Metrology Service Laboratories Standards Capability and Traceability Lockheed Martin IS&GS-Defense

Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin IS&GS-Defense
Sunnyvale, California
Metrology Service Laboratories
Standards Capability
and Traceability
Prepared By:
___________/s/________________
D. Plowman
Metrology Service Laboratories, O/41-48
Reviewed By:
___________/s/________________
T. Diven
Metrology Service Laboratories, O/41-47
Approved By:
____________/s/_______________
M. Golden
Metrology Service Laboratories, O/41-48
Document Number: D558511
Issue Date: 10/18/12
Table of Contents
SUBJECT
PAGE
Table of Contents................................................................................................................................. 1
Table of Figures ................................................................................................................................... 2
Introduction ......................................................................................................................................... 3
Manufacturer Code List ....................................................................................................................... 4
Certifying Agency Code List ............................................................................................................... 5
Explanation of Notes ........................................................................................................................... 6
DIMENSIONAL ................................................................................................................................ 8
ANGULAR (Figure 1) .................................................................................................... 8
CMM (Figure 4) .............................................................................................................. 8
FLATNESS (Figure 2) .................................................................................................... 8
ID & OD (Figure 3) ......................................................................................................... 8
LENGTH (Figure 4) ........................................................................................................ 9
ELECTROMAGNETIC DC/LOW FREQUENCY ...................................................................... 10
AC CURRENT (Figure 5)............................................................................................. 10
AC VOLTAGE (10 Hz - 1 MHz) (Figure 6) ................................................................. 10
CAPACITANCE (Figure 7) .......................................................................................... 11
DC RESISTANCE (Figure 8) ....................................................................................... 13
DC VOLTAGE (Figure 9) ............................................................................................ 15
DC CURRENT (Figure 26)........................................................................................... 16
INDUCTANCE (Figure 7) ............................................................................................ 16
ELECTROMAGNETIC RF/MICROWAVE ................................................................................ 18
COAXIAL POWER (Figure 24) ................................................................................... 18
MICROWAVE ATTENUATION (Figures 10 & 11) .................................................. 19
MICROWAVE IMPEDANCE (Figures 12 & 13) ....................................................... 19
MICROWAVE NETWORK ANALYZER (Figures 10, 11, 12, & 13) ........................ 20
WAVEGUIDE POWER (Figure 14)............................................................................. 21
MECHANICAL ............................................................................................................................... 21
FORCE (Figure 15) ....................................................................................................... 22
MASS (Figure 16) ......................................................................................................... 22
OPTICAL RADIATION ................................................................................................................. 23
RADIOMETRY - DETECTOR BASED (Figure 25) ................................................... 23
THERMODYNAMIC ..................................................................................................................... 23
HUMIDITY (Figure 17)................................................................................................ 23
PRESSURE (Figure 18) ................................................................................................ 23
TEMPERATURE (Figure 19) ....................................................................................... 24
VACUUM (Figure 20) .................................................................................................. 25
TIME & FREQUENCY .................................................................................................................. 25
FREQUENCY (Figure 21) ............................................................................................ 25
PHASE / AMPLITUDE MODULATION NOISE (Figure 22)..................................... 26
TIME DOMAIN STABILITY (Figure 23) ................................................................... 27
PAGE 1 OF 53
Document Number: D558511
Issue Date: 10/18/12
Table of Figures
FIGURE
Figure 1 Angular
Figure 2 Flatness
Figure 3 ID & OD
Figure 4 Length
Figure 5 AC Current
Figure 6 AC Voltage
Figure 7 Capacitance/Inductance
Figure 8 Resistance
Figure 9 DC Voltage
Figure 10 Coaxial Attenuation
Figure 11 Waveguide Attenuation
Figure 12 Coaxial Impedance
Figure 13 Waveguide Impedance
Figure 14 Waveguide Power
Figure 15 Force
Figure 16 Mass
Figure 17 Humidity
Figure 18 Pressure
Figure 19 Temperature
Figure 20 Vacuum
Figure 21 Frequency
Figure 22 Phase/Amplitude Modulation
Figure 23 Time Domain Stability
Figure 24 Coaxial Power
Figure 25 Radiometry
Figure 26 DC Current
PAGE
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
PAGE 2 OF 53
Document Number: D558511
Issue Date: 10/18/12
Introduction
This report lists the top level standards held by Metrology Service Laboratories (MSL).
The descriptions, nominal values, and uncertainties shown permit a reasonable
estimate of MSL's measurement capabilities. The certifying agency for each standard is
noted and flow charts relate measurements to National, International, Intrinsic/Derived,
and Consensus Standards.
In conformance with the recommendations of the International Bureau of Weights and
Measures (BIPM) and NIST, the uncertainty is expressed as an expanded uncertainty
(including both Type A and Type B) with a coverage factor of 1 (k = 1).
The Measurement Capability and Traceability Report is maintained and updated
annually.
Standards included in this report are identified with the "MSL Standards for MSL Use
Only" label to preclude their use as test and inspection equipment.
PAGE 3 OF 53
Document Number: D558511
Issue Date: 10/18/12
Manufacturer Code List
The following abbreviations identify the manufacturer for each standard and are found in
the text under the column headed "Mfr.”
AAG
AH
AINSW
ANRITSU
BOONT
AA Gage
Andeen-Hagerlin
Ainsworth
ANRITSU
Boonton
BURNS
Burns Engineering
CBC
Christian-Becker Company
DAVIDSON Davidson
DOALL
DoAll
ENDEVC
Endevco Corporation
ESI
Electro Scientific
ENGL
Engelhard
FLUKE
Fluke Mfg. Co.
FWBELL
FW Bell
GENRA
General Radio
G-P
Granville-Phillips
GUILD
Guildline Instruments
HP
Hewlett Packard
H&W
Hilger & Watts
HITAC
Hitachi Ltd.
HUGHS
Hughes Aircraft EDD
INSTRU
Instrulab
ISOTC
Isotech Co.
JARET
Jarrett Instruments
LASER
Laser Precision
LMSC
Lockheed
L&N
Leeds & Northrup
MAURY
Maury Microwave
MILTCH
Millitch
MITUTOYO Mitutoyo
MKS
MKS Instruments
MRHS
Morehouse
NIST
Nat'l Inst. of Stds & Tech.
O.WOLF
Otto Wolff Co.
PW
Pratt Whitney
RSMT
Rosemount
RUBCN
Rubicon Instruments
RUSKA
Ruska Inst. Corp.
SIGMA
Sigma Tau
THNDR
Thunder Scientific Corp.
TROEM
Troemner, Henry
UN-DK
Unholtz-Dickie
VK
Van Keuren Co.
VOLAN
Voland
WANDEL
Wandel Goltermann
WEBBR
WEINS
WENZEL
WILTR
YELSP
ZEISS
Webber
Weinschel Eng.
Wenzel Associate
Wiltron
Yellow Springs
Instruments
Zeiss
PAGE 4 OF 53
Document Number: D558511
Issue Date: 10/18/12
Certifying Agency Code List
The agency which certifies a particular area of measurement has been assigned a letter
designation for the convenience of this report according to the following:
A = The listed manufacturer, or a supporting company, is the acting agency that
provides documented evidence of traceability to the National Institute of Standards
and Technology (NIST).
B = NIST at the Boulder, Colorado facility.
C = NIST at the Gaithersburg, MD facility.
D = Navy Standards Laboratory at Pomona, California.
E = LMMS Metrology Service Laboratories
F = NIST/MSL where NIST performs an initial certification to establish some
measurement factor, and LMMS MSL performs subsequent certifications based on
those factors.
G = Intrinsic/Derived Standards
H = Intercomparison Assurance Program
I=
Other National Standards Laboratories (e.g., BIPM (France), NRC (Canada), PTB
(Germany), NPL (England), etc.)
