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Strain-Gauge Load Cell with Floating Piston: Ruge, 1949
Penny

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Penny

12. Oktubre 2026DK
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Strain-Gauge Load Cell with Floating Piston: Ruge, 1949

Arthur C. Ruge of Cambridge, Massachusetts, one of the two inventors of the bonded wire strain gauge, patented this load weighing cell in 1949, US 2,472,047 (filed 1946). Tanks, bins and scales rest on such cells so the weight of their contents can be read at any time. A floating piston, held in a heavy shell by two diaphragms, passes the load straight down onto a column carrying bonded strain gauges, so tilted, off-centre and twisting loads barely affect the reading. The gauges' change of resistance can be read on a Wheatstone bridge.
Abantado
Workshop process

Mga Tagubilin

1

Base and shell

Weld a rigid, preferably cylindrical shell to a relatively heavy base, or secure it some other way.

Mga materyales para sa hakbang na ito:

Base at Silindrong Kaha ng Load CellBase at Silindrong Kaha ng Load Cell1 piraso

Mga kailangang kasangkapan:

Makinang panghinang na arkoMakinang panghinang na arko
2

Load column and gauges

Screw the lower end of the load-sensitive column rigidly to the base; round its upper end to a half-sphere. Bond wire strain gauges to its surface at several points around it, so bending cancels out, and mount gauges of the same type crosswise for temperature compensation. The column may be round, but square, solid or hollow, makes the gauges easier to apply. Its capacity is set by its cross-section and the stiffness of its material.

Mga materyales para sa hakbang na ito:

Haliging Sensitibo sa KargaHaliging Sensitibo sa Karga1 piraso
Nakadikit na Kawad na Panukat ng PagbanatNakadikit na Kawad na Panukat ng Pagbanat1 set

Mga kailangang kasangkapan:

Set ng mga distornilyadorSet ng mga distornilyador
3

Floating piston

Bore the piston so the column reaches up inside it and its rounded end bears on the end of the bore. Centre the piston in the shell with two annular diaphragms, upper and lower, welded or brazed to piston and shell: widely spaced, they let it move freely up and down but resist side loads and off-centre loads.

Mga materyales para sa hakbang na ito:

Lumulutang na Piston ng KargaLumulutang na Piston ng Karga1 piraso
Hugis-singsing na Gabay na DayapragmHugis-singsing na Gabay na Dayapragm2 piraso

Mga kailangang kasangkapan:

Torno para sa MetalTorno para sa Metal
Makinang panghinang na arkoMakinang panghinang na arko
4

Overload ring and leads

Set a safety ring under the piston with a small clearance: past a safe load, the piston lands on it and the excess goes straight to the base. Bring the gauge leads down through a hole in the ring and out through the lower diaphragm to an external cable. The gauges may be wired as a Wheatstone bridge. The cell can be sealed all round by brazing, or potted.

Mga materyales para sa hakbang na ito:

Singsing na Pangkaligtasan Laban sa Labis na KargaSingsing na Pangkaligtasan Laban sa Labis na Karga1 piraso
Kableng maraming konduktorKableng maraming konduktor1 piraso
Kawad na PanghinangKawad na Panghinang1 as required

Mga kailangang kasangkapan:

De-kuryenteng KautinDe-kuryenteng Kautin
Pambalat ng kawadPambalat ng kawad
5

Zero check

To read the zero without moving the tank, seat a fixed ball race on top of the shell and a turning race above it, with balls between on a slightly inclined cam surface and a second row of balls under the loaded surface. Turning the upper race with a bar or spanner lifts the load a few thousandths of an inch off the piston; read the bridge, then turn it back.

Mga materyales para sa hakbang na ito:

Pares ng Daanan ng Bola na may KamPares ng Daanan ng Bola na may Kam1 piraso
Mga bearing na bolang aseroMga bearing na bolang asero1 set

Mga kailangang kasangkapan:

Llaveng inglesLlaveng ingles

Mga Materyales

10

Mga Kinakailangang Kasangkapan

6

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