UNKNOWN N/A 0.10 MVST1/C-91 SALEM 812-6-TEST 0.10 MVST2/C-92 SALEM 812-6-TEST 0.10 SV-2848 ASCO HT83173S 0.09 SV-2849 ASCO HT83173S 0.09 ESTR/C-91 SQD 826970S-TEST 0.09 SV-2-80A AVCO B-6910-020 0.08 SV-2-808 AVCO 8-6910-020 0.08 SV-2-80C AVCO 8-6910-020 0.08 SV-2-80D AVCO 8-6910-020 0.08 Page 5 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 152-1 07-94C ABB AR High Threshold 0.08 152-1 04-94C ABB AR High Threshold 0.08 152-105-94C ABB AR High Threshold 0.08 152-1 01-94C ABB AR High Threshold 0.08 152-103-94C ABB AR High Threshold 0.08 D111-09-62A-S ALLEN BRADLEY RT/RTA 0.08 D111-09-62B-S ALLEN BRADLEY RT/RTA 0.08 D111-09-62C-S ALLEN BRADLEY RT/RTA 0.08 D111-09-62D-S ALLEN BRADLEY RT/RTA 0.08 SSP2/C-92 ESI ESI51148A 0.08 127-5Y ABB 27H 0.08 127-5Z ABB 27H 0.08 SSP1/C-91 ESI ESI51148A 0.08 2A-K15A GE HFA 0.07 2A-K27A GE HFA 0.07 2A-K37A GE HFA 0.07 2A-K5A GE HFA 0.07 C06-A-ANN-QT STATA QUIESCIENT 0.07 C06-C-ANN-QT STATA QUIESCIENT 0.07 C08-C-ANN-QT STATA QUIESCIENT 0.07 C08-A-ANN-QT STATA QUIESCIENT 0.07 C08-B-ANN-QT STATA QUIESCIENT 0.07 10A-K10A GE HFA 0.07 10A-K14A GE HFA 0.07 10A-K29A GE HFA 0.07 10A-K30A GE HFA 0.07 10A-K3A GE HFA 0.07 10A-K42A GE HFA 0.07 10A-K43A GE HFA 0.07 10A-K5A GE HFA 0.07 10A-K62A GE HFA 0.07 10A-K68A GE HFA 0.07 10A-K6A GE HFA 0.07 10A-K73A GE HFA 0.07 10A-K74A GE HFA 0.07 10A-K7A GE HFA 0.07 10A-K8A GE HFA 0.07 10A-K9A GE HFA 0.07 14A-K10A GE HFA 0.07 14A-K11A GE HFA 0.07 14A-K17A GE HFA 0.07 14A-K18A GE HFA 0.07 14A-K19A GE HFA 0.07 14A-K1A GE HFA 0.07 14A-K22A GE HFA 0.07 14A-K4A GE HFA 0.07 14A-K5A GE HFA 0.07 14A-K6A GE HFA 0.07 14A-K7A GE HFA 0.07 14A-K8A GE HFA 0.07 2E-K1A GE HFA 0.07 10A-K11A GE HFA 0.07 10A-K15A GE HFA 0.07 10A-K16A GE HFA 0.07 10A-K17A GE HFA 0.07 10A-K18A GE HFA 0.07 10A-K19A GE HFA 0.07 10A-K20A GE HFA 0.07 10A-K21A

GE HFA 0.07 10A-K22A GE HFA 0.07 10A-K37A GE HFA 0.07 10A-K38A GE HFA 0.07 10A-K39A GE HFA 0.07 10A-K44A GE HFA 0.07 10A-K46A GE HFA 0.07 10A-K47A GE HFA 0.07 10A-K49A GE HFA 0.07 10A-K4A GE HFA 0.07 10A-K51A GE HFA 0.07 10A-K58A GE HFA 0.07 10A-K59A GE HFA 0.07 10A-K87A GE HFA 0.07 2E-K3A GE HFA 0.07 2E-K6A GE HFA 0.07 Page 6 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load 'Notes Amps Classification ---

14A-K12A GE HFA 0.07 14A-K13A GE HFA 0.07 14A-K20A GE HFA 0.07 14A-K21A GE HFA I 0.07 14A-K24A GE HFA I 0.07 I

14A-K3A GE HFA I 0.07 MA¥9A GE HFA 0.07 2E-K7A GE HFA .....

0.07 DA~K1 GE HFA 0.07 13A-K11 GE HFA 0.07 13A-K12 GE HFA 0.07

~K16- GE HFA 0.07

~18 GE HFA 0.07 13A-K19 GE HFA 0.07 13A-K2 GE HFA 0.07 l-:r3A:k27 GE HFA O.D7 13A-K34 GE HFA 0.07

~K6 GE HFA 0.07 13A-K10 GE HFA 0.07 13A-K20 GE HFA 0.07 13A-K22 GE HFA 0.07 -~

94UF WESTINGHOUSE MG-6 0.07 6A-K20A WESTINGHOUSE MG-6 0.07 6A-K21A WESTINGHOUSE MG-6 0.07 23A-K35 GE HFA 0.07 1BA-K13 GE HFA 0.07 C07-B-ANN-QT STATA QUIESCIENT 0.07 1=::-c*

C07-A-ANN-QT STATA QUIESCIENT 0.07

~IG GE HFA 0.07 95-61 GE HFA 0.07 95-61X GE HFA-SIMILAR 0.07

~X/8N7 GE HFA ------

0.07 gX/8N8 GE HFA 0.07 -

352BX/8N7 GE HFA 0.07 352BX/8N8 GE HFA 0.07 mi3 GE HFA 0.07 63-X13A GE HFA-SIMILAR 0.07 63-X14 GE HFA-SIMILAR 0.07 95-10 GE 1-iFA 0.07 95-9 GE HFA 0.07 95-368 GE HFA 0.07 103-3Y GE HFA 0.07 103-3Z GE HFA 0.07 95-15 GE HFA 0.07 95-33 GE HFA 0.07 95-34 GE HFA 0.07

'95-358 GE HFA 0.07

~- --

52X-710-0 fGE HFA 0.07 52X-711-0 'GE HFA 0.07 ..

~c*** - --~

52XX-701-0 1GE HFA 0.07 0111-09-27XA GE HFA 0.07 0111-09-27XB GE HFA- - 0.07 ---

0111-09-2A WESTINGHOUSE MG-6 0.07 --

0111-09-26 WESTINGHOUSE MG-6 0.07 0111-09-2C WESTINGHOUSE MG-6 0.07 0111-09-62AX WESTINGHOUSE MG-6 0.07 0111-09-74 GE HFA 0.07 0111-09-25X WESTINGHOUSE MG-6 0.07 0111-09-52AX-710 WESTINGHOUSE MG-6 0.07 52X-701-0 GE HFA 0.07 0111-09-86 WESTINGHOUSE MG-6 0.07 ---

52-711-74 GE HFA-SIMILAR 0.07

_,. **- r--- --

52X-701-R GE HFA 0.07 52X-71 0-R GE HFA 0.07 52X-711-R GE HFA 0.07 52XX-701-R GE HFA 0.07 ---

83-706-0 GE HFA-SIMILAR 0.07 83-706-R GE HFA-SIMILAR 0.07 52-908-27RG GE HFA 0.07 ----

95-57 GE HFA 0.07 95-55 GE HFA 0.07 95-31 GE HFA 0.07

~3-5X1-0 GE ...

HFA 0.07 -~

183-5X1-R GE HFA 0.07 Page 7 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 183-5X-O GE HFA 0.07 183-5X-R GE HFA 0.07 183-5Y1-0 GE HFA 0.07 183-5Y1-R GE HFA 0.07 183-5Y-O GE HFA 0.07 183-5Y-R GE HFA 0.07 D111-21-74T1 GE HFA-SIMILAR 0.07 D111-21-74T2 GE HFA-SIMILAR 0.07 D111-21-74T3 GE HFA-SIMILAR 0.07 D111-21-74T4 GE HFA-SIMILAR 0.07 2E-K11A GE HFA 0.07 2E-K11B GE HFA 0.07 2E-K11C GE HFA 0.07 2E-K11D GE HFA 0.07 2E-K1B GE HFA 0.07 2E-K3B GE HFA 0.07 2E-K6B GE HFA 0.07 2E-K7B GE HFA 0.07 95-7 GE HFA 0.07 2A-K14A AGASTAT 2412 0.06 2A-K28A AGASTAT 2432 0.06 2A-K28B AGASTAT 2432 0.06 2A-K7A AGASTAT 2412 0.06 2A-K7B AGASTAT 2412 0.06 97-34 AGASTAT 2424 0.06 C06-B-ANN-QT STATA QUIESCIENT 0.06 97-51 AGASTAT E7014 0.06 10A-K28A AGASTAT E7014 0.06 13A-K33 AGASTAT E7012PDC002 0.06 13A-K7 AGASTAT E7014 0.06 62A AGASTAT E7012PDC002 0.06 62B AGASTAT E7012PDC002 0.06 152-104-162-104 AGASTAT N/A 0.06 D111-09-62A-I ALLEN BRADLEY RT/RTA 0.06 D111-09-62B-I ALLEN BRADLEY RT/RTA 0.06 D111-09-62C-I ALLEN BRADLEY RT/RTA 0.06 D111-09-62D-I ALLEN BRADLEY RT/RTA 0.06 PFDA2/C-92 AGASTAT E7022PA004 0.06 162-302 AGASTAT E7014 0.06 40V/C-91 ESI 8411911-ESI 0.06 ESTD/C-91 AGASTAT E7022PDC002-TEST 0.06 PFDA1/C-91 AGASTAT E7022PA004 0.06 2A-DS14A UNKNOWN 50 rna 0.05 2A-DS15A UNKNOWN 50 rna 0.05 2A-DS29A UNKNOWN 50 rna 0.05 2A-DS3A UNKNOWN 50 rna 0.05 2A-DS4A UNKNOWN 50 rna 0.05 2A-DS7A UNKNOWN 50 rna 0.05 2A-DSBA UNKNOWN 50 rna 0.05 2A-DSBB UNKNOWN 50 rna 0.05 D11-03-LIGHT UNKNOWN 50 rna 0.05 DS3A UNKNOWN 50 rna 0.05 DS3C UNKNOWN 50 rna 0.05 2A-DS13A UNKNOWN 50 rna 0.05 2A-DS7B UNKNOWN 50 rna 0.05 DS4A UNKNOWN 50 rna 0.05 DS4C UNKNOWN 50 rna 0.05 2A-DS28A UNKNOWN 50 rna 0.05 2A-DS30A UNKNOWN 50 rna 0.05 2A-DS5A UNKNOWN 50 rna 0.05 2A-DS5B UNKNOWN 50 rna 0.05 2A-DS6A UNKNOWN 50 rna 0.05 2A-DS6B UNKNOWN 50 rna 0.05 2A-K46A AGASTAT ETR 0.05 2A-K47A AGASTAT EGPD 0.05 FP-D11-04-LIGHT UNKNOWN 50 rna 0.05 D11-04-LIGHT UNKNOWN 50 rna 0.05 D11-05-LIGHT UNKNOWN 50 rna 0.05 D11-06-LIGHT UNKNOWN 50 rna 0.05 13A-DS29 UNKNOWN 50ma 0.05 13A-DS30 UNKNOWN 50ma 0.05 13A-DS31 UNKNOWN 50ma 0.05 13A-DS32 UNKNOWN 50ma 0.05 D11-07-N31 06-LIGHT UNKNOWN 50 rna 0.05 Page 8 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification

