Overmold DEUTSCH DTM04-6P Equivalent to DB9 Female Cable
Overmold DEUTSCH DTM04-6P Equivalent to DB9 Female Cable - Image 2
Overmold DEUTSCH DTM04-6P Equivalent to DB9 Female Cable - Image 3

Overmold DEUTSCH DTM04-6P Equivalent to DB9 Female Cable

  • Connector A: TE DEUTSCH DTM04-6P Equivalent (6-Pin Male Plug)

  • Connector B: Standard DB9 (D-Sub 9-Pin) Female Connector

  • Manufacturing Advantage: Fully injection-overmolded DEUTSCH end for maximum strain relief

  • Cost Solution: Premium domestic DTM series alternatives to significantly reduce BOM costs

  • Pin Configurations: Full range available (2, 3, 4, 6, 8, and 12-Pin Male/Female options)

  • Wiring Mapping: 100% customizable pin-to-pin routing for CAN Bus or Serial data

  • Applications: Heavy-duty vehicle diagnostics, ECU tuning, agricultural machinery CAN communication

  • MOQ / Lead Time: Low MOQ, 7–15 days (project-based)

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  • Rugged Injection Overmolding: Unlike standard aftermarket cables that merely insert wires into bare DEUTSCH housings, we possess the tooling to fully injection-overmold the DTM connector end. This integrated Strain Relief (SR) permanently seals the rear of the connector, offering unmatched resistance to severe cable bending, industrial vibrations, and moisture ingress (supporting IP67/IP68 environments).

  • Cost-Optimized DEUTSCH Equivalents: We utilize meticulously engineered domestic equivalents to the original TE DEUTSCH DTM series (including the DTM04-6P shown). This allows you to achieve the exact same mechanical latching and environmental sealing at a fraction of the original brand’s procurement cost, avoiding long distributor lead times.

  • Comprehensive Pin Count Options: While this model features a 6-pin setup, our in-house molds and tooling cover the entire DEUTSCH DT and DTM series spectrum. We can manufacture custom cables using 2, 3, 4, 6, 8, or 12-pin configurations in both Male (Plug) and Female (Receptacle) variants.

  • Custom CAN Bus / Serial Pinouts: Bridging automotive connectors (DTM) with IT interfaces (DB9) requires precise pin mapping. Whether your hardware uses RS232, RS485, or CAN Bus protocols (CAN-High, CAN-Low, GND), we route the internal wires strictly according to your engineering schematics.

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