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Supplier: Takachiho America, Inc.
Description: With our dampers, you can add a sophisticated and smooth soft-closing movement to your lid closing design. Takachiho America's dampers utilize the braking force that is generated by the silicone oils velocity resistance to provide the soft-closing feature. We offer Rotary,
- Absorber Stroke: 0.6692917 to 0.7086618 inch
- Extended Length: 2.6771668 to 3.0708678 inch
- Cylinder Diameter or Maximum Width: 0.393701 inch
- Rod Diameter: 0.09448824 inch
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Supplier: Belimo Americas
Description: Linear Damper Actuator,101 lbf,Electronic Fail-Safe,24V,MFT
- Supply Voltage: 24 volts
- Shaft / Table Axial Load Capacity: 101 lbs
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Supplier: Enidine Inc.
Description: Viscous dampers (also known as seismic dampers) are hydraulic devices that dissipate the kinetic energy of seismic events and cushion the impact between structures. They are versatile devices that can be designed to allow free movement as well as controlled damping of structures to
- Absorber Stroke: 3.93701 to 23.62206 inch
- Mounting: Clevis
- Absorption / Damping Action: Compression
- Dampening Method: Hydraulic
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Supplier: TFC Ltd.
Description: Material: Housing – POM, Piston – POM, Cover - Nylon 66, O-ring - Silicone Colour: Black
- Shock Absorber / Damper Type: Linear Damper
- Body Material: Thermoplastic
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Supplier: TFC Ltd.
Description: High quality motion control Material: Housing – POM, Cylinder - Nylon 66, Axle- POM, Seals – NBR, Oil - Silicone oil Colour: Natural
- Shock Absorber / Damper Type: Linear Damper
- Body Material: Thermoplastic
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Supplier: Micromega Dynamics
Description: TMD Pipe (TMD stands for Tuned Mass Damper) is a passive damper for the reduction of vibrations in piping systems and is composed of a mass, springs and dampers. Functional principle: the TMD tuned to the resonance of the piping system increases the damping significantly, thus
- Shock Absorber / Damper Type: Linear Damper
- Dampening Method: Mechanical
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Supplier: Micromega Dynamics
Description: Active dampers are based on the principle that accelerating a suspended mass results in a reaction force on the supporting structure. An embedded sensor monitors the supporting structure vibration. The sensor readings are sent to an external feedback controller that drives the internal
- Shock Absorber / Damper Type: Linear Damper
- Dampening Method: Mechanical
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Supplier: ACE Controls Inc.
Description: and quickly installed with the provided special screw. These compact, cost-effective dampers are ideal as end position dampers in linear axes, in toolmaking and tool machines, in hydraulic and pneumatic equipment, handling equipment and other applications.
- Absorber Stroke: 0.2 to 1.89 inch
- Energy per Cycle: 17.7 to 17,825 In-lbs
- Operating Temperature: -40 to 120 F
- Shock Absorber / Damper Type: Linear Damper
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Supplier: TFC Ltd.
Description: High quality motion control Patented product Various output torques Medium duty applications Material: Housing -Glass filled nylon, Gear & Axle – Acetal, O-ring – TPE, Grease - Silicone oil Colour: Black
- Shock Absorber / Damper Type: Linear Damper
- Body Material: Thermoplastic
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Supplier: TFC Ltd.
Description: High quality motion control Patented product Various output torques Medium duty applications Material: Housing - Glass filled nylon, Gear & Axle – Acetal, O-ring – TPE, Grease - Silicone oil Colour: Black
- Shock Absorber / Damper Type: Linear Damper
- Body Material: Thermoplastic
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Supplier: ACE Controls Inc.
Description: Separately regulated in any stroke position: The hydraulic dampers of the product family DVC-32 and DVC-2 to DVC-6 are the first dampers to provide precise, independent, external adjustment of in-and-out speeds. With their individual adjustments for the push and pull direction as well
- Absorber Stroke: 6 inch
- Maximum Force (P1): 9.5 to 450 lbs
- Cylinder Diameter or Maximum Width: 1.26 inch
- Rod Diameter: 0.31 inch
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Supplier: DigiKey
Description: DAMPER ROTARY SNAP IN BLK
- Dampening Method: Hydraulic
- Shock Absorber / Damper Type: Linear Damper
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Supplier: H.A. Guden Co., Inc.
