ROBA® linearstop气动款: 气动

作为活塞杆的安全制动器，ROBA® linearstop为提高机器安全性提供了独特的可能性：该制动器可快速、简便地集成至现有的机器和设备结构中，无需耗时耗力的调节工作，是保护垂直轴的理想选择。通过将ROBA® linearstop与另一个制动器相结合，可以较轻松地实现一个冗余、多样化的制动系统。由于ROBA® linearstop的制动不受现有驱动系统的影响，因此更容易考虑安全问题。制动效果不受运动方向影响，制动后无需松开。ROBA® linearstop无背隙、开关时间短，适用于急停制动。

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特点

结构类型 - 防护等级
防护等级 IP54

安装和维护
维护需求少
安装方便

声音
不抑制噪音
通常不会发出噪音

工作周期
适用于 100% 工作周期

优点
开关时间短
功率密度高
使用寿命长
无自行增力地夹紧
零间隙

应用
垂直轴的最佳搭配
易于集成到现有结构中

安装位置
在活塞杆上

安全
采用失效安全机制，所以安全可靠
开关状态监控装置
适合急停制动
可有高 CFF 值

规格
气动

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

应用实例

认证

Product configurator

ROBA® linearstop气动款

Here you will get:

绘图为PDF和TIFF
二维和三维CAD交换文件
(IGES, STEP, DXF)
An individual offer

Standard

选择

Adaptor for standardized cylinder Can be attached to standardized cylinder acc. ISO 15552

选择

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