ES Series
ES Long-Life Shock Absorbers
An integrated, non-adjustable range developed for demanding repetitive-duty applications, with model-specific and stainless-steel options.
Selector eligible absorber series
Technical model table
11 of 11 models
Columns5
Choose up to 8 table columns
- Stroke (mm)
- 11
- Max energy per cycle (Nm/C)
- 110
- Max energy per hour (Nm/h)
- 198000
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 19
- Max energy per cycle (Nm/C)
- 105
- Max energy per hour (Nm/h)
- 189000
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 19
- Max energy per cycle (Nm/C)
- 110
- Max energy per hour (Nm/h)
- 198000
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 13
- Max energy per cycle (Nm/C)
- 110
- Max energy per hour (Nm/h)
- 198000
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 8
- Max energy per cycle (Nm/C)
- 65
- Max energy per hour (Nm/h)
- 117000
- Max impact force (N)
- 3900
- Max thrust force (N)
- 1800
- Stroke (mm)
- 4
- Max energy per cycle (Nm/C)
- 110
- Max energy per hour (Nm/h)
- 198000
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 19
- Max energy per cycle (Nm/C)
- 95
- Max energy per hour (Nm/h)
- 142500
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 19
- Max energy per cycle (Nm/C)
- 110
- Max energy per hour (Nm/h)
- 198000
- Max impact force (N)
- 6000
- Max thrust force (N)
- 2600
- Stroke (mm)
- 5
- Max energy per cycle (Nm/C)
- 30
- Max energy per hour (Nm/h)
- 54000
- Max impact force (N)
- 3000
- Max thrust force (N)
- 950
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ES18983F-BN
Specifications →- Stroke (mm)
- 5
- Max energy per cycle (Nm/C)
- 30
- Max energy per hour (Nm/h)
- 54000
- Max impact force (N)
- 3000
- Max thrust force (N)
- 950
- Stroke (mm)
- 4
- Max energy per cycle (Nm/C)
- 16
- Max energy per hour (Nm/h)
- 28800
- Max impact force (N)
- 2200
- Max thrust force (N)
- 300
Construction and operating principle
Hydraulic damping dissipates impact energy within a sealed assembly. The appropriate design depends on the duty cycle, environment and required stopping behaviour.
Applications and selection
Packaging and precision machinery with repeated motion stops. Confirm the required service life under the actual operating conditions.
Technical reference: Product catalogue · PDF pages 38, 39