Description: COMPRESSION DAMPER .32 X .87 15.59" EXT E ORIFICE
- Absorber Stroke: 6 inch
- Extended Length: 15.59 inch
- Maximum Force (P1): 20 to 100 lbs
- Rod Diameter: 0.315 inch
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Supplier: MFP Automation Engineering
Description: MFP supplies hydraulic dampers for myriad applications from ACE Controls.
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Supplier: Bansbach Easylift®
Description: If different or in advance not clearly defined damping intensities are required, we recommend to use adjustable easylift MC-dampers. The damping speed can be adjusted when the damper is mounted.
- Absorber Stroke: 0.393701 to 19.68505 inch
- Maximum Force (P1): 6.744 to 1,124 lbs
- Cylinder Diameter or Maximum Width: 0.8661422 to 1.1023628 inch
- Rod Diameter: 0.393701 inch
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Supplier: SAE International
Description: This paper proposes a laboratory experiment that provides the following: 1) a bench experiment that demonstrates transient behavior of a non-linear clutch damper under non-rotating conditions, 2) a process to efficiently evaluate multiple non-linear clutch dampers, and 3)
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Supplier: Takachiho America, Inc.
Description: With our dampers, you can add a sophisticated and smooth soft-closing movement to your lid closing design. Takachiho America's dampers utilize the braking force that is generated by the silicone oils velocity resistance to provide the soft-closing feature. We offer Rotary,
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Supplier: KYNTEC Corporation
Description: Using advanced structural and fluid dynamic computations, KYNTEC will design a damper/ rate control using the exact fluid chemistry, viscosity, orificing and mechanical elements to engineer your exact solution. Damping that changes with stroke position. Tension Only, Compression Only, and
- Absorber Stroke: 2 to 10 inch
- Maximum Force (P1): 125 to 450 lbs
- Cylinder Diameter or Maximum Width: 1.25 inch
- Rod Diameter: 0.31 inch
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Supplier: Takachiho America, Inc.
Description: With our dampers, you can add a sophisticated and smooth soft-closing movement to your lid closing design. Takachiho America's dampers utilize the braking force that is generated by the silicone oils velocity resistance to provide the soft-closing feature. We offer Rotary,
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Supplier: Weforma Dämpfungstechnik GmbH
Description: Coating Housing: Zinc Plated Temperature -20°C - +80°C Extended Life Time Piston Rod: hard-chrome plated Special Seals + Oils
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Supplier: ACE Controls Inc.
Description: the gap. The FFD-Series is the only exception: These fluid free rotary dampers work according to the principle of friction. The continuous rotation rotary dampers with the designations FRT, FRN, FFD, FDT and FDN are used in domestic and medical appliances as well as in the automobile,
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Supplier: Bansbach Easylift®
Description: HB-damper - hydraulic damper with adjustable damping force With these hydraulic dampers from Bansbach® easylift, 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
- Absorber Stroke: 3.93701 to 19.68505 inch
- Maximum Force (P1): 6.744 to 674.4 lbs
- Cylinder Diameter or Maximum Width: 1.1023628 inch
- Rod Diameter: 0.393701 inch
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Supplier: IZMAC Co., Ltd.
Description: IDSP is a disposable damping product that absorbs high energy by being made of heterogeneous engineering plastics, and it has a structure that converts kinetic energy from impact into deformation energy. We provide damping solutions to meet the best performance in various industries. This product
- Absorber Stroke: 1.574804 inch
- Extended Length: 4.3700811 inch
- Maximum Force (P1): 18,635.92 lbs
- Cylinder Diameter or Maximum Width: 2.0472452 inch
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Supplier: Takachiho America, Inc.
Description: With our dampers, you can add a sophisticated and smooth soft-closing movement to your lid closing design. Takachiho America's dampers utilize the braking force that is generated by the silicone oils velocity resistance to provide the soft-closing feature. We offer Rotary,
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Supplier: Isotech, Inc.
Description: Model D 10-28, Oil Damper
- Absorber Stroke: 1.574804 to 19.68505 inch
- Maximum Force (P1): 26.976 to 269.76 lbs
- Rod Diameter: 0.393701 inch
- Body Material: Steel
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Supplier: Isotech, Inc.
Description: Model D 08-23, Oil Damper
- Absorber Stroke: 1.574804 to 19.68505 inch
- Maximum Force (P1): 11.24 to 179.84 lbs
- Rod Diameter: 0.3149608 inch
- Body Material: Steel
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Supplier: Isotech, Inc.
