|
Is Your Lab As Precise As JLW?
JLW
recently is
ISO 17025:2005
accredited. According to the A2LA, these are the best
confidence levels that you can expect from JLW. See that the measurement uncertainties are very small, and that means
more precise calibrations for you.
|
Parameter/Equipment
|
Range |
Best Uncertainty2 (±) |
Comments |
|
Force –
Measuring Equipment
Transducers, Load
Cells, Transducers,
Dynomometers
Medical
Hydraulic
Grip,
Pinch
Gauges |
(0 to 100) lbf
(100 to 1000) lbf
(5100 to 10 000) lbf
(0 to 200) lbf
(0 to 50) lb |
0.12lbf
1.4lbf
1.6lbf
3.2lbf
0.48lbf |
Dead weights
Dead weights
Dillon force machine
Load cell with indicator
Force gauge |
|
Mass |
(1 to 100) g
(100 to 300) g
(300 to 1200) g
(1200 to 10 000) g
(10 000 to 30 000) g |
0.0053 mg
0.049 mg
0.3 mg
3.6 mg
8.2
mg
|
Single pan substitution
|
|
Parameter/Equipment
|
Range |
Best Uncertainty2,
3 (±) |
Comments |
|
Pressure –
Measuring Equipment
Gauges, Transducers
Pneumatic
Water
Oil |
(1 to 100) psig
(10 to 15 000) psig
(10 to 15 000) psig |
0.6R
0.6R
0.6R
|
Deadweight
|
|
Pressure –
Generating Equipment
Hydraulic Deadweight
Testers
PneumaticDeadweight
Testers |
(0 to 15 000) psig
(0 to 30) psig
(0 to 1600) psig |
95 parts in 106
80 parts in 106
96 parts in 106 |
Deadweight tester
(cross-floating) |
|
Vacuum Gauges |
(0 to 29) inHg |
0.086 inHg |
Pressure Calibrator |
|
Torque
– Measuring Equipment
Torque Testers,
Transducers |
(0 to 120)lbf·in
(00 to200)lbf·ft
(200 to 2000)lbf·ft
|
0.01 lbf·in
0.01 lbf·ft
0.01 lbf·ft
|
Class F weights with torque arm |
|
Torque –
Generating Equipment
Torque Watches
Torque Screwdrivers,
Wrenches, Multipliers |
(0.5 to 10.5)
oz·in
(2.5 to 10)
oz·in
(10 to 43)
oz·in
(43 to 215)
oz·in
(0 to 100) lbf·ft
(100 to 2000)
lbf·ft |
0.03 oz·in
0.1oz·in
0.6 oz·in
3.0
oz·in
0.2% of reading
0.4% of reading |
Class 6 weights with
Analog transfer
standard
Torque transducer
with digital readout |
1 This laboratory
offers commercial calibration service.
2 “Best
Uncertainty” 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 of nearly ideal measuring
equipment. Best uncertainties represent expanded uncertainties expressed at
approximately the 95 % level of confidence, usually using a coverage factor of
k = 2. The best uncertainty of a specific calibration performed by the
laboratory may be greater than the best uncertainty due to the behavior of the
customer’s device, to the environment (if the calibration is performed in the
field) and to influences from the circumstances of the specific calibration.
3 R is the
resolution of the unit under test.
Click here for an online Adobe PDF Scope of Accreditation (view online or right click link and save to
hard drive)
|
|
| New or refurbished instruments? |
Tell us what you need...
 | |
| |
| Need an RMA? |
Click here and we'll set you up FAST!
 | |
| |
| How are we doing? |
Fill out the Survey and let us know...
 | |
| |
| Have you filled out a profile? |
Tell us about you so we can serve you better...
 | |
|