D-Sub HD de 44 pines conector macho crimp a 2 x conector hembra RJ45 DeLOCK 66835

The DeLOCK D-Sub HD 44 pin crimp male to 2 x RJ45 female adapter allows expansion of a serial or parallel interface using two separate network cables. The adapter accepts a D-Sub 44‑pin crimp connector on one side and provides two RJ45 female sockets on the other, enabling a customisable pin assignment by selecting which cable wires to route into each RJ45. The product comes in a beige housing and includes an assembly kit for installation.

Advantages

The adapter supports flexible pin assignment through the use of two RJ45 cables, simplifying wiring for non‑standard or proprietary pinouts. Its crimp D‑Sub 44‑pin connection provides a reliable mechanical and electrical contact, while the included assembly kit helps with straightforward installation. The compact beige housing is suitable for integration in equipment racks or custom cabling solutions.

Suitable for

• Extending or splitting a D‑Sub 44‑pin interface into two RJ45 links
• Custom pinout wiring and field cabling where individual assignment is required
• Integration in communication equipment, industrial controllers or test setups

Key specifications

• Brand: DELOCK
• Model / MPN: 66835
• EAN: 4043619668359
• Connector 1: D‑Sub 44 pin (crimp male)
• Connector 2: 2 × RJ45 female
• Colour: Beige
• Includes: Assembly kit

How to use

Terminate the D‑Sub 44 crimp contacts onto the cable according to the required pin assignment, insert the crimped contacts into the D‑Sub housing until they lock, and mount the housing as described in the assembly kit. Plug the two RJ45 cables into the RJ45 female sockets and route the individual cable pairs to the target devices. Verify continuity and pin mapping with a tester before powering connected equipment.

Recommendations

Use standard shielded or unshielded twisted‑pair network cables as appropriate for the environment; label each RJ45 cable to avoid confusion during installation and perform a continuity test after assembly to confirm the intended pin assignment.