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according to the requirements of your application!
MC dampers (motion control)
These dampers are used as safety and functional elements for damping speeds and braking masses.
MC damper is the generic term for special, decelerating (damping) easylift products that can be used for a wide range of safety and functional tasks. Easylift MC dampers slow down masses or, depending on the design, specifically dampen speeds (i.e. no shock, impact or stop dampers).
Our dampers are used in a wide range of applications, e.g. in fitness and rehabilitation equipment, kitchen equipment, furniture, mechanical engineering and much more.
Customised to your application
dampened
in pull-out direction,
push-in free
dampened
push-in,
pull-out free
dampened
both directions
50 – 1 300 N
Force
10 – 500 MM
Stroke
10/22 – 10/28
Diameter
50 – 2 600 N
Force
20 – 250 MM
Stroke
10/22 – 14/40
Diameter
7 – 40000 N
Force
10 – 1 000 MM
Stroke
3/10 – 30/70
Diameter
800 – 10 000 N
Force
25 – 800 MM
Stroke
6/15 – 14/40
Diameter
20 – 2 600 N
Stroke
10 – 700 MM
Hub
4/12 – 14/40
Diameter
If different or not clearly defined damping intensities are required, we recommend the use of adjustable easylift MC-dampers. The damping speed can be ad justed when the damper is mounted.
- V1
cylinder
- A1
- P
- B
- K
- P
- X
- B
- B = both directions
- A = push-out direction
- E = push-in direction
- B = both directions
- A = push-out direction
- E = push-in direction
- B = both directions
- A = push-out direction
- E = push-in direction
- B = both directions
- A = push-out direction
- E = push-in direction
Øx/Øy (mm)
- 3
- 2= 10/22
- 3= 10/28
- 2= 10/22
- 3= 10/28
- 2= 10/22
- 3= 10/28
- 2= 10/22
- 3= 10/28
mm
- 200
- 10-500
- 10-500
- 30-300
- 10-250
min. EL2 (mm)
- 665
- Stroke x 2 +129
- Stroke x 2 +133
- Stroke x 2,88 +116
- Stroke x 2,64 +116
- Stroke x 2,32 +116
- Stroke x 2,55 +123
- Stroke x 2,39 +123
- Stroke x 2,20 +123
- Stroke x 3,46 +126
- Stroke x 3,15 +126
- Stroke x 2,76 +126
- Stroke x 2,81 +130
- Stroke x 2,63 +130
- Stroke x 2,42 +130
- Stroke x 3,00 +128
- Stroke x 3,00 +132
approx. %
- –
- –
- 35
- 50
- 100
- 35
- 50
- 100
- –
- 001*
see below
F (N)
- 550N
- –
- 50-1300
- 50-1300
- –
- –
- 30-5000
- 30-5000
- 30N until 2,6*F1
- 30N until 4,8*F1
- 30-5000
- –
- 30-5000
- 30N until 3,6*F1
- 30N until 3,6*F1
- 30-5000
- 30-5000
*Index No.
With the index no. – only necessary for repeating orders – we can reproduce exactly the same gas spring which has already been produced. You will receive the index no. with the order confirmation / invvoice.
**
B = with free travel, nearly completely filled with oil, no extension force
K= minimum extension force 50N, no free travel – locking force in push direction be exceeded
P= minimum extension force 50N, no free travel – locking force in pull direction be exceeded
X= no free travel and extension force
This specification with damping over the complete stroke contains only oil. Due to the construction, there will be a small free travel when the piston rod is pulled out. The push-in and push-out speed – i. e. the effective slowing down (motion control) of the movement of a mass – can be influenced considerably by the use of different nozzles as well as by different oil viscosities.
