Samples for Simple Acceptance Decision Rule​

The following are sample data from the different areas of calibration.
The decision is based on the different rules to show a comparison.

1. Dimensional

Sample: Caliper

Existing Decision Rule (following APLAC TC 004)

Calibration Results

Specification/ Tolerance taken from JIS B 7507 : 2016.

Instrument Error of External Measurement

Nominal

(mm)

Permissible Error
(mm)
Measured Value
(mm)

Error

(mm)

Decision
0 0.000.00Intolerance
20 20.02+0.02Intolerance
50

± 0.03

50.03+0.03Indeterminate
100 100.04+0.04Indeterminate
150 150.05**+0.05Out of tolerance

The expanded uncertainty is ± 0.01 mm, at approximately 95% confidence level with coverage factor, k = 2

 

This item fulfils the requirements given in the above stated standard.

 

The requirements stated in this report are taken from the above stated standard.

Final Statement in report

Measured value marked ** does not fulfil the requirements given in the above stated standard.

New: Simple Acceptance Rule (following ILAC G8)

Calibration Results

Specification/ Tolerance taken from JIS B 7507 : 2016.

Instrument Error of External Measurement

Nominal

(mm)

Permissible Error
(mm)
Measured Value
(mm)

Error

(mm)

Decision
0 0.000.00Intolerance
20 20.02+0.02Intolerance
50

± 0.03

50.03+0.03Indeterminate
100 100.04**+0.04Indeterminate
150 150.05**+0.05Out of tolerance

The expanded uncertainty is ± 0.01 mm, at approximately 95% confidence level with coverage factor, k = 2.

 

The measured values were observed in tolerance at the points calibrated.

Final Statement in report

Measured value marked ** was observed out of tolerance at the points calibrated.

Samples for Simple Acceptance Decision Rule

The following are sample data from the different areas of calibration.

The decision is based on the different rules to show a comparison.

1. Dimensional

Sample: Micrometer

Existing Decision Rule (following APLAC TC 004)

Calibration Results

Specification/ Tolerance taken from BS 870 : 2008.

Feature Inspected

Allowable Error
(inch)

Measured Value
(inch)

ExpandedUncertainty

(inch)

Decision

Flatness of Measuring Face

0.00005

0.00005

± 0.0000

Indeterminate

Parallelism of Measuring Face

0.0001

0.00008

± 0.00004

Indeterminate

Range of Error of Micrometer Screw

0.0001

0.00005

± 0.00005

Intolerance

The expanded uncertainty is at approximately 95% confidence level with coverage factor, k = 2.

 

This item fulfils the requirements given in the above stated standard.

Final Statement in report

The requirements stated in this report are taken from the above stated standard.

 

Measured value marked ** does not fulfil the requirements given in the above stated standard.

New: Simple Acceptance Rule (following ILAC G8)

Calibration Results

Specification/ Tolerance taken from BS 870 : 2008.

Feature Inspected

Allowable Error

(inch)

Measured Value

(inch)

ExpandedUncertainty

(inch)

Decision

Flatness of Measuring Face

0.00005

0.00005

± 0.0000

Intolerance

Parallelism of Measuring Face

0.0001

0.00008

± 0.00004

Intolerance

Range of Error of Micrometer Screw

0.0001

0.00005

± 0.00005

Intolerance

The expanded uncertainty is at approximately 95% confidence level with coverage factor, k = 2.

Final Statement in report

The measured values were observed in tolerance at the points calibrated.

 

Measured value marked ** was observed out of tolerance at the points calibrated.

Samples for Simple Acceptance Decision Rule

The following are sample data from the different areas of calibration.

The decision is based on the different rules to show a comparison.

2. Mechanical

Sample: Pressure Gauge

Existing Decision Rule (following APLAC TC 004)

Calibration Results

Specification / Tolerance taken from Manufacturer’s Specification : ± 0.1 % of Full Scale.

UUT Indicated Value

Applied Pressure

Decision

0

Ascending

Error

 
0

0.00

0.00

Intolerance

100

100.02

-0.02

Intolerance

300

300.16

-0.16

Indeterminate

400

400.41

-0.41

Indeterminate

All units are in psi.

The expanded uncertainty is ± 0.06 % of Full Scale, at approximately 95% confidence level with coverage factor, k = 2.

 

This item fulfils the requirements given in the above stated standard.

Final Statement in report

The requirements stated in this report are taken from the above stated standard.

 

Measured value marked ** does not fulfil the requirements given in the above stated standard.

New: Simple Acceptance Rule (following ILAC G8)

Calibration Results

Specification / Tolerance taken from Manufacturer’s Specification : ± 0.1 % of Full Scale.

UUT Indicated Value

Applied
Pressure

Decision

0

Ascending

Error

 
0

0.00

0.00

Intolerance

100

100.02

-0.02

Intolerance

300

300.16

-0.16

Intolerance

400

400.41**

-0.41

Out of tolerance

All units are in psi.

The expanded uncertainty is ± 0.06 % of Full Scale, at approximately 95% confidence level with coverage factor, k = 2.

 

 

The measured values were observed in tolerance at the points calibrated.

Final Statement in report

Measured value marked ** was observed out of tolerance at the points calibrated.

Samples for Simple Acceptance Decision Rule

The following are sample data from the different areas of calibration.

