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Load Cells - LCF500 - Low Profile Universal Pancake

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FUTEK Advanced Sensor Technology, Inc.
LCF500 , 10000 lb , Low Profile Universal Pancake , Standard , Material - 17-4 PH S.S. , 1 1/4-12-Thread , 6 Pin Bendix Receptacle, PT02A-10-6P

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FSH00148 LCF500 , 10000 lb , Low Profile Universal Pancake , Standard , Material - 17-4 PH S.S. , 1 1/4-12-Thread , 6 Pin Bendix Receptacle, PT02A-10-6P
 Part Number  Calibration Excitation Ch (1,2)  Capacity Ch (1,2)  Compensated Temperature Ch (1,2)  Creep Ch (1,2)  Excitation Ch (1,2)  Hysteresis Ch (1,2)  Input Resistance Ch (1,2)  Insulation Resistance Ch (1,2)  Nonlinearity Ch (1,2)  Nonrepeatability Ch (1,2)  Operating Temperature Ch (1,2)  Output Resistance Ch (1,2)  Rated Output Ch (1,2)  Safe Overload Ch (1,2)  Temperature Shift Span Ch (1,2)  Temperature Shift Zero Ch (1,2)  Zero Balance Ch (1,2)
FSH00148
10 (Vdc)
10000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (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.)
FSH00149
10 (Vdc)
20000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (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.)
FSH00150
10 (Vdc)
30000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
372 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (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.)
FSH01352
10
5000 (lbs)
60 | 160
-.02 | .02
1 | 20
-.2 | .2
744
500
-.1 | .1
-.02 | .02
-60 | 200
700
2 (mV/V nom.)
150
-.002 | .002
-.001 | .001
-1 | 1
FSH01353
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.)
FSH01355
10 (Vdc)
30000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
372 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (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.)
FSH02642
10 (Vdc)
50000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02669
10 (Vdc)
25000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02687
10 (Vdc)
25000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02689
10 (Vdc)
50000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02897
10 (Vdc)
25000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02898
10 (Vdc)
50000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02935
10 (Vdc)
25000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02968
10 (Vdc)
50000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
FSH02999
10 (Vdc),10 (Vdc)
50000 (lbs),50000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03000
10 (Vdc),10 (Vdc)
25000 (lbs),25000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03009
10 (Vdc),10 (Vdc)
50000 (lbs),50000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03010
10 (Vdc),10 (Vdc)
25000 (lbs),25000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03011
10 (Vdc),10 (Vdc)
50000 (lbs),50000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03012
10 (Vdc),10 (Vdc)
25000 (lbs),25000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03013
10 (Vdc),10 (Vdc)
50000 (lbs),50000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03014
10 (Vdc),10 (Vdc)
25000 (lbs),25000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load),-.02 | .02 (% of Load)
1 | 20 (Vdc),1 | 20 (Vdc)
-.2 | .2 (% of R.O.),-.2 | .2 (% of R.O.)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.),-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-60 | 200 (F),-60 | 200 (F)
350 (Ohms nom.),350 (Ohms nom.)
4 (mV/V nom.),4 (mV/V nom.)
150 (% of R.O.),150 (% of R.O.)
-.002 | .002 (% of Load/F),-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F),-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.),-1 | 1 (% of R.O.)
FSH03208
10 (Vdc)
25000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load)
1 | 20 (Vdc)
-.2 | .2 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.05 | .05 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
350 (Ohms nom.)
4 (mV/V nom.)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
-1 | 1 (% of R.O.)
QSH01217
24 (Vdc)
50000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load- 10 min)
13 | 28 (Vdc)
-.4 | .4 (Vdc)
350 (% of R.O.)
500 (Mohms @ 50 Vdc)
-.4 | .4 (% of R.O.)
-.05 | .05 (% of R.O.)
-40 | 185 (F)
350 (Ohms nom.)
1 | 9 (Vdc)
150 (% of R.O.)
-.02 | .02 (% of Load/F)
-.02 | .02 (% of R.O./F)
-1 | 1 (% of R.O.)
QSH01355
24 (Vdc),24 (Vdc)
10000 (lbs),50000 (lbs)
60 | 160 (F),60 | 160 (F)
-.02 | .02 (% of Load- 10 min),-.02 | .02 (% of Load- 10 min)
12 | 24 (Vdc),12 | 24 (Vdc)
-.2 | .2 (Vdc),-.2 | .2 (Vdc)
350 (Ohms nom.),350 (Ohms nom.)
500 (Mohms @ 50 Vdc),500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.),-.25 | .25 (% of R.O.)
-.02 | .02 (% of R.O.),-.02 | .02 (% of R.O.)
-40 | 185 (F),-40 | 185 (F)
350 (Ohms nom.),350 (Ohms nom.)
8 (mA),8 (mA)
150 (% of R.O.),150 (% of R.O.)
-.005 | .005 (% of Load/F),-.005 | .005 (% of Load/F)
-.003 | .003 (% of R.O./F),-.003 | .003 (% of R.O./F)
1211.8 | 12.2 (mA),1211.8 | 12.2 (mA)
QSH01572
24 (Vdc)
25000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load- 10 min)
13 | 28 (Vdc)
-.4 | .4 (Vdc)
350 (% of R.O.)
500 (Mohms @ 50 Vdc)
-.4 | .4 (% of R.O.)
-.05 | .05 (% of R.O.)
-40 | 185 (F)
350 (Ohms nom.)
1 | 9 (Vdc)
150 (% of R.O.)
-.02 | .02 (% of Load/F)
-.02 | .02 (% of R.O./F)
-1 | 1 (% of R.O.)
QSH01677
24 (Vdc)
20000 (lbs)
60 | 160 (F)
-.02 | .02 (% of Load- 10 min)
13 | 24 (Vdc)
-.2 | .2 (Vdc)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.1 | .1 (% of R.O.)
-.02 | .02 (% of R.O.)
-40 | 185 (F)
350 (Ohms nom.)
8 (mA)
150 (% of R.O.)
-.002 | .002 (% of Load/F)
-.001 | .001 (% of R.O./F)
11.9 | 12.1 (mA)

Bill of Materials Data

Manufacturer FUTEK Advanced Sensor Technology, Inc.
Description LCF500 , 10000 lb , Low Profile Universal Pancake , Standard , Material - 17-4 PH S.S. , 1 1/4-12-Thread , 6 Pin Bendix Receptacle, PT02A-10-6P
Part Number FSH00148

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