Description: Model DS 03-12, Oil Damper
- Absorber Stroke: 0.393701 to 3.149608 inch
- Maximum Force (P1): 1.124 to 22.48 lbs
- Rod Diameter: 0.1181103 inch
- Features: Adjustable
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Supplier: Isotech, Inc.
Description: Model DS 10-28, Oil Damper
- Absorber Stroke: 1.968505 to 27.952771 inch
- Maximum Force (P1): 26.976 to 269.76 lbs
- Rod Diameter: 0.393701 inch
- Features: Adjustable
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Supplier: Bansbach Easylift®
Description: Bansbachs Specialty dampers are a superior alternative to coil springs or rubber bump stops for energy absorption and linear deceleration. We offer many different models from mild to extreme. Our specialty dampers are the perfect solution for a wide range of applications, from a
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Supplier: Emerson Automation Solutions – Rosemount
Description: Hagan Pneumatic Power Positioners have defined the standard of excellence in fan and damper actuation for more than 70 years. These actuators convert the linear motion from a pneumatic piston into an 80° rotation of a drive arm. With few moving parts, the pneumatic power positioner
- Operating Pressure Range: 45 to 100 psi
- Maximum Torque: 4,800 In-lbs
- Operating Temperature: 40 to 122 F
- Torque: 4,800 In-lbs
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Supplier: Emerson Automation Solutions – Rosemount
Description: Hagan Pneumatic Power Positioners have defined the standard of excellence in fan and damper actuation for more than 70 years. These actuators convert the linear motion from a pneumatic piston into an 80° rotation of a drive arm. With few moving parts, the pneumatic power positioner
- Operating Pressure Range: 45 to 100 psi
- Maximum Torque: 4,800 In-lbs
- Operating Temperature: 40 to 122 F
- Torque: 4,800 In-lbs
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Supplier: Emerson Automation Solutions – Rosemount
Description: Hagan Pneumatic Power Positioners have defined the standard of excellence in fan and damper actuation for more than 70 years. These actuators convert the linear motion from a pneumatic piston into an 80° rotation of a drive arm. With few moving parts, the pneumatic power positioner
- Operating Pressure Range: 45 to 100 psi
- Maximum Torque: 4,800 In-lbs
- Operating Temperature: 40 to 122 F
- Torque: 4,800 In-lbs
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Supplier: Radwell International
Description: HYDRAULIC DAMPERS, LINEAR MOTION CONTROL,ADJUSTABLE,COMPRESSION FORCE MAX. 40.47 LBS,STROKE 0.39 INCH. FREE 2 YEAR RADWELL WARRANTY
- Shock Absorber / Damper Type: Linear Damper
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Supplier: SAE International
Description: Today, body vibration energy of passenger cars gets dissipated by linear working shock absorbers. A new approach substitutes the damper of a passenger car by a cardanic gimbaled flywheel mass. The constructive design leads to a rotary damper in which the vertical movement of the
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Supplier: Newark, An Avnet Company
Description: PNEUMATIC ACTUATOR, 2 POSITION (ON/OFF), PROPORTIONAL, CONTROL SPRING RANGE 8-13 PSIG, LOSS OF POWER TYPE; SPRING RETURN, 1/8 IN AIR NPT, LINEAR MECHANICAL MOVEMENT, NEMA 1, FOR DAMPERS
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Featured Products Top
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complete solution on the market today. High-Rise Buildings, Stadiums, City Centers and National Assets Viscous Dampers (Short Stroke) for Buildings Forces up to 600 kip Strokes to 8 inches Diagonal or Chevron Brace mounts Alpha .2 to linear In line, self contained spring loaded reservoir Visual or electronic fluid monitoring system (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for Enidine Inc. -
Bansbach® rotary dampers and dashpots are used to dampen drives, control speed, and many other applications. Our rotational viscous dampers are maintenance free and the most durable units on the market. Bansbac® silicone oil viscous dampers are available in either fixed rate or (read more)
Browse Rotary Dampers Datasheets for Bansbach Easylift® -
) easyE® (Electric Linear Actuators) Easymotion (Linear Hydraulic Actuation Systems) Dampers (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for Bansbach Easylift® -
) easyE (Electric Linear Actuators) easymotion (Linear Hydraulic Actuation Systems) Dampers (read more)
Browse Linear Actuators Datasheets for Bansbach Easylift® -
The easyE® line of electric linear actuators features four models— easyE-25, easyE-35, easyE-50, and easyE-60—with outer diameters of 25, 35, 50, and 60mm, respectively. This slim, in-line design, achieved through a linear layout of motor, gear, and spindle, ensures seamless (read more)
Browse Linear Actuators Datasheets for Bansbach Easylift® -
, traction, stainless steel, and customized gas springs) easyE (Electric Linear Actuators) easymotion (Linear Hydraulic Actuation Systems) Dampers Micro-Hydraulics (read more)
Browse Linear Actuators Datasheets for Bansbach Easylift® -
(Electric Linear Actuators) Easymotion (Linear Hydraulic Actuation Systems) Dampers (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for Bansbach Easylift® -
Enidine Adjustable Hydraulic Series shock absorbers offer the most flexible solutions to energy absorption application requirements when input parameters vary or are not clearly defined. By simply turning an adjustment knob, the damping force can be changed to accommodate a wide range of conditions.