[)11::67-LIGHT UNKNOWN soma o.os 011-08-LIGHT UNKNOWN SOma O.OS 97-34-LIGHT UNKNOWN soma o.os 97-28 AGASTAT ETR o.os97-28X AGASTAT EGP O.OS 97-29 AGASTAT ETR o.os97-29X AGASTAT EGP O.OS 97-13 AGASTAT ETR-SIMILAR O.OS 97-4S AGASTAT EGPO-SIMILAR O.OS 97-S2 AGASTAT EGPO O.OS 97-S3 --- AGASTAT EGPD o.os 011-09-LIGHT !UNKNOWN SOma O.OS

~1-~ UNKNOWN SOma o.os 10A-OSS3A UNKNOWN SOma O.OS 10A-K34A ,AGASTAT ETR o.os 10A-K40A !AGASTAT ETR O.OS 10A-K76A AGASTAT ETR o.os 10A-K9SA AGASTAT ETR O.OS 10A-OS48A UNKNOWN soma O.OS 14A-K27A AGASTAT ETR O.OS 10A-OS49A UNKNOWN soma O.OS 10A-OSSOA UNKNOWN soma O.OS 011-1 0-LIGHT UNKNOWN SOma O.OS 10A-OSS2A UNKNOWN soma O.OS ioA:K4SA AGASTAT ETR O.OS 011-10-LOG A-LIGHT UNKNOWN SOma O.OS Di1-10-LOG B-LIGHT UNKNOWN SOma O.OS 10A-OS46A UNKNOWN SOma O.OS 10A-K77A - - - - - AGASTAT ETR o.os 10A-K78A AGASTAT ETR O.OS *-*-

10A-OA47A UNKNOWN SOma O.OS . -

10A-OS4SA UNKNOWN SOma o.os 10A-M1A-1 AGASTAT ETR O.OS -**

~,

10A-M1A-2 AGASTAT ETR O.OS !

10A-M2A-1 AGASTAT ETR o.os '

10A-M2A-2 AGASTAT ETR O.OS 10A-M3A-1 AGASTAT ETR o.os ---

10A-M3A-2 AGASTAT ETR O.OS 10A-M4A-1 AGASTAT ETR O.OS 10A-M4A-2 AGASTAT ETR O.OS 2E-KSA AGASTAI ETR o.os 14A-OS18A UNKNOWN soma O.OS 14A-OS19A UNKNOWN !SOma o.os 14A-K16A AGASTAT 1 ETR O.OS SA-K24A AGASTAT EGPO O.OS

'sA:K24C AGASTAT EGPO O.OS 011-11-LIGHT ,UNKNOWN soma O.OS 011-12-LIGHT 'UNKNOWN SOma o.os

~--- *--

13A-OS61 UNKNOWN SOma O.OS 011-13-LIGHT *UNKNOWN SOma o.os 011-1S-LIGHT !UNKNOWN SOma O.OS gg_:16-LIGHT IUNKNOWN SOma O.OS

~,17-LIGHT .LJNKNOWN SOma o.os 23A-K34 .. AGASTAT ETR O.OS 16A-K69 AGASTAT EGPO O.OS 011-18-LIGHT UNKNOWN SOma O.OS 011-19-LIGHT UNKNOWN soma o.os 011-20-LIGHT UNKNOWN SOma O.OS G8N7-LIGHT UNKNOWN soma O.OS G8N8-LIGHT UNKNOWN SOma O.OS 011-21-LIGHT UNKNOWN SOma o.os 011-22-LIGHT UNKNOWN SOma o.os 1S2-107-YCOIL Powell PowiVac- Y Coil O.OS 011-23-LIGHT UNKNOWN SOma o.os 1S2-1 04-YCOIL Powell PowiVac- Y Coil o.os 1S2-1 OS-YCOIL Powell PowiVac - Y Coil O.OS 1S2-101-YCOIL Powell PowiVac- Y Coil o.os 1S2-1 03-YCOIL Powell PowiVac- Y Coil o.os 011-24-LIGHT UNKNOWN soma O.OS 011-28-LIGHT UNKNOWN SOma I o.os 113-305 AGASTAT ,TR O.OS 0111-01-LIGHT UNKNOWN SOma o.os 0111-03-LIGHT UNKNOWN SOma o.os 62-C4 AGASTAT ETR O.OS Page 9 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 62-C1 AGASTAT ETR o.os 62-C2 AGASTAT ETR-ASSUMED o.os 62-C2X AGASTAT ETR-SIMILAR o.os 62-C3 AGASTAT ETR O.OS 9S-33X AGASTAT ETR-SIMILAR o.os 9S-34X AGASTAT ETR-SIMILAR O.OS 0111-06-LIGHT UNKNOWN soma o.os 0111-07-LIGHT UNKNOWN SOma O.OS 0111-08-LIGHT UNKNOWN soma o.os 0111-09-LIGHT UNKNOWN soma o.os LC-1 07-LIGHT-01 UNKNOWN SOma o.os LC-1 08-LIGHT-01 UNKNOWN soma o.os 0111-09-86-LIGHT UNKNOWN SOma O.OS S2-711-62 AGASTAT ETR-SIMILAR o.os 0111-13-LIGHT UNKNOWN SOma O.OS 0111-14-LIGHT UNKNOWN soma o.os SF82/X/C-92 AGASTAT ETR-SIM TEST O.OS PFD2/T/C-92 AGASTAT ETR-TEST o.os PFD2/X/C-92 AGASTAT ETR-TEST O.OS 0111-12-LIGHT UNKNOWN SOma O.OS SF82/T/C-92 AGASTAT ETR-SIM TEST o.os STL02/T/C-92 AGASTAT ETR-TEST o.os STL02/X/C-92 AGASTAT ETR-TEST o.os SFD2/T/C-92 AGASTAT ETR-TEST o.os SFD2/X/C-92 AGASTAT ETR-TEST o.os VSD2/C-92 AGASTAT ETR-TEST o.os 0111-18-LIGHT UNKNOWN SOma o.os98-30S AGASTAT GPDR o.os 97-4A AGASTAT ETR O.OS 97-48 AGASTAT ETR o.os 162-3 AGASTAT ETR o.os 0111-19-LIGHT UNKNOWN SOma o.os 98-S06 AGASTAT ETR o.os 127-SA A88 27N o.os 127-S8 A88 27N O.OS 127-SC A88 27N o.os 0111-21-LIGHT UNKNOWN SOma O.OS 0111-22-LIGHT UNKNOWN soma o.os 2E-KS8 AGASTAT ETR o.os 0111-11-LIGHT UNKNOWN SOma o.os 0111-11-ANN STATA ACTIVE O.OS ECR/C-91 AGASTAT ETR-TEST o.os ECRA/C-91 AGASTAT EGPD002-SIM TEST o.os SMWP/C-93 AGASTAT EGPD002-SIM TEST o.os LWD/C-91 AGASTAT ETR-TEST o.os 40T/C-91 AGASTAT ETR-TEST o.os PFD1/T/C-91 AGASTAT ETR-TEST o.os PFD1/X/C-91 AGASTAT ETR-TEST O.OS SFA-R/C-91 AGASTAT ETR-SIMILAR o.os SF81/T/C-91 AGASTAT ETR-SIM TEST O.OS SF81/X/C-91 AGASTAT ETR-SIM TEST o.os SFD1/T/C-91 AGASTAT ETR-TEST o.os SFD1/X/C-91 AGASTAT ETR-TEST o.os STL01/T/C-91 AGASTAT ETR-TEST o.os STL01/X/C-91 AGASTAT ETR-TEST o.os VSD1/C-91 AGASTAT ETR-TEST o.os 10A-K84A GE HGA111 0.04 H11 AND H12- LIGHTS C3Controls 30mm 0.04 ES-9083A ROCHESTER EI4473-ES9083A 0.04 SCR/C-93 JOSL 713UP-DC120 0.04 2A-K38A GE HGA11A 0.03 2A-K32A GE HGA 0.03 2A-K328 GE HGA 0.03 10A-K31A GE HGA 0.03 10A-K32A GE HGA 0.03 10A-K33A GE HGA 0.03 10A-K60A GE HGA 0.03 10A-K79A GE HGA 0.03 10A-K80A GE HGA 0.03 10A-K81A GE HGA 0.03 10A-K82A GE HGA 0.03 10A-K83A GE HGA 0.03 10A-K86A GE HGA 0.03 10A-K88A GE HGA 0.03 Page 10 of 11