- A1
- see connecting parts
- A1
- see connecting parts
- –
- – Normal
- A according to customer drawing
- B according to our drawing
- C with scraper
- D with covertube (-40°C to +60°C)
- E with neutral labels
- H with special seals for temperatures up to 200°C
- N stainless steel 1.4404
- 9
- 9 = other variations
piston rod/
cylinder
Øx/Øy (mm)
- –
- K = 3/8
- P = 3/10
- G = 4/12
- 6 = 6/15
- C = 6/19
- D = 6/22
- O = 8/19
- 1 = 8/22
- E = 8/28
- 2 = 10/22
- 3 = 10/28
- 5 = 14/28
- A = 10/40
- B = 14/40
- 7 = 20/40
- M = 30/70
A (mm)
- 200
- 10 – 120
- 10 – 120
- 10 – 150
- 10 – 150
- 10 – 150
- 10 – 150
- 10 – 300
- 10 – 300
- 10 – 300
- 20 – 800
- 20 – 800
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 100 – 800
- 493
- 2x Stroke +30
- 2x Stroke +42
- 2x Stroke +40
- 2x Stroke +40
- 2x Stroke +52
- 2x Stroke +53
- 2x Stroke +58
- 2x Stroke +58
- 2xStroke +70
- 2x Stroke +57
- 2x Stroke +70
- 2x Stroke+70
- 2x Stroke +80
- 2x Stroke+80
- 2x Stroke+100
- 2x Stroke+130
- *see below
piston rod/
cylinder
Øx/Øy mm
- K = 3/8
- P = 3/10
- G = 4/12
- 6 = 6/15
- C = 6/19
- D = 6/22
- O = 8/19
- 1 = 8/22
- E = 8/28
- 2 = 10/22
- 3 = 10/28
- 4 = 12/28
- 5 = 14/28
- N = 16/28
- A = 10/40
- F = 12/40
- B = 14/40
- 7 = 20/40
- M = 30/70
EL2+10mm
- –
- –
- –
- x (EL2+5mm)
- x
- x
- x
- x
- x
- x
- x
- x
- x
- –
- x
- x
- x
- x
- Standard
EL2+10mm
- –
- –
- –
- –
- Plastic
- Plastic
- Plastic+Steel
- Plastic
- Plastic
- Plastic
- Plastic
- Plastic
- Plastic
- Plastic
- Steel
- Steel
- Steel
- –
- –
- –
- –
- –
- x
- x
- x
- x
- x
- x
- x
- x
- x
- x
- –
- x
- x
- x
- x
- –
- –
- –
- –
- x
- x
- x
- x
- x
- x
- x
- x
- x
- x
- –
- x
- x
- x
- x
- –
- –
- –
- –
- x
- –
- –
- x
- –
- –
- x
- x
- –
- x
- –
- x
- –
- x
- x
- –
Index Nr.:
With the index no. – only necessary for repeating orders – we can reproduce exactly the same gas spring which has already been produced. You will receive the index no. with the order confirmation / invvoice.
The compression force limits the stroke of the damper, see the following table:
- 3/10
- 4/12
- 6/15
- 6/19
- 6/22
- 8/19
- 8/22
- 8/28
- 10/22
- 10/28
- 10/40
- 14/40
- 20/40
- 30/70
- 10
- 20
- 50
- 75
- 100
- 120
- 10
- 20
- 50
- 75
- 100
- 125
- 150
- 25
- 50
- 75
- 100
- 150
- 25
- 50
- 75
- 100
- 150
- 25
- 50
- 75
- 100
- 150
- 50
- 100
- 150
- 200
- 250
- 50
- 100
- 150
- 200
- 250
- 50
- 100
- 150
- 200
- 250
- 100
- 150
- 200
- 250
- 300
- 350
- 400
- 500
- 100
- 150
- 200
- 250
- 300
- 350
- 400
- 500
- 100
- 150
- 200
- 250
- 300
- 350
- 400
- 500
- 100
- 150
- 200
- 300
- 400
- 500
- 600
- 700
- 800
- 100
- 150
- 200
- 300
- 400
- 500
- 600
- 700
- 800
- 900
- 1000
- 100
- 150
- 200
- 300
- 400
- 500
- 600
- 700
- 800
- 2x Stroke +26
- 2x Stroke +30
- 2x Stroke +30
- 2x Stroke +42
- 2x Stroke +43
- 2x Stroke +48
- 2x Stroke +48
- 2x Stroke +60
- 2x Stroke +47
- 2x Stroke +59
- 2x Stroke +68
- 2x Stroke +69
- 2x Stroke +85
- 2x Stroke +120
- 140
- 140
- 140
- 140
- 140
- 140
- 500
- 500
- 500
- 400
- 300
- 250
- 220
- 800
- 800
- 800
- 350
- 300
- 1800
- 1800
- 800
- 350
- 300
- 2000
- 2000
- 800
- 350
- 300
- 1800
- 1800
- 1800
- 1000
- 1000
- 1800
- 1800
- 1800
- 1000
- 1000
- 1800
- 1800
- 1800
- 1000
- 1000
- 3000
- 3000
- 3000
- 3000
- 2500
- 2000
- 1500
- 1000
- 3000
- 3000
- 3000
- 3000
- 2500
- 2000
- 1500
- 1000
- 3000
- 3000
- 3000
- 3000
- 2500
- 2000
- 1500
- 1000
- 10000
- 10000
- 10000
- 10000
- 8000
- 6000
- 4000
- 3000
- 3000
- 14000
- 14000
- 14000
- 12000
- 10000
- 10000
- 8000
- 6000
- 5000
- 4000
- 4000
- 40000
- 40000
- 40000
- 35000
- 35000
- 30000
- 30000
- 26000
- 24000
- 100
- 100
- 100
- 100
- 100
- 100
- 300
- 300
- 300
- 300
- 300
- 300
- 300
- 800
- 800
- 800
- 800
- 800
- 1100
- 1100
- 1100
- 1100
- 1100
- 1100
- 1100
- 1100
- 1100
- 1100
- 1400
- 1400
- 1400
- 1400
- 1400
- 1800
- 1800
- 1800
- 1800
- 1800
- 1800
- 1800
- 1800
- 1800
- 1800
- 2000
- 2000
- 2000
- 2000
- 2000
- 2000
- 2000
- 2000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 3000
- 10000
- 10000
- 10000
- 10000
- 10000
- 10000
- 10000
- 10000
- 10000
- 8000
- 8000
- 8000
- 8000
- 8000
- 8000
- 8000
- 8000
- 8000
- 8000
- 8000
- 24000
- 24000
- 24000
- 24000
- 24000
- 24000
- 24000
- 24000
- 24000
If the installation is horizontal or undefined, the free movement of the standard specification can be inconvenient. Therefore, the easylift system also provides also a damping variety with floating piston. The separation of the oil- and gas chamber guarantees a smooth damping movement in every required position.