J = State, Federal, other Government Laboratories (e.g., Sandia, L.A. County, etc.)
K = Accredited Laboratory
L = U.S. Army’s Primary Standards Laboratory, Redstone Arsenal, AL.
PAGE 5 OF 53
Document Number: D558511
Issue Date: 10/18/12
Explanation of Notes
Definitions of Levels of Standards:
• Intrinsic Standard (INT)
These standards are based on well-characterized laws of physics, fundamental
constants of nature, and/or invariant properties of materials. Standards of this type
make ideal, stable, and precision measurement references if properly designed,
characterized, operated, monitored, and maintained.
• Derived Standard (DER)
a) These standards are established by means of other standards known to an
uncertainty that is, at least, an order of magnitude better.
b) Another method to establish a standard of this type is the use of the principle
of reciprocity.
c) Ratio type of calibration.
• Primary Transfer Standard (PT)
Calibration standard at the highest level (first in chain at LMMS). The following ways
can be used to establish legal traceability:
a)
b)
c)
d)
e)
National, international, or intrinsic standards;
Internationally accepted or mutual consent standards;
Ratio or reciprocity type of calibration;
Suitable reference materials; or
Calibration results established through participation in inter-laboratory
comparisons or proficiency testing with accredited facilities.
• Primary Reference Transfer Standard (PRT)
Primary calibration standard used at the second level in the traceability chain. One
which transfers the value assigned to the Primary Transfer to the Primary Reference
Standard or to the Working Standard in some cases. This standard is not always
used.
PAGE 6 OF 53
Document Number: D558511
Issue Date: 10/18/12
Explanation of Notes (continued)
• Primary Reference Standard (PR)
Calibration standard at the second or third level in the traceability chain; this
standard is generally used to transfer values to working standards and/or verify
measurement capability.
• Working Standard (WS)
Lowest level in the standards chain. Several devices of this type are generally
available to certify factory level standards.
• Check Standards (CHK) and/or Auxiliary Standards (AUX)
Very stable devices used to determine and analyze changes in the standards chain
or problems within the measurement processes. Either standard can be used to
substitute for primary level devices.
PAGE 7 OF 53
Document Number: D558511
Issue Date: 10/18/12
DIMENSIONAL
ANGULAR (Figure 1)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
AAG
A-6
977986
ULTRADEX
---
C
0.25 arc sec.
PT/WS
1
H&W
TP122
MPT058591
OPTICAL POLYGON
---
C
0.14 arc sec.
PT/PR
1
H&W
TP102
MPT041161
OPTICAL SQUARE
---
C
0.31 arc sec.
ACLAS
S
Status
CMM (Figure 4)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
WS
1
ZEISS
UMM500
M153576
COORDINATE
MEASURING MACHINE
---
E
(0.5 + L/700) µm
(L in mm)
WS
1
ZEISS
UMM800
M111576
COORDINATE
MEASURING MACHINE
---
E
(1.6 + L/200) µm
(L in mm)
ACLAS
S
Status
FLATNESS (Figure 2)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT
1
VK
6
MPT028036
OPTICAL FLAT
2.0 µin
C
0.175 µin
PR/WS
1
DAVIDSON
D-309
972865
INTERFEROMETER
1.0 µin
E
1.0 µin
WS
1
PW
6.000
MPT028230
TOOL MAKERS FLAT
10 µin
E
10.0 µin
WS
1
MITUTOYO
157-901
MSL111496
OPTICAL FLAT SET
10 µin
E
10.0 µin
ACLASS
Status
ID & OD (Figure 3)
Std.
Level
PT/WS
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
1
PW
U309270
M245757
INSIDE DIAMETER
OUTSIDE DIAMETER
0.02-14in
0 - 13in
E
2.5 µin
ACLAS
S
Status
PAGE 8 OF 53
Document Number: D558511
Issue Date: 10/18/12
LENGTH (Figure 4)
Std.
Level
WS
WS
WS
WS
WS
WS
WS
WS
WS
WS
WS
WS
WS
WS
Qty.
1
1
1
1
1
1
2
2
2
2
2
1
1
3
Mfr.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
45-SQ STEEL
TRO 006471
GAGE BLOCKS
(45 PCS, STEEL, SQUARE,
GRADE 2)
1.0 - 90.0
mm
(2 mm Base)
A
+/- 0.040 -0.070 µm
45-SQ STEEL
MPT 019784
GAGE BLOCKS
(45 PCS, STEEL, SQUARE,
GRADE 2)
1.0 - 90.0
mm
(1 mm Base)
WEBBER
A
+/- 0.040 -0.070 µm
12- RECT.
STEEL
MPT 061491
GAGE BLOCKS
(12 PCS, STEEL,
RECTANGULAR, GRADE 2)
WEBBER
1.0 - 100.0
mm
A
+/- 0.040 -0.070 µm
119S
MPT 044060
GAGE BLOCKS
(121 PCS, STEEL,
RECTANGULAR, GRADE 2)
0.01 - 4.0 in.
A
+/- 1.5 - 3.0 µin
WEBBER
84-2 RECT
MPT 024693
GAGE BLOCKS
(84 PCS, STEEL,
RECTANGULAR, GRADE 2)
0.05 - 4.0 in.
A
+/- 1.5 - 3.0 µin
PW
5 - 20
MPT 040041
GAGE BLOCKS
(5 PCS, STEEL, SQUARE,
GRADE 2)
5.0 - 20.0 in.
A
+/- 7.0 µin
PW
.112
MPT 025597
MPT 028233
GAGE BLOCKS
(4 PCS, STEEL, SQUARE,
GRADE 2)
0.112 0.750 in.
E
+/- 2.5 µin
DOALL
35S
MPT 028122
MPT 028125
GAGE BLOCKS
(34 PCS, STEEL, SQUARE,
GRADE 2)
0.01 0.100025 in.
A
+/- 1.5 µin
PW
430A
152658
MPT 026289
GAGE BLOCKS
(8 PCS, STEEL, SQUARE,
GRADE 2)
5.0 - 20.0 in.
A
+/-4.0 - 7.0 µin
PW
4-S
MPT 028236
MPT 025572
GAGE BLOCKS
(4 PCS, STEEL, SQUARE,
GRADE 2)
1.0 - 4.0 in.
A
+/- 1.5 - 3.0 µin
PW
84-2 SQ
MPT 043834
MPT 058460
GAGE BLOCKS
(84 PCS, STEEL, SQUARE,
GRADE 2)
0.05 - 4.0 in.
A
+/- 1.5 - 3.0 µin
81-2 SQ
985543
GAGE BLOCKS
(81 PCS, STEEL, SQUARE,
GRADE 2)
0.05 - 4.0 in.
A
+/- 1.5 - 3.0 µin
PW
84-2 SQ
985542
GAGE BLOCKS
(84 PCS, STEEL, SQUARE,
GRADE 2)
0.05 - 4.0 in.
A
+/- 1.5 - 3.0 µin
PW
CALIPER SET
MPT 026436
MPT 028121
MPT 025966
GAGE BLOCKS
(6 PCS, STEEL, SQUARE,
GRADE 2)
1.0 - 6.0 in.
E
+/- 2.5 µin
WEBBER
DOALL
PW
Model & Tag
No.
ACLASS
Status
PAGE 9 OF 53
Document Number: D558511
Issue Date: 10/18/12
LENGTH (continued)
Std.
Level
WS
WS
Qty.
Mfr.
1
2
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
DOALL
8-S
M138135
GAGE BLOCKS
(8 PCS, STEEL, SQUARE,
GRADE 2)
5.0 - 20.0
in.
