Pin En Fit The enfit™ enteral feeding connector: addresses “patient side” connections between feeding tubes, administration sets, medication, flush and bolus feeding syringes and other enteral devices. does not allow connectivity with any other connector for any other clinical use. provides a locking feature that signals the appropriate connection. Enfit connectors with twist in functionality replace all friction held legacy connectors, improving safety in several ways: less risk of misconnections – the unique design ensures enteral tubing and syringes can connect only to feeding tubes. fewer accidental enteral disconnections – locking threads hold connectors securely to tubing.
Pin En Fit The all new 0.4mm eon press fit zone is designed to work with the now industry standard plated through hole size of 0.60±0.05mm. the press fit zone achieves optimum retention strength at each end of the pth size range by employing a combination of elastic and plastic deformation, which is biased towards the former at the lower end of the pth size range, and towards the latter at the higher. Press fit technology from te was first introduced in the telecommunication industry in the 1970s. later, in 1988, the first press fit pin from te connectivity was introduced in the automotive industry. today, te connectivity offers two distinctive press fit solutions for automotive applications: action pin and multispring pin. Press fit technology is an alternative to the soldering method and is characterized by the connector’s contacts being collectively pressed into the pcb’s plated through holes. the press fit pin has flexible beams, and the corresponding pcb serves as a rigid “socket” to ensure a perfect fit. what are the benefits of press fit technology?. Since press fit contacts usually are part of an assembly, end users usually don't list the pin design itself. however, the press fit design requires a certain amount of testing. therefore the din en 60352 5 describes two different test cycles, one for the press fit and one for the component featuring the press fit.
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