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BAGAN Richard J. Bagan, Inc.
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A2LA Accredited Calibration Services
In-Lab and On-Site metrology services accredited by A2LA to ISO/IEC 17025:2005

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Mechanical Calibration

Crimping Tools

Parameter / Equipment Supports ISO 17025 Accredited Measurements
Crimping Tools / Wire Crimper Calibration Crimping Force
Force – Compression
Crimper Die Geometry Depth / Height / Length
Diameter / Radius
Parallel / Squareness
Wire Crimp Pull Testing Force – Tension

Durometer

Parameter / Equipment Range CMC Uncertainty (±)
Direct Verification of Durometer Force
Types A, B, E, & O
Types C, D, & DO
Types OO & OOO
Type OOO-S
Type M
0.63 Duro
0.61 Duro
1.5 Duro
1.3 Duro
1.9 Duro
Tip Angle
Tip Diameter
Tip Radius
Indenter Diameter
Indenter Length
--- 0.01°
0.0041 mm
0.0038 mm
0.0043 mm
0.0043 mm
Durometer Calibrators (Beam Type)

Type A
Type D

0.014 % of rdg
0.012 % of rdg
Durometer Test Blocks Type A & D 1.4 Duro

Extensometer

Parameter / Equipment Range CMC Uncertainty (±)
Extensometers Up to 1 in
(1 to 4) in
(4 to 18) in
0.00045 in
0.0018 in
0.008 in

Extrusion Plastometer

Parameter / Equipment Range CMC Uncertainty (±)
Extrusion Plastometers Cylinder Bore
Piston Measurements
Temperature
Load to 3 kg
Load (3 to 20) kg
0.0003 in
0.0005 in
0.09 °C
0.2 g
3.1 g

Force

Parameter / Equipment Range CMC Uncertainty (±)
In-Lab Compression and Tension,
Measure and Measuring Equipment
(200 to 5000) lbf
(5000 to 20 000) lbf
(20 000 to 60 000) lbf

1.2 lbf
4.6 lbf
15 lbf

In-Lab / On-Site Compression & Tension,
Measure & Measuring Equipment

 

(0 to 2.5) N
(2.5 to 49) N
(10 to 500) lbf
(500 to 2000) lbf
(2000 to 30 000) lbf

0.0011 N
0.011 N
0.18 lbf
3.0 lbf
21 lbf

On-Site Compression Measure (30 000 to 200 000) lbf 130 lbf

Hardness Tester

Brinell Hardness Range CMC Uncertainty (±)
Indirect Verification of
Brinell Hardness Testers per
ASTM E10 at Test Condition(s):
d is the mean of the n mean test diameters in millimeters.
Uncertainty is stated as a percentage of the standardized
test block hardness value.
10/500/15

Repeatability: > 65 to < 159 HBW
Error

0.05d
4.1 % of rdg
10/3000/15 65 to < 159 HBW
Error
0.04d
3.3 % of rdg
Knoop and Vickers Range CMC Uncertainty (±)
Indirect Verification of
Microindentation Hardness
Testers (Knoop and Vickers)

Repeatability under forces P (gf):
1 ≤ P < 1000

100 ≤ HK ≤ 270
100 ≤ HV ≤ 250

270 ≤ HK ≤ 720
250 ≤ HV ≤ 750

Error

 
 

4.3 % of rdg
3.7 % of rdg

1.8 % of rdg
3.6 % of rdg

0.91 μm

Rockwell Hardness Range CMC Uncertainty (±)
Indirect Verification of
Rockwell Hardness Testers

HRB Low
HRB Mid
HRB High
HRC Low
HRC Mid
HRC High
HR15N Low
HR15N Mid
HR15N High
HR30N Low
HR30N Mid
HR30N High
HR45N Low
HR45N Mid
HR45N High
HR15T Low
HR15T Mid
HR15T High
HR30T Low
HR30T Mid
HR30T High
HR45T Low
HR45T Mid
HR45T High

1.8 HRB
1.3 HRB
1.2 HRB
0.98 HRC
1.2 HRC
0.73 HRC
1.2 HR15N
1.2 HR15N
1.2 HR15N
1.2 HR30N
1.2 HR30N
1.2 HR30N
1.2 HR45N
1.2 HR45N
1.2 HR45N
1.2 HR15T
1.2 HR15T
1.2 HR15T
1.3 HR30T
1.2 HR30T
1.2 HR30T
1.3 HR45T
1.3 HR45T
1.2 HR45T

Mass

Parameter / Equipment Range CMC Uncertainty (±)
Mass – Measure (0.2 to 3000) g
(3 to 34) kg