For the stabilization of the floating piston, it must be pressurized by at least 20N. Depending on the position of the floating piston, the damper can be installed stable either in push- or in pull direction.
- B1
- B1
- T
- –
- 0 fast, no end damping
- 1 fast, normal end damping
- 2 fast, increased end damping
- 3 normal, no end damping
- 4 normal, normal end damping
- 5 normal, increased end damping
- 6 slow, no end damping
- 7 slow, normal end damping
- 8 slow, increased end damping
- 9 other variations
- To recognize end damping please install with piston rod downward
Øx/Øy (mm)
- 3
- G = 4/12
- 6 = 6/15
- 0 = 8/19
- 1 = 8/22
- 3 = 10/28
- B = 14/40
mm
- 200
- 10-150
- 10-150
- 40-700
- 10-300
- 10-500
- 10-700
min. EL2** (mm)
- 556
- Stroke x 2,46 +30
- Stroke x 2,33 +30
- Stroke x 2,17 +30
- Stroke x 2,62 +31
- Stroke x 2,44 +31
- Stroke x 2,21 +31
- Stroke x 2,73 +47
- Stroke x 2,53 +47
- Stroke x 2,27 +47
- Stroke x 2,52 + 48
- Stroke x 2,37 + 48
- Stroke x 2,19 + 48
- Stroke x 2,52 + 52
- Stroke x 2,36 + 52
- Stroke x 2,19 + 52
- Stroke x 2,43 + 72
- Stroke x 2,31 + 72
- Stroke x 2,15 + 72
- 001*
siehe unten
force
F1 (N)
- 550N
- 20-200
- 30-400
- 40-100
- 40-700
- 50-1300
- 150-2600
*Index Nr.
With the index no. – only necessary for repeating orders – we can reproduce exactly the same gas spring which has already been produced. You will receive the index no. with the order confirmation / invoice.
MC-damper without free travel
This easylift damping variety allows a controlled damping in both directions, without a free travel effect. Here, the piston moves com pletely in a fixed oil chamber. The piston rod volume doesn’t influence the oil chamber neither with pushed-in nor with pushed-out piston rod.
- A1
- see connecting parts
- A1
- see connecting parts
- KX
- KX
- –
- 0 fast, no end damping
- 1 fast, normal end damping
- 2 fast, increased end damping
- 3 normal, no end damping
- 4 normal, normal end damping
- 5 normal, increased end damping
- 6 slow, no end damping
- 7 slow, normal end damping
- 8 slow, increased end damping
- 9 other variations
- To recognize end damping please install with piston rod downwards
Øx/Øy (mm)
- 3
- 2 = 10/22
- 3 = 10/28
- B = 14/40
mm
- 200
- 20-250
- 20-250
- 20-250
min. EL2** (mm)
- 720
- Stroke x 3 +83
- Stroke x 3 +85
- Stroke x 3 +89
- 001*
- see below
F1 (N)
- –
- no pressure or 50N-1300N
- no pressure or 50N-1300N
- no pressure or 50N-1300N
Index Nr.
With the index no. – only necessary for repeating orders – we can reproduce exactly the same gas spring which has already been produced. You will receive the index no. with the order confirmation / invoice.
Brake cylinder with adjustable damping force
With these hydraulic dampers speed in push-in and push-out direction can be adjusted very precisely. The speed is controlled in both directions. The damping intensity of these dampers can be adjusted by turning the piston rod. Please take care during the adjustment that you don’t damage the adjustment segment by turning it too strong against the limit stop. In case of considerable resistance, please stop the adjustment.
