United States
MSI-Viking Gage
8221 Macon Road, 38018, Cordova, TN, United States
Visit websiteA2LA 7887.01ISO/IEC 17025Register refreshed 2026-11-06
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A2LA accredited scope
What this lab is accredited for
We could not match the method references in this lab’s scope to published test standard numbers. The full scope as published is below.
Only this lab. Searches the method, matrix and range of each of the 12 scope lines.
A2LA certificate 7887.01 · 12 lines
| Line | Method | Matrix | Range |
|---|---|---|---|
| 1 | ISO/IEC 17025:2017 | - | - |
| 2 | - | steel rules & tape measures; indicators; test indicator; gage blocks; cylindrical pins; levels; crimp tools; cylindrical ring, plug gages, setting rings; length standards; feeler/thickness gages; thread plugsShow page textExtracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 2 of 11
Parameter/Equipment
Range
CMC2, 4 (±)
Comments
Steel Rules & Tape
Measures3
Up to 72 in
(0.016 + 250L) µin
Mitutoyo 00 block set,
Mitutoyo long blocks
Indicators3
(0.05 to 4) in
(68 + 18L) µin
Easson EX-100 ULM
Mitutoyo 00 block set
surface plate
Test Indicator3
Up to 0.060 in
32 µin
Easson EX-100 ULM
Mitutoyo 00 block set
surface plate
Gage Blocks
(0.05 to 12) in
(3.8 + 2L) µin
Federal 130B-16 with
Mituroyo 00 block set
Cylindrical Pins
Up to 2 in
(25 + 3.2L) µin
Easson EX-100 ULM
Levels3
Up to 90°
0.052°
Angle blocks, surface
plates
Crimp Tools3
(0.011 to 0.75) in
320 µin
Mitutoyo PH- 3500 PIN
Cylindrical Ring, Plug
Gages, Setting Rings
(0.4 to 9) in
(25 + 3.2L) µin
Easson EX-100 ULM
Length Standards
(0.5 to 4) in
(25 + 3.2L) µin
Easson EX-100 ULM
Feeler/Thickness Gages
(0.01 to 1) in
30 µin
Easson EX-100 ULM
Thread Plugs (Simple
Pitch Diameter)
(0.15 to 4) in
(82 + 6.8L) µin
3 wire method w/
Easson EX- 100 ULM
Thread Plugs (Major
Diameter)
(0.15 to 4) in
(22 + 5L) µin
Easson EX-100 ULM | See scope document |
| 3 | - | ThermocouplesShow page textExtracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 3 of 11
II. Electrical DC/Low Frequency
Parameter/Equipment
Range
CMC2 (±)
Comments
Electrical Simulation of
Thermocouples3
Type E
Type J
Type K
Type S
Type T
(-250 to -100) °C
(-100 to -25) °C
(-25 to 350) ° C
(350 to 650) ° C
(650 to 1000) °C
(-210 to -100) °C
(-100 to -30) °C
(-30 to 150) °C
(150 to 760) °C
(760 to 1200) °C
(-220 to -100) °C
(-100 to -25) °C
(-25 to 120) °C
(120 to 1000) °C
(1000 to 1372) °C
(0 to 250) °C
(250 to 400) °C
(400 to 1000) °C
(1000 to 1767) °C
(-150 to 0) °C
(0 to 120) °C
(120 to 400) °C
0.67 °C
0.39 °C
0.37 °C
0.38 °C
0.41 °C
0.43 °C
0.35 °C
0.33 °C
0.35 °C
0.4 °C
0.48 °C
0.36 °C
0.35 °C
0.42 °C
0.55 °C
0.67 °C
0.56 °C
0.57 °C
0.66 °C
0.44 °C
0.36 °C
0.34 °C
Fluke 5500A | See scope document |
| 4 | - | RTDsShow page textExtracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 4 of 11
Parameter/Equipment
Range
CMC2 (±)
Comments
Electrical Simulation of
RTDs3
RTD Pt 385, 100 Ω
RTD Pt 3926, 100 Ω
RTD PrNi 385, 120 Ω
(-200 to -80) °C
(-80 to 0) °C
(0 to 100) °C
(100 to 300) °C
(300 to 400) °C
(400 to 630) °C
(630 to 800) °C
(-80 to 0) °C
(0 to 100) °C
(100 to 300) °C
(300 to 400) °C