Enclosure 1, Attachment 1 Device Manufacturer Model Load Load Notes Amps Classification 10A-K90A GE HGA 0.03 10A-K23A GE HGA 0.03 10A-K24A GE HGA 0.03 10A-K25A GE HGA 0.03 10A-K26A GE HGA 0.03 10A-K27A GE HGA 0.03 10A-K35A GE HGA 0.03 10A-K36A GE HGA 0.03 10A-K63A GE HGA 0.03 10A-K64A GE HGA 0.03 10A-K65A GE HGA 0.03 10A-K66A GE HGA 0.03 10A-K67A GE HGA 0.03 10A-K69A GE HGA 0.03 10A-K72A GE HGA 0.03 10A-K75A GE HGA 0.03 10A-K85A GE HGA 0.03 10A-K89A GE HGA 0.03 10A-K91A GE HGA 0.03 10A-K92A GE HGA 0.03 2E-K10A GE HGA 0.03 2E-K12A GE HGA 0.03 2E-K4A GE HGA 0.03 14A-K23A GE HGA 0.03 14A-K25A GE HGA 0.03 13A-K13 GE HGA 0.03 13A-K14 GE HGA 0.03 13A-K17 GE HGA 0.03 13A-K23 GE HGA 0.03 13A-K26 GE HGA 0.03 13A-K3 GE HGA 0.03 13A-K5 GE HGA 0.03 13A-K8 GE HGA 0.03 3/SG WESTINGHOUSE SG 0.03 23A-K36 GE HGA 0.03 23A-K32 GE HGA 0.03 23A-K33 GE HGA 0.03 227/G GE HGA 0.03 287X GE HGA 0.03 96-15 GE HGA 0.03 152-107-83C Kilovac PD10AC57 0.03 141-305 GE HGA 0.03 155X-305 GE HGA 0.03 63-C57 GE HGA 0.03 74-C15 GE HGA 0.03 74-C60 GE HGA 0.03 74-X14 GE HGA 0.03 74-X52 GE HGA 0.03 96-44 GE HGA 0.03 96-45 GE HGA 0.03 103-3X GE HGA 0.03 52-701-27/A GE HGA 0.03 52-711-74A GE HGA 0.03 52-701-26QX GE HGA 0.03 162X-305 GE HGA 0.03 96-42 GE HGA 0.03 96-46 GE HGA 0.03 2E-K10B GE HGA 0.03 2E-K12B GE HGA 0.03 2E-K4B GE HGA 0.03 2E-K8A GE HGA 0.03 2E-K8B GE HGA 0.03 2E-K8C GE HGA 0.03 2E-K8D GE HGA 0.03 C530-CR2 Tyco KRPA-5DG-125 0.02 162-305 OMRON H3CA-A 0.02 GDR-1 UNKNOWN GDR 0.01 102-5 GE HGA14D 0.01 102-5X GE HGA14D 0.01 Page 11 of 11

ENCLOSURE1 ATTACHMENT 2 MONTICELLO NUCLEAR GENERATING PLANT RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION LICENSE AMENDMENT REQUEST TO REVISE BATTERY CHARGER SURVEILLANCE REQUIREMENT 3.8.4.2 Division 11125 VDC Subsystem Loads (1 0 pages follow)

Enclosure 1, Attachment 2 Device ' Manufacturer Model Load Load Notes

-~ Amps Classification __

0211-22-FF EMD FF 52.08 Momentary EDG Field Flash Load 52-4300-CC GE -B43oO -- 42.81 Momentary ACB spring cliai9ifi9rnot0r;lri[)Orclose coil

~~SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil _

152-401-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor,trip or close coil __

m:-~o2~PCM-li\J_ G_E___ MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coi~_

152-401-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil 152-405-SPCM GE MAGNEBLAST -- 14.00 Mol'!lentary ACB spring charging motor, trip or close coil 152-405-SPCM-IN GE MAGNEBLAST -~Momentary __ ACB spring charging motor, trip or close coil 152-406-SPCM GE -

MAGNEBLAST ~0 Momentary ACB spring charging motor, trip or close coi~_

15'2To6-SPCM-IN -~E ---~AG_i':J_EBLAST _ _ 14.00 Momentary ACB spring charging motor, trip or close coil 152-407-SPCM GE __ MAGNEBLAST -~- ------t--1:.-4,.00 Momentary ACB spring charging motor, trip or close coil 152-407-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil 152-610-SPCM-IN GE MAGNEBLAST 14.00 Momentary IACB spring charging motor, trip or close coil 152-408-SPC'ivl- GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or-close coil

~

11 5522: 4601___08: 8SPP_CCMM-IN_ G~EE___ ___ MMAAGGNNEEBBLALASSTT 14.00jMomentary_ -~spring charging motor,_trip or close c~ _

_ --E~'-C:::c:c=~=---------+-----'-14.00 Momentary ACB sprin!;!Charging motor, trip or close coil___

152-602-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil 152-602-SPCM - - GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coii-152-601-SPCM GE MAGNEBLAST 14.00 Momentary .ACB spring charging motor, trip or close coil 152-601-SPCM-IN GE - MAGNEBLAST - - - - 14.00 MOmentary ACB spring charging motor, trip or close coil 152-603-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil_

~3_:SPCM-IN _:_-GE___ _ MAGNEBLAST -~ 14.00 Momentar'{___ -~ s.rring charging motor, trip or close coil 152-604-SPCM GE MAGNEBLAST 14.00 Momentary ACB sfJ.fi_ng charging_f11otor, trip or close coil

~604::SPCM-li\J - GE MAGNEBLAST 14.00 Momentary ACB S)Jfing charging motor, trip or close coil 152-605-SPCM GE -~ MAGNEBLAST"' 14.00 Momentary ACB spring charging motor, trip or close coil 152-605-SPCM-IN GE MAGNEBLAST 14.00 ~entary ACB spring charging motor, trip or close coil 152-606-SPCM GE MAGNEBLAST 14.00 Momentary ACB sprin_g_ charging m~or, trip or close coil_

~:606-SPCi\if:TN -GE MAGNEBLAST 14.00 Momentary ACB spring charging m()\~trip or close__s:oil _

%~607-SPCM GE MAGNEBLAST 14.00 Momentary ACB spring_charging motor, trip orclosecC!il__

'152-607-SPCM-IN GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil 152-608-SPCM GE _ MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil 152-608-SPCM-IN GE MAGNEBLAST 14.00 M-omentary ACB spring charging motor, trip or close coil 152-609-SPCM GE -MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or close coil_

tt52::6o9-SPCM-IN --GE MAGNEBLAST 14.00 Momentary ACB spring charging motor, trip or clos~

~CB11El~CC GE MAGNE-BLAST-ASSUMED 6.00 Momentary ACB spring charging motor, trip or close~

152-401-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-405-TC GE _ MAGNE-BLAST=---- __ 6.00 Momentary ACB sprin_g_ charging motor, trip or close coil 152-402-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-401-CC GE MAGNE-BLAST- 6.00 Momentary ACB spring charging motor, trip or close coil

~TC -GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor:trip or clo"_e coil--=

152-405-CC GE MAGNE-BLAST -~ 6.00 Momentary _ _ ~ sfJ!:ing charging r:!l_Otor, trip or close c<Jil__

t-.&:~406-CC___ - GE___ - - MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-406-TC GE MAGNE-BiAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-407-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil

~7-TC _ GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil_

~-40~TC_____ G_E_ _~ __ MAGNE-BLAST -~ 6.00 Momentar_y_ -~~ringchargingmoto_r:,_triporclos~

~-601:<:;C_ _ _ _ GE _ MAGNE-BLAST 6.00 Momentar\'___~sfJ!:ing charging motor, trip or close c<Jil__

152-603-TC GE___ MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-604-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-408-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil

~.::§.06-TC___ _ GE __ ~~1\QNE-BLAST ~ _ ~ 6.0~~tary_ _ ~ spring charging motor, trip or close coil _

152-607-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil

~08-TC___ GE_ _ _ ____:-MAGNE-BLAST 6.00 'iiii0rllntary ACB sPiir1g charging motor, trip or close coil_

152-609-CC GE MAGNE-BLAST - - 6.00 Momentary ACB spring charging motor, trip or close coil 152-602-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, tri[l o.rdose coil 152-610-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil

~~3-CC _ GE___ _ MAGNE-BLAST _ 6.00 Momenta_f\'___g spring charging motor, trip or close coil 152-604-CC --~E MAGNE-BLAST 6.00 Momenta~\'__-~ spring charging motor, trip or close coil -

~i:CC___ GE _ MAGNE-BLAST 6.00 ~n~ry _g sprirl_g_charging motor, trip or close coiJ--_

152-605-TC GE _ MAGNE-BLAST.oo----- -~--- 6.00 Momentary ACB spring charging motor, trip or close coil 152-606-CC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or close coil 152-607-CC GE ~ MAGNE-BLAST ----~ - - 6.00 Momentary jACB spring charging motor, trip or close coil 152-610-TC GE MAGNE-BLAST 6.00 iViOii1entary IACB spring charging motor, trip or close coil

~601-TC GE --- MAGNE-BLAST 6.00 Momentary ~sprtng charging motor, trip or close coil 152-602-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trJporclose coil 152-608-CC GE ------~ MAGNE-BLAST. 6.00 Momentary ACB spring charging ~tor, trip or closecoiJ--_

152-609-TC GE MAGNE-BLAST 6.00 Momentary ACB spring charging motor, trip or clos~

186-602 GE HEA 5.65 Momentary Lockout Relay ___ _

186-603 GE HEA 5.65 Momentary Lockout Relay 186-604 -- GE - HEA 5.65 Momentary iLockout Relay - - - - - - - - - - - - - 1 186-605 GE HEA 5.65 Momentary ']LOckout Rela,_y____________--1

~~/ST -~E___ _ HEA __ _ 5.65 MomentarLy---c-_f.Lo~c'-;-k~o-'-cut~R"'e"cla=y~--------- _

H21-186-2 _____ GE _ -J:i~A_ ---~ 5.65 Momentary Lockout Relay __

~1X _ _ _ GE ~~¥A ___ ~ _ 5.65 ~n!_§ry -~out--;Rcce--;la~y~--------- - -

86T1XX G_E___ HEA 5.65 Momentary Lockout Relay 86T2X GE HEA 5.65 Momentary Lockout Relay 86T2XX GE HEA 5.65 Momentary Lockout Relay 2A-K1 B Electroswitch 7809G 4.60' Momentary Lockout Relay Page 1 of 10

Enclosure 1, Attachment 2 Device I Manufacturer Model Load Load Notes fc:-::=o--------+.=c---c--~c--- _ * - - - - - _ _ 1 _A_m~p_,s=+.Ccol_a_ss_i-cfic-c_at_io_n_--tc-c--c-;~-------------i 286/T Electroswi.--tc::oh___ _J-807G 4.60 Momentary Lockout Relay 152-204-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary 'VCB spring charging motor, trip or close coil

~~05-SPCM Powell Powell Vac-Sping Charge Motor 3.90~tary VCB spring charging motor, trip or close cQil__

~7-SPCM _ _ Pow_e_ll__ Powell Vac Sping Charge Motor 3.90 Momenta'L_ _g_ spring charging_ mot'2':! trip or clos~oil * -

~-201-SP~ Powell Powell Vac Sping CharBE'_Motor 3.90~tary**-- -~ s@ing charging motor,_trip or close_(O(Jil _

