346-1626: ПРУЖИНА

Compression springs are usually mounted on rods of specific inner diameter or within an allocated space or guide. As compressed the spring will become slightly larger in both inner and outer diameter to a degree of about 10%. Grounded ends help distribute a load across the terminal coils evenly. When a spring is compressed for the first time and the stress is high enough, the spring may not return to its full height. This is called "setting," and many manufacturers will specify their springs' setting measurement. It's also possible to make the spring slightly longer and for a manufacturer to provide that initial compress to provide a consistent height. This process is also called "scragging," and a machine demonstrates this process below.

Attributes:
• Springs meet or exceed current standards and material grades.
• Manufactured to precise specifications and are built for durability, reliability, and productivity for the lifetime.
• Closed and ground end springs provides better seating.

Applications:
A Compression spring is used to control fluid flow by varying the size of the flow passage as directed by a signal from a controller. Used in anything that requires stored energy within machines and in workshops. Compression springs come in varieties to suit the needs including barrel, conical and double cone springs.

• Material: Alloy Steel