A
+/-4.0 - 7.0 µin
MITUTOYO
100-500MM
TRO 006485
TRO 011920
GAGE BLOCKS
(5 PCS, STEEL,
RECTANGULAR, GRADE 2)
100.0 500.0 mm
A
+/- 0.075 -0.175 µm
ACLASS
Status
ELECTROMAGNETIC DC/LOW FREQUENCY
AC CURRENT (Figure 5)
Std.
Level
PT/WS
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 2)
ACLAS
S
Status
1
HP
3458A
M188921
DMM
5 – 120 µA
0.05 – 1.2 mA
0.5 – 12 mA
5 – 120 mA
0.05 – 1.05 A
K
0.063% + 31nA
0.033% + 0.21uA
0.034% + 2.1uA
0.034% + 21uA
0.083% + 210uA
(@ midband, other freq
are worse)
ACCRD
AC VOLTAGE (1 – 12VAC) (Figure 6)
Std.
Level
PT/WS
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agenc
y
Uncertainty (+/-)
(k = 2)
ACLAS
S
Status
1
HP
3458A
M188921
DMM
1 – 40Hz
0.04 – 1kHz
1 – 20kHz
20 – 50kHz
50 – 100kHz
100 – 300kHz
0.3 – 1MHz
1 – 2MHz
K
0.010%IV+ 410µV
0.010%IV+ 210µV
0.017%IV+ 210µV
0.033%IV+ 210µV
0.083%IV+ 210µV
0.3%IV+ 1mV
1.0%IV+ 1mV
1.5%IV+ 1mV
(for best range, other
ranges have larger
uncertainties)
ACCRD
PAGE 10 OF 53
Document Number: D558511
Issue Date: 10/18/12
CAPACITANCE (Figure 7)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WK
1
AH
2500
M169924
Precision Bridge (10pF)
10.0 pF
E
0.000244 % at 1kHz
best at 100 pF
CHK
1
GENRA
1404A
MSL044529
COAXIAL RF STANDARD
1000.0 pF
E
0.00059 % at 1 kHz
PR/WK
1
GENRA
1403N
MSL 051618
3 TERMINAL (AIR)
0.1 pF
E
0.013 % at 1 kHz
PR/WK
1
GENRA
1403K
MSL051617
3 TERMINAL (AIR)
1.0 pF
E
0.0072 % at 1 kHz
PR/WK
1
GENRA
1403G
MSL068952
3 TERMINAL (AIR)
10.0 pF
E
0.0050 % at 1 kHz
PR/WK
1
GENRA
1403D
MSL112765
3 TERMINAL (AIR)
100.0 pF
E
0.042 % at 1 kHz
PR/WK
1
BOONT
76-1A/1
MSL087137
3 TERM RF STANDARD
1.0 pF
E
0.094 % at 1 kHz
0.37 % at 100 kHz
0.36 % at 1 MHz
PR/WK
1
BOONT
76-1A/100
MSL086159
3 TERM RF STANDARD
100.0 pF
E
0.0111 % at 1 kHz
0.11 % at 100 kHz
0.17 % at 1 MHz
PR/WK
1
BOONT
76-1A/300
MSL087141
3 TERM RF STANDARD
300.0 pF
E
0.0085% at 1 kHz
0.11% at 100 kHz
0.080 % at 1 MHz
PR/WK
1
BOONT
76-1A/500
MSL 086160
3 TERM RF STANDARD
500.0 pF
E
0.0086 % at 1 kHz
0.12 % at 100 kHz
0.093 % at 1 MHz
PR/WK
1
BOONT
76-1A/1000
MSL086161
3 TERM RF STANDARD
1000.0 pF
E
0.0172 % at 1 kHz
0.073 % at 100 kHz
0.15 % at 1 MHz
PR/WS
1
GENRA
1409F
MSL001617
2 TERM (MICA)
3 TERM
1.0 nF
E
0.009 % at 1 kHz
0.015 % at 1 kHz
PR/WS
1
GENRA
1409G
MSL000131
2 TERM (MICA)
3 TERM
2.0 nF
E
0.0063 % at 1 kHz
0.0080 % at 1 kHz
PR/WS
1
GENRA
1409K
MSL000125
2 TERM (MICA)
3 TERM
5.0 nF
E
0.0069 % at 1 kHz
0.0062 % at 1 kHz
PR/WS
1
GENRA
1409L
MSL006032
2 TERM (MICA)
3 TERM
10.0 nF
E
0.0060 % at 1 kHz
0.0062 % at 1 kHz
PR/WS
1
GENRA
1409M
MSL000127
2 TERM (MICA)
3 TERM
20.0 nF
E
0.0061 % at 1 kHz
0.0063 % at 1 kHz
ACLASS
Status
PAGE 11 OF 53
Document Number: D558511
Issue Date: 10/18/12
CAPACITANCE (continued)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PR/WS
1
GENRA
1409R
MSL000123
2 TERM (MICA)
3 TERM
50.0 nF
E
0.0058 % at 1 kHz
0.0058 % at 1 kHz
PR/WS
1
GENRA
1409T
MSL000128
2 TERM (MICA)
3 TERM
0.1 µF
E
0.0055 % at 1 kHz
0.0056 % at 1 kHz
PR/WS
1
GENRA
1409U
MSL000130
2 TERM (MICA)
3 TERM
0.2 µF
E
0.0067 % at 1 kHz
0.0070 % at 1 kHz
PR/WS
1
GENRA
1409X
MSL000129
2 TERM (MICA)
3 TERM
0.5 µF
E
0.0098 % at 1 kHz
0.0094 % at 1 kHz
PR/WS
2
GENRA
1409Y
MSL000124
2 TERM (MICA)
3 TERM
1.0 µF
E
0.011 % at 1 kHz
0.011 % at 1 kHz
(One Unit)
PT/WS
1
HP
16380A
M151438
(16381A)
5 TERM (AIR)
1.0 pF
A
0.0077 % at 1 kHz
0.0087 % at 1 MHz
0.014 % at 2 MHz
0.022 % at 3 MHz
0.032 % at 4 MHz
0.045 % at 5 MHz
0.13 % at 10 MHz
0.19% at 13 MHz
PT/WS
1
HP
16380A
MSL109052
(16382A)
5 TERM (AIR)
10.0 pF
E
0.0043% at 1 kHz
PT/WS
1
HP
16380A
M151438
(16383A)
5 TERM (AIR)
100.0 pF
A
0.0036 % at 1 kHz
0.0037 % at 1 MHz
0.0039 % at 2 MHz
0.0045 % at 3 MHz
0.0055 % at 4 MHz
0.0072 % at 5 MHz
0.017 % at 10 MHz
0.025 % at 13 MHz
PT/WS
1
HP
16380A
M151438
(16384A)
5 TERM (AIR)
1000.0 pF
A
0.0041 % at 1 kHz
0.0047 % at 1 MHz
0.0083 % at 2 MHz
0.014 % at 3 MHz
0.022 % at 4 MHz
0.031 % at 5 MHz
0.10 % at 10 MHz
0.14 % at 13 MHz
PR/WS
1
GENRA
1401A
MSL036272
2 TERMINAL (AIR)
100 pF
E