152-203-SPCM Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-201-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-203-SPCM-IN Powell Powell Vac Sping Charge Motor 3.90 Momentary VCB spring charging motor, trip or close coil 152-204-SPCM-IN Powell PoweiiVac Sping Charg~ ~~ _ 3.90~1ary _ -~ sp_r:ing charging_rnot~rip or close ~il _

~-20S-SPCM-IN , Powell Powell Vac Sping Charge Motor 3.90 Momentary. VCB spring charging motor, trip or close coil __

152-207-SPCM-IN .Powell Powdi-vacspr;;g-eharge Motor 3.9D~~ary VCB spring charging motor, trip or close c.~

1 W-201-TC 'Powell PowiVac- Trip Coil- 3.20 Momentary VCB spring charging motor, trip or close coil __

152-203-TC ___ Powell ------t;Po'o~w"'IVe;a=c~--cT~r-fip~C~oi:;-l-----t----;30'-.2::CD;; 1 :;-M;-co~m~entary VCB spring charging motor, trip or close coil 152-204-TC ---l"'=P""ow=ei:;-1_ _ _ _ _ _+-P""ow'-7.'1Vc;=a:--c_--cTccri"'p--'C=-=o:::il-,--____ -t-----:3c::.2;:.:001 Mome~_~CB spring charging motor, trip~lose coil 152-204-CC . Po~ __ PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close c~

~05-CC 1 Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 152-205-TC 'Powell PowiVac- Trip Coil 3.20 Momentary VCB spring charging motor, trip or close coil

~2-207 -CC ----tP"'o""w,_e"'II_ _ _ _ _ _-+:PowiVac- Close coil __ 3.20 Momentary ~~ spring charging motor, trip or close coil 152-207-TC Powell -~owiVac- Trie.Co""il'";;--- ---t---c3oc*:o20+/-MO'occmentary VCB spring charging motor, trip or close coil f:1c;:5';;2-;-2"'0;;;1-;*C~C~-----f.Po;'o'"'w,.e-;:llc--------t;Po;'o'"'w':;IVc-;oac=----;:CI:.o:o::::se=-c::o,7.ii-----*-+--'30::.7 20':1"M""o"'m"'e::n:ota=ry'---fCV~C~B:=-s"'p"'r""in"'g-'c"'h"'a'-'rg"'in3g'-'m=ot=o::Jr,__,t00 rip=-=o._rc=l::::os=e=-co=.il'---t 152-203-CC Powell PowiVac- Close coil 3.20 Momentary VCB spring charging motor, trip or close coil 52-201-CC _GE _ AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-202-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil

'52.:203-CC___ GE___ AK __ 3.00 Momentary ACB spring charging motor, trip or close coil 52-204-CC GE AK _ _ _ _ ----* 3.00 Momentary ACB spring charging motor, trip or close coil 52-205-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-206-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil

'52-:Zos-cc - - - - iGE _ _ _ - AK 3.00 Momentary ACB spring_charging motor, trip or close coil _

~01-CC - - - - 1G_E___ AK 3.00 Momentary ACB spring charging motor, trip or close coil

~5~2._-8~0~2._-C~C=-----+.G~E=----------------*rAC;K~--*--*-----+--3~*~0~0r.M:;-o~m~e~n~ta=rLy_ _-r.A~C~B~sp~r7in~g~c~h~a~rg~in~g~m~o:;-to~r,~t~riLp~o~rc~l~os~e~co~il~--i 52-803-CC GE ._ AK 3.00 Momentary ACB spring charging motor, trip or close coil 52-804-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil r¥:-~O~:CC _ _ _ J(3E -~p;;k----- - 3.oo'Momentary_ ACB spring charging motor, trip or close coil-=

52-806-CC GE AK 3.00 Momentary ACB spring charging motor, trip or close coil

~ 52 8 08 2 :8 0 7 :cC;CC_ _ _ -::=j_G* - E E 8 AK AK __

3.00 Momentary 3.00 Momentary ACB spring charging motor, trip or close coil ACB spring char:.ging motor, trip or close coil 52-809-CC GE AK ____ _ 3.00 Momentary __ 1~c13 spring charging motor, trip or close coil 021-14-INVERTER UNKNOWN,_,__ _ _ _ f'.TWS _ 2.74 Continuous Power Supply 0211-11-FPM IMJK FPM 2.40 Non-Continuous EOG Fuel Priming Pump Motor

~118-TC !UNKNOWN GEN-FIELO 2.00 Momentary ACB spring charging motor, trip or close coil

~C GE __ AKR-30 _ _ _ _ _ _ ----+-~2;c'.ecOO+/-MO'o~m~e~nccta=r~y_ _-r.A'OC:C:B~sp~r~in~g~c~h~a~rg'O'in~g"m=ot;-co~r,--;t~rip~o~rc~l~os~e~c~o'C;il_--t f."5"'2'-'-2=-o0:e:2._-T=C:=-------+G='E~-------* AKR-30 __ 2.00 Momentary____ ACB sprin9.E_harging motor, trip or close coil 52-203-TC GE AKR-30 2.00 Momentary _r¢£13 spring charging motor, trip or close coil 52-204-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil

~95-TC ,GE AKR-30 2.00 Momentary

ACB spring charging motor, trip "or close coil 52-206-TC _ GE _ AKR-30.__ _ _ -------t---=2c-.Oc::O~M~o..,m=en,.t,..a"ry_ _-+A~C='B~srp,.rin_.,g,_c..,h,..a""rg~i'-'ng"-"m,..o,.,to_,r,__,t"'ri=po.._r,_c,..lo.--s-ce,_co...i._l--l 52-209-TC ,GE AKR-3~0 ---------+-----'2;:c*,:-OO+/-MO'o"m"'e~nccta"'r~y___+.A'OC:C:B~sp=r~in""g--'c"'h=ac;;rg'O'in""g"m=ot:-'o'-'r,_-;t~ripc_cco~rc~l~os"'e~c~o:c.il,---t

~CC____ ! ABB___ --- K3DOOS 2.00 Momentary ACB spring charging motor, trip or close coil 52-401-TC ABB K3DDDS 2.00 *Momentary ,ACB spring chargTilg motor, trip or -close coil 52-801-TC GE AKR-30 -=_ 2.DO~mentary ACB spring charging motor, trip or dose coil _

52-802-TC -- IGE___ --~~30 _ _ _ _ 2.00 Momentary -~sprin_g_charging motor, trip or close coil__

52-803-TC G~E=--- _ AKR-30 2.00 Momentary__ ACB spring charging motor, trip or close coil _

~4-TC 1 GE~---- ___,r.-oe,A.._K*=R - - 2.00 Momentary ACB spring charging motor, trip or close _(O()il_ _

52-805-TC GE - - AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil

~-806-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-807-TC GE AKR-30 2.00 Momentary ACB spring charging motor, trip or close coil 52-808-TC ,GE AKR-30____ __ 2.00 Momentary ACB spring charging motor, trip or close coil 52-809-TC 'GE AKR-30 2.00 Momentary ACB sp;:;;;Qcharging motor, trip or close -C:Oii-

~1-TC GE _ AKR-30 2.00 Momentary ACB spring charging mo~r._tdp or close coil._

52-402-TC -IAB_B___ -tK-t6oos ~ 1.30 Momentary ACB spring charging motor, trip or close coil f."5c-:2~-4C"OO::S..c-:T:o:C:=------+'A"'B;:.:B:::-~.=-------+.K16DDS 1.30 Momentary -~B spring charging motor, trip~close coil

~5~2~-4C'Oc=3:-:-T:o:C:=------+'A"'B;:.:B:::-------~ K16DOS 1.30 Momentary ACB spring charging motor, trip or close coil 52-407-TC IABB K1600S 1.30 Momentary ACB spring charging motor, trip or close coil

~409=TC 11\BB ___ - K16DOS:::------- 1.30 Momentary ~B spring charging motor, trip or closeCOil -

rcD3-A-ANN-ACT STATA ACTIVE 1.30 Continuous Annunciators -

&~*At\)!'IJ-ACT __ I SC:CT.,A~TA"-------+A'":CC:CTc'ciV~E=----------1 -----"1.30 Continuou-cs_ _+A"'n,.n,..u..,n':::"ci=at.o-:--rs-___ _ - - - - - - - - - 1 COS-A-ANN-ACT ___j§TATA ACTIVE 1.30 Continuous Annunciators 1-':r::-~--~":!-:.:-,~.._~.._~._:..~co:g~~~----~::c~.,*:-:~;~:;~~~~~~~~~~~~~_='~~jgi~;:c'-~._~~=c.-_-_-_-_--__-_-_-~~~-~~~~==t::::--;~--;:~~~:tc"'c""~~cc:~:~'-'~cc~._~:c____-t7~'"~~~~=~""~~i:i.:::~:~~~~:=----_-_-_-_-_-_-_-_--_-_-_-_-_-_-_-_-_-_-_-_-_--l-l

~1 Margin Load Xcel ---- - D21 MARGIN L:--O"'"A=o----- -+---c1"'-:.0C:OC+cNC'c/~A===---r.=Fie"ct~ic=;.io:_:u:_:s=;M~ar-gc-in-cLc-o-a-dc---- - - - - - -

D211-12-BPM2 UNKNOWN BPM2 1.00 Non-Continuous EOG Booster Pump Motor D211-11-BPM1 , UNKNO~W~N:--~~~~~:B~P"'M;o1o:----_======---.-.---+---;1~.0:-:0+.NcC-o"'n~-C~o"'n~ti:'-'n"'uo"'u'-'s--l~E:=O-;:Gc-;B:;co'-'o=st:-'e"-r~P._umCCLp7M:;-o7 to"'"r-_--:__-_-_-_-_-----.-

--= -=

_--1 MTS-1 1ASCO 106A218 0.831--- _ - __ ___ _ ____ _

VTRS-2 ASCO ~6A21§:ASSUMEJ:l_ _ 0 831---- - - _ ____ -*- _ _ _ _

MTS-2 A~ 106A218-ASSUMED 0.83 VTRS-1 ASCO 106A218-ASSUMEO 0.83

~04-B-ANN-ACT STATA ACTIVE 0.80 CD4-C-ANN-ACT ISTATA ACTIVE 0.80 Page 2 of 10

Enclosure 1, Attachment 2 Device !Manufacturer Model Load Load Notes Amps Classification CCo4=A-ANFJ-ACT STATA A'cC""'T"'IV;-;cE;=-- ~ -o.?sr- - - ' - - ' - - - - j - - - - - - - - - - - - - - - - - 1 52-402-CC - - A88 K1600S ----- 0.70 ~

