EDAC E-Seal Waterproof Connectors
EDAC E-Seal Waterproof Connectors use a unique epoxy sealing process that seals the entire back of the connector rather than at the individual pins. This produces a complete seal with a smooth finish and guarantees no water ingress up to IP67 standards. The E-Seal system offers a full range of D-subs from DB 9 to a maximum of 78 positions. Standard and high density footprints are available in vertical or right angle orientations. Plating options vary from gold flash to 30u” of gold and include a wide variety of mounting options.
Features
560 Connectors
2.5mm pitch, rated current: 3A maxFully waterproof with double latch solutionAvailable in wire-to-wire and wire-to-board optionsSeals pre-assembled into housing; no external sealing requiredAvailable in 2, 3, or 5 positionsTrue crimp and poke solutionWaterproofing Cap available to cover holes of wire sealInternal polarization to prevent mis-matingAvailable with wire already installedWaterproof grade IP67 certified
2.5mm pitch, rated current: 3A maxFully waterproof with double latch solutionAvailable in wire-to-wire and wire-to-board optionsSeals pre-assembled into housing; no external sealing requiredAvailable in 2, 3, or 5 positionsTrue crimp and poke solutionWaterproofing Cap available to cover holes of wire sealInternal polarization to prevent mis-matingAvailable with wire already installedWaterproof grade IP67 certified
Edac Newest
EDAC Internal Mini SAS HD Connectors comply with SAS 3.0 and include surface mount, press-fit right angle, and press fit vertical versions.
Date: 2019-02-12EDAC ZD Connectors are 2.5mm pitch high speed connectors with speeds up to 6.25Gbps per pair.
Date: 2018-11-30EDAC ZD and ZD+ Connectors are 2.5mm pitch high speed connectors with speeds up to 6.25Gbps or 10Gbps per pair.
Date: 2018-11-30EDAC ZD+ Connectors are 2.5mm pitch high speed connectors with speeds up to 10Gbps per pair.
Date: 2018-11-29EDAC E-Seal Waterproof Connectors use a unique epoxy sealing process that seals the entire back of the connector rather than at the individual pins.
Date: 2015-11-06