Skip to search Skip to main content Skip to navigation

LC8200-125-5

5 lbf, ± 0.5%, Linearity, 2 mV/V Output, Cable, 0.125'' ID, 0.37" Height

4.0

(1)

5 lbf, ± 0.5%, Linearity, 2 mV/V Output, Cable, 0.125'' ID, 0.37" Height

Click and hold to zoom

Choose a Variant

Through Hole Dimension

0.125 in 1 in 0.188 in 0.25 in 0.375 in 0.5 in 0.625 in 0.75 in 0.875 in

Load Cell Capacity

5 lbF 1000 lbF 250 lbF 2000 lbF 500 lbF 10 lbF 100 lbF 25 lbF 50 lbF 3000 lbF 5000 lbF 10000 lbF 7500 lbF

Cable Length

5 ft

See all Models See all accessories

C$1,170.89

Item# LC8200-125-5

Volume discounts available

Volume Discount Schedule

Quantity	Price each
1-9	C$1,170.89
10-24	C$1,112.35
25-49	C$1,088.93
50-99	C$1,042.09
100+	C$1,018.67

QTY

Added to Your Shopping Cart

In Stock

Lead Time (If not in stock): 8 weeks

+ Add to Project List

See Specs

Product Specs

<< See all Product Models

Brand
5-Point Calibration	0%, 50%, 100%, 50%, 0%
Cable Length	5 ft
Calibration Option	5 POINT NIST
Electrical Connection	Cable
Electrical Output	2 mV/V
Force Type	Compression
Full Scale Deflection	0.003 in
Height	0.37 in
Input Resistance	360 Ω min
Linearity	± 0.5%
Load Cell Capacity	5 lbF
Load Cell Type	Through Hole
Materials	17-4 PH Stainless Steel
Operating Temperature, Max	121 °C
Operating Temperature, Min	-54 °C
Outer Diameter	2 in
Output Resistance	350 ± 5 Ω
Overload, Max	300% FS
Process Temperature, Max	71 °C
Process Temperature, Min	16 °C
Repeatability	± 0.1%
Safe Overload	150% FS
Supply Power Note	10 Vdc, 15 Vdc maximum
Supply Voltage	10 Vdc
Thermal Span Effect	± 0.036% rdg/°C
Thermal Zero Effect	± 0.009% FSO/°C
Through Hole Dimension	0.125 in
Wiring/Connector Table	Green: (+) Output; White: (-) Output; Black: (-) Input; Red: (+) Input
Zero/Balance Error	± 2%
See All Specs Show Less

PDFs & Manuals

LC8200_spec View More

View Less

Compliance

View Less

Reviews

Show Ratings & Reviews

4.0

(1)

Rated 4 out of 5 by Caldwell from Fixture Required to Avoid Damage The load cell worked well. My one complaint is that the friction from the nut rotating caused the steel plate we had on the outside to rotate, which in turn caused the load cell to rotate - damaging it's wire. It's easily addressed by either having a fixture, or at the very least having a handle welded to the nut-side plate so it can be held. Lesson learned.

Date published: 2018-06-05