Enidine offers the broadest range of adjustable shock absorbers and mounting acces...
(read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for Enidine Inc. -
Viscous dampers (also known as seismic dampers) are hydraulic devices that dissipate the kinetic energy of seismic events and cushion the impact between structures. They are versatile devices that can be designed to allow free movement as well as controlled damping of structures to protect (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for Enidine Inc. -
ITT Enidine Inc. manufactures custom shock absorbers to match your specifications.
(read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for Enidine Inc.
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How Does an Electric Actuator Work?
An electric actuator is a mechanical device used to convert electricity into kinetic energy in either a single linear or rotary motion. It automates damper or valve in order to increase process efficiency and complexity. Designs for electric actuators are based on the specific tasks they accomplish
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System Dynamics
We will derive a power law viscosity, such that the damp- ing force for the linear damper with damping coefficient 0.2 N sec/mb = .
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Seismic response of linear and non‐linear asymmetric systems with non‐linear fluid viscous dampers
Subsequently, the seismic responses of linear and non‐linear asymmetric‐plan systems with non‐linear dampers are compared with those having equivalent linear dampers .
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Integrated Seismic Design of Structure and Control Systems
… a given frequency of motion and dis- placement amplitude, ud,0, to dissipate the same amount of energy per cycle, the damping coefficient of the non-linear damper, cNL, must be larger than that of the linear damper , cL, as given by …
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http://repository.kulib.kyoto-u.ac.jp/dspace/bitstream/2433/138485/2/D_Mulyo_Harris_Pradono.pdf
For hysteretic loop of a linear damper shown in Figure 3・1b， damping fbrce is .
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Probabilistic seismic response assessment of linear systems equipped with nonlinear viscous dampers
In general, it was observed that nonlinear viscous dampers are more advantageous than linear dampers because they permit to achieve the same displacement reduction with lower forces in the damper.
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A novel scheme for nonlinear displacement-dependent dampers
In addition, the performance of the NDD damper is analyzed and compared with the per- formance of the traditional linear damper .
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The Shock Absorber Handbook 2nd Edition Complete Document
The mathematical theory of vibrating systems largely uses the concept of a linear damper , with force proportional to extension speed, mainly because it gives equations for which the solutions are well understood and documented, and usually tolerably realistic.
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Asymmetric one‐storey elastic systems with non‐linear viscous and viscoelastic dampers: Simplified analysis and supplemental damping system design
Figure 16 in Reference [1] demonstrates that the peak force in the non-linear damper is signiÿcantly less than the peak force in the energy-equivalent linear damper , especially if the brace is very sti , suggesting that the peak force in the …
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http://repository.kulib.kyoto-u.ac.jp/dspace/bitstream/2433/176339/1/j.engstruct.2013.05.036.pdf
Once the required linear damper capacity is obtained, it is known [20, 21] that the specification of the reduction ratio of the relief force from the corresponding linear damping force is possible so as not to change the displacement response of building …
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Encyclopedia of Earthquake Engineering
-Activated at low displacements - Minimal restoring force - For linear damper , modeling of damper is simplified - Properties largely frequency and temperature- independent - Proven record of performance in military applications - Activated at low displacements - Provides restoring force - Linear behavior, therefore simplified modeling of damper …