52-403-CC 'A8B K1600S ------- 0.70 52-40S-CC A88 K16"'"oo""s~----------11---"'~+-------+----- ------

0.70 ---- -

52-407-CC iA88 _ --~OS _ _ __ 0.70 -

52-409-CC . iA88 K1600S 0.70 C84A-A-ANN-ACT STATA ACTIVE 0.70 GOV-SOL/OG12 UNKNOWN ;0.62Amp ________ 0.62

-t~~R-S02_4____

~-

ES-MC-8US12 'IOEC . -- 0.60

ct------+-- -- -

021-10-LIG~--::-_1.UNKNOWN _ -~m~ _____ O.SSI---- __ ---

~:coi:OGHT UNKNOWN SOma __ ----1--.0.45 ------

021-05-EGM UNKNOWN 0.4ZA-EGM 0.42 C2S9-ANN-ACT STATA ACTIVE 0.40 -------

16A-OS211 UNKNOWN SOma 0.40 152-406-LIGHT UNKNOWN +5~0:-"m-'=a'-----------I--70'-C_3-=-sl--------1-**----- - - - - - - --*-

I-'1"-CS~2-...::6:.=0"'-2-""L'-'IGO::H-'-oT~_-+UC'cN~KN~O"""'WN:-c-----+SC.:O'"'-m'""a=---_ _ _ _ _ _ _ _ _+_...::o.3::-:S+---- -- - ------ --------1 1S2-604-LIGHT UNKNOWN SOma 0.3S 1S2-605-LIGHT UNKNOWN S-70m:.=.a___ 0.3S _______ _

152-608-LIGHT UNKNOWN SOma _ __Ql_S ___ - - - - + - - - - - - - - - - - - - - - - -

1S2-609-LIGHT UNKNOWN -soma--* , 0.35 r.1~S~2-~6~10~-~LI~G~H~T~-~~U~N~KN~O~W~N~---~SO~m~a=---__-_-_-_-_--_-_-_-_-_-_-_-_-_~+----~~ot.3~S~------~----+_-~_-_-_-~_-_-_-~_-_-_-_-_-_-_-_-_-_*-~~~~==j f-:cR;."V"'C2'-"-7c"1~Ac.."-L'-"'IG::;-H._.T~_--+_--U._.N._.KNC:OO::WN~=------~S--_-Om-""'a~--- _~- _ _ 0~~1---- _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __

r.R~VC':2:-c-7C:-1:-;CC:-'--:'CLicO:G:i-H~T~_-+UC'cN~KN._.O~WN:-c-----+5C.:O:-'-m"'a'--------------t-0.3S _ _ _ _ ____________ _

RV2-71D-LIGHT UNKNOWN SOma 0.3S C84A-B-ANN-A-CT STAT~ --ACTIVE ~ 0.35 C848-A-ANN-ACT. STATA ACTIVE 0.3S C848-8-ANN-ACT STATA ACTIVE 0.3S _ _ _ - - - - ----------

C848-C-ANN-ACT jSTATA ACTIVE 0.3S ---

~~::-:U::-:S~1~2;~-1::-:8:.=3-~1~2~~~~8E~C~K._.W~IT~H~---~M~-4~2~7"'"2--------+--0~.3~2+----

021-09-C08-LIGHT UNKNOWN SOma 0.30 021-20-TT-LIGHT UNKNOWN SOma 0.30 1S2-204-RRPLQ__~~oenix Mini-PS-1 00-240AC/240C/1___ 3-==+--~0.0::2-::9t------+------------ - - - - - -

~-20S-R~PLC *Phoenix __ -Mini=PS-100-24oAC/240C/1.3 0.2c9-+---- _- - * - - - - - - -

1S2-207-RRPLC Phoenix Mini-PS-1 00-240AC/240C/1.3 0.29

~1-=S~2--=2-=0~1-~R~R~P~L-=c~--+P~h~o~e~n~ix------+M~in~i-~P~S-~1-=o-=-o--=2"."40~A~C~/~24~0~C~/~1~.3~-+-~0~.2~9+-----------------------~

---------i

~S2-203-RRPLC Phoenix Mini-PS-1 00-240AC.::c:.::/2:..:4-=0-=C'-/1-.c.3=----t--0='.'=-29=+--------+----- _ _ _ _ __

H22-187/ST SEL 487E 0.28 SV-2-71A SV-2-718

-=---- ASCO ASCO

--t"!~P=""EF::--K~-8~3~00-141"-CEo=R:::OF:---_--_ ~*-------1------------------

NPEFK-8300-141ERF 0.26 SV-2-71C ASCO NPEFK-8300-141ERF 0.26;;-r----

SV-2-710 ;ASCO NPEFK-8300-141ERF 0.26 021-20-RES-3 UNKNOWN N/A - - - - - -0.25 _ _ _ -------------------------

021-20-RES-4 ASSUMED UNKNOWN N/A *-- -+-----::o-'C.z-=s+-------~ -

1S2-401-LIGHT UNKNOWN SOma 0.2S 1 1S2-402-LIGHT UNKNOWN SOma 0.2S 1S2-40S-LIGHT UNKNOWN SOma _ _ O.f~- --------------- * -

1S2-407-LIGHT UNKNOWN SOma 0.25

~~-=s_'=-2---:4-=-os::--_:=cLI-o;G:i-cH~T:----f~U~N~KN._.O~WN~~---~SO~m-"-a=-------- - - * - 0.2S ~ - - - - ----------i 1S2-601-LIGHT UNKNOWN SOma 0.2S 152-603-LIGHT UNKNOWN so='m""'a=---------+--=o~.2c=S+--------'---------- - - - - - - - 1

~06-LIGHT IU~ _ ~""so;;-m~a~-_-------~--- _ --+--.:Oc-:.2::-;S:~~~~~~-~~~~----+---

1S2-607-LIGHT ~NKNOWN SOma ____ _D.2S:t----- -~------- _ *-

152-201-LIGHT UNKNOWN 50ma --+-0'"'.2-=5+------+---------- - - - - - - -

1S2-203-LIGHT IUNKNO.WN SOma"------- 0.2S

~2-204-LIGHT _ . UNKNOWN ts7om"-"'-a_ _ _ _ _ _ _ _ _+ __0::.:*=2S'+- ------------------------------1 1S2-205-LIGHT UNKNOWN ,50ma 0.2S 1S2-207-LIGHT UNKNOWN s'"-'o"-'m-=a'-------~-==---+--=-o.'=2-=-si--------

GOV-MTR/OG12 IUNKNOWN 0.2SAmp 0.2-S~I-------+--------- - - - - - - - - * -

'+---- --+------------------

PLC-BUS-12 SEL 3S30 __ 0.24_ ~- ____ _

FFCIC-92 __ SQO _ 828429S-TEST - 0.24 -t-------=-=-------------1 SV-2043 ASCO HC8320G184 0.20 SV-2046A ASCO HC8320G184 --l--:::-0."'2-=-or-.- - - - - - - - + - - - - - - - - - ~-*-

SV-2046A-LIGHT UNKNOWN SOma 0.201 SV-20468-LIGHT~NKNOWN SOma 0.201 Sv-2394A-LIGHT UNKNOWN_ _ _ _ --+=S.::.Om'-=-a--.--:_---~~~~~~~~~~;~~.::.0:::-.'::2:o--.::.O--+-,;~~~~~~~~---+---~----_-_-_-_-_ - - - - - - - - - - - - - 1

~948-LIGHT _lJ_NKNOWN 50ma 0.20 SV-2-86A-LIGHT UNKNOWN SOma 0.20

+------*-----------------------1

~2-868-LIGHT ] UNKNOWN _ SOma 0.20

~- - - - - - - - - - - - - - - 1 f-OSOc'V~-2;:---::-:86;;:Cc--;=;LI-o;G~H~T:--_-t.=;U~N~KN._.O~WN~I------ESO::-'m-'-'a=--------- _ ~_

SV-2-860-LIGHT UNKNOWN SOma 0.20[--- _ _ _ _ - - t - - - - - - - - - - - _ _ __

f-05.::.2-~4.::.0.::.1-~L~IG~H~T~----r.UN~KN._.O~WN~I--------~SO::-'m-'-'a=-----------------+--.:Oc-:.2c=O-----------+-----------------------------l S2-805-LIGHT UNKNOWN SOma 0.20 S2-801-LIGHT j_UNKNOWN ~--~mel_ 0.20 ------

ts2::8o2-LIGHT - I UNKNOWN SOma ----- 0.20

~IGHT -UNKNOWN- - - - - S o m a - - - - - - - - 0.20

- -*- -- ---- -----------1 S2-809-LIGHT UNKNOWN SOma 0.20 f-52~803-LIGHT UNKNOWN SOma 0.20 S2-806-LIGHT UNKNOWN SOma 0.20 I Page 3 of 10

Enclosure 1, Attachment 2 Device Manufacturer Model Load Load !Notes Amp~ ~lassification

~::-LIGHT

~-

UNKNOWN SOma 0.20 --*--

S2-808-LIGHT UNKNOWN SOma 0.26 74-2 GE IC2820 0.17 -*--*-

0211-02-ETM Weschler -~

CT/LTC 0.16 1S2-201-111-201 SEL SEL 7S1 ~---

~

0.16 1S2-204-111-204 SEL 710 0.16 i m-2os-111-2os SEL 710 0.16 1S2-207-111-207 SEL SEL 7S1 0.16 I 1S2-203-111-203 sEL --710 0.16 f-Q21-15-HPCI:LIGHT

~-:;=::-;:----

UNKNOWN soma 01S~ --

C20-B-ANN-ACT STATA ACTIVE 0.15 *-

S2-204-LIGHT UNKNOWN SOma 0.1S ------

S2-40S-LIGHT UNKNOWN soma 0.1S 1S2-404-LIGHT UNKNOWN~- ;SOma 0.1S 1

r:,-52-403-LIGHT UNKNOWN j:oma * -

0.1S RV2-71 B-LIGHT UNKNOWN SOma .. --*

0.1S SV-3-1428 ASCO JNPK8316G36 0.14 '

SV-2S89 ASCO 'HC8316G64 0.14

~90_ _ ASCO HC8316G64 0.14 -

SV-3-1408 ASCO NPK8316G36 0.14 SV-206S ASCO NPK8321A2V 0.14 BOTS ASCO --

WPLB831614 0.14 0211-02-ANN SEL 2523 0.12

sao --*- -

~i ZSR1/C-92 MKNS11 03-02 0.12 I

-I

~- --

ESR1/C-92 ESI ;MKNS1103-01 0.12 ----

ESRX1/C-92 SQD MKNS1103-02 --

0.12 ---**

FSR1/C-92 ESI MKNS11 03-01 ~-

I 0.12 MSR1/C-92 SQD ------

MKNS11 03-02 0.12 OTR/C-92 ESI MKNS11 03-01 0.12 VSR1/C-92 SQD MKNS11 03-02 0.12 ESRX2/C-91 SQD MKN511 03-02 0.12 ESR2/C-91 ESI -- MKNS11 03-61 0.12

-f~~~D--*

~--

FSR2/C-91 MKNS1103-01 0.12 - - - - -

MSR21C-91 MKNS11 03-02 . 0.12 VSR2/C-91 SQD MKNS11 03-02 0.12 ZSR2/C-91 SQD -

MKNS11 03-02 -- 0.12 - -

~-ANN-QT STATA OOESCIENT 0.12 --***

QUIESCIENT COS-A-ANN-QT

~os ___

STATA GE RBP11B q-$f---

0.11.