0.12 % at 1 kHz
PR/WS
1
GENRA
1615P1
MSL052042
3 TERM RF STANDARD
10000.0 pF
E
0.0075 % at 1 kHz
ACLAS
S
Status
PAGE 12 OF 53
Document Number: D558511
Issue Date: 10/18/12
DC RESISTANCE (Figure 8)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
PT/CHK
1
RUBCN
1150
MSL078340
AIR RESISTOR
0.001 ohm
E
4222
MSL042843
AIR RESISTOR
4221
MSL042844
AIR RESISTOR
4050
S014663
AIR RESISTOR
PT/CHK
PT/CHK
PT/CHK
1
1
1
L&N
L&N
L&N
Uncertainty (+/-)
(k = 1)
ACLASS
Status
2.05 ppm
0.01 ohm
E
1.19 ppm
0.1 ohm
E
1.11 ppm
1.0 Mohm
E
2.46 ppm
PT/CHK
1
L&N
4020
MSL086302
OIL RESISTOR
1.0 ohm
E
PT/CHK
1
L&N
4025
ICL000018
OIL RESISTOR
10.0 ohm
E
PT/CHK
1
L&N
4030
ICL000019
OIL RESISTOR
100.0 ohm
E
PT/CHK
1
L&N
4035
MSL012730
OIL RESISTOR
1.0 kohm
E
PT/CHK
1
L&N
4040
MSL024249
OIL RESISTOR
10.0 kohm
E
0.44 ppm
0.32 ppm
0.25 ppm
0.26 ppm
0.82 ppm
PT/CHK
1
L&N
4045
MSL042519
OIL RESISTOR
100.0 kohm
E
PT/CHK
1
ESI
SR104
M182728
AIR RESISTOR
10.0 kohm
E
PT/WS
1
L&N
4222
MSL087947
AIR RESISTOR
0.01 ohm
E
1.11 ppm
0.15 ppm
0.85 ppm
PAGE 13 OF 53
Document Number: D558511
Issue Date: 10/18/12
RESISTANCE (continued)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
PT/WS
1
L&N
4020
MSL087272
AIR RESISTOR
1.0 ohm
E
PT/WS
1
L&N
4025
MSL087270
AIR RESISTOR
10.0 ohm
E
PT/WS
1
L&N
4030
MSL086386
AIR RESISTOR
100.0 ohm
E
Uncertainty (+/-)
(k = 1)
ACLAS
S
Status
0.33 ppm
0.36 ppm
0.55 ppm
PT/WS
1
L&N
4035
MSL087566
AIR RESISTOR
1.0 kohm
E
PT/WS
1
L&N
4040
MSL087238
AIR RESISTOR
10.0 kohm
E
PT/WS
1
L&N
4045
MSL087309
AIR RESISTOR
100.0 kohm
E
PT/WS
1
L&N
4210
MSL111406
AIR RESISTOR
1.0 ohm
E
PT/WS
1
GUILD
9330-10
MSL102466
AIR RESISTOR
10.0 ohm
E
1.23 ppm
0.57 ppm
1.46 ppm
0.24 ppm
0.32 ppm
PT/WS
1
GUILD
9330-100
MSL102467
AIR RESISTOR
100.0 ohm
E
PT/WS
1
GUILD
9330-1K
MSL102468
AIR RESISTOR
1.0 kohm
E
PT/WS
1
GUILD
9330-10K
MSL102469
AIR RESISTOR
10.0 kohm
E
PT/WS
1
GUILD
9330-100K
MSL102470
AIR RESISTOR
100.0 kohm
E
PT/WS
1
GUILD
9330-1M
MSL102465
AIR RESISTOR
1.0 Mohm
E
1.33 ppm
1.06 ppm
0.59 ppm
0.96 ppm
2.11 ppm
WS
1
O.WOLF
0.0001 ohm
MSL031991
AIR RESISTOR
0.0001 ohm
E
WS
1
O.WOLF
0.001 ohm
MSL055072
AIR RESISTOR
0.001 ohm
E
WS
1
O.WOLF
0.01 ohm
MSL055073
AIR RESISTOR
0.01 ohm
E
WS
2
O.WOLF
0.1 ohm
MSL002982
MSL036280
AIR RESISTOR
0.1 ohm
E
50.0 ppm
50.0 ppm
50.0 ppm
50.0 ppm
(Both Units)
WS
1
O.WOLF
1.0 ohm
MSL053312
AIR RESISTOR
1.0 ohm
E
WS
1
O.WOLF
10.0 ohm
MSL055069
AIR RESISTOR
10.0 ohm
E
50.0 ppm
50.0 ppm
WS
1
O.WOLF
100.0 ohm
MSL001688
AIR RESISTOR
100.0 ohm
E
WS
1
O.WOLF
1.0 kohm
MSL001629
MSL001632
AIR RESISTOR
1.0 kohm
E
50.0 ppm
50.0 ppm
(Both Units)
PAGE 14 OF 53
Document Number: D558511
Issue Date: 10/18/12
DC RESISTANCE (continued)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
WS
1
O.WOLF
10.0 kohm
MSL001631
AIR RESISTOR
10.0 kohm
E
100.0 kohm
MSL021079
MSL001480
AIR RESISTOR
3458A
M188921
DMM
WS
PT/WS
1
1
O.WOLF
HP
Uncertainty (+/-)
(k = 1)
ACLAS
S
Status
50.0 ppm
100.0 kohm
E
50.0 ppm
Up to - 12Ω
(12 – 120)Ω
120Ω – 1.2kΩ
(1.2 – 12)kΩ
(12 – 120)kΩ
120kΩ – 1.2MΩ
(1.2 – 12)MΩ
(12 – 120)MΩ
K
(0.12 – 1.2)GΩ
17 ppm + 60 uΩ
12 ppm + 0.6 mΩ
9.4 ppm + 0.6 mΩ
9.3 ppm + 6 mΩ
9.4 ppm + 60 mΩ
14 ppm + 3 Ω
56 ppm + 120 Ω
527 ppm+ 1.2 kΩ
0.5 %IV + 10 kΩ
ACCRD
Non
ACCRD
DC VOLTAGE (Figure 9)
Std.
Level
Qty.
Mfr.
Model
Tag No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
FLUKE
732A
M185313
SOLID STATE
REFERENCE
STANDARD
1.0 V
1.018
10.0 V
E
0.38 ppm
0.68 ppm
0.087 ppm
PT/WS
2
FLUKE
732B
M217268
M231613
SOLID STATE
REFERENCE
STANDARD
1.018
10.0 V
E
0.28 ppm
0.16 ppm
(Best for both Units)
ACLAS
S
Status
DC VOLTAGE (Figure 9)
Std.
Level
PT/WS
Qty.
Mfr.
Model
Tag No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 2)
ACLAS
S
Status
1
HP
3458A
M188921
DMM
Up to 120 mV
120 mV – 1.2 V
1.2 V – 12 V
(12 – 120) V
120 V – 1.05 kV
K
5.4 ppm + 0.4 uV
3.4 ppm + 0.4 uV
2.9 ppm + 0.6 uV
4.7 ppm + 40 uV
17 ppm + 110 uV
ACCRD
PAGE 15 OF 53
Document Number: D558511
Issue Date: 10/18/12
DC CURRENT (Figure 26)
Std.
Level
PT/WS
Qty.
Mfr.
