自考英语二单词表
Project:Product:Name:Project No.:
Location:
Calibration No.:
Process/Part:Name:Spec/Drw No.:Calibration No.:Characteristic:Range
ok-value Name:nok-value Calibration No.:delta
x Master:
Type of evaluation:Resolution Measurement Resolution
N/A ≤ 10%N/A FIR 1
Failure identification reliability (before delivery)N/A ≥ 4N/A (Type-1 Study)
FIR 1
Failure identification reliability (after delivery)N/A ≥ 4N/A (Type-1 Study)
FIR 2
Failure identification reliability (attributive)
N/A
= OK
N/A
(Type-2 Study)
Project:
Product:
Characteristic:
Comment:
Capability Summary
NOK
N/A Worksheet
Failure Identification Reliability
wrong type of evaluation
Equipment:
Measurement device:
Measurement method: Master device:
see detailed sheet see detailed sheet see detailed sheet see detailed sheet
F T ch e h P S C sh S If (d N T in S E N U n S E N U S T N A re If a a
Release by special decision (Delete text box and see comment)
Project:Product:Name:Project No.:
Location:
Calibration No.:
direct Process/Part:Name:indirect Spec/Drw No.:Calibration No.:rooted Characteristic:Range
derived
X
ok-value Name:nok-value Calibration No.:delta
x Master:
Characteristic indirect, linear devices:
No Range
Resolution Resolution
derived:
(bit)
1234567
Unit
value
N/A
Unit
value (sec)(ml)(mbar)ml/min N/A Unit
Resolution ml/min N/A ml/min ml/min
N/A derived
Signature:
Date:#VALUE!
Device:
resolution by derivation:
derivation time test volume reference pressure Resolution:
Name:Resolution Ratio:
Comment:
≤ 10%Product:
Master device:
Measurement device:
Failure Identification Reliability
Resolution
Equipment:
Project:
Measurement method:
Characteristic:
resolution by derivation:Display resolution:lowest resolution:
#VALUE!lowest resolution (sensor):
M (r d p d d if m in if p ro if v d if le R
in to d i.c p R a
T R B c d fi
le p
fi i.
Project:Product:Name:Project No.:
Location:
Calibration No.:
direct Process/Part:Name:indirect Spec/Drw No.:Calibration No.:rooted Characteristic:Range
derived
X
ok-value Name:nok-value Calibration No.:delta
x Master:
Test. No.
OK Values NOK Values Test. No.
OK Values
NOK Values
126Range Quant. OK
Quant. NOK Limit
2270.0000.000.000
3280.0000.000.0004290.0000.000.0005300.0000.000.0006310.0000.000.0007320.0000.000.0008330.0000.000.0009340.0000.000.00010350.0000.000.00011360.0000.000.00012370.0000.000.00013380.000
0.000.00014390.0000.000.00015400.0000.000.00016410.0000.000.000
17420.0000.000.00018430.0000.000.00019440.0000.000.00020450.000
0.000.00021460.0000.000.00022470.000.00
0.00
2348244925
50
FIR 1 evaluation: before delivery
OK Value NOK Value #DIV/0!#DIV/0!0#DIV/0!
#DIV/0!
00
>= 4
00correct OK 0Sigma OK #DIV/0!correct NOK 0
Sigma NOK #DIV/0!
Project:
Date:Measurement method:
#DIV/0!FIR 1
(before delivery)
Master device:
Characteristic:
Measurement device:
Product:
Failure Identification Reliability
Equipment:
#DIV/0!
Comment:
FIR 1 reliability level:
before delivery
Chosen limit:
#DIV/0!
Average values ≥ 4Delta average OK - NOK #DIV/0!Sigma total Standard deviation = 50
Proposed limit:Name:Signature:
000111111
Quant. OK
Quant. NOK
Chosen limit:
0.10.20.3
0.40.50.60.70.80.91OK Values
NOK Values
Chosen limit:
F (b O T m in te R 1a m 2a 3a N T s
T s P S P S P S A a p (i E
F
Project:Product:Name:Project No.:
Location:
Calibration No.:
direct Process/Part:Name:indirect Spec/Drw No.:Calibration No.:rooted Characteristic:Range
derived
X
ok-value Name:nok-value Calibration No.:delta
x Master:
Test Run 1
Component No.
OK Values NOK Values
Test Run 2Component No.
OK Values
NOK Values
11Range Quant. OK Quant. NOK Limit
220.000
0.000.000
330.0000.000.000440.0000.000.000550.0000.000.000660.0000.000.000770.0000.000.000880.0000.000.000990.0000.000.00010100.0000.000.00011110.0000.000.00012120.0000.000.00013130.000
0.000.00014140.0000.000.00015150.0000.000.00016160.0000.000.000
17170.0000.000.00018180.0000.000.00019190.0000.000.00020200.0000.000.00021210.000
0.000.00022220.000.00
0.00
2323242425
25
FIR 1 evaluation: after delivery
OK Value NOK Value #DIV/0!#DIV/0!0#DIV/0!
#DIV/0!
00
>= 4
00correct OK 0Sigma OK #DIV/0!correct NOK 0
Sigma NOK #DIV/0!
= 50
≥ 4Name:#DIV/0!
Comment:
Signature:
FIR 1 reliability level:
after delivery
Date:#DIV/0!Proposed limit:#DIV/0!
Chosen limit:
Sigma total Characteristic:
Measurement device:
Master device:
Average values Standard deviation Delta average OK - NOK #DIV/0!Measurement method:
Project:
FIR 1
(after delivery)
Failure Identification Reliability
Product:
Equipment:
00000111111Quant. OK
Quant. NOK Chosen limit: 00.10.2
0.30.40.50.60.70.80.911
5
9
13
17
21
25
4
8
12
16
20
24
OK Values
NOK Values
Chosen limit:
F (b O T m in te T te R 1a m 23N T s
T s P S P S P S A a p (i
E
Is th A
Project:Product:Name:Project No.:
Location:
Calibration No.:
direct Process/Part:Name:indirect Spec/Drw No.:Calibration No.:rooted Characteristic:Range
derived
X
ok-value Name:nok-value Calibration No.:delta
x Master:
No.:
OK results NOK results No.:
OK results
NOK results
12622732842953063173283393410351136123713381439154016411742184319442045214622472348244925
50
correct OK 50correct NOK 0
Equipment:
Failure Identification Reliability
Product:
Measurement device:
Date:Name:Master device:
= 50Characteristic:
Project:
Comment:
NOK
Measurement method:
Signature:
FIR 2, reliability level attributive:
FIR 2 (attributive)