- Size 6/15
- V0 = Thread
- S2 = Hinge eye
- B3 = Elbow joint
- G5 = Clevise
- R7 = Hinge head
- J3 = Ball socket
- V0 = Thread
- S2 = Hinge eye
- B3 = Elbow joint
- G5 = Clevis
- R7 = Hinge head
- J3 = Ball socket
- X = without floating piston
- Y = with floating piston
- A = extension
- E = compression
- B = both directions
- 6 = 6/15
- 5mm
- 50mm
- 75mm
- 100mm
- 150mm
- 90mm*
- 140mm*
- 190mm*
- 240mm*
- 340mm*
- 800N
- 800N
- 800N
- 350N
- 300N
- 800N
- 800N
- 800N
- 800N
- 800N
Information
* The Length can be extended by up to 6mm by adjusting the damping. Any connection parts selected must be added (EL1 = EL2 + connection parts). Any choosen connection parts must be added (EL1 = EL2 + connection parts).
- Size 8/22
- B0 = Thread
- S3 = Hinge eye
- A3 = Elbow joint
- C5 = Clevis
- A7 = Hinge head
- P3 = Ball socket
- N0 = Thread
- S3 = Hinge eye
- A3 = Elbow joint
- C5 = Clevis
- A7 = Hinge head
- P3 = Ball socket
- X = without floating piston
- Y = with floating piston
- A = extension
- E = compression
- B = both directions
- 1 = 8/22
- 50mm
- 100mm
- 150mm
- 200mm
- 250mm
- 150mm*
- 250mm*
- 350mm*
- 450mm*
- 550mm*
- 1.800N
- 1.800N
- 1.800N
- 1.000N
- 1.000N
- 1.800N
- 1.800N
- 1.800N
- 1.800N
- 1.800N
Information
* The Length can be extended by up to 6mm by adjusting the damping. Any connection parts selected must be added (EL1 = EL2 + connection parts). Any choosen connection parts must be added (EL1 = EL2 + connection parts).
- Size 10/28
- B0 = Thread
- S3 = Hinge eye
- A3 = Elbow joint
- C5 = Clevise
- A7 = Hinge head
- P3 = Ball socket
- V0 = Thread
- S3 = Hinge eye
- A3 = Elbow joint
- C5 = Clevise
- A7 = Hinge head
- P3 = Ball socket
- X = without floating piston
- Y = with floating piston
- A = extension
- E = compression
- B = both directions
- 3 = 10/28
- 100mm
- 150mm
- 200mm
- 250mm
- 300mm
- 350mm
- 400mm
- 500mm
- 260mm*
- 360mm*
- 460mm*
- 560mm*
- 660mm*
- 760mm*
- 860mm*
- 1060mm*
- 3.000N
- 3.000N
- 3.000N
- 3.000N
- 2.500N
- 2.000N
- 1.500N
- 1.000N
- 3.000N
- 3.000N
- 3.000N
- 3.000N
- 3.000N
- 3.000N
- 3.000N
- 3.000N
Information
* The Length can be extended by up to 6mm by adjusting the damping. Any connection parts selected must be added (EL1 = EL2 + connection parts). Any choosen connection parts must be added (EL1 = EL2 + connection parts).
- Size 14/40
- Z0 = Thread
- S5 = Hinge eye
- B4 = Elbow joint
- L5 = Clevis
- C8 = Hinge head
- Z0 = Thread
- S5 = Hinge eye
- B4 = Elbow joint
- L5 = Clevis
- C8 = Hinge head
- J3 = Ball socket
- X = without floating piston
- Y = with floating piston
- A = extension
- E = compression
- B = both directions
- B = 14/40
- 100mm
- 150mm
- 200mm
- 300mm
- 400mm
- 500mm
- 600mm
- 700mm
- 800mm
- 275mm*
- 375mm*
- 475mm*
- 675mm*
- 875mm*
- 1.075mm*
- 1.275mm*
- 1.475mm*
- 1.675mm*
- 10.000N
- 10.000N
- 10.000N
- 10.000N
- 8.000N
- 6.000N
- 4.000N
- 3.000N
- 3.000N
- 10.000N
- 10.000N
- 10.000N
- 10.000N
- 10.000N
- 10.000N
- 10.000N
- 10.000N
- 10.000N
Information
* The Length can be extended by up to 6mm by adjusting the damping. Any connection parts selected must be added (EL1 = EL2 + connection parts). Any choosen connection parts must be added (EL1 = EL2 + connection parts).
