RM (Roseta)

Rosetas extensométricas RM con 3 rejillas de medición con pestañas de soldadura con alivio de tensión

RM (Roseta)

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Bandas extensométricas de la serie M: Para el análisis de tensiones de materiales con alta resistencia a la fatiga
Las bandas extensométricas de la serie M son bandas extensométricas de foil para el análisis de tensiones de materiales con alta resistencia a la fatiga, como los compuestos de fibra. También se utilizan en aplicaciones de desarrollo de productos; por ejemplo, en la industria aeroespacial o en la de material deportivo.

Además, las bandas extensométricas de la serie M ofrecen un rango de temperatura muy amplio. Debido a su excelente vida útil a la fatiga, las bandas extensométricas de la serie M permiten realizar mediciones de manera extremadamente frecuente, incluso en caso de alta deformación. Propiedades como diferentes geometrías, valores de resistencia y longitudes de malla de medición se pueden combinar para configurar la banda extensométrica ideal; hay más de 36 bandas extensométricas preferenciales disponibles para entrega inmediata.

Rango de temperatura nominal: de -200 a +300 °C
Ciclos de carga: hasta 10 millones con una carga de fatiga de +/- 2000 µm/m
Rejilla de medición: de 1,5 a 6 milímetros
Te ofrecemos bandas extensométricas de foil en varias geometrías y tamaños, cada una disponible con respuestas de temperatura adaptadas a los siguientes materiales:

Acero ferrítico (10,8 ppm/K; 6,0 ppm/°F); códigos de coincidencia de temperatura: 1

Aluminio (23 ppm/K; 12,8 ppm/°F); códigos de coincidencia de temperatura: 3

Acero austenítico (16 ppm/K, 8.9 ppm/°F); códigos de coincidencia de temperatura: 5

Silica/composite (0,5 ppm/K; 0.3 ppm/°F); códigos de coincidencia de temperatura: 6

Titanio y hierro fundido gris (9 ppm/K; 5.0 ppm/°F); códigos de coincidencia de temperatura: 7
Inserte el código de coincidencia de temperatura en lugar del marcador de posición “x” para obtener el número de pedido de la galga extensométrica que necesita.

Galgas extensométricas disponibles en 350 y 1,000 ohmios
La rejilla de medición está hecha de una aleación especial de níquel-cromo, el transportador de la rejilla de medición está hecho de resina fenólica reforzada con fibra de vidrio
Entrega rápida para los tipos de galgas extensométricas más pedidos: ¡disponibles en stock!

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Adaptación de respuesta a la temperatura keyboard_arrow_down
Anchura de la rejilla de medición keyboard_arrow_down
Anchura de la rejilla de medición keyboard_arrow_down
Resistencia nominal keyboard_arrow_down
Longitud de la rejilla de medición keyboard_arrow_down
Longitud de la rejilla de medición keyboard_arrow_down
Longitud del soporte keyboard_arrow_down
Longitud del soporte keyboard_arrow_down
Anchura del soporte keyboard_arrow_down
Anchura del soporte keyboard_arrow_down

