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Load Cells - LCM300 - Tension & Compression Load Cell (Miniature/Inline Threaded)

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FUTEK Advanced Sensor Technology, Inc.
LCM300 , 25 lb , Tension & Compression Load Cell (Miniature/Inline Threaded) , Standard , Material - 17-4 PH S.S. , 1/4-28-Thread , 28 Awg 4 Conductor Braided Shielded Clear PVC , 10 ft Long

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FSH00665 LCM300 , 25 lb , Tension & Compression Load Cell (Miniature/Inline Threaded) , Standard , Material - 17-4 PH S.S. , 1/4-28-Thread , 28 Awg 4 Conductor Braided Shielded Clear PVC , 10 ft Long
 Part Number  Calibration Excitation  Capacity  Combined Error  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  Zero Return
FSH00665
10 (Vdc)
2.2 (lbs)
-
60 | 160 (F)
-.025 | .025 (% of Load)
1 | 15 (Vdc)
-.02 | .02 (% of R.O.)
1120 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.02 | .02 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
1000 (Ohms nom.)
2 (mV/V nom.)
11364 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.03 | .03 (% of R.O.)
FSH00666
10 (Vdc)
50 (lbs)
-
60 | 160 (F)
-.025 | .025 (% of Load)
1 | 15 (Vdc)
-.02 | .02 (% of R.O.)
1120 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.02 | .02 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
1000 (Ohms nom.)
2 (mV/V nom.)
11364 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.03 | .03 (% of R.O.)
FSH00667
10 (Vdc)
100 (lbs)
-
60 | 160 (F)
-.025 | .025 (% of Load)
1 | 15 (Vdc)
-.02 | .02 (% of R.O.)
1120 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.02 | .02 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
1000 (Ohms nom.)
2 (mV/V nom.)
11364 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.03 | .03 (% of R.O.)
FSH00668
10 (Vdc)
250 (lbs)
-
60 | 160 (F)
-.025 | .025 (% of Load)
1 | 15 (Vdc)
-.02 | .02 (% of R.O.)
1120 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.02 | .02 (% of R.O.)
-.02 | .02 (% of R.O.)
-60 | 200 (F)
1000 (Ohms nom.)
2 (mV/V nom.)
11364 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.03 | .03 (% of R.O.)
FSH00669
10 (Vdc)
500 (lbs)
-
60 | 160 (F)
-
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
700 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.02 | .02 (% of Load/F)
-.005 | .005 (% of R.O./F)
-1 | 1 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH00670
10 (Vdc)
1000 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
350 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
350 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02629
10 (Vdc)
25 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02630
10 (Vdc)
50 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02631
10 (Vdc)
100 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02632
10 (Vdc)
250 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02633
10 (Vdc)
500 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02634
10 (Vdc)
1000 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02698
10 (Vdc)
25 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02699
10 (Vdc)
50 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02700
10 (Vdc)
100 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02701
10 (Vdc)
250 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02702
10 (Vdc)
500 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02703
10 (Vdc)
1000 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH02938
10 (Vdc)
100 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03186
10 (Vdc)
1000 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 20 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03264
10 (Vdc)
500 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load- 10 min)
1 | 15 (Vdc)
-.5 | .5 (Vdc)
740 (% of R.O.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03360
10
100 (lbs)
-1.5 | 1.5
60 | 220 (F)
-.15 | .15
1 | 15 (Vdc)
-.5 | .5
740 (Ohms nom.)
500
-.5 | .5
-.1 | .1
-45 | 250 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150
-.005 | .005
-.005 | .005
-2 | 2
-.1 | .1
FSH03591
10 (Vdc)
25 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load- 10 min)
1 | 15 (Vdc)
-.5 | .5 (Vdc)
700 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03755
10 (Vdc)
1000 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03884
10 (Vdc)
50 (lbs)
-
60 | 160 (F)
-.1 | .1 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03885
10 (Vdc)
100 (lbs)
-
60 | 160 (F)
-.1 | .1 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03886
10 (Vdc)
250 (lbs)
-
60 | 160 (F)
-.1 | .1 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03887
10 (Vdc)
500 (lbs)
-
60 | 160 (F)
-.1 | .1 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
FSH03888
10 (Vdc)
1000 (lbs)
-
60 | 160 (F)
-.1 | .1 (% of Load)
1 | 15 (Vdc)
-.25 | .25 (% of R.O.)
740 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.25 | .25 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 200 (F)
740 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-3 | 3 (% of R.O.)
-.1 | .1 (% of R.O.)
QSH01665
10 (Vdc)
500 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 160 (F)
-.15 | .15 (% of Load- 10 min)
1 | 20 (Vdc)
-.5 | .5 (Vdc)
700 (% of R.O.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
-45 | 285 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.01 | .01 (% of Load/F)
-.01 | .01 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)
QSH01729
10 (Vdc)
50 (lbs)
-1.5 | 1.5 (% of R.O.)
60 | 302 (F)
-.15 | .15 (% of Load)
1 | 15 (Vdc)
-.5 | .5 (% of R.O.)
700 (Ohms nom.)
500 (Mohms @ 50 Vdc)
-.5 | .5 (% of R.O.)
-.1 | .1 (% of R.O.)
60 | 302 (F)
700 (Ohms nom.)
2 (mV/V nom.)
150 (% of R.O.)
-.005 | .005 (% of Load/F)
-.005 | .005 (% of R.O./F)
-2 | 2 (% of R.O.)
-.1 | .1 (% of R.O.)

Bill of Materials Data

Manufacturer FUTEK Advanced Sensor Technology, Inc.
Description LCM300 , 25 lb , Tension & Compression Load Cell (Miniature/Inline Threaded) , Standard , Material - 17-4 PH S.S. , 1/4-28-Thread , 28 Awg 4 Conductor Braided Shielded Clear PVC , 10 ft Long
Part Number FSH00665

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