The decision is based on the different rules to show a comparison.

2. Mechanical

Sample: Torque Wrench

Existing Decision Rule (following APLAC TC 004)

Calibration Results

Clockwise Torque

UUT

Indicated Value

(N.m)

Max. Permissible

Relative Deviation

(± %)

Mean Measured Value(N.m)Error expressed as % of the Indicated ValueExpanded uncertainty(%)

Decision

5.00

65.11

– 2.20

±0.6

Intolerance

15.00415.64

– 4.27

±0.4

Indeterminate

25.00

425.98

– 3.92

±0.4

Indeterminate

Specification / Tolerance taken from ISO 6789-1 : 2017. Type I , Class B.

The expanded uncertainty is at approximately 95% confidence level with the reported coverage factor, k = 2.

 

This item fulfils the requirements given in the above stated standard.

Final Statement in report

The requirements stated in this report are taken from the above stated standard.

 

Measured value marked ** does not fulfil the requirements given in the above stated standard.

New: Simple Acceptance Rule (following ILAC G8)

Calibration Results

Clockwise Torque

UUT

Indicated Value

(N.m)

Max. Permissible

Relative Deviation

(± %)

Mean Measured Value(N.m)Error expressed as % of the Indicated ValueExpanded uncertainty(%)

Decision

5.00

65.11

– 2.20

±0.6

Intolerance

15.00415.64**

– 4.27

±0.4

Out of tolerance

25.00

425.98

– 3.92

±0.4

Intolerance

Specification / Tolerance taken from ISO 6789-1 : 2017. Type I , Class B.

The expanded uncertainty is at approximately 95% confidence level with the reported coverage factor, k = 2.

 

The measured values were observed in tolerance at the points calibrated.

Final Statement in report

Measured value marked ** was observed out of tolerance at the points calibrated.

Samples for Simple Acceptance Decision Rule

The following are sample data from the different areas of calibration.

The decision is based on the different rules to show a comparison.

3. Electrical

Sample: Multimeter

Existing Decision Rule (following APLAC TC 004)

Calibration Results

Performance
Test

Instrument
Reading

Manufacturer’s
Spec

Expanded Uncertainty(±)

Decision

 

 

Input

Freq (Hz)

 

Lower Limit

Upper Limit

  

 

AC Voltage Test

     
 

6.000 0.0

45

6.5 mV

5.6 mV

6.4

0.1

Indeterminate

 

600.00 0.0

1 k

599.9 mV

587.7 mV

612.3

0.1

Intolerance

 

5.000 0.0

45

5.052 V

4.947

5.053

.002

Indeterminate

 

This item fulfils the requirements given in the above stated standard.

Final Statement in report

The requirements stated in this report are taken from the above stated standard.

 

Measured value marked ** does not fulfil the requirements given in the above stated standard.

New: Simple Acceptance Rule (following ILAC G8)

Calibration Results

Performance
Test

Instrument Reading

Manufacturer’s
Spec
Expanded Uncertainty(±)

Decision 

 

Input

Freq (Hz)

 

Lower Limit

Upper Limit

  

 

AC Voltage Test

     
 

6.000 0.0

45

6.5** mV

5.6 mV

6.4

0.1

Out of tolerance

 

600.00 0.0

1 k

599.9 mV

587.7 mV

612.3

0.1

Intolerance

 

5.000 0.0

45

5.052 V

4.947

5.053

.002

Intolerance

 

The measured values were observed in tolerance at the points calibrated.

Final Statement in report

Measured value marked ** was observed out of tolerance at the points calibrated.

Samples for Simple Acceptance Decision Rule

The following are sample data from the different areas of calibration.

The decision is based on the different rules to show a comparison.

4. Temperature

Sample: Thermohygrograph

Existing Decision Rule (following APLAC TC 004)

Calibration Results

Manufacturer’s Specification : ± 1°C and ± 5%rh

Reference Values

UUT Values

Deviation

Decision

°C

%rh

°C

%rh°C%rh 

23.2

55.32356-0.20.7

Indeterminate

27.365.428.4651.1-0.4

Indeterminate

 

  1. The calibration results reported indicate all the test results obtained at the time of testing.
  2. The expanded uncertainty is ± 1.0°C and ± 5%rh, at approximately 95% confidence level with coverage factor, k = 2.
  3.  
 

This item fulfils the requirements given in the above stated standard.

Final Statement in report

The requirements stated in this report are taken from the above stated standard.

 

Measured value marked ** does not fulfil the requirements given in the above stated standard.

New: Simple Acceptance Rule (following ILAC G8)

Calibration Results

Manufacturer’s Specification : ± 1°C and ± 5%rh

Reference Values

UUT Values

Deviation

Decision

°C

%rh

°C

%rh°C%rh 

23.2

55.32356-0.20.7

Indeterminate

27.365.428.4**651.1-0.4

Out of tolerance

 

  1. The calibration results reported indicate all the test results obtained at the time of testing.
  2. The expanded uncertainty is ± 1.0°C and ± 5%rh, at approximately 95% confidence level with coverage factor, k = 2.

 

 

The measured values were observed in tolerance at the points calibrated.

Final Statement in report

Measured value marked ** was observed out of tolerance at the points calibrated.