C03-B-ANN-QT STATA QUIESCIENT 0.11 2A-K18B GE HFA6SE 0.10 --*** --

.2A-C811 8-X UNKNOWN N/A -~- 0.10 2A-C8118-Y UNKNOWN N/A -r-*D:10 --*---

I I

cii3S03-LIGHT -IONKNOWN SOma 0.10 --

's\f-2043-LIGHT . UNKNOWN SOma 0.10 .

CSV-3-1428-LIGHT UNKNOWN soma

~[-- ---

SV-2S89-LIGHT UNKNOWN SOma 0.1_Q_I--

~O~LIGHT _ UNKNOWN SOma 0.10 021-09-P-68-LIG HT UNKNOWN SOma 0.10 ---

~ UNKNOWN N/A 0.10 ---

P-68-4X-2 1 UNKNOWN N/A

- 0.10

~V-40338

'VALCO V526-5631-18

- 0.10 SV-40338-LIGHT UNKNOWN SOma 0.10 --

SV-40348 ,VALCO V526~5631-18 0.10 SV-40348-LIGHT UNKNOWN - - SOma 0.10 SV-40548 VALCO ----- VS26-6040-4 0.10 --

f5v:40s~:s-LIGHT UNKNOWN SOma 0.10 D21-15-SV2065-LGT UNKNOWN SOma 0.10 BVR-2 UNKNOWN LVR --- 0.10 D21-19-P63-LIGHT UNKNOWN~- SOma 0.10 CSOJM ,ASSUMED UNKNOWN N/A -

0.10 i

'BO.JM-FLD ASSUMED UNKNOWN 1N/A 0.10 1JF>HM* ASSUMED UNKNOWN N/A 0.10

-~-*

~-FLO -]ASSUMED UNKNOWN N/A 0.10 I -

wsvs ;ASSUMED UNKNOWN N/A 0.10 I

1 LLM -=-JASSUMED UNKNOWN N/A 0.10 --- -

LLM-FLD ASSUMED UNKNOWN N/A 0.10 ----

MPM ~SSUMEDUNKNOWN N/A 0.10

' -~-'

MPM-FLD ASSUMED UNKNOWN N/A 0.10 P63-AR ASSUMED UNKNOWN N/A 0.10 --

P63-PR ASSUMED UNKNOWN N/A 0.10 SLCM ASSUMED UNKNOWN N/A 0.10 SLCM-FLD ASSUMED UNKNOWN N/A ---- 0.10 96-01 ASSUMED UNKNOWN N/A -----*

0.10 -- -- ---

240X iASSUMED UNKNOWN N/A *-

0.10 -- -- --

24sx ~UMEDUNKNOWN ;N/A i 0.10 i VTS-01 SUM ED UNKNOWN N/A 0.10

~V-Ol

ASSUMED UNKNOWN N/A 0.10 Page 4 of 10

Enclosure 1, Attachment 2 Device Manufacturer Model Load Load Notes Amps Classification

'rvisTH-01 ~

~

ASSUMED UNKNO~ N/A 0.10 - - ~-----

RHWL-01 ASSUMED UNKNOWN N/A 0.10 62C-OI ASSUMED UNKNOWN N/A 0.10

+--

X01/C-520/K80QX Rockwell A8-700 0.10 ---

txo:i/C-520/K26X Rockwell A8-700 - - - -

0.10 X01/C-520/K27DC 1Rock1Nell *A8-700 0.10 X01/C-S20/49X Rockwell IA8-700 0.10 X01/C-S20/KPRDX IRockwell IA8-700 ---- 0.10 -~--~ --

~C-520/KSPRX !Rockwell --~8-700 0.10 r-~~

52-201-LIGHT -- UNKNOWN SOma ----** --- 0.10 ---- ---

~06-LIG~

--~-=---- ~-

UNKNOWN - soma 0.10 S2-209-LIGHT jUNKNOWN SOma 0.10 S2-409-LIGHT I UNKNOWN 50ma 0.10 -

K84 jASSUMED UNKNOWN N/A 0.10

~- ______ j_ASSUMED UNKNOWN N/A 0.10 - - --- - - - - - --- -

H21 AND H22 LIGHTS UNKNOWN SOma 0.10 - --

"FPR/C-92 ASSUMED UNKNOWN N/A 0.10 -

GP/C-92 ASSUMED UNKNOWN N/A ---- 0.10 GS/C-92 ~-

ASSUMED UNKNOWN N/A N/_A_ _ _ _ - _____Qj__O f---

STR1/C-92 ASSUMED UNKNOWN 0.10, STR2/C-91 ASSUMED UNKNOWN N/A 0.10 --~-------- -

~A-HORN ___ UNKNOWN N/A --

0.10 -- ---- --

74X [UNKNOWN- N/A 0.10 ----- - --- ---- ----- ---

'c84B-HORN 'UNKNOWN N/A - - - - - - --~0 - -

COS-8-ANN-QT jSTATA QUIESCIENT 0.10 MVST2/C-91 ISALEM 812-6-TEST 0.10

~1/C-92 ~ALEM 812-6-TEST 0.10 - 1--- - - - - - - ---

sco

~

~8 HT83173S 0.09 --- ----- -

SV-2049 ASCO HT831723 0.09 - - - - - - ---

SV-2394A ASCO HT831735 * - - 0.09 SV-23948 ASCO HT831735 0.09 C20-A-ANN~QT . STAT A OUIESCIENT -*

0.09 ESTR/C-92 SOD 8269705-TEST 0.09 -------- ---- --

SV-1 Skinner 73212BN52NOONOC11 C6 0.08 ----

~-

SV-2-86A AVCO B-6910-020 0.08 ---

SV-2-868 AVCO 8-6910-075 - - 0.08 SV-2-86C AVCO -*

8-6910-020 -*

0.08 SV-2-860 - AVCO - B-6910-020 0.08 127-6Z A88 27H 0.08 ~---------- ---

127-6Y A8B 27H 0.08 --------*-

~204-94C _ _ _ _ IA8_8_ _ _ ~

AR High Threshold - 0.08 - - -- ---- --

152-205-94C 'A8B AR High Threshold 0.08 -

1S2-207-94C A8B AR High Threshold 0.08 152-201-94C A88 AR High Threshold 0.08 152-203-94C A8B AR High Threshold 0.08 ---* -

~1LQ-92 _ _ _ ESI ESI51148A 0.08 --- --- --

SSP2/C-91 E5-~--- ESI51148A___ - 0.08

--- - - - r--- -- ---- --- --

'2A-K1SB GE HFA 0.07 2A-K27B GE HFA 0.07 2A-K37B GE HFA 0.07

~58---- - GE- - - - - - r'i~~ ---- - - - - 0.07 ---

~--- --GE GE HFA--- --- --- 0.07 ---

~8- - HFA 0.07 --

K58 GE HFA-SIMILAR 0.07 -

10A-K10B GE HFA 0.07 --

- f--

10A-K298 GE HFA 0.07 ------

~K308 GE -

HFA -

0.07 10A-K38 GE HFA ---- 0.07

~428 - - - GE GE_ _ _ HFA - - - - - 0.07 r----

10A-K438 - HFA 0.07 --

I 10A-K488 GE - HFA -*

0.07 10A-K5B -- GE HFA --- 0.07

~~628_ GE HFA -- 0.07 10A-K688 GE HFA 0.07 -

10A-K6B GE HFA 0.07 -

10A-K738 GE HFA 0.07 10A-K74B GE HFA 0.07 r - - - -- - - - -- -

--~-

10A-K7B GE HFA 0.07 -- ---

10A-K8B -- GE HFA 0.07 10A-K9B GE HFA 0.07 - f-*

14A-K108 GE .HFA 0.07

- - - - - - - - - - - - r'i~~ - - - - - -

14A-K118 GE 0.07 ---

14A-K17B - - - - GE GE____ - HFA ---- - 0.07 -- ---- ---

C:J4A-K188 - - - - - G_E_ _ _ - 'i=fFA - - - - - ---- 0.07 f - - - - - - - --- --

14A-K198 iffFA 0.07 ~

14A-K18 GE HFA 0.07 14A-K22B GE HFA 0.07 14A-K4B GE HFA O.D7' Page 5 of 10

Enclosure 1, Attachment 2 Device Manufacturer I, IModel Load Load Notes 1~. Amps Classification l-o1-o4A-;;-_-c:K"'5"'B_ _ _ _-rG=E--------- 'H-'~F-;cA---------F 0.07

~1~4A~-~K~68~---~~G~E__ ----~HFA _ _ _ _ _ _ _ _~-~0~.0~7+------+---------------4 f-01-:'4Ac;-*-:-,K;:,7:;:.B_ _ _ _-+G:::-E::::------ HFA 0.07 r.;1-;:4A--c*-;;K:oc8=-8_ _ _ _-+G=-E;::c------ HFA 0.07 - - - - - - - + - - - - - - - -----

~6'-CA-c--1<2~0:;:.8_ _ _ _-+G:::'E::::------ ~~ HFA 0.07 6A-K218 GE HFA 0.07 13A-K32 GE HFA 0.07 1OA-K118 GE HFA 0.07 10A-K158 GE HFA 0.07!---- ___________

10A-K168 ___ GE -------+.-;H;=FA':'- --+---:O:-c.O::C:7:t-------------------------l 1 OA-K178 -+-'G:.:C::E::--------+'H-"F,;.,A:... 0.07 10A-K188 ~--~[G=-E;::c---------+.-;H;=FA~ ~--*~------4--0~-~07~-------------------~

