Bansbach Easylift® Lockable Gas Spring Type K

Description
Rigid locking in pull direction, push-in direction relatively rigid Here the locking function takes place in an oil chamber which is separated from the gas using a floating piston. If a force is applied on the locked spring in extension direction, because there is only oil between the piston and the guide piece, the locking force remains rigid up to the mechanical strength of the spring. If a force is applied in the compression direction, the spring remains rigid until the force of the pressure on the floating piston is exceeded (locking force).
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Description
Rigid locking in pull direction, push-in direction relatively rigid Here the locking function takes place in an oil chamber which is separated from the gas using a floating piston. If a force is applied on the locked spring in extension direction, because there is only oil between the piston and the guide piece, the locking force remains rigid up to the mechanical strength of the spring. If a force is applied in the compression direction, the spring remains rigid until the force of the pressure on the floating piston is exceeded (locking force).
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Description
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Lockable Gas Spring - Type K - Bansbach Easylift®
Melbourne, FL, United States
Lockable Gas Spring
Type K
Lockable Gas Spring Type K
Rigid locking in pull direction, push-in direction relatively rigid Here the locking function takes place in an oil chamber which is separated from the gas using a floating piston. If a force is applied on the locked spring in extension direction, because there is only oil between the piston and the guide piece, the locking force remains rigid up to the mechanical strength of the spring. If a force is applied in the compression direction, the spring remains rigid until the force of the pressure on the floating piston is exceeded (locking force).

Rigid locking in pull direction, push-in direction relatively rigid

Here the locking function takes place in an oil chamber which is separated from the gas using a floating piston. If a force is applied on the locked spring in extension direction, because there is only oil between the piston and the guide piece, the locking force remains rigid up to the mechanical strength of the spring. If a force is applied in the compression direction, the spring remains rigid until the force of the pressure on the floating piston is exceeded (locking force).

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Technical Specifications

  Bansbach Easylift®
Product Category Gas Springs
Product Number Type K
Product Name Lockable Gas Spring
Dampening Method Gas
Stroke 0.3937 to 27.56 inch (10 to 700 mm)
Maximum Force (P1) 8.99 to 584 lbs (4.08 to 265 kg)
Cylinder Diameter 0.7480 to 1.57 inch (19 to 40 mm)
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