(400 to 610) °C
(-80 to 0) °C
(0 to 100) °C
(100 to 260) °C
0.1 °C
0.1 °C
0.1 °C
0.12 °C
0.13 °C
0.15 °C
0.28 °C
0.1 °C
0.1 °C
0.12 °C
0.13 °C
0.15 °C
0.1 °C
0.1 °C
0.12 °C
Fluke 5500A, PT-100
output
Parameter/Range
Frequency
CMC2, 5 (±)
Comments
AC Voltage – Generate3
(1 to 33) mV
(33 to 330) mV
(3.3 to 33) V
(33 to 330) V
(330 to 1020) V
(330 to 1020) V
(33 to 330) V
(1 to 33) mV
(33 to 330) mV
(3.3 to 33) V
(1 to 33) mV
(33 to 330) mV
(3.3 to 33) V
(10 to 45) Hz
45 Hz to 1 kHz
(1 to 5) kHz
(5 to 10) kHz
(1 to 10) kHz
(10 to 20) kHz
45 Hz to 10 kHz
(10 to 20) kHz
2 mV + 1.4 mV/V
0.14 mV + 2.7 mV/V
5 mV + 1 mV/V
22 mV + 1 mV/V
0.16 V + 0.5 mV/V
0.2 V + 2 mV/V
0.7 V + 2.5 mV/V
5 mV + 0.4 mV/V
40 mV + 1 mV/V
0.2 mV + 1.6 mV/V
0.18 mV + 0.5 mV/V
4.5 mV + 0.8 mV/V
0.2 mV + 2 mV/V
0.18 mV + 1 mV/V
5 mV + 1 mV/V
Fluke 5500A | - |
| 5 | - | AC VoltageShow page textExtracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 5 of 11
Parameter/Range
Frequency
CMC2, 5 (±)
Comments
AC Voltage – Generate3
(cont)
(1 to 33) mV
(33 to 330) mV
(3.3 to 33) V
(1 to 33) mV
(33 to 330) mV
(3.3 to 33) V
(1 to 33) mV
(20 to 50) kHz
(50 to 100) kHz
(100 to 500) kHz
0.2 mV + 2.2 mV/V
0.3 mV + 3 mV/V
10 mV + 2.5 mV/V
19 mV + 2.5 mV/V
0.5 mV + 8 mV/V
20 mV + 3 mV/V
4.5 mV + 7.2 mV/V
Fluke 5500A
AC Voltage – Measure3
(1 to 100) mV
(0.1 to 1) V
(1 to 10) V
(10 to 100) V
(1 to 100) mV
(0.1 to 1) V
(1 to 10) V
(10 to 100) V
(1 to 100) mV
(0.1 to 1) V
(1 to 10) V
(10 to 100) V
(1 to 100) mV
(0.1 to 1) V
(1 to 10) V
(10 to 100) V
(1 to 100) mV
(0.1 to 1) V
(1 to 10) V
(10 to 100) V
(1 to 100) mV
(0.1 to 1) V
(1 to 10) V
(10 to 100) V
(3 to 5) Hz
(5 to 10) Hz
10 Hz to 20 kHz
(20 to 50) kHz
(50 to 100) kHz
(100 to 300) kHz
0.067 mV + 3.2 µV/mV
1.1 V + 0.3 mV/V
0.011 V + 10 mV/V
0.099 V + 12 mV/V
0.067 mV + 4.6 µV/mV
0.37 V + 0.3 mV/V
0.0066 V + 3.9 mV/V
0.046 V + 4 mV/V
0.023 mV + 1.3 µV/mV
0.08 V + 0.3 mV/V
0.0052 V + 1.3 mV/V
0.036 V + 1.3 mV/V
0.023 mV + 3.0 µV/mV
0.14 V + 0.5 mV/V
0.0088 V + 2.7 mV/V
0.063 V + 2 mV/V
0.037 mV + 7.1 µV/mV
0.62 V + 0.8 mV/V
0.022 V + 3.7 mV/V
0.11 V + 6.9 mV/V
0.51 mV + 41 µV/mV
4.1 V + 5 mV/V
0.07 V + 41 mV/V
0.61 V + 45 mV/V
Agilent 34401 A | See scope document |
| 6 | Extracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 6 of 11
Parameter/Equipment
Range
CMC2, 5 (±)
Comments
DC Voltage – Generate
(0.07 to 330) mV
(0.33 to 3.3) V
(3.3 to 33) V
(33 to 330) V
(330 to 1000) V
0.006 % + 3 µV
0.005 % + 5 µV
0.005 % + 50 µV
0.0055 % + 0.5 mV
0.0055 % + 1.5 mV
Fluke 5500A-SC300
DC Voltage – Measure3
100 µV to 100 mV
100 mV to 1 V
(1 to 10) V
(10 to 100) V
(100 to 1000) V
1000 V to 35 kV
3.3 µV + 1.3 µV/mV
0.3 mV + 0.4 µV/mV
0.35 mV + 25 µV/V
0.6 mV + 46 µV/V
0.06 V + 0.4 mV/V
20 V + 0.74 V/kV
Agilent 34401A
Parameter/Range
Frequency
CMC2, 5 (±)
Comments
Capacitance – Generate
(0.33 to 0.5) nF
(0.5 to 1.1) nF
(1.1 to 3.3) nF
(3.3 to 11) nF
(11 to 33) nF
(33 to 110) nF
(110 to 330) nF
(0.33 to 1.1) µF
(1.1 to 3.3) µF
(3.3 to 11) µF
(11 to 33) µF
(33 to 110) µF
(110 to 330) µF
330 µF to 1.1 mF
(1 to 50) kHz
0.061 nF + 0.008 nF/nF
0.079 nF + 0.008 nF/nF
0.084 nF + 0.008 nF/nF
0.11 nF + 0.008 nF/nF