Model
Tag No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 2)
ACLAS
S
Status
1
HP
3458A
M188921
DMM
Up to 120µA
120µ – 1.2mA
(1.2 – 12)mA
(12 – 120)mA
120mA –1.05A
K
18 ppm + 0.9 nA
18 ppm + 6 nA
19 ppm + 60 nA
35 ppm + 0.6 µA
104 ppm + 12 µA
ACCRD
ACLAS
S
Status
INDUCTANCE (Figure 7)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
GENRA
1482E
F005742
AIR CORE
1 mH
E
0.04 % @ 0.1 kHz
0.04 % @ 1.0 kHz
PT/WS
1
GENRA
1482L
F005746
AIR CORE
100 mH
E
0.034 % @ 0.1 kHz
0.030 % @ 1.0 kHz
PT/WS
1
GENRA
1482P
F005402
AIR CORE
1H
E
0.037 % at 0.1 kHz
0.028 % at 1.0 kHz
PT/WS
1
GENRA
1482T
970695
AIR CORE
10 H
E
0.029 % at 0.1kHz
0.13 % at 1kHz
PT/WS
1
GENRA
1482B
M140838
AIR CORE
100 µH
E
0.067 % at 0.1 kHz
0.067 % at 1 .0kHz
PT/WS
1
GENRA
1482H
M142034
AIR CORE
10 mH
E
0.042% at 0.1 kHz
0.042 % at 1 .0kHz
PT/WS
1
GENRA
1482C
F005750
AIR CORE
200 µH
E
0.084 % at 0.1 kHz
0.070 % at 1.0 kHz
PT/WS
1
GENRA
1482D
F005401
AIR CORE
500 µH
E
0.023 % at 0.1 kHz
0.023 % at 1.0 kHz
PT/WS
1
GENRA
1482F
F005403
AIR CORE
2 mH
E
0.021 % at 0.1 kHz
0.032 % at 1.0 kHz
PT/WS
1
GENRA
1482G
F005743
AIR CORE
5 mH
E
0.017 % at 0.1 kHz
0.019 % at 1.0 kHz
PT/WS
1
GENRA
1482J
F005745
AIR CORE
20 mH
E
0.019 % at 0.1 kHz
0.020 % at 1.0 kHz
PT/WS
1
GENRA
1482K
F005765
AIR CORE
50 mH
E
0.030 % at 0.1 kHz
0.030 % at 1.0 kHz
PT/WS
1
GENRA
1482M
F005747
AIR CORE
200 mH
E
0.031 % at 0.1 kHz
0.032 % at 1.0 kHz
PAGE 16 OF 53
Document Number: D558511
Issue Date: 10/18/12
INDUCTANCE (continued)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k is not defined.)
PT/WS
1
GENRA
1482N
F005748
AIR CORE
500 mH
E
0.016 % at 0.1 kHz
0.040 % at 1.0 kHz
PT/WS
1
GENRA
1482Q
982019
AIR CORE
2H
E
0.017 % at 0.1 kHz
0.090% at 1.0 kHz
PT/WS
1
GENRA
1482R
982021
AIR CORE
5H
E
0.018 % at 0.1 kHz
0.080 % at 1.0 kHz
ACLAS
S
Status
PAGE 17 OF 53
Document Number: D558511
Issue Date: 10/18/12
ELECTROMAGNETIC RF/MICROWAVE
COAXIAL POWER (Figure 24)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value *
(See note
below)
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
HP
478A-H75
MSL083407
THERMISTOR MOUNT
96 to 100 %
I
0.11 to 0.26 %
PRT/WS
1
HP
478A-H55
MSL082352
THERMISTOR MOUNT
96 to 100 %
E
0.15 to 0.30 %
PRT/WS
(storage)
1
WANDEL
EPM-1
M159938
MILLIWATT TEST SET
0.000 dBm
E
0.01 to 0.015 dB
PT/WS
1
HP
8478B-N
155331
155332
THERMISTOR MOUNT
94 to 100 %
B
0.13 to 0.40 %
PT/WS
1
HP
8481A-N
155486
POWER SENSOR
92 to 100 %
A
0.21 to 0.44 %
PT/WS
1
HP
8481H
MSL118208
POWER SENSOR
88 to 98 %
A
0.21 to 0.46 %
PT/WS
1
HP
8481D
M208352
POWER SENSOR
98 to 100 %
A
0.62 to 0.78 %
PT/WS
1
HP
8482A
MSL088978
POWER SENSOR
90 to 98 %
A
0.13 to 0.36 %
PT/WS
1
HP
8482H
MSL105424
POWER SENSOR
87 to 98 %
A
0.25 to 0.68 %
PT/WS
1
HP
8483A
MSL095723
POWER SENSOR
(storage)
94 to 100 %
A
0.28 to 0.38 %
PT/WS
1
HP
8485A
MSL113218
POWER SENSOR
88 to 100 %
A
0.25 to 0.71 %
PT/WS
1
HP
8487A
M207142
POWER SENSOR
94 to 100 %
A
0.21 to 0.83 %
PT/WS
1
HP
8485D
M193165
POWER SENSOR
95 to 97 %
A
0.66 to 0.93 %
ACLASS
Status
* Range for Calibration Factor or Effective Efficiency Values.
PAGE 18 OF 53
Document Number: D558511
Issue Date: 10/18/12
MICROWAVE ATTENUATION (Figures 10 & 11)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
PT
1
WEINS
PA-2
M111838
PRECISION
ATTENUATOR
10 - 110 dB
L
Uncertainty (+/-)
(k = 1)
ACLAS
S
Status
0.002 to 0.012 dB
PRT
1
HP
8902A
M200262
MEASUREMENT
RECEIVER
0 - 100 dB
E
0.015 to 0.165 dB
WS
1
HUGHS
45722H
M154197
VARIABLE
ATTENUATOR
0 - 50 dB
E
0.06 dB to 20 dB
0.20 dB to 50 dB
PR
1
HUGHS
45740H
M180931
ATTENUATOR
SET
3, 10, 20, 40
dB
E
0.16 dB @ 3 dB to
0.40 dB @ 40 dB
3.20º to 4.80º
WS
1
HUGHS
45724H
M133664
VARIABLE
ATTENUATOR
0 - 50 dB
E
0.06 dB to 20 dB
0.20 dB to 50 dB
PR
1
HITAC
M1513
MSL105202
VARIABLE
ATTENUATOR
0 - 50 dB
E
0.06 dB to 20 dB
0.20 dB to 50 dB
WS
2
HUGHS
45726H
M156721
M131431
VARIABLE
ATTENUATOR
0 - 50 dB
E
0.06 dB to 20 dB
0.20 dB to 50 dB
WS
1
HITAC
R1514
MSL076812
VARIABLE
ATTENUATOR
0 - 50 dB
E
0.06 dB to 20 dB
0.20 dB to 50 dB
PR
(storage)
1
HP
P382A
MSL067208
VARIABLE
ATTENUATOR
0 - 50 dB
E
0.06 dB to 20 dB
0.20 dB to 50 dB
Uncertainty (+/-)
(k = 1)
MICROWAVE IMPEDANCE (Figures 12 & 13)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
PT/WS
1
ANRITSU
26N75A
TRO009841
TERMINATION - 75 Ohms
1.00 VSWR
A
PT
1
MAURY
K332A
M176446
MISMATCH SET
(Two-Port)
0.05, 0.11,
0.20, 0.33
Rho
E
0.0040 to 0.0090 Rho
0.50 to 1.00 Degrees
(from dimensional)
PT
1
MAURY
U322A
M175808
Part of
(M180503)
MISMATCH SET
(Two-Port)
0.05, 0.11,
0.20, 0.33
Rho
E
(IN STORAGE)
0.0050 to 0.0100 Rho
0.50 to 1.0 Degrees
(from dimensional
ACLAS
S
Status
<1.006 VSWR
PAGE 19 OF 53
Document Number: D558511
Issue Date: 10/18/12
MICROWAVE NETWORK ANALYZER (Figures 10, 11, 12, & 13)
(Devices in Kits include Attenuation, Impedance, and Phase Standards)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT
