SEALED INTERCONNECT
Define the connector, rear cable exit and installed sealing boundary together. Share the mating state, jacket, length and exposure for a project-specific review.
PRODUCT OVERVIEW
Sealed cable assemblies are planned around the interface, cable exit, sealing method, environmental exposure, and required validation criteria.
ASSEMBLY FORMATS AND RFQ INPUTS
Organize the interface, wiring and installation requirements for your assembly. Include mating part numbers, material requirements and critical dimensions so fit and supply options can be reviewed against drawings and samples.
Specify cable diameter, exit direction, clearance and fixing method, including the panel opening or enclosure interface. Review mechanical support and sealing separately; an overmolded appearance does not establish waterproof performance.
No complete drawing yet? Start with interface photos, pinout information and quantity tiers, and mark undecided items as open.
Send this assembly briefSELECTION AND ACCEPTANCE
A sealed connector face and a sealed finished cable assembly are different test boundaries. Show the installed arrangement, mating state, and cable support so the requirement describes actual use.
Identify the connector mating face, rear cable exit, and complete assembly or enclosure entry. State which are included in acceptance testing. If the enclosure or counterpart is outside the supply scope, specify who provides it for validation and which interface remains outside the test result.
Consider a connector tested while mated with its specified counterpart. That result does not by itself establish protection when unplugged, or validate a different jacket, cable exit, or enclosure entry. Identify the standard, test configuration, exposure, duration, and acceptance criteria. Apply the test requirement to the complete installed configuration.
Mark straight or angled exit, orientation relative to the key, bend location, and cable support. An unsupported bend near the exit can load the sealing interface. Jacket diameter, surface condition, and sealing materials also need review. A gap at the jacket transition can leave a water path even when the mating face is sealed. Validate the installed arrangement rather than only a loose connector.
Validate samples with the intended counterpart, cable construction, exit orientation, and installation fixture. Agree the environmental test and checks before and after it. In production, separate every-assembly checks from sampled environmental or destructive tests. Define continuity, shorts, seal seating where applicable, dimensions, and any agreed leak test. Record the configuration, drawing and material revisions, lot, method, acceptance criteria, and results. Review material or exit changes before assuming earlier validation still applies.
Images show assembly formats. Specify the required IP rating, mating state and exposure conditions; the agreed sealing scope is validated through the project test plan and records.
With a drawing, include its revision, interfaces, pinout and quantity tiers. With photos or a sample, add interface dimensions, wiring information and required tests. Mark undecided items as open.
APPLICATIONS
CUSTOMIZATION & TECHNICAL SCOPE
Sealing method, cable exit, connector housing, jacket, overmold or backshell, and validation criteria are confirmed from the installation environment rather than assumed from the word waterproof.
TECHNICAL PARAMETERS
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FAQ
A rating should not be assumed from a drawing alone. The required standard, test method, materials, and validation scope must be confirmed before quotation and publication.
Share exposure to water, dust, chemicals, temperature, vibration, movement, and installation constraints wherever available.
REQUEST A QUOTE
Share the drawing, part number, quantity, or application. The engineering team will review the brief and reply with the next questions.