10 mg
0.1 g

Mass – Measure, Fixed Points

50 kg
30 kg
20 kg
10 kg
5 kg
3 kg
2 kg
1 kg
500 g
300 g
200 g
100 g
50 g
30 g
20 g
10 g
5 g
3 g
2 g
1 g

500 mg
300 mg
200 mg
100 mg
50 mg
30 mg
20 mg
10 mg
5 mg
3 mg
2 mg
1 mg

16 mg
5.4 mg
3.9 mg
2.8 mg
970 μg
780 μg
700 μg
600 μg
590 μg
590 μg
44 μg
40 μg
22 μg
19 μg
11 μg
8.1 μg
5 μg
4.5 μg
3.2 μg
2.9 μg

2.8 μg
3.3 μg
2.6 μg
2.6 μg
2.1 μg
2.4 μg
2 μg
2 μg
1.5 μg
1.7 μg
1.5 μg
1.5 μg

Pressure

Parameter / Equipment Range CMC Uncertainty (±)

Pressure – Pneumatic Gauge,
Negative Gauge, and Absolute

Gauge Only

Hydraulic

(0.07 to 0.2) psi
(0.2 to 1000) psi

1000 to 15 000 psig

Up to 20 000 psig

0.0062 psi
0.0025 % of rdg

0.0075 % of rdg

0.0075 % of rdg

Scales and Balances

Parameter / Equipment Range CMC Uncertainty (±)

Scales and Balance Calibration

(1 to 200) g
(200 to 3000) g
(3 to 5) kg
{5 to 15) kg
(15 to 34) kg
(50 to 250) lbm
(250 to 1000) lbm
(1000 to 3000) lbm
(3000 to 12 000) lbm

250 μg + 2.3 μg/g
880 μg + 120 μg/g
0.6 g
1.8 g
4.3 g
0.17 lbm
0.2 lbm
0.38 lbm
7.4 lbm

Tachometers

Parameter / Equipment Range CMC Uncertainty (±)
Tachometers –
Contact
Strobo
Photo

Up to 2000 rpm
Up to 20 000 rpm
Up to 99 999 rpm


0.08 rpm + 0.06 % rdg
16 rpm
0.013 rpm

Torque

Parameter / Equipment Range CMC Uncertainty (±)
Torque Tools (16 to 160) in·lbf 1.4 in·lbf
Torque Transducers (4 to 80) in·ozf
(5 to 60) in·lbf
(5 to 250) ft·lbf
(250 to 1000) ft·lbf
0.047 % of rdg
0.035 % of rdg
0.068 % of rdg
0.032 % of rdg
Torque Wrenches (8 to 80) in·ozf
(5 to 20) in·lbf
(20 to 50) in·lbf
(4 to 100) ft·lbf
(100 to 1000) ft·lbf
0.37 in·ozf
0.024 in·lbf
0.060 in·lbf
0.12 ft·lbf
1.3 ft·lbf

Velocity

Parameter / Equipment Range CMC Uncertainty (±)
Linear Velocity Up to 50 mm/min 0.033 mm/min

Calibration and Measurement Capability (CMC) is the smallest uncertainty of measurement that a laboratory can achieve within its scope of accreditation when performing more or less routine calibrations of nearly ideal measurement standards or nearly ideal measuring equipment.

Calibration and Measurement Capabilities represent expanded uncertainties expressed at approximately the 95 %
level of confidence, usually using a coverage factor of k = 2. The actual measurement uncertainty of a specific calibration performed by the laboratory may be greater than the CMC due to the behavior of the customer’s device and to influences from the circumstances of the specific calibration.

Please note the actual measurement uncertainties achievable on a customer's site can normally be expected to be larger than the CMC found on the A2LA Scope. Allowance must be made for aspects such as the environment at the place of calibration and for other possible adverse effects such as those caused by transportation of the calibration equipment. The usual allowance for the actual uncertainty introduced by the item being calibrated, (e.g. resolution) must also be considered and this, on its own, could result in the actual measurement uncertainty achievable on a customer’s site being larger than the CMC.

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A2LA Accredited
A2LA Accredited Calibration
In-Lab / On-Site
ISO/IEC 17025:2005
ANSI/NCSL Z540-1-1994
Certificate 1625.01
ABS Quality Evaluations
ISO 9001:2008 Certified
• Calibration Management
• Repairable Asset Management
• Preventive Maintenance Management
Certificate 34299

NCSL International
NCSLI Member

National Conference of Standards Laboratories International

Calibration / Repair Depot
Headquarters

1280 S. Williams Dr.
Columbia City, IN 46725-0169

Phone: 800.552.5115
Fax: 260.244.4158
mail@rjbagan.com

Fort Wayne Calibration
Sales Office

7231 Engle Road, Suite 500
Fort Wayne, IN 46804

Phone: 800.552.5115
Fax: 260.244.4158
mail@rjbagan.com