Tensility's sealed USB type C 2.0 and USB type A 2.0 board mount connectors provide reliable external USB interfaces for electronic devices that require protection against water ingress. Designed for direct PCB mounting, these receptacles are available in both vertical and 90° configurations with through hole and through hole/SMT hybrid construction for improved mechanical retention.
| USB Mounting type | 90° mount | Vertical |
|---|---|---|
| USB A | 54-00560, 54-00562 | 54-00561 |
| USB C | 54-00563, 54-00564, 54-00565 | 54-00566 |
Offering IPX8 rated ingress protection, these connectors are intended for enclosure mounted applications where the USB interface is exposed to the environment. Their compact footprint and sealed design make them well suited for charging, programming, communications, and maintenance ports across a wide range of portable and outdoor electronic products.
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FAQs
What is IPX8 ingress protection?
IP ratings define the protection level of the connector against water and dust ingress. IPX8 is a manufacturer determined ingress rating that covers situations beyond the immersion requirements of IPX7 (1 m, 30 minutes). The connectors in this package are all rated to be waterproof to a depth of 1.5 m for 30 minutes; this rating does depend on proper installation of the connector. The “X” in IPX7 and IPX8 denotes that no dust ingress protection is specified.
Is the USB connection waterproof when mated?
No, the IP rating only covers ingress through the connector into the panel. Achieving the specified ingress protection of IPX8 through the panel depends on proper mechanical integration, including the enclosure design and any required sealing features such as O-rings or gasket surfaces. There is no waterproof sealing between a mating connector, which would require specific waterproofing design features to the connection to achieve.
What is the difference between vertical and 90° versions?
A vertical mount connector mates with the mating connector perpendicular to the PCB, while a 90° connector mates parallel to the PCB. The preferred orientation depends on enclosure layout, board placement, and available internal space.