1
HP
85029B
M217609
7 mm KIT (F < 6 GHz)
20, 50 dB
0.6 Rho
A
0.185 to 0.303 dB
0.0038 to 0.0271 Rho
PT
1
HP
85051B
M217733
7 mm KIT
0, 20, 50 dB
0.6 Rho
A
0.017 to 0.264 dB
0.00133 to 0.00543
Rho
PT
1
HP
85053B
M197832
3.5 mm KIT
0, 20, 40 dB
0.6 Rho
A
0.018 to 0.445 dB
0.00235 to 0.01238
Rho
PT
1
HP
85055A
M180757
TYPE N KIT
0, 20, 50 dB
0.6 Rho
A
0.019 to 0.288 dB
0.00198 to 0.01161
Rho
PT
1
HP
85057B
M208844
2.4 mm KIT
0, 20, 40 dB
0.6 Rho
A
0.023 to 2.454 dB
0.00375 to 0.02049
Rho
PT
1
HP
Q11645A
M228759
WR-22 KIT
0, 20, 50 dB
0.45 Rho
A
0.052 to 0.150 dB
0.00197 to 0.00864
Rho
PT
1
HP
V11645A
M228575
WR-15 KIT
0, 20, 50 dB
0.45 Rho
A
0.053 to 0.539 dB
0.00342 to 0.01142
Rho
PT
1
HP
W11645A
M229349
WR-10 KIT
0, 20, 50 dB
0.45 Rho
A
0.058 to 0.507 dB
0.00341 to 0.01260
Rho
PT
1
HP
R11645A
TRO014737
WR-28 KIT
0, 20, 50 dB
0.45 Rho
A
0.051 to 0.155 dB
0.00335 to 0.00835
Rho
ACLAS
S
Status
PAGE 20 OF 53
Document Number: D558511
Issue Date: 10/18/12
WAVEGUIDE POWER (Figure 14)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value *
(See note
below)
Agency
PT
(storage)
1
HP
K486A
MSL102952
THERMISTOR MOUNT
94 to 98 %
B
PRT/WS
(storage)
1
K486A
MSL102953
THERMISTOR MOUNT
PT/WS
(storage)
1
R486A
MSL081014
THERMISTOR MOUNT
PT/WS
1
HP
R8486A
M190648
POWER SENSOR
92 to 96 %
A
0.64 to 0.95 %
PT/WS
1
MILTCH
45772H-1100
M131921
THERMISTOR MOUNT
54 to 92 %
B
IN STORAGE
HP
HP
Uncertainty (+/-)
(k = 1)
IN STORAGE
was
0.25 to 0.275 %
94 to 98 %
E
IN STORAGE
was
0.75 to 0.95 %
94 to 98 %
A
IN STORAGE
was
0.55 to 0.85 %
was
0.73 to 1.33 %
(storage)
PRT/WS
1
HUGHS
45782H-1100
M143840
CALORIMETER
(storage)
38 to 41
µV/mW
E
1.8 to 3.4 %
PT/WS
1
HP
Q8486A
M189815
POWER SENSOR
87 to 92 %
A
1.47 to 1.99 %
PT/WS
1
HP
Q8486D
M236076
POWER SENSOR
89 to 100 %
A
1.36 to 2.36 %
PT/WS
2
MITLTCH
45774-1100
M230150
M230151
THERMISTOR MOUNT
82 to 90 %
B
IN STORAGE
F3904
M093417
CALORIMETER
(storage)
PRT/WS
1
HITAC
ACLAS
S
Status
was
1.00 to 1.02 %
32 to 40
mV/mW
E
IN STORAGE
was
1.3 to 3.8 %
(storage)
PT/WS
1
HP
W8486A
M218588
POWER SENSOR
84 to 99 %
A
4.4 to 5.7 %
PT/WS
1
HP
V8486A
MSL113284
POWER SENSOR
71 to 120 %
A
3.9 to 5.4 %
* Range for Calibration Factor or Effective Efficiency Values.
PAGE 21 OF 53
Document Number: D558511
Issue Date: 10/18/12
MECHANICAL
FORCE (Figure 15)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
MRHS
MH
M130910
DEAD WEIGHT MACH
20-2,000 lbf
E
0.004% IV
PT/WS
1
MRHS
MH
M111351
DEAD WEIGHT MACH
100-10,000
lbf
E
0.004% IV
PT/WS
1
MRHS
MH
M125554
DEAD WEIGHT MACH
300-30,000
lbf
E
0.004% IV
ACLAS
S
Status
MASS (Figure 16)
METRIC
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PR/WS
2
TROEM
1kg-E2
MSL096670
MSL096669
WEIGHT-CLASS E2
(L7 and L8)
1 kg
A
0.021 mg
PR/WS
2
TROEM
N/A
M207882
WEIGHT-CLASS S-1
(L5 and L6)
1 kg
A
0.021 mg
PR/WS
1
CBC
20kg-200g
970590
WEIGHT-CLASS 1
20kg - 200g
A
36.0 mg
36.0 mg
CHK
1
TROEM
1-200g
MSL071540
WEIGHT-CLASS S-1
(Set 11)
1g – 200g
E
0.1 mg
0.1 mg
0.1 mg
CHK/
PR/WS
1
VOLAND
100g-1mg
MSL070143
WEIGHT-CLASS S-1
(Set 3)
100g - 1 mg
E
0.012 mg
0.012 mg
0.012 mg
ACLAS
S
Status
PAGE 22 OF 53
Document Number: D558511
Issue Date: 10/18/12
OPTICAL RADIATION
RADIOMETRY - DETECTOR BASED (Figure 25)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
LASER
RK-5720
M179278
M179515
M179516
PYROELECTRIC &
THERMOPILE
0.25 uW to
150 W
A
5%
ACLAS
S
Status
THERMODYNAMIC
HUMIDITY (Figure 17)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
THNDR
8500
M180652
HUMIDITY GENERATION
SYSTEM
10% to 90%
RH
10 - 70 °C
E
± 0.203% @ 50% RH
10% to 90%
RH
10 - 70 °C
E
1.0% RH
0.05 °C
PT/WS
1
THNDR
7000
M153889
HUMIDITY GENERATION
SYSTEM
ACLAS
S
Status
0.05 °C
PRESSURE (Figure 18)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
1
RUSKA
2460
M208372
PISTON GAGE
(Pneumatic)
0.2 to
1000PSI
A/E
0.0015% IV
PT/WS
1
RUSKA
2450
150179
PISTON GAGE
(Hydraulic)
6-40K PSI
A/E
0.0015% IV
WS
1
FLUKE
PPC-4
611947
Pressure Controller
Calibrator
0-2000 PSI
A
0.0046 IV
ACLAS
S
Status
PAGE 23 OF 53
Document Number: D558511
Issue Date: 10/18/12
TEMPERATURE (Figure 19)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
INT
1
YELSP
17401
MSL107641
Gallium MP
302.9146 K
G
0.00036 °C
INT
2
JARET
A13
MSL096294
M270125
WATER TRIPLE POINT
CELL
0.01 °C
G
0.0001 K
PT
1
L&N
8163
SPRT
-195 to 420
ºC
C
≥ 0.0013 ºC
(-195-280 ºC)
ACLAS
S
Status
MSL051931
≥ 0.083 ºC
(280-420 ºC)
PT*/WS
2
ENGL
S
MSL094636
MSL101968
Pt-10%Rh TC
0-1450 °C
C
0.05°C (0 – 1100°C)
to 0.8°C @ 1450°C)
(Both Units)
PT*/WS
1
RSMT
162CE
M170389
SPRT
77 - 933 K
E
< 0.003 K
1
L&N
8163
MSL051931
PLATINUM RESISTANCE
THERMOMETER
84 - 693 K
E
< 0.002 K
1
BURNS
12001
M270117
Probe, PRT
-195 to 280
°C
E
0.01 °C
(See note
below)
PR*/WS
(See note
below)
WS
*
Tag number and variety may change due to calibration cycle, need, and range requirements.
