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Test Sequence Completed
Test Sequence Completed
Thermal Cycling
Test Sequence Completed
Thermal Cycling
Thermal Aging
Thermal Cycling
Thermal Aging
Normal Pressurization
Thermal Aging
Cycling
Normal Pressurization
Cycling
Normal Pressurization
Normal Radiation
Cycling
Normal Radiation
Normal Radiation
Cycle Aging
Cycle Aging
Cycle Aging
Vibration Aging
Vibration Aging
Vibration Aging
Sine Sweep OBE
(Low Fatigue Cycle Test)
Sine Sweep OBE
(Low Fatigue Cycle Test)
Sine Sweep OBE
Sine Beat SSE
(Low Fatigue Cycle Test)
Sine Beat SSE
Sine Beat SSE
OBE RMF Tri-axial
OBE RMF Tri-axial
SSE RMF Tri-axial
SSE RMF Tri-axial
Accident Radiation
OBE RMF Tri-axial
Accident Radiation
LOCA and Post LOCA Accident Simulation
SSE RMF Tri-axial
LOCA and Post LOCA Accident Simulation
Accident Radiation
NUCLEAR POSITION INDICATION
NUCLEAR POSITION INDICATION
IEEE & AP1000 (Containment)
IEEE & AP1000 (Harsh)
IEEE & AP1000 (Containment)
Specifications
Specifications
IEEE-572-2006/1985
Specifications
IEEE-572-2006/1985
ANSI/IEEE Std. 323-2003/1983/1974
•
IEEE-572-2006/1985
ANSI/IEEE Std. 323-2003/1983/1974
IEEE-382-2006/1996
•
ANSI/IEEE Std. 323-2003/1983/1974
APP-GW-VP-010
IEEE-382-2006/1996
APP-GW-VP-010
•
IEEE-382-2006/1996
ANSI/IEEE Std. 323-2003/1983/1974
•
APP-GW-VP-010
APP-GW-VP-010
ANSI/IEEE Std. 323-2003/1983/1974
•
APP-GW-VP-010
ANSI/IEEE Std. 323-2003/1983/1974
Per specific customer
•
APP-GW-VP-010
Per specific customer
•
Per specific customer
IEEE-344-2013/2006/1987/1975
IEEE-344-2013/2006/1987/1975
APP-GW-VP-010
•
IEEE-344-2013/2006/1987/1975
APP-GW-VP-010
•
APP-GW-VP-010
ANSI/IEEE Std. 323-2003/1983/1974
APP-GW-VP-010
ANSI/IEEE Std. 323-2003/1983/1974
APP-GW-VP-010
IEEE-382-2006/1996
APP-GW-VP-010
IEEE-382-2006/1996
APP-GW-VP-010
•
ANSI/IEEE Std. 323-2003/1983/1974
•
APP-GW-VP-010
SPDT FORM C
Maintenance:
Maintenance:
None required during qualified life
Maintenance:
None required during qualified life
None required during qualified life
Levels Achieved
Levels Achieved
Thirty 10ºC (50ºF) to 122ºC (251.6ºF) to 10ºC (50ºF) cycles
Levels Achieved
Thirty 10ºC (50ºF) to 122ºC (251.6ºF) to 10ºC (50ºF) cycles
> 106-year normal service life
•
Thirty 10ºC (50ºF) to 122ºC (251.6ºF) to 10ºC (50ºF) cycles
> 106-year normal service life
16 external pressure cycles at 75psig
•
> 106-year normal service life
16 external pressure cycles at 75psig
•
16 external pressure cycles at 75psig
Total Dose of 44.5 - 50.0 Mrads
Dose Rate < 1 Mrad/hr.
Total Dose of 44.5 - 50.0 Mrads
•
Dose Rate < 1 Mrad/hr.
Total Dose of 44.5 - 50.0 Mrads
20,000 cycles
•
Dose Rate < 1 Mrad/hr.
48V and 1A
20,000 cycles
48V and 1A
•
20,000 cycles
3 Orthogonal Axes
•
5-100-5Hz
48V and 1A
3 Orthogonal Axes
0.75g
5-100-5Hz
•
3 Orthogonal Axes
1 octaves/min, in each axis
0.75g
•
5-100-5Hz
1 octaves/min, in each axis
•
3 Orthogonal Axes
0.75g
1 sweep, 2-64-2 Hz
•
1 octaves/min, in each axis
3 Orthogonal Axes
6.67g min (at >10.08 HZ)
1 sweep, 2-64-2 Hz
•
3 Orthogonal Axes
6.67g min (at >10.08 HZ)
3 Orthogonal Axes
•
1 sweep, 2-64-2 Hz
1/3 octave from 2-32 Hz
3 Orthogonal Axes
•
6.67g min (at > 10.08 HZ)
1/6 octave from 32-64 Hz
1/3 octave from 2-32 Hz
12 oscillation/beat
•
1/6 octave from 32-64 Hz
3 Orthogonal Axes
Min: 6.60g ZPA
12 oscillation/beat
•
1/3 octave from 2-32 Hz
Max: 14.5g ZPA (at >10.08 Hz)
Min: 6.60g ZPA
•
1/6 octave from 32-64 Hz
Maximum 100g SRS Response at 5% damping
Max: 14.5g ZPA (at >10.08 Hz)
•
12 oscillation/beat
Maximum 100g SRS Response at 5% damping
•
Min: 6.60g ZPA
30 sec RMF Triaxial OBE level
•
Max: 14.5g ZPA (at > 10.08 Hz)
30 sec RMF Triaxial OBE level
30 sec RMF Triaxial SSE level
•
Maximum 100g SRS Response at 5% damping
30 sec RMF Triaxial SSE level
Total Dose of 169.5 - 214.0 Mrads
•
30 sec RMF Triaxial OBE level
Dose Rate < 1Mrad/hr
Total Dose of 169.5 - 214.0 Mrads
Dose Rate < 1Mrad/hr
AP1000 LOCA Profile 495ºF peak temperature, ~max 90psig
•
30 sec RMF Triaxial SSE level
pressure, with chemical spray
AP1000 LOCA Profile 495ºF peak temperature, ~max 90psig
30 days accelerated (1 year equivalent) post LOCA with
pressure, with chemical spray
chemical spray
•
30 days accelerated (1 year equivalent) post LOCA with
Total Dose of 169.5 - 214.0 Mrads
chemical spray
•
Dose Rate ≤ 1Mrad/hr
DXN
Containment
Containment
SPDT FORM C
DXN
Harsh
DXN
13
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