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Showa Measuring Instruments Strain Gages Accessories

Made in Japan
Manufacturer: SHOWA MEASURING INSTRUMENTS Co., Ltd.

Features

In our modern society, machines and structures are essential for safe, smooth living, requiring confirmed functionality and safety. Strain gages are key sensors that detect and measure strain and stress, ensuring these facilities remain safe.Strain gages, fundamental sensors for detecting and measuring strain and stress, play a key role in ensuring the safety of these facilities.

The history of strain gages dates back to 1938 when Simmons & Ruge first designed bonded type strain gages in America. In 1962, SHOWA Company began manufacturing foil grid type strain gages in Japan, marking the first of its kind. These devices are essential for assessing the strength and properties of materials like metals, rubber, plastics, and ceramics used daily.

Terminals

The terminals are placed between strain gage lead and the heavier leads required for the run to measuring or recording instruments to protect strain gage leads from disconnecions or inferior insulation which are lilely to take place during strain gage installation and measurement.

AppearancesTypeDimensions(mm)Number of pieces per PacketRemarks
FG-5T
6×20×0.15
10
SFG-5T
6×20×1.0
10
Self-Adhesive Type
FG-7T
7×26×0.15
10
SFG-7T
7×26×1.0
10
Self-Adhesive Type
FG-10T
12×40×0.15
10
SFG-10T
12×40×1.0
10
Self-Adhesive Type
FG-15T
16×56×0.15
10
SFG-15T
16×56×1.0
10
Self-Adhesive Type
FGR-10T
10×25×0.15
10
For 2 or 3 Elements Gages
SFGR-10T
10×25×1.0
10
Ditto,but Self-Adhesive Type
FGR-15T
15×38×0.15
10
For 2 or 3 Elements Gages
SFGR-15T
15×38×1.0
10
Ditto,but Self-Adhesive Type
Showa
FGF-5T
15×40×0.15
10
For 5 Elements Gages
SFGF-5T
15×40×1.0
10
Ditto,but Self-Adhesive Type

Adhesive

Select an adhesive that is compatible with the measurement conditions.

TypeUseBonded MaterialOperating Temperature RangeAdhesion MethodApplied Pressure (kPa)Capacity (g)
EXTRA 4000
Cyanoacrylate-based (Instant adhesives)
Metal composite materials Plastics
-30~70℃
Acupressure for more than 30 seconds
Finger Pressure
2g×5
F11
Epoxy-based two-component mixture
Metal composite materials Plastics
-30~130℃
Pressurise at 100°C for 2 hours.
50~150
100g
F31
Epoxy-based two-component mixture
Metal composite materials Plastics
-30~80℃
Pressurised at room temperature for 24 hours.
50~150
100g

Coating Material

If the measurement is to be carried out in hot and humid areas or over a long period of time, a damp-proofing agent should definitely be used.

TypeComponentsThermal Deformation Temperature(℃)RemarksContents per Set(g)
A-1
Butyl rubber
-30~170℃ -50~200℃
Wear pressure with form of clay
1000g
TSE397
Silicone
-55~200℃
General and high temperature purpose
100g

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