PAGE 24 OF 53
Document Number: D558511
Issue Date: 10/18/12
VACUUM (Figure 20)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PT/WS
2
G-P
370
M270123
(M270126)
Stabil-Ion GAGE
10-4 to 10-8
torr
C
1.07% Reading
PT/WS
2
MKS
270B
M164715
(with)
MSL095490
MSL095491
MSL095492
M143465
(with)
M143466
M143467
M143468
Display Unit
760 to 10-6
torr
A
0.05% Reading
ACLAS
S
Status
Manometer Cap
“
“
Display Unit
TIME & FREQUENCY
FREQUENCY (Figure 21)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
PR/WS
1
HP
5071A
TRO023452
CESIUM-BEAM
STANDARD
1,5,10 MHz
G
1.02 X 10-13
for Measured Offset
from Nominal of
-1.13 X 10-13
(Drift: <3 X 10-14/day)
ACLAS
S
Status
PAGE 25 OF 53
Document Number: D558511
Issue Date: 10/18/12
PHASE / AMPLITUDE MODULATION NOISE (Figure 22)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
PR/WS
1
WENZEL
500-02145
LOW-NOISE
OSCILLATORS
Nominal
Value
Agency
Uncertainty (+/-)
(k = 1)
ACLASS
Status
B
Single Sideband Phase
Noise
ACCRD
+/- 2.2 dB
M202251
5 MHz
< -116 dBc/Hz at 1Hz
to < -174 dBc/Hz at 100
kHz
< -110 dBc/Hz at 1Hz
to < -170 dBc/Hz at 100
kHz
10 MHz
PT
1
WENZEL
500-03098
LOW-NOISE
OSCILLATORS
B
Single Sideband Phase
Noise
ACCRD
+/- 2.0 dB
M218746
5 MHz
< -122 dBc/Hz at 1Hz
to < -180 dBc/Hz at 100
kHz
< -116 dBc/Hz at 1Hz
to < -172 dBc/Hz at 100
kHz
10 MHz
PRT
1
HP
3048A
M217671
PHASE-NOISE
MEASUREMENT
SYSTEM
AM NOISE
MEASUREMENTS
B
ACCRD
5, 10, and
100 MHz
10.6 GHz
+/-1.0 dB Max. at Offsets
from 1 Hz to 1 MHz
5 and 10
MHz
10.6 GHz
+/-1 dB from
1 Hz to 1 MHz
PAGE 26 OF 53
Document Number: D558511
Issue Date: 10/18/12
TIME DOMAIN STABILITY (Figure 23)
Std.
Level
Qty.
Mfr.
Model & Tag
No.
Description
PT
1
WENZEL
500-03098
LOW PHASE NOISE
OSCILLATOR
M218746
Nominal
Value
Agency
B
10 MHz
1
SIGMA
LKHD-2001
M206597
HYDROGEN MASER
PR/WS
1
WENZEL
500-03099
LOW-NOISE
OSCILLATORS
M227910
0.1, 1, 5, 10,
and 100
MHz
ACLAS
S
Status
+10%: 0.001 s to 0.5 s
+30%: > 0.5 s
<3.11 X 10-12 at 0.002 s
to <7.29 X 10-13 at 1.0 s
<5.69 X 10-12 at 0.001 s
to <7.44 X 10-13 at 1.0 s
5 MHz
INT/WS
Uncertainty (+/-)
(k = 1)
G
<5 X 10-13/1 sec.
<5 X 10-15/10,000 secs.
E
+/- 10%
5 MHz
10 MHz
<1.6 X 10-10 at 0.002 s
to <1.0 X 10-12 at 1.0 s
<1.7 X 10-10 at 0.001 s
to <1.0 X 10-12 at 1.0 s
PAGE 27 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
ANGULAR
NIST
Primary Transfer/
Working Standard
Primary Transfer/
Working Standard
Primary Transfer/
Working Standard
Ultradex
AA Gage A-6
Optical Polygon
H&W TP122
Optical
Square
Test and Measurement
Equipment/
Working Standards
Figure 1 Angular
PAGE 28 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
FLATNESS
NIST
Primary Transfer
Optical Flat
VK 6
Primary Reference/
Working Standard
Interferometer
Davidson D-309
Working Standard
Optical Flat Set
Mitutoyo 157-901
Working Standard
Tool Makers
Flat
Figure 2 Flatness
PAGE 29 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
ID & OD
Length
Gage Blocks Standards
Starrett/Webber
PT/WS
Pratt & Whitney
UMM LABMASTER
ID
OD
Precision Rings
Thread Wires
Precision:
Rolls, Cylinders,
Pins & Balls
Plug Gages
(Pitch Diameter)
Figure 3 ID & OD
PAGE 30 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to NIST
(FLOW INDICATES CMM TRACEABILITY)
LENGTH
Accredited Laboratory
Webber
Working/Commercial
Gage Block Sets
0.010 - 20.0 in
CMM
Zeiss: UMM500 &
UMM800
Figure 4 Length
PAGE 31 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
AC CURRENT
Accredited
Laboratory
FLUKE
Primary Transfer/
Working Standard
HP 3458A
Figure 5 AC Current
PAGE 32 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
AC VOLTAGE
Accredited
Laboratory
FLUKE
Primary Transfer/
Working Standard
HP 3458A
Figure 6 AC Voltage
PAGE 33 OF 53
Document Number: D558511
Issue Date: 10/18/12
Transfer
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to NIST
CAPACITANCE / INDUCTANCE
OUTSIDE
LABORATORY
Check
Standard
Stennis
GenRad
1000pF
Agilent
Primary
Transfer/
Working
Low Freq.
Capacitance
Bridge (10pF)
Primary
Transfer/
Working
Primary
Transfer/
Working
High Freq.
HP Capacitor Set
(1 – 1000pF)
GenRad 1482-x
Inductor Set
100uH – 10H
Primary
Reference/
Working
Laboratory /
Work Load
Low Freq.
Capacitors
High Freq.
LCR Bridges
Secondary
Resistor Set
(Traceability stated
elsewhere)
Low Freq.
Capacitor
Work Load
Low Freq.
Capacitance
Bridge
Work Load
Laboratory /
Work Load
LCR Bridges
Inductance
Bridge
Work Load
Inductor
Work Load
Figure 7 Capacitance/Inductance
PAGE 34 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to NIST
RESISTANCE
Accredited Laboratory
Outside Laboratory
Stennis
Fluke
Primary Transfer/
Working Standard
HP 3458A
Primary Transfer /
Working
AC/DC Set 2
1 ohm to 1Mohm
Primary Transfer /
Working
Primary Transfer /
Check
AC/DC Set 1
0.01 ohm to 100 kohm
Secondary Set
0.001 ohm to 1 Mohm
Working Standard
Shunts
(in Air)
Bridge set in air
0.0001Ohm to 100kohm
Resistance Meters
Laboratory / Work Load
HP 3458A, Datron 1062A
Commercial
Resistors
(in Air or Oil)
Figure 8 Resistance
PAGE 35 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to Intrinsic/Derived Standards
DC VOLTAGE
Accredited Laboratory
Outside Laboratory
Denver & Stennis
Fluke
Primary Transfer/
Working Standard
Working
HP3458A
Primary Transfer/Working
Primary Transfer/Working
Std
Zener Standard
Fluke 732A
Zener Standards
Fluke 732B
Laboratory / Work Load
Calibrators/DMMs
Commercial and IWT
Calibrators/DMMs
Figure 9 DC Voltage
PAGE 36 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
COAXIAL ATTENUATION
NIST
U.S.