0.36 nF + 0.007 nF/nF
0.36 nF + 0.007 nF/nF
1.1 nF + 0.007 nF/nF
0.072 µF + 0.02 µF/µF
0.19 µF + 0.078 µF/µF
0.19 µF + 0.01 µF/µF
0.19 µF + 0.01 µF/µF
0.28 µF + 0.011 µF/µF
0.36 µF + 0.006 µF/µF
0.19 µF + 0.02 µF/µF
Fluke 5500A-SC300
Oscilloscope
Square Wave:
50 Ω Load
1 MΩ Load
Leveled Sine Flatness:
Relative to 50 kHz
Edge Rise Time in 50
Ω Load (5 mV to 55 V)
Time Marker, 50 Ω Load
-6.6 V to 6.6 V
-130 V to 130 V
50 kHz to 100 MHz
(100 to 300) MHz
50 ms to 5 s
1 ns to 20 ms
0.25 % + 40 µV
0.05 % + 40 µV
1.5 % + 100 µV
3 % + 100 µV
(20 + 1000T) µs/s
2.5 µs/s
Fluke 5500A-SC300 | ||
| 7 | - | fluidShow page textExtracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 7 of 11
Parameter/Equipment
Range
CMC2, 5 (±)
Comments
DC Current – Generate3
(11 to 50) A
(50 to 100) A
(75 to 150) A
(150 to 300) A
0.75 % of reading
0.8 % of reading
0.8 % of reading
0.8 % of reading
High current DC supply
with load bank in series
with EMPRO shunt
50A/50mV with Agilent
34401A
Inductance – Generate
(0.07 to 10) H
10 mH
2.3 % + 0.5 µH
10 µH
IETLS-400
General Radio 1482-H
Resistance – Measure
(0.2 to 10.99) Ω
(11 to 109.99) Ω
(110 to 329.99) Ω
330 Ω to 1.099 kΩ
(1.1 to 3.299) kΩ
(3.3 to 10.99) kΩ
(11 to 32.99) kΩ
(33 to 109.99) kΩ
(110 to 329.99) kΩ
330 kΩ to 3.299 MΩ
(3.3 to 20) MΩ
10 MΩ
100 MΩ
1 GΩ
10 GΩ
0.08 Ω
0.96 Ω
0.19 Ω
0.48 Ω
0.77 Ω
1.6 Ω
3.6 Ω
23 Ω
29 Ω
55 Ω
260 Ω
130 Ω
1.2 kΩ
150 kΩ
130 MΩ
Fluke 5500A/ SC300
Precision resistor
III. Fluid
Parameter/Equipment
Range
CMC2 (±)
Comments
Pipettes
(100 to 200) µL
(200 to 500) µL
(500 to 1000) µL
(1000 to 5000) µL
(5000 to 10 000) µL
(10 000 to 50 000) µL
(50 000 to 100 000) µL
0.14 µL
0.22 µL
0.52 µL
8 µL
9.8 µL
17 µL
29 µL
AD4212B-101 | - |
| 8 | Extracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 8 of 11
IV. Mechanical
Parameter/Equipment
Range
CMC2 (±)
Comments
Pressure Gauge
Pneumatic (Oil Free)
Pneumatic (Oil)3
Hydraulic3
(0.1 to 10) psi
(10 to 5000) psi
(50 to 5000) psi
(5000 to 20 000) psi
0.02 psi
0.05 psi
13 psi
120 psi
DMA MPS28
DH Inst. PPCK-P6
Ashcroft 1305D
Wika 332.30
Vacuum Gauge –
Pneumatic
(0.87 to -14.5) psi
(35 to 1355) mbar
0.05 psi
0.28 mbar
Dama MPS28
Druck ADTS403
Torque
Wrenches/Drivers
(5 to 50) lbf·in
(100 to 1000) lbf·in
(60 to 600) lbf·ft
1 % of reading
0.75 % of reading
0.75 % of reading
AMS TT-QC-50i
CDI 10002-1-ETT
CDI 6004-F-ETT
Torque Testers
(30 to 400) lbf·in
(40 to 1200) lbf·ft
0.32 % of reading
0.35 % of reading
CDI 2000-152
butterfly wheel w/
Class F weights
Skywater torque arm
w/ Class F weights
Force Gages3
Compression
Tension
Up to 500 lbf
(1000 to 10 000) lbf
(10 000 to 100 000) lbf
Up to 500 lbf
(1000 to 10 000) lbf
0.2 % of reading
0.29 % of reading
0.29 % of reading
0.2 % of reading
0.29 % of reading
Class F weight set
Omega LC1001-10K
W/ DP41-S Amcells
LPDCT/DIN3
Class F weight set
Omega LC1001-10K
W/ DP41-S | ||
| 9 | Extracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 9 of 11
Parameter/Equipment
Range
CMC2, 6 (±)
Comments
Mass – Measure
1 g
2 g
5 g
10 g
20 g
50 g
100 g
200 g
500 g
1 kg
2 kg
0.000 11 g
0.000 88 g
0.000 92 g
0.000 98 g
0.0011 g
0.0014 g
0.0022 g
0.0041 g
0.053 g
0.05 g
0.055 g
Troemner Class 1
