NKSTMIW Connectors, Interconnects

Exterior Contact Material:	--
Interior Contact Finish Thickness:	--
Exterior Contact Finish Thickness:	--
Features:	--
Specifications:	--
Ratings:	--
Operating Temperature:	--
Interior Contact Finish:	--
Exterior Contact Finish:	--
Interior Contact Material:	--
Series:	NetKey®
Interior Housing Color:	White
Exterior Housing Color:	White, Off
Interior Housing Material:	--
Exterior Housing Material:	--
Interior Type (Adapter End):	ST Simplex Jack
Exterior Type (Adapter End):	ST Simplex Jack
Style:	Fiber Optic
Lead Free Status / RoHS Status:	--
Part Status:	Active

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NKSTMIW Application Field and Working Principle

NKSTMIW is an abbreviation for Non-contact Keyed Strain Minimized Inserts. It is a type of mechanical insert that utilizes the principles of strain minimization and non-contact keyed operation to prevent the formation of unnecessary strain in the surrounding material. This type of insert is often used in applications that need to maintain the original integrity of the base material while providing a secure connection between components, such as mechanical joints, and electronic components.NKSTMIW inserts are used in a variety of industries and applications. From automotive and aircraft components to medical equipment and toys, this type of insert is becoming increasingly popular due to its strength, durability, and cost-effectiveness.The main working principle of NKSTMIW inserts is based on a non-contact keyed design. In this design, the insert is installed with no contact being made between it and the base material. Initially, a cylindrical key is placed into the base material, and then the insert is placed into the key. This design allows the insert to be held in place with minimal strain, as the force of the insertion is evenly spread out across the base material instead of concentrated on a single point.Once the insert is in place, the key is then removed. This leaves the insert firmly held in place by the tension produced by its own shape and internal structure. This tension keeps the inserted components firmly held in place, preventing any unnecessary strain or wear from occurring in the surrounding material.One of the main advantages of NKSTMIW inserts is their ability to “float” within the base material. This floating effect is caused by the tension produced by the non-contact keyed design, allowing the inserted component to move slightly with the surrounding material without becoming dislodged. This makes NKSTMIW inserts ideal for applications where the base material is expected to experience some thermal expansion or vibration during use.The use of NKSTMIW inserts is beneficial for a number of reasons. For example, they are much easier to install compared to traditional keys, since they do not require contact with the base material. In addition, they provide better levels of tension, vibration dampening, and strain minimization compared to traditional keys. Finally, since they are made from metal, they are much stronger and more durable than plastic keys, making them the perfect choice for heavy-duty applications.

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