Army
Electrical
PSL
100KHz, 0.01 – 50.0 GHz
Agilent Technologies Standard Lab
Primary Transfer Standard
Primary Transfer Standard
Stds. Kit
HP
85029B
Weinschlel PA-2
Primary
Reference
Transfer
Standard
Measuring
Receivers
HP 8902A
PSL
Working
Standards
Secondary
Lab
Standards
Stds. Kit
HP
85051B
Stds. Kit
HP
85053B
Stds. Kit
HP
85055B
Stds. Kit
HP
85057B
Transfer
System
Network Analyzers
with Test Sets and
Calibration Kits
User
Standards
Figure 10 Coaxial Attenuation
PAGE 37 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
WAVEGUIDE ATTENUATION
CMM:
Zeiss
(Traceability
stated
elsewhere)
Measurement
Receiver:
HP
8902A
NIST
(Traceability stated
elsewhere)
Agilent Technologies
Standards Lab
Primary Transfer Standard
PT
K-Band
Mismatch Set
MURY
K332A
PR
K-Band
Attn. Set
HUGHS
45740H
R-Band
WR-28
HP
R11645
A
(WR-22)
Stds. Kit
HP
Q11645A
(WR-15)
Stds. Kit
HP
V11645A
(WR-10)
Stds. Kit
HP
W11645A
Transfer System
Network Analyzer with Test Sets and
Calibration Kits
WS
PSL Working
Standards
Secondary
Lab
Standards
User
Standards
User
Systems
Figure 11 Waveguide Attenuation
PAGE 38 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
COAXIAL IMPEDANCE
NIST
Mechanical
NIST
Electrical
Agilent Technologies
Standards Labs
Primary Transfer
Standard
(7 mm)
Stds. Kit
HP
(3.5 mm)
Stds. Kit
HP
(N)
Stds. Kit
HP
(2.4mm)
Stds. Kit
HP
Transfer System
Network Analyzers with Test Sets and
Calibration Kits
PSL Working
Standards
Secondary Lab
Standards
User
Standards
Figure 12 Coaxial Impedance
PAGE 39 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
WAVEGUIDE IMPEDANCE
NIST
CMM:
Zeiss
(Traceability
stated
elsewhere)
Measurement
Receiver:
HP
8902A
(Traceability stated
elsewhere)
PT
PR
K-Band
Mismatch Set
MAURY
K332A
K-Band
Attn. Set
HUGHS
45740H
Agilent Technologies
Standards Lab
Primary Transfer
R-Band
HP
R11645A
Q-Band
Stds. Kit
HP
V-Band
Stds. Kit
HP
W-Band
Stds. Kit
HP
Q11645A
V11645A
W11645A
Transfer System
Network Analyzer with Test Sets and
Calibration Kits
PSL
Working
Standards
Secondary
Lab
Standards
User
Standards
User
Systems
Figure 13 Waveguide Impedance
PAGE 40 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
WAVEGUIDE POWER
NIST
Electrical
NPL
Agilent
Technologies
Standards Lab
PT/WS
PT/WS
PT/WS
PT/WS
PT/WS
in storage
(WR-42)
HP K486A
Mount
PT/WS
in storage
(WR-28)
HP
R8486A
R-Band
(WR-10)
HP
W8486A
W-Band
(WR-15)
HP
V8486A
V-Band
(WR-22)
HP
Q8486A
Q-Band
(WR-15)
Millltech
45774H
Thermistor
Mount
PRT/ WS
in storage
(WR-15)
Hitachi
F3904
Calorimeter
Transfer Equipment
PSL Working
Standards
Secondary Lab
Standards
User Standards
Figure 14 Waveguide Power
PAGE 41 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
FORCE
NIST
PDSL
“In Situ”
PDSL
“In Situ”
PDSL
“In Situ”
Primary Transfer/
Working Standard
Primary Transfer/
Working Standard
Primary Transfer/
Working Standard
Morehouse 2k lbs
Deadweight
Force Machine
Morehouse 10k lbs
Deadweight
Force Machine
Morehouse 30k lbs
Deadweight
Force Machine
Figure 15 Force
PAGE 42 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to International Prototype Kilogram
MASS
International Prototype
Kilogram
(IPK)
NIST
Outside Laboratories
Mass
Measurement
Assurance Program
Primary Transfer
L7 & L8
1 kg
Check Standard
Primary Reference
Transfer
20 kg to 1 mg
L5 & L6
Working Standard
20 kg to 1 mg
Figure 16 Mass
PAGE 43 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
HUMIDITY
NIST
Temperature
Dimensional
Mass
Pressure
Primary Transfer/
Working Standard
Primary Transfer/
Working Standard
Thunder 7000
Humidity Generation
System
Thunder 8500
Humidity Generation
System
Humidity
Figure 17 Humidity
PAGE 44 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
PRESSURE
NIST
Mass
Ruska
Mass
Primary Transfer/
Working Standard
Piston Gage
Pneumatic
0.2 – 1000 PSI
Working Standard
Working Standard
Controller / Calibrator
0 - 2000 PSI
Primary Transfer/
Working Standard
Piston Gage
Hydraulic
6 – 40k PSI
Figure 18 Pressure
PAGE 45 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to NIST and Intrinsic/Derived Standards
TEMPERATURE
NIST
(USA)
Primary Transfer/
Working Standard
Type “S”
Thermocouple
NIST
Primary Transfer
Intrinsic
Standards
Water
Triple Points
Gallium MP
Platinum Resistance
Thermometer (SPRT)
Long Stem
Primary Reference/
Working Standard
Platinum Resistance
Thermometer (SPRT)
Long Stem
Working
Standard
PRTs
-189 to 660 °C
Figure 19 Temperature
PAGE 46 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
VACUUM
MKS
NIST
LOW VACUUM
HIGH VACUUM
Primary Transfer/
Working Standard
MKS 270B with
sensors
-3
760 - 10 torr
Primary Transfer/
Working Standard
Capacitance
Diaphragm Gages
(CDG)
-3
-6
10 – 10 torr
Primary Transfer/
Working Standard
Stabil-Ion Gages
-4
-8
10 - 10 torr
Figure 20 Vacuum
PAGE 47 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to Bureau International des Poids et Mesures (BIPM)
FREQUENCY
Universal
Coordinated Time (UTC)
(BIPM)
UTC
(USNO)
Global Positioning
System (GPS)
Network
NIST Monitors
GPS Receiver
Datum 9390-2000
TRO 009829
Primary Reference/
Working Standard
Cesium Beam
HP 5071A
TRO 023452
Figure 21 Frequency
PAGE 48 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
PHASE / AMPLITUDE MODULATION NOISE
NIST
Primary Transfer
Primary Transfer
Low Phase Noise Oscillators
Wenzel 500-03098
NIST Artifact
PM/AM Noise Standard
Primary Reference Transfer
HP 3048A PM/AM Noise
Measurement System
Primary Reference/
Working Standard
Wenzel 500-02145
Figure 22 Phase/Amplitude Modulation
PAGE 49 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to National Institute of Standards and Technology
TIME DOMAIN STABILITY
NIST
Primary Transfer
Intrinsic Standard/
Working Standard
Wenzel OSC
500-02145
Sigma Tau
Hydrogen Maser
1 sec < tau < 10,000 sec
Primary Reference/
Working Standard
Wenzel OSC
500-03099
1 msec < tau < 1 sec
Figure 23 Time Domain Stability
PAGE 50 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
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Traceability to National Institute of Standards and Technology
COAXIAL
NIST
Electrical
Agilent Technologies
Standards Lab
PT/WS
PT/WS
HP
8478B-N
HP478A-H75
Primary Transfer/Working Standards
(LF)
HP8482A
(LoPwr)
HP8481D
(HiPwr)
HP8481H
8482H
(3.5mm)
HP8485A
(3.5 mm)
HP8485D
(2.4mm)
HP8487A
(75ohm)
HP8483A
(storage)
Transfer Equipment
Primary Reference
Transfer/
Working Standards
HP478AH55
HP8478B-N
Transfer Equipment
HP8481A-N
PSL
Working
Standards
Secondary
Lab
Standards
User
Standards
Figure 24 Coaxial Power
PAGE 51 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to NIST
Certified Vendor
Laser Precision
Primary Transfer /
Working Standards
Pyroelectric/Thermopile
Detectors
RK-5720
PR 200
Customer
Customer
Radiometers
Light Sources
Figure 25 Radiometry
PAGE 52 OF 53
Document Number: D558511
Issue Date: 10/18/12
Lockheed Martin Mission Services
Metrology Service Laboratories
Traceability to NIST
DC CURRENT
Accredited Laboratory
FLUKE
Primary Transfer /
Working Standard
HP 3458A
Figure 26 DC Current
PAGE 53 OF 53