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Supplier: Specialty Product Technologies
Description: The Model 90 Pneumatic Timer opens or closes a circuit after an adjustable time delay. Its compact size allows it to fit in a 1 1/2 inch cube and requires no electricity to operate. The time range is adjustable between 2 seconds and 60 seconds standard ±15%. The Model 90 is ideally suited for
- Minimum Time Setting: 1.999999999999998 seconds
- Maximum Time Setting: 1 minutes
- Features: Pneumatic / Hydraulic (Dashpot)
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Supplier: ACE Controls Inc.
Description: Ideal for compact, efficient designs: The miniature size of the MC5 to 75 series delivers very short overall lengths and low return forces. The outer body of each shock, produced from one solid piece, is filled with temperature stable oil, offers a continuous outer body thread including a
- Absorber Stroke: 0.26 inch
- Energy per Cycle: 20 In-lbs
- Dampening Method: Hydraulic
- Features: Self Compensating
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Supplier: Weforma Dämpfungstechnik GmbH
Description: Enlarged Piston > High energy absorption Extended Life Time > Piston: nitrated guidance system Special seals + oils Material > Housing: ProSurf Piston rod: hardened stainless steel Temperature > -20°C - +80°C Integrated End Stop > Max. security Flats > Cost effective mounting Special edition >
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Supplier: ACE Controls Inc.
Description: Self-Compensating Energy capacity 930 in-lbs/Cycle Stroke 1.00 in Ideal for compact, efficient designs: The OPTIMUM 25 to 27 are designed for light weight and corrosion resistance. The Anodized Aluminum outer body of each damper, produced from one solid piece, are filled with NSF H1 food-grade oil,
- Absorber Stroke: 1 inch
- Energy per Cycle: 930 In-lbs
- Operating Temperature: 15 to 180 F
- Body Material: Aluminum, Stainless Steel, Steel
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Supplier: Enidine Inc.
Description: Series is a versatile, miniature design which provides effective, reliable deceleration and vibration control for light loads. Models can accommodate a wide range of operating conditions. The Enidine STH Series offers the highest energy absorption capacity relative to its size. These
- Absorber Stroke: 0.25196864 inch
- Maximum Force (P1): 157.36 lbs
- Energy per Cycle: 19.469026548672563 In-lbs
- Cylinder Diameter or Maximum Width: 0.32283482 inch
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Supplier: Radwell International
Description: SHOCK ABSORBER, MINIATURE. FREE 2 YEAR RADWELL WARRANTY
- Shock Absorber / Damper Type: Shock Absorber
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Supplier: Efdyn Incorporated
Description: Efdyn's miniature shocks are used for the protection of industrial machinery and preventing impact damages allowing for less down time and increased profits. These small shocks are commonly used in robotics, automated assemblies, pneumatic actuators, packaging equipment, and many other custom
- Absorber Stroke: 0.24 inch
- Compressed Length: 2.17 inch
- Energy per Cycle: 16 In-lbs
- Maximum Cycles per Minute: 22
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Supplier: Efdyn Incorporated
Description: Efdyn's miniature shocks are used for the protection of industrial machinery and preventing impact damages allowing for less down time and increased profits. These small shocks are commonly used in robotics, automated assemblies, pneumatic actuators, packaging equipment, and many other custom
- Absorber Stroke: 1 inch
- Compressed Length: 6.02 inch
- Energy per Cycle: 712 In-lbs
- Maximum Cycles per Minute: 15
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Supplier: Efdyn Incorporated
Description: Efdyn's miniature shocks are used for the protection of industrial machinery and preventing impact damages allowing for less down time and increased profits. These small shocks are commonly used in robotics, automated assemblies, pneumatic actuators, packaging equipment, and many other custom
- Absorber Stroke: 2 inch
- Compressed Length: 9.06 inch
- Energy per Cycle: 3,472 In-lbs
- Maximum Cycles per Minute: 8
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Racing car technique
A lesser brake cylinder generates a softer pedal feeling, extends the pedal path, the less volume displaces and generates more pressure.
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Racing car technique
A lesser brake cylinder generates a wei- .
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Commercial vehicle technology
It draws itself against the S-cam-Simplex-brake durch more compact and simpler structure (neither brake lever nor braking shaft), lesser brake cylinders (bigger C*-value .
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Dubbel
The larger rubbing coefficients by sinter and plastic material (until 0,4) allow significantly smaller block forces and therewith lesser and the lighter brake cylinder complicates however a conversion of Grauguss- on plastic blocks.
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Dubbel
… low (m < 0; 1), takes however The larger rubbing coefficients by sinter and plastic material at decreasing speed strongly too (image 66) (m to 0,4) allow significantly smaller block forces and therewith lesser and, lighter brake cylinder , a conversion complicates however.
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Electrical webs
Because of much lower working pressure, the vacuum brake requires larger brake cylinders , container and connecting tubes as the compressed air brake.
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Electrical webs
Because of much lower working pressure, the vacuum brake requires larger brake cylinders , container and connecting tubes as the compressed air brake.
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Wheel directions of the road vehicles
… the purely mechanical force transmission of the brake pedal to the cam in the brake drum over cable pulls or linkage (last occasionally with small cardan shafts for bridge … … of the brake pedal of operated brake master cylinder with the brake wheel …
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Dynamics of the motor vehicles
The pressure must be reduced (lower the pressure) in order that the wheel slip becomes again lesser , then, becomes the second the valve too belonging to … … passage) and the brake fluid can flow of the brake wheel cylinder of the disc brake.