1OA-K 198 G:::OE::::---------+'-"H='FAc"-___ 0.07 10A-K208 GE:-------~H~F;-;A'-----~-~ 0.07 - -------------

~K21B GE HFA 0.07 10A-K228 GE HFA 0.07 10A-K378 GE HFA 0.07 10A-K388 ~ ~-+G:c;:E::--_ _ _ _ _ _+'H-"F,;.,A'-------~ ______ 0.07 1OA-K398 GE HFA 0.07 f-017 0Ac;-*-:-,K~44~8::------+G=-E::::---------+'-"H=FA~---------+-~0~.0~7+------~----------- ____

~1~0A~*-:-;K""46~8~----+G~E:=--------+.oHOc'FA~---------+--;:0"";.00::;7t-------f--------------* ____

10A-K478 GE HFA 0.07 - - - - - - + - - - - - - - - ______ _

10A-K498 GE IHFA 0.07 10A-K48 GE !HFA 0.07 1OA-K518 GE HFA 0.07 10A-K588 GE HFA _...::0~.0~7+-------~-----------------J 10A-K598 GE 1~H~F;-;A'------------** --~ O.C : C 0 7 = + - - - - - - + - - - - - - - - - - - - - - - - - - I

_:l()f,~K878 GE ~~ ~ HFA 0.07=+------+-----------------l 14A-K128 GE HFA 0.07 ----------------1 I-'1-"4Ac-*_:_K:---13__.8-___ _ _ _ GE HFA 0.07

~P:*-oc:Co'C::B_ _ _ _ _G:::::E::--------+.H-cF""Ac--------------+----:o:-::.O::c:7:t-------+----~

~18 GE HFA- -+------;;Oc-;.0:';7t------t----------------------i

~p48 __ GE HFA -+----::0--:.0~7+-----

14A-K38 GE HFA 0.07 14A-K98 GE HFA 0.07 t::2:0C3A7--ccK'c-1c - - - ----t~G~E_ _ _ _ _ _----i~H~FA';;-------- __ -~ -+-----:OC::.O::C:7:+----- __ _ .

23A-K11 ~- ---+::GC::E'----------~H"'FccA'---------- 0.07 ___ _

23A-K15 [GE HFA 0.07 ________ _

~2~3A 7--:-;K~19-___ _ _--I~G~E'----------+.H~F~A~------------f----0~.~07~--------I-----------~--------------

23A-K2 GE HFA 0.07 _

23A-K21 GE HFA 0.07 23A-K22 GE HFA 0.07 1

~2:;:;3:;-A--;,K2~3_ _ _ _-+~G~E__________---+-:-;H:;oFA'i---------~-;:;:0."'07:;t-------+----------------l 23A-K25 GE HFA 1 0.07 23A~K26 GE HFA 0.07 23A~K3 GE -+.H-:-:F,;.,A,_____ _ _ _ _ _ _ _-+-_7o . " C 0 7 = + - - - - - - + - - - - - - - - - -

23A-K4 GE HFA 0.07 * -

23A-K10 GE HFA 0.07 23A-K12 ----;G~E::--------r.H-;.:F~A'-------- __ -+-----:Oc::.O::c:7:+-------------------------l 23A-K13 -~~----'-G'C"'E:=--------+'-"H='FA,_ 0.07 23A-K27 --:G=E::--------+.H-cF""A;-- __ 0.07 23A-K28 , GE HFA 0.07 13tk37 [GE

~~~------t~----------i~';;-----------+---:c::~------r----

HFA 0.07 r.1~6A~--'-K~1~5_ _ _ _-+!~G~E_ _ _ _ _ _--I~H"'FA'-;C-----------+-~0~.0~7+------+-----

95-1 IGE HFA 0.07

~----=- 1\JVESTINGHOUSE MG-6 _ ____ 0.07 ![ -----------------l 83-204-0 GE HFA 0.07 83-2o4-R -----GE HFA -----+-c:-o:.o:_0~7~------t------------------l 83-405-0 GE HFA 0.07 ~-------+----------~-------- __

83-405-R GE HFA 0.07 -------1----------~ ___

~;~~61 ~~ I~~~ ~:~~ - --

~9~5-...::5~8_ _ _ _ _-+~G~E_ _ _ _ _ _--I~H=FA~---------+-~0~.0=7+------t------

95-56 GE HFA 0.07 95-32 GE HFA 0.07 183-6X1-0 GE HFA 0.07 183-6X 1-R GE HFA 0.07 183-6X-O GE HFA,_____ _ _ _ _ _ _ _-+--::.:O."C07=+------+-------------------J 183-6X-R GE HFA 0.07 183-6Y1~0 GE HFA ---------t----::o--:.0:=7+---------,f---------- ~__

183-6Y1~R GE HFA 0.07

~1~8~3-~6Y~-~O~----+G~E--------I~H~FA'i----------+-~0~.0~7+i------+-------------------

~~~::------+~--------l~':'-----------+---:c::~------+-------- - - - - - - - - - - - - j 183-6Y-R GE HFA 0.07 94P-43 GE HFA I 0.07 2E-K11A GE HFA 0.07 2E-K118 GE HFA 0.07 2E-K11 C GE HFA 0.07 2E-K11D GE HFA 0.07 Page 6 of 10

Enclosure 1, Attachment 2 Device Manufacturer Model Load Load Notes Amps Classification

-2E-K1B GE HFA 00~1-2E-K3B GE HFA 0.071 2E-K68 GE HFA 0.07!

2E-K7B GE HFA 0.07 ~~---**-

9S-8 GE -

HFA 0.07 C04-C-ANN-QT STATA QUIESCIENT 0.07 2A-K14B AGASTAT 2412 0.06

~A-K29A AGASTAT 2432 0.06 2A-K298 AGASTAT *~--

7032 0.06 2A-K6A AGASTAT 2412 --- --

0.06 2A-K6B AGASTAT 2412 0.06 97-3S AGASTAT 2424 0.06

- - - ~ASTAT 97-S4 -- E7014 *---- 0.06 K3B AGASTAT E7022POC002 ------------ 0.06 10A-K28B AGASTAT E7014 ------ 0.06 13A-K31 IAGASTAT E7014 0.06 23A-K18 . [,A.§ASTAT E7014 0.06 23A-K42 ___--1A(;ASTAT E7014 0.06

~402 1----

AGASTAT N/A 0.06 -~~-

162-610 AGASTAT E7022POC002 0.06 --

40V/C-92 ESI 8411911-ESI 0.06 ***-

ESTD/C-92 AGASTAT E7022PDC002-TEST 0.06 PFDA1/C-92 AGASTAT ~~-

g~22PA004 0.06 PFDA2/C-91 AGASTAT E7022PA004 0.06 74-10 GE CR 120 0.06 74-12 GE CR 120 0.06 74-14 GE CR 120 0.06 74-30 GE CR 120 0.06

~1-- GE CR 120 0.06

~-- GE CR 120 0.06 74-9 GE CR 120 0.06 -

74-1S 'GE CR 120 0.06 I 74-16 IGE CR 120 0.06 i ----

74-31 GE CR 120 0.06 C04-B-ANN-QT iSTATA QUIESCIENT 0.06 C04-A-ANN-QT. STATA QUIESCIENT 0.06 illto1:1._TG~------ UNKNOWN SOma O.OS ---

V.:::Os11.A. ----*-

UNKNOWN SOma o.os -

2A-Ds1ss UNKNOWN --*--

SOma O.OS 2A-DS3B UNKNOWN SOma O.OS -

2A-DS48 UNKNOWN SOma o.os 2A-DS148 UNKNOWN SOma O.OS -

2A-DS298 UNKNOWN SOma O.OS 021-03-LIGHT UNKNOWN SOma o.os 2A-DS11B UNKNOWN SOma O.OS 2A-DS128 UNKNOWN ---

SOma o.os DS38 UNKNOWN _SOma o.os ---

DS3D UNKNOWN SOma o.os 2A-DS12A UNKNOWN SOma O.OS

~S10A 2A-OS10B

~38

==rNOWN UNKNOWN UNKNOWN soma -

soma SOma

---~--

o.os O.OS O.OS 0848 -UNKNOWN SOma O.OS -

0840 2A-OS288

~f~Nf<NOWN SOma o.os UNKNOWN SOma O.OS

~8308

--~*-

UNKNOWN SOma O.OS -~-

2A-OS9A UNKNOWN SOma O.OS 2A-DS9B UNKNOWN SOma o.os 2A-K468 AGASTAT ETR o.os --

2A-K47B AGASTAT GPOR O.OS --

021-04-LIGHT UNKNOWN SOma o.os --

021-0S-LIGHT UNKNOWN SOma O.OS SV-2049-LIGHT UNKNOWN SOma --

O.OS 23A-OS48 UNKNOWN SOma o.os

~0849 UNKNOWN SOma *-

o.os 23A-OS57 * - - - - UNKNOWN SOma O.OS -~

23A=osss UNKNOWN SOma o.os 021-06-LIGHT UNKNOWN SOma O.OS 021-08-LIGHT UNKNOWN iSOfT1a O.OS *--- -

97 LIGHT UNKNOWN soma O.OS -

97-30 AGASTAT ETR O.OS97-30X AGASTAT -*

EGP O.OS -- ----*

97-31 AGASTAT ETR o.os97-31X AGASTAT EGP o.os 97-47 AGASTAT EGPD-SIMILAR o.os 97-SS AGASTAT EGPD o.os 97-S6 AGASTAT EGPD O.OS 021-09-LIGHT UNKNOWN SOma o.os Page 7 of 10

