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How to Specify a DB15 Bare-Wire or Panel-Mount Cable

DB15-to-bare-wire and panel-mount assemblies are usually integrated into a machine rather than used as simple patch cords. That makes wire preparation, panel orientation, mounting hardware, labels, and branch dimensions part of the product specification.
DB15 Female Bare Wire Extension Cable: DB15 female extension cable with bare wire leads for custom field connections and prototyping.

Define the DB15 end completely

State whether the 15-position connector is two-row or high-density three-row, then specify contact gender, screw-lock hardware, backshell, and cable exit. Do not write only ‘DB15 male’ on the drawing.

If the connector is panel mounted, add the panel side, orientation, and mounting method.
DB15 Bare Wire Extension Cable: DB15 male extension cable with bare wire leads for custom termination and field wiring applications.

Specify the bare-wire end as a manufactured termination

Define strip length, tinning or ferrule requirements if applicable, conductor identification, branch length, and whether unused conductors should be cut back or insulated. These details affect installation time at the customer’s factory.

For multi-conductor cables, wire numbers or color IDs should match the wiring table.
Panel Mount DB15 Cable with Bracket: DB15 cable with panel-mount connector and mounting bracket for secure installation in industrial enclosures and control panels.

Panel cutout and orientation

A panel-mounted connector needs a defined cutout, mounting-hole pattern, and orientation. Confirm whether the connector is installed from the front or rear and where the mating side faces.

Also check access for jackscrews or latches. A correct cutout can still be difficult to service if adjacent hardware blocks the mating screws.
DB15 Pinout Diagram: Pin assignment layout for standard DB15 connector showing pin 1 through pin 15 with signal definitions.

Pinout and wire identification must agree

Map every DB15 contact to the corresponding wire ID or terminal destination. Mark NC positions explicitly. If the cable includes a shield or drain, show its termination separately.

This wiring table should be the same reference used for continuity inspection.
DB15 Cable Datasheet: Technical specifications including connector type, pin count, cable length options, electrical ratings, and mechanical drawings.

Approve the mechanical drawing before production

For a custom harness, the drawing should show finished length, branch lengths, strip dimensions, label locations, connector orientation, and any mounting bracket. A sample can then confirm fit before volume production.

This is especially valuable when another contract manufacturer installs the assembly, because the cable arrives ready for a defined work instruction.
DB15 Ribbon Cable: Flat ribbon DB15 cable for internal connections between computer components and peripheral devices.

Final check before you approve the specification

  •       DB15 type/gender
  •       Panel or free-hanging
  •       Bare-wire prep
  •       Wire IDs
  •       Cutout/orientation
  •       Pin-to-wire map

DB15 Ribbon Cable Male to Female: Flat ribbon DB15 cable with male and female connectors for flexible internal routing.

Related decisions to resolve

Use the panel-mount D-Sub cable to confirm the first related decision, then review the custom D-Sub cable quote before you freeze the order.
DB15 Ribbon Cable Female to Female: Flat ribbon DB15 null modem cable with female connectors on both ends for internal device bridging.

Match the assembly to your installation

BespokeCable publishes custom options across its D-Sub range, including application-specific lengths, pinouts, labeling, and mechanical configurations on relevant products. For your project, provide the routing dimensions, cable exit, shielding requirement, and mounting details so we can review those options against the actual installation rather than selecting them generically.

Turn your checks into an RFQ

Send BespokeCable your equipment models, connector details for both ends, approved pinout or verified sample, finished dimensions, shielding and mechanical requirements, quantity, and sample-approval criteria. You can then review a defined assembly instead of relying on a generic D-Sub description.

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