Bench Scales, Floor
Scales
Up to 500 lb
0.2 % of reading
Class F weight set
Bench Scales
(1 to 2000) g
Resolution = 0.01 g
(0.002 to 1) lb
Resolution = 0.0001 lb
(0.012 + 0.000 001 3W) g
(0.0002 + 0.000 093W) lb
Troemner Class 1
weights
Class F weights
Bench Scales, Balances
(1 to 500) mg
Resolution = 0.04 mg
(0.012 + 0.000 083W) g
Ohaus Class
6weights
V. Thermodynamics
Parameter/Equipment
Range
CMC2, 6 (±)
Comments
Humidity – Measure3
(5 to 95) % RH
4 % RH
Control 4085 &
humidity chamber
IR Temperature3
(20 to 100) °C
(100 to 200) °C
(200 to 500) °C
1.2 °C
2.2 °C
3.4 °C
Reed BX-500 black
body | ||
| 10 | Extracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 10 of 11
VI. Time & Frequency
Parameter/Equipment
Range
CMC2, 6 (±)
Comments
Frequency – Measuring
Equipment3
0.9 Hz to 10 kHz
10 kHz to 2 MHz
(2 to 200) MHz
200 MHz to 18 GHz
0.3 Hz
5.7 Hz
41 Hz
0.25 kHz
Fluke 5500A- SC300
HP 8660C w/ HP
86603A
HP5335A
Time – Measure3
10 ns to 100 s
0.2 ns
HP5335A
Stopwatches & Timers3
(1 to 24) hrs
0.08 s/day
HP5335A
________________________________________________________________
1 This laboratory offers commercial calibration and on-site calibration services.
2 Calibration and Measurement Capability Uncertainty (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. CMCs 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.
3 Field calibration service is available for this calibration. Please note the actual measurement uncertainties
achievable on a customer's site can normally be expected to be larger than the Calibration and
Measurement Capability Uncertainty (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 uncertainty
introduced by the item being calibrated, (e.g. resolut ion) 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.
4 In the statement of CMC, L is the numerical value of the nominal length of the device measured in inches or
millimeters.
5 The stated measured values are determined using the indicated instrument (see Comments). This capability is
suitable for the calibration of the devices intended to measure or generate the measured value in the ranges
indicated. CMC’s are expressed as either a specific value that covers the full range or as a percent or fraction
of the reading plus a fixed floor specification.
6 The type of instrument or material being calibrated is defined by the parameter. This indicates the laboratory
is capable of calibrating instruments that measure or generate the values in the ranges indicated for the listed
measurement parameter. | ||
| 11 | Extracted from the scope document; tables may not line up. View scope for the original. (A2LA Cert. No. 7887.01) 06/25/2026 Page 11 of 11
7 This scope meets A2LA’s P112 Flexible Scope Policy. | ||
| 12 | ISO/IEC 17025:2017 | - | - |
Ranges are reproduced from the accredited scope document as published, and only where we found that range printed in the document for the line. Otherwise the cell reads “See scope document”. An absent range means the register did not state one. Line numbers are ours, for cross-reference; they follow the order of the scope document.
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