Enclosure 1, Attachment 2 Device Manufacturer Model Load Load Notes Amps Classification 021-10-LIGHT UNKNOWN SOma o.os K4B AGASTAT ETR-SIMILAR o.os K68 AGASTAT ETR-SIMILAR O.OS K78 AGASTAT ETR-SIMILAR O.OS K8B AGASTAT EGP O.OS K9B AGASTAT EGP O.OS SA-K24B AGASTAT EGPO o.os 021-11-LIGHT UNKNOWN soma o.os 10A-OSS1B UNKNOWN soma o.os 10A-OSS3B UNKNOWN soma o.os 10A-K34B AGASTAT ETR o.os 10A-K40B AGASTAT ETR o.os 10A-K768 AGASTAT ETR o.os 10A-K9SB AGASTAT ETR o.os 10A-OS468 UNKNOWN SOma O.OS 10A-OS478 UNKNOWN SOma O.OS 14A-K27B AGASTAT ETR o.os 10A-OS48B UNKNOWN soma o.os 10A-OS49B UNKNOWN soma o.os 10A-OSSOB UNKNOWN soma o.os 021-12-LIGHT UNKNOWN soma o.os 021-12-LOG B-LIGHT UNKNOWN SOma o.os 10A-OSS28 UNKNOWN SOma o.os 10A-K4SB AGASTAT ETR o.os 10A-K778 AGASTAT ETR o.os 10A-K788 AGASTAT ETR o.os 10A-OS4SB UNKNOWN soma o.os 10A-M18-1 AGASTAT ETR o.os 10A-M18-2 AGASTAT ETR o.os 10A-M28-1 AGASTAT ETR O.OS 10A-M2B-2 AGASTAT ETR o.os 10A-M38-1 AGASTAT ETR o.os 10A-M38-2 AGASTAT ETR o.os 10A-M48-1 AGASTAT ETR o.os 10A-M48-2 AGASTAT ETR o.os 14A-OS188 UNKNOWN soma o.os 14A-OS19B UNKNOWN soma o.os 14A-K16B AGASTAT ETR o.os 021-13-LIGHT UNKNOWN soma o.os 021-14-LIGHT UNKNOWN soma o.os 23A-K42X AGASTAT EGP0002 o.os 021-1S-LIGHT UNKNOWN SOma o.os 23A-K44 AGASTAT ETR o.os 23A-K9 AGASTAT ETR o.os 23A-OS64 UNKNOWN SOma o.os C2S9-ANN-LIGHT UNKNOWN SOma o.os C20A-ANN-LIGHT UNKNOWN SOma o.os 021-16-LIGHT UNKNOWN SOma o.os C20B-ANN-LIGHT UNKNOWN soma o.os 021-17-LIGHT UNKNOWN SOma o.os 16A-K67 AGASTAT EGPO o.os 021-18-LIGHT UNKNOWN SOma o.os 021-19-LIGHT UNKNOWN SOma o.os 97-2 AGASTAT ETR o.os 97-38 AGASTAT ETR o.os 021-20-LIGHT UNKNOWN soma o.os LBL0-1 AGASTAT ETR o.os LBL0-01 AGASTAT ETR-ASSUMEO o.os 021-22-LIGHT UNKNOWN SOma o.os 021-28-LIGHT UNKNOWN SOma O.OS 113-40S AGASTAT TR O.OS 0211-01-LIGHT UNKNOWN SOma O.OS 0211-07-LIGHT UNKNOWN soma o.os 0211-08-LIGHT UNKNOWN SOma o.os 0211-09-LIGHT UNKNOWN SOma o.os LC-107-LIGHT-02 UNKNOWN SOma o.os LC-1 08-LIGHT-02 UNKNOWN SOma o.os 0211-13-LIGHT UNKNOWN SOma o.os 0211-18-LIGHT UNKNOWN soma o.os98-40S AGASTAT GPOR o.os 97-SA AGASTAT ETR o.os 97-SB AGASTAT ETR o.os 162-4 AGASTAT ETR o.os 127-6C ABB 27N o.os 127-68 ABB 27N o.os 0211-20-LIGHT UNKNOWN SOma o.os98-606 AGASTAT ETR o.os 127-6A ABB 27N o.os Page 8 oflO

Enclosure 1, Attachment 2 Device Manufacturer Model Load Load Notes AmiJS Classification 0211-22-LIGHT UNKNOWN soma O.OS 021-23-LIGHT UNKNOWN SOma O.OS 1S2-204-YCOIL Powell PowiVac - Y Coil O.OS 1S2-205-YCOIL Powell PowiVac - Y Coil O.OS **-

162-204 AGASTAT TR O.OS 152-207-YCOIL Powell PowiVac - Y Coil O.OS 1S2-201-YCOIL Powell PowiVac- Y Coil O.OS cJ_~2-203-YCOIL Powell PowiVac - Y Coil 0.05 2E-K58 AGASTAT ETR O.OS --

0211-11-LIGHT UNKNOWN soma --

o.os' -

0211-11-ANN ISTATA ACTIVE O.OS ECR/C-92 'AGASTAT ETR-TEST ---------

0.05

~:92 AGASTAT EGP0002-SJM**-*----

TEST O.OS LWD/C-92 - ---------:A,GASTAT ETR-TEST O.OS 40T/C-92 ------

AGASTAT ETR-TEST ------ O.OS PFO 11T/C-92 AGASTAT ETR-TEST O.OS -

PF01/X/C-92 AGASTAT ETR-TEST O.OS SFA-R/C-92 -- AGASTAT ETR-SIMILAR ----

O.OS -- -

CSFB11T/C-92 - - - - AGASTAT ETR-SIM TEST o.os .....

CSFB1/X/C-92 AGASTAT ETR-SIM TEST O.OS -----

SF01!T/C-92 AGASTAT ETR-TEST o.os SF011X/C-92 AGASTAT ETR-TEST O.OS -*-

SMWP/C-92 AGASTAT - - -~,~0002-SIM TEST O.OS STL011T/C-92 AGASTAT ETR-TEST o.os STL01/X/C-92 AGASTAT ETR-TEST O.OS VS01/C-92 AGASTAT ETR-TEST o.os STL02/T/C-91 AGASTAT ETR-TEST O.OS STL02/X/C-91 AGASTAT ETR-TEST O.OS SFD2/T/C-91 AGASTAT ETR-TEST O.OS

=-;* -* *-** **- -- ---

0211-12-LIGHT UNKNOWN SOma o.os SFB2/X/C-91 AGASTAT ETR-SIM TEST O.OS PF021T/C-91 AGASTAT ETR-TEST --------

O.OS I ----

PF02/X/C-91 AGASTAT ETR-TEST O.OS --

SFB21T/C-91 AGASTAT ETR-SIM TEST 0.05 I SFD2/X/C-91 AGASTAT ETR-TEST O.OS VS02/C-91 --- AGASTAT ETR-TEST o.os Dzta?::t:.iGRT- -*-- UNKNOWN SOma o.os

~5-94

* JOSL 713UP-OC120 --

0.04 -

2A-K38B GE *----- HGA11A 0.03 **-***--

2A-K33A GE HGA 0.03 ---

2A-K338 GE -------

HGA-SIMILAR 0.03!

23A-K29 GE --

HGA 0.03' --

10A-K318 GE HGA 0.03 10A-K328 GE HGA --

0.03 10A-K33B GE HGA 0.03 10A-K608 GE HGA 0.03 10A-K79B GE HGA 0.03 -

10A-K808 GE HGA 0.03 10A-K818 GE HGA 0.03 10A-K82B - - GE HGA 0.03 10A-K83B ----

GE HGA ----- 0.03 10A-Ks4s -

GE HGA ---- 0.03 10A-K86B 8E HGA 0.03 I

10A-K888 - - GE HGA 0.03 10A-K908 GE HGA 0.03

~K26B GE HGA 0.03 ----------

13A-K28 !GE HGA 0.03 13A-K29 !GE HGA 0.03 ---

13A-K30 GE HGA ! 0.03 10A-K238 GE HGA 0.03 10A-K24B GE HGA 0.03 10A-K258 GE HGA 0.03 10A-K268 GE HGA 0.03' 10A-K278 GE HGA 0.03

~K3SB GE HGA 0.03 - -- -

10A-K36B - - - GE HGA 0.03 --

10A-K63B _ GE HGA 0.03 10A-K64B GE HGA 0.03 10A-K6SB GE --- HGA 0.03 -

10A-K668 GE HGA 0.03 -

10A-K678 GE HGA 0.03 10A-K698 GE HGA 0.03 10A-K728 GE HGA 0.03 10A-K75B GE HGA 0.03 10A-K8SB GE HGA 0.03 10A-K898 GE HGA 0.03 10A-K918 GE HGA 0.03 10A-K92B GE HGA 0.03 Page 9 oflO

Enclosure 1, Attachment 2 Device Manufacturer Model Load Load Notes Amps Classification 14A-K23B GE HGA 0.03 14A-K25B GE HGA 0.03 23A-K14 GE HGA 0.03 23A-K16 GE 12HGA111 0.03 23A-K31 GE 12HGA111 0.03 23A-K37 GE HGA 0.03 23A-K43 GE HGA 0.03 23A-K7 GE HGA 0.03 23A-K17 GE HGA 0.03 23A-K20 GE HGA 0.03 23A-K38 GE HGA 0.03 23A-K45 GE HGA 0.03 23A-K5 GE HGA 0.03 23A-K6 GE HGA 0.03 23A-KB GE HGA 0.03 C259-ANN-QT STATA QUIESCIENT 0.03 227/T GE HGA 0.03 96-12 GE HGA 0.03 141-405 GE HGA 0.03 155X-405 GE HGA 0.03 52-801-27/A GE HGA 0.03 52-B01-26QX GE HGA 0.03 162X-405 GE HGA 0.03 96-43 GE HGA 0.03 96-47 GE HGA 0.03 152-207-B3C Kilovac PD10AC57 0.03 2E-K10B GE HGA 0.03 2E-K12B GE HGA 0.03 2E-K4B GE HGA 0.03 2E-KBA GE HGA 0.03 2E-KBB GE HGA 0.03 2E-KBC GE HGA 0.03 2E-KBD GE HGA 0.03 CB4A-B-ANN-QT STATA QUIESCIENT 0.03 C84B-C-ANN-QT STATA QUIESCIENT 0.03 C84B-A-ANN-QT STATA QUIESCIENT 0.03 C84B-B-ANN-QT STATA QUIESCIENT 0.03 S4G GE 731X2G5 (S4) 0.02 S4T GE 731X2G5 (S4) 0.02 162-405 OM RON H3CA-A 0.02 C20-B-ANN-QT STATA QUIESCIENT 0.01 GDR-2 UNKNOWN GDR 0.01 S3G GE 731X2G2 (S3) 0.01 S3T GE 731X2G2 (S3) 0.01 102-6 GE HGA14D 0.01 102-6X GE HGA14D 0.01 Page 10 of 10

v t e Letter Sequence Response to RAI
CAC:MF7576, DC Electrical Rewrite (Approved, Closed)
Initiation Request Acceptance Supplement Administration Questions 22 September 2016 Answers 3 October 2016 Results Approval, Approval Other:
MONTHYEAR2016-05-03 [Table View]

L-MT-16-045, Response to Request for Additional Information: License Amendment Request to Revise Battery Charger Surveillance Requirement 3.8.4.2

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L-MT-16-045, Response to Request for Additional Information: License Amendment Request to Revise Battery Charger Surveillance Requirement 3.8.4.2

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