We use cookies to operate this website and to improve its usability. Please note that by using this site you are consenting to the use of cookies.
Don't show this message again
Download Center
 
Forgot password?
Log in
Sign up
Register
Send
English |
Log in
Sign up My account
Sponsored link
Free 3D CAD models for Alibre Design, AutoCAD, CATIA, Inventor, Pro/ENGINEER, SOLIDWORKS, Solid Edge, TopSolid …
Sponsored link
0

Load Cells - LCF455 - Low Profile Universal Pancake With Tension Base

Free CAD download

FUTEK Advanced Sensor Technology, Inc.
LCF455 , 2000 lb , Low Profile Universal Pancake With Tension Base , Standard , Material - 17-4 PH S.S. , 5/8-18-Thread , 6 Pin Bendix Receptacle, PT02A-10-6P

Document(s) for this product

Product Page
 
  • Share
  • Embed
FSH00190 LCF455 , 2000 lb , Low Profile Universal Pancake With Tension Base , Standard , Material - 17-4 PH S.S. , 5/8-18-Thread , 6 Pin Bendix Receptacle, PT02A-10-6P
 Part Number  Calibration Excitation  Capacity  Compensated Temperature  Creep  Excitation  Hysteresis  Input Resistance  Insulation Resistance  Nonlinearity  Nonrepeatability  Operating Temperature  Output Resistance  Rated Output  Safe Overload  Temperature Shift Span  Temperature Shift Zero  Zero Balance
FSH00190
10 (Vdc)
2000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00191
10 (Vdc)
500 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00192
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00193
10 (Vdc)
3000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00194
10 (Vdc)
5000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00203
10 (Vdc)
500 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00204
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH00205
10 (Vdc)
2000 (lbs)
60 | 160 (F)
-
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
-
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH01686
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH01687
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH01708
10 (Vdc)
2000 (lbs)
60 | 160 (F)
-
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
-
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH01966
10 (Vdc)
300 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02046
10 (Vdc)
10000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02104
10
300 (lbs)
60 | 160
-.02 | .02
1 | 20
-.2 | .2
790
500
-.1 | .1
-.02 | .02
-60 | 200
700
2 (mV/V nom.)
150
-.002 | .002
-.001 | .001
-1 | 1
FSH02106
10 (Vdc)
500 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02107
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02110
10 (Vdc)
5000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02221
10 (Vdc)
10000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02227
10 (Vdc)
300 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02410
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.05 | .05 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02411
10 (Vdc)
10000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.05 | .05 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02412
10 (Vdc)
10000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.05 | .05 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02416
10 (Vdc)
500 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02417
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02418
10 (Vdc)
300 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02419
10 (Vdc)
300 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02462
10 (Vdc)
500 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02463
10 (Vdc)
5000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02524
10 (Vdc)
5000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.05 | .05 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02525
10 (Vdc)
10000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.05 | .05 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02527
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02528
10 (Vdc)
500 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02529
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02659
10 (Vdc)
300 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
744 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02927
10 (Vdc)
2000 (lbs)
60 | 160 (F)
-
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
-
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02980
10 (Vdc)
2000 (lbs)
60 | 160 (F)
-
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
790 (Ohms nom.)
-
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH03185
10 (Vdc)
1000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.02 | .02 (% of R.O.)
790 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.03 | .03 (% of R.O.)
-.01 | .01 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH03522
10 (Vdc)
2000 (lbs)
60 | 160 (F)
-
1 | 20 (Vdc)
-.2 | .2 (Vdc)
790 (Ohms nom.)
-
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)

Bill of Materials Data

Manufacturer FUTEK Advanced Sensor Technology, Inc.
Description LCF455 , 2000 lb , Low Profile Universal Pancake With Tension Base , Standard , Material - 17-4 PH S.S. , 5/8-18-Thread , 6 Pin Bendix Receptacle, PT02A-10-6P
Part Number FSH00190

3DPartFinder found identical or similar products in other catalogs

Shape Search Results

Users Who Downloaded This Product Also Downloaded

Comments (0)