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TE Connectivity 282105-1 AMP SUPERSEAL Housing: Assembly Verification Guide

A source-controlled workflow for exact identity, interface selection, sealing components and assembly evidence.
September 21, 2026
Generic sealed automotive housing assembly verification scene in blue and orange

Summary. TE Connectivity identifies 282105-1 as a three-position, sealable housing for male terminals in the AMP SUPERSEAL 1.5 mm system. This guide turns the official product page, drawing and system catalogue into a controlled selection and assembly checklist without inventing a mate, terminal, wire, tool, stock position or project approval.

Lock the exact housing identity

Start with the EPPTC 282105-1 product record and preserve the full part number in the BOM, quotation and inspection plan. TE describes the item as a three-position housing for male terminals, with a wire-to-wire configuration in the AMP SUPERSEAL 1.5 mm family. Those facts define the catalogue identity; they do not release a complete harness.

Record the TE internal number, product drawing number and revision, document access date and project revision together. Alias numbers shown by the manufacturer may help search historical documents, but they must not replace the ordered part number unless the project's controlled interchange process approves that relationship. Keep the approval record with its technical evidence, responsible function, effective date and affected inventory scope.

Verify interfaces before choosing related parts

The official record describes three positions, a housing for male terminals and a sealable configuration. Use the current drawing to verify cavity layout, polarization, latch features, dimensions and interface notes. Select the mating housing, terminals, wire seals and accessories only from current manufacturer documentation that explicitly covers the exact suffix.

Do not infer compatibility from the SUPERSEAL family name, a similar black housing or a three-position face. Contact type, wire range, plating, seal range, keying and application conditions are separate decisions. Keep each proposed related part in an evidence table with its source document and unresolved questions.

Build a controlled assembly packet

A practical packet includes the exact connector BOM, current product drawing, applicable product and application specifications, approved crimp tooling, wire preparation requirements, seal placement instruction, contact insertion method and final inspection criteria. The packet should state who may approve deviations and how superseded revisions are withdrawn from the workstation.

Before production, verify that contacts reach their specified primary lock, seals are not rolled or damaged, polarization is respected and the latch is unobstructed. If a secondary lock or additional accessory is required by the selected configuration, identify it by exact part number rather than a generic family label. Record first-piece inspection results, crimp measurements, seal position and final lock confirmation against the work order. When a defect is found, preserve the sample and trace its material lot, tool setting and assembly step before adjustment.

Receiving and traceability checklist

  • Match the purchase order, supplier label and received marking to 282105-1, including every suffix.
  • Retain manufacturer, supplier, lot, date-code and packaging evidence when available.
  • Inspect cavity condition, polarization, latch and sealing surfaces against the current drawing.
  • Quarantine mixed, relabelled, contaminated or damaged material until identity and disposition are documented.
  • Record stock, price and lead time as dated commercial facts, not permanent technical specifications.

Common questions

Does 282105-1 include terminals and seals? The housing record does not authorize assuming a complete kit. Confirm every terminal, seal and accessory as a separate controlled line item.

Can another AMP SUPERSEAL 1.5 mm housing substitute? Not from the family name alone. Position count, interface, keying, terminal gender, seal system and drawing revision must match the approved design.

Does a sealable housing guarantee finished IP performance? No. Finished performance depends on the complete component set, wire and seal selection, preparation, assembly quality and validation within the applicable specification.

Official manufacturer sources

Related EPPTC navigation

Conclusion. Use 282105-1 only after the exact housing identity, related components and current drawing are aligned. A useful technical and sourcing enquiry includes the complete connector BOM, wire and seal requirements, mating context, document revision and the assembly evidence needed for a traceable production release.

Author: Lianxinlian Electronics Product Information Team

Automated technical-data-quality review: Lianxinlian Electronics Technical Data Quality Team checked source accessibility, bilingual separation and internal-link completeness. This is not a human engineering approval or product-suitability authorization.

Content Maintenance and Source Basis

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Lianxinlian Electronics Product Information Team
Technical data review
Lianxinlian Electronics Technical Data Quality Team (automated completeness review)
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Sources and manufacturer documents:

Related products and discovery pages:

Verified technical data from linked products:

ProductParameterValue
TE Connectivity 282105-1 Connector HousingGenderMale
TE Connectivity 282105-1 Connector HousingBrand regionInternational
TE Connectivity 282105-1 Connector HousingNumber of rows1
TE Connectivity 282105-1 Connector HousingNumber of positions3
TE Connectivity 282105-1 Connector HousingOperating temperature158 °F、-40 – 257 °F
TE Connectivity 282105-1 Connector HousingMinimum order quantity1
TE Connectivity 282105-1 Connector HousingOrder multiple1
TE Connectivity 282105-1 Connector HousingFactory stock0
TE Connectivity 282105-1 Connector HousingCNHTS8547200000
TE Connectivity 282105-1 Connector HousingTARIC8538909999

This block is maintained automatically from the article record, saved revision, sources and verified internal links. “Technical data review” means an automated completeness check, not a manual engineering review or product-application approval.

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