Gas spring 6/15 200N, stroke 150mm, length 365mm ST 150 200N D6

Universal solution for lifting and damping

A 200N gas spring is a reliable component used in many applications requiring controlled movement, lifting or damping. It finds use in both furniture and industrial equipment, where precision and smooth operation are key. The spring's design allows for effective support when opening and closing flaps, lids or doors.

Construction and mounting

The spring is characterized by a solid construction with a mounting hole, which facilitates its integration with various types of structures. The piston diameter of 6mm and the outer diameter of 15mm ensure stability and precision of operation. The spring length is 365mm, and the piston stroke is 150mm – these parameters should be considered when selecting the appropriate model for a specific application. Remember that correct selection of the spring force (200N in this case) is crucial to ensure optimal functionality.

Applications and benefits

• Furniture: ideal for assisting in opening flaps in cabinets, tables or beds. Provides smooth and controlled movements, increasing user comfort.
• Industrial equipment: used in machines and equipment requiring precise lifting or damping of elements.
• Automation: can be used in automatic door and window opening and closing systems.
• Smooth operation: the gas spring provides smooth movement without jerks, which translates into a longer life of the mechanisms.
• Easy installation: thanks to the mounting holes, installation is simple and does not require specialized tools.
• Durable construction: made of high-quality materials guarantees reliable operation for a long time.
• Push type: the construction of a push-type gas spring means that the force is generated when the piston is extended – it is worth considering this when designing the system.

The spring force is 200 N, the piston stroke is 150 mm, and its length is 365 mm. The piston diameter is 6 mm, and the outer diameter is 15 mm. It is a push-type gas spring.

Remember to choose the appropriate gas spring force for a given application – too little force may prevent the mechanism from functioning properly, and too much force may damage it or make it difficult to operate.