ROBA® linearstop pneumatic: Hidráulico, neumático, electromagnético

As a safety brake for piston rods, the ROBA® linearstop offers unique possibilities for increasing the safety of machinery. It can be integrated into already existing machinery and system constructions easily, quickly and without extensive adjustment work and it is predestined for securing vertical axes. By combining the ROBA® linearstop with another brake, a redundant, multi-purpose braking system can be created comparatively easily. As the ROBA® linearstop brakes independently of the existing drive system, safety considerations are easier to make. The braking effect is independent of the movement direction; movement to release after braking is not necessary. The ROBA® linearstop is backlash-free, suitable for emergency stop braking and stands out thanks to its short switching times.

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Características

Tipo de diseño y de protección
Tipo de protección IP54

Montaje y mantenimiento
Mantenimiento reducido
Montaje sencillo

Acústica
Ruidos no amortiguados
Por lo general, no se genera ruido.

Ciclo de servicio
Posibilidad de uso durante el 100 % del ciclo de servicio

Ventajas
Tiempos de conexión breves
Elevada densidad de potencia
Larga vida útil
Se bloquea sin autorrefuerzo
Sin juego

Aplicación
Óptimo para ejes verticales
Integración sencilla en diseños existentes

Posición de montaje
En el pistón

Seguridad
Seguro gracias al principio de seguridad "fail-safe"
Control del estado de conexión
Apto para frenadas de parada de emergencia
Posibilidad de valor CCF elevado

Versión
Neumático

Temperatura
Possible ambient temperature of -10 °C to 70 °C (non-condensing)

Ejemplos de aplicación

Certificaciones

Product configurator

ROBA® linearstop pneumatic

Here you will get:

Dibujos en PDF y TIFF
Archivos de intercambio CAD 2D y 3D
(IGES, STEP, DXF)
An individual offer

ROBA-linearstop pneumatic, Standard

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ROBA-linearstop pneumatic, Adaptor for standardized cylinder Can be attached to standardized cylinder acc. ISO 15552

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Size	20	30	40	60	70	80
Piston rod diameter d [mm]	16	20	20	25	32	40
Outer diameter D [mm]	46	56	70	110	140	178
min. Nominal holding force at 4,0 bar F_{N min} [N]	450	800	1.500	4.600	7.500	12.500
max. Nominal holding force at 4,0 bar F_{N max} [N]	750	1.400	2.650	8.200	13.000	23.000
min. Nominal holding force at 4,5 bar F_{N min} [N]	525	950	1.800	5.300	8.500	14.500
max. Nominal holding force at 4,5 bar F_{N max} [N]	875	1.600	3.050	9.500	15.200	26.500
min. Nominal holding force at 5,0 bar F_{N min} [N]	575	1.050	2.000	6.000	9.600	16.500
max. Nominal holding force at 5,0 bar F_{N max} [N]	1.000	1.800	3.500	10.900	17.500	30.500
min. Nominal holding force at 5,5 bar F_{N min} [N]	650	1.200	2.250	6.700	10.800	18.500
max. Nominal holding force at 5,5 bar F_{N max} [N]	1.100	2.000	3.950	12.300	19.700	35.000
min. Nominal holding force at 6,0 bar F_{N min} [N]	700	1.300	2.500	7.500	12.000	21.000
max. Nominal holding force at 6,0 bar F_{N max} [N]	1.200	2.200	4.400	13.800	22.500	40.000

Size	20	30	40	60	70	80
Piston rod diameter d [mm]	16	20	20	25	32	40
Outer diameter D [mm]	46	56	70	110	140	178
min. Nominal holding force at 4,0 bar F_{N min} [N]	450	800	1.500	4.600	7.500	12.500
max. Nominal holding force at 4,0 bar F_{N max} [N]	750	1.400	2.650	8.200	13.000	23.000
min. Nominal holding force at 4,5 bar F_{N min} [N]	525	950	1.800	5.300	8.500	14.500
max. Nominal holding force at 4,5 bar F_{N max} [N]	875	1.600	3.050	9.500	15.200	26.500
min. Nominal holding force at 5,0 bar F_{N min} [N]	575	1.050	2.000	6.000	9.600	16.500
max. Nominal holding force at 5,0 bar F_{N max} [N]	1.000	1.800	3.500	10.900	17.500	30.500
min. Nominal holding force at 5,5 bar F_{N min} [N]	650	1.200	2.250	6.700	10.800	18.500
max. Nominal holding force at 5,5 bar F_{N max} [N]	1.100	2.000	3.950	12.300	19.700	35.000
min. Nominal holding force at 6,0 bar F_{N min} [N]	700	1.300	2.500	7.500	12.000	21.000
max. Nominal holding force at 6,0 bar F_{N max} [N]	1.200	2.200	4.400	13.800	22.500	40.000

Size	20	30	40	60	70	80
Piston rod diameter d [mm]	16	20	20	25	32	40
Outer diameter D [mm]	46	56	70	110	140	178
min. Nominal holding force at 4,0 bar F_{N min} [N]	450	800	1.500	4.600	7.500	12.500
max. Nominal holding force at 4,0 bar F_{N max} [N]	750	1.400	2.650	8.200	13.000	23.000
min. Nominal holding force at 4,5 bar F_{N min} [N]	525	950	1.800	5.300	8.500	14.500
max. Nominal holding force at 4,5 bar F_{N max} [N]	875	1.600	3.050	9.500	15.200	26.500
min. Nominal holding force at 5,0 bar F_{N min} [N]	575	1.050	2.000	6.000	9.600	16.500
max. Nominal holding force at 5,0 bar F_{N max} [N]	1.000	1.800	3.500	10.900	17.500	30.500
min. Nominal holding force at 5,5 bar F_{N min} [N]	650	1.200	2.250	6.700	10.800	18.500
max. Nominal holding force at 5,5 bar F_{N max} [N]	1.100	2.000	3.950	12.300	19.700	35.000
min. Nominal holding force at 6,0 bar F_{N min} [N]	700	1.300	2.500	7.500	12.000	21.000
max. Nominal holding force at 6,0 bar F_{N max} [N]	1.200	2.200	4.400	13.800	22.500	40.000