残留応力

Special strain gauges for residual stress analysis are used to reliably determine the inherent stresses prevailing in the material.

残留応力

expand_more

chevron_left

chevron_right

RY: Strain Gauges for Residual Stress Analysis (Ideal for Hole Drilling Method)

Determining residual stresses in materials (e.g. during casting, welding and forming processes) becomes easy with HBM's special strain gauges. These special strain gauges for residual stress analysis are available for precise and safe high-speed drilling (in combination with the MTS3000 drilling device from our partner company Sint Technology). For high-speed drilling, we also offer our patented six-wire strain gauges, which can compensate for non-centric boreholes, providing increased measurement accuracy.

Supported residual stress measurement methods: integral hole-drilling, high-speed drilling
Nominal resistance: 120 Ohm
Measuring grid lengths: 1.5 to 5 mm

Versatility in Usage

Ideal choice for residual stress analysis using hole-drilling method
Additional strain gauge types for high-speed drilling available
Select between eight different geometries for different methods and applications

Get the right strain gauge for residual stress measurements – for any desired method for residual stress analysis.

Quick Installation

Integrated measuring chain available for high-speed drilling (from our technology partner), including control and evaluation software
Patented self-compensating strain gauge rosettes for high measurement accuracy in high-speed drilling
Suitable accessories for quick and clean installation of the strain gauges on the measuring point

Fast and fail-safe installation of strain gauges. Residual stress measurements as simple as the application of "classical" strain gauges.

Fast Delivery

Most types available directly from stock
Comfortable ordering via the HBM online shop (available in many countries worldwide)

Get immediate results thanks to quick delivery. No delays for your measurement projects.

Code	計測グリッド長	計測グリッド長	Measuring grid width	Measuring grid width	Carrier length	Carrier length	Carrier width	Carrier width	公称抵抗値	Temperature response	マウント方式
1-RY21-3/120	3 mm	0.118 in	2.5 mm	0.098 in	22.1 mm	0.87 in	22.1 mm	0.87 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Bondable (adhesive pre-applied), 接着式(接着剤が塗布済み)
1-RY61-1.5/120	1.5 mm	0.059 in	0.8 mm	0.031 in	12 mm	0.472 in	12 mm	0.472 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/120K	1.5 mm	0.059 in	0.8 mm	0.031 in	7.2 mm	0.283 in	10.2 mm	0.402 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/120K3	1.5 mm	0.059 in	0.8 mm	0.031 in	7.2 mm	0.283 in	10.2 mm	0.402 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/120M	1.5 mm	0.059 in	0.77 mm	0.03 in	11.7 mm	0.461 in	22.5 mm	0.886 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/120R	1.5 mm	0.059 in	0.8 mm	0.031 in	8 mm	0.315 in	13.5 mm	0.531 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/120R3	1.5 mm	0.059 in	0.8 mm	0.031 in	8 mm	0.315 in	13.5 mm	0.531 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/120S	1.5 mm	0.059 in	0.8 mm	0.031 in	10.2 mm	0.402 in	10.2 mm	0.402 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-1.5/350M	1.5 mm	0.059 in	0.77 mm	0.03 in	11.7 mm	0.461 in	22.5 mm	0.886 in	350 Ohms, 350 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY61-3.2/120S	3.2 mm	0.126 in	3.2 mm	0.126 in	20.9 mm	0.823 in	22 mm	0.866 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-RY67-1.5/120R	1.5 mm	0.059 in	0.8 mm	0.031 in	8 mm	0.315 in	13.5 mm	0.531 in	120 Ohms, 120 Ohms	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), チタン/ ねずみ鋳鉄 (9 ppm/K)	Embeddable, 埋め込み
1-VY61-1.5/120S	1.5 mm	0.059 in	0.8 mm	0.031 in	10.2 mm	0.402 in	10.2 mm	0.402 in	120 Ohms, 120 Ohms	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), フェライト鋼 (10.8 ppm/K)	Embeddable, 埋め込み
1-VY67-1.5/120S	1.5 mm	0.059 in	0.8 mm	0.031 in	10.2 mm	0.402 in	10.2 mm	0.402 in	120 Ohms, 120 Ohms	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), チタン/ ねずみ鋳鉄 (9 ppm/K)	Embeddable, 埋め込み
1-VY68-1.5/120S	1.5 mm	0.059 in	0.8 mm	0.031 in	10.2 mm	0.402 in	10.2 mm	0.402 in	120 Ohms, 120 Ohms	Plastic (65 ppm/K; 36.1 ppm/°F), プラスチック (65 ppm/K)	Embeddable, 埋め込み

XY / RY - 取扱説明書

手動

English, German

Certificates and Approvals

Strain Gauges - 適合宣言

Declaration of Conformity

English

Residual Stress (RY/VY)
Type/technology	Foil strain gauge
Application	Stress Analysis / structural testing
Geometry	Y rosette
Measuring grid length	3 mm, 1.5 mm, 3.2 mm
Measuring grid length	0.118 in, 0.059 in, 0.126 in
Measuring grid width	2.5 mm, 0.8 mm, 0.77 mm, 3.2 mm
Measuring grid width	0.098 in, 0.031 in, 0.03 in, 0.126 in
Carrier length	22.1 mm, 7.2 mm, 12 mm, 11.7 mm, 8 mm, 10.2 mm, 20.9 mm
Carrier length	0.87 in, 0.283 in, 0.472 in, 0.461 in, 0.315 in, 0.402 in, 0.823 in
Carrier width	22.1 mm, 10.2 mm, 12 mm, 22.5 mm, 13.5 mm, 22 mm
Carrier width	0.87 in, 0.402 in, 0.472 in, 0.886 in, 0.531 in, 0.866 in
Temperature range	Limited temperature range
Nominal resistance	120 Ohms, 350 Ohms
Gauge factor (measuring grid material)	Constantan (ca 2.0)
Temperature response	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Plastic (65 ppm/K; 36.1 ppm/°F)
Maximum elongation	Standard
Fatigue life	Standard
Connection configuration	Solder tabs with strain relief
Mounting	Bondable (adhesive pre-applied), Embeddable
Grid protection	Covered

Main Menu

Main Menu

Main Menu

Main Menu

残留応力

RY: Strain Gauges for Residual Stress Analysis (Ideal for Hole Drilling Method)

Versatility in Usage

Quick Installation

Fast Delivery

Recommended for you

Special Applications

残留応力 | 残留応力測定