Code	Longitud de la rejilla de medición	Longitud de la rejilla de medición	Anchura de la rejilla de medición	Anchura de la rejilla de medición	Longitud del soporte	Longitud del soporte	Anchura del soporte	Anchura del soporte	Resistencia nominal	Adaptación de respuesta a la temperatura
1-RM81-1.5/1K0GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	1000 Ohms, 1000 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM81-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	350 Ohms, 350 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM81-3/1K0GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	1000 Ohms, 1000 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM81-3/350GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	350 Ohms, 350 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM81-6/1K0GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	1000 Ohms, 1000 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM81-6/350GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	350 Ohms, 350 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM83-1.5/1K0GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	1000 Ohms, 1000 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM83-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	350 Ohms, 350 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM83-3/1K0GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	1000 Ohms, 1000 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM83-3/350GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	350 Ohms, 350 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM83-6/1K0GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	1000 Ohms, 1000 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM83-6/350GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	350 Ohms, 350 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM85-1.5/1K0GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	1000 Ohms, 1000 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM85-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	350 Ohms, 350 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM85-3/1K0GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	1000 Ohms, 1000 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM85-3/350GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	350 Ohms, 350 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM85-6/1K0GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	1000 Ohms, 1000 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM85-6/350GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	350 Ohms, 350 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM86-1.5/1K0GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	1000 Ohms, 1000 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM86-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	350 Ohms, 350 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM86-3/1K0GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	1000 Ohms, 1000 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM86-3/350GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	350 Ohms, 350 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM86-6/1K0GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	1000 Ohms, 1000 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM86-6/350GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	350 Ohms, 350 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM87-1.5/1K0GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	1000 Ohms, 1000 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM87-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11 mm	0.433 in	13.3 mm	0.524 in	350 Ohms, 350 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM87-3/1K0GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	1000 Ohms, 1000 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM87-3/350GE	3 mm	0.118 in	3.4 mm	0.134 in	14.6 mm	0.575 in	18.4 mm	0.724 in	350 Ohms, 350 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM87-6/1K0GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	1000 Ohms, 1000 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM87-6/350GE	6 mm	0.236 in	3.4 mm	0.134 in	17.1 mm	0.673 in	22.5 mm	0.886 in	350 Ohms, 350 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM91-1.5/1K0GE	1.5 mm	0.059 in	2.6 mm	0.102 in	11.3 mm	0.445 in	11.1 mm	0.437 in	1000 Ohms, 1000 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM91-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11.3 mm	0.445 in	11.1 mm	0.437 in	350 Ohms, 350 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM91-3/1K0GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM91-3/350GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM91-6/1K0GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM91-6/350GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Acero ferr. (10,8 ppm/K)
1-RM93-1.5/1K0GE	1.5 mm	0.059 in	2.6 mm	0.102 in	11.3 mm	0.445 in	11.1 mm	0.437 in	1000 Ohms, 1000 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM93-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11.3 mm	0.445 in	11.1 mm	0.437 in	350 Ohms, 350 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM93-3/1K0GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM93-3/350GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM93-6/1K0GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM93-6/350GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Aluminium (23 ppm/K; 12.8 ppm/°F), Aluminio (23 ppm/K)
1-RM95-1.5/1K0GE	1.5 mm	0.059 in	2.6 mm	0.102 in	11.3 mm	0.445 in	11.1 mm	0.437 in	1000 Ohms, 1000 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM95-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11.3 mm	0.445 in	11.1 mm	0.437 in	350 Ohms, 350 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM95-3/1K0GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM95-3/350GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM95-6/1K0GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM95-6/350GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Austenitic steel (16 ppm/K; 8.9 ppm/°F), Acero aust. (16 ppm/K)
1-RM96-1.5/1K0GE	1.5 mm	0.059 in	2.6 mm	0.102 in	11.3 mm	0.445 in	11.1 mm	0.437 in	1000 Ohms, 1000 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM96-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11.3 mm	0.445 in	11.1 mm	0.437 in	350 Ohms, 350 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM96-3/1K0GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM96-3/350GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM96-6/1K0GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM96-6/350GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Cristal cuarzo/composite (0,5 ppm/K)
1-RM97-1.5/1K0GE	1.5 mm	0.059 in	2.6 mm	0.102 in	11.3 mm	0.445 in	11.1 mm	0.437 in	1000 Ohms, 1000 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM97-1.5/350GE	1.5 mm	0.059 in	2.5 mm	0.098 in	11.3 mm	0.445 in	11.1 mm	0.437 in	350 Ohms, 350 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM97-3/1K0GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM97-3/350GE	3 mm	0.118 in	3.7 mm	0.146 in	15 mm	0.591 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM97-6/1K0GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	1000 Ohms, 1000 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)
1-RM97-6/350GE	6 mm	0.236 in	3.7 mm	0.146 in	18 mm	0.709 in	16 mm	0.63 in	350 Ohms, 350 Ohm	Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F), Titanio (9 ppm/K)

M Series (for OEM) - Hoja de cracterísticas	Hoja de características	English
M Series (for OEM) - Hoja de cracterísticas	Hoja de características	German
M Serie - Hoja de características	Hoja de características	Portuguese
M Serie - Hoja de características	Hoja de características	Japanese
M Serie - Hoja de características	Hoja de características	Italian
M Serie - Hoja de características	Hoja de características	Chinese
M Serie - Hoja de características	Hoja de características	French
M Serie - Hoja de características	Hoja de características	Spanish

Certificates and Approvals

Strain Gauges - Declaración de Conformidad

Declaración de Conformidad

English

RM (Rosette)
Type/technology	Foil strain gauge
Application	Stress Analysis / structural testing
Geometry	3-grid rosette
Measuring grid length	1.5 mm, 3 mm, 6 mm
Measuring grid length	0.059 in, 0.118 in, 0.236 in
Measuring grid width	2.5 mm, 3.4 mm, 3.7 mm, 2.6 mm
Measuring grid width	0.098 in, 0.134 in, 0.146 in, 0.102 in
Carrier length	11 mm, 14.6 mm, 17.1 mm, 11.3 mm, 15 mm, 18 mm
Carrier length	0.433 in, 0.575 in, 0.673 in, 0.445 in, 0.591 in, 0.709 in
Carrier width	13.3 mm, 18.4 mm, 22.5 mm, 11.1 mm, 16 mm
Carrier width	0.524 in, 0.724 in, 0.886 in, 0.437 in, 0.63 in
Temperature range	High (up to 350°C)
Nominal resistance	350 Ohms, 1000 Ohms
Gauge factor (measuring grid material)	Cr-Ni alloy (ca. 2.2)
Temperature response	Ferritic steel (10.8 ppm/K; 6.0 ppm/°F), Aluminium (23 ppm/K; 12.8 ppm/°F), Austenitic steel (16 ppm/K; 8.9 ppm/°F), Silica / composite (0,5 ppm/K; 0.3 ppm/°F), Titanium / gray cast iron (9 ppm/K; 5.0 ppm/°F)
Maximum elongation	Standard
Fatigue life	Enhanced
Connection configuration	Solder tabs with strain relief
Mounting	Bondable
Grid protection	Covered

List of accessories available for all variants of this family

Product Code	Descripción
1-EP310N	Adhesivo 2 comp. cur. cal. EP310N
1-SR180	Recubrimiento protector SR180
1-RMS1-300	RMS1 mezcla de disolventes 300 ml
K-KAB-ML	Cable de medición, por metros