ACT High Density D-sub adaptér 15-pólový konektor samica na 15-pólový konektor samica

The ACT D-sub adapter 15 pole Female to 15 pole Female (model AB9065) is a mini genderchanger with 15-pin high-density Sub-D female connectors on both ends. Constructed from stainless steel with a yellow finish, it is intended to provide a stable mechanical and electrical connection between devices with compatible D-sub interfaces for industrial and commercial applications.

Advantages

The adapter offers a compact mini genderchanger design that preserves signal integrity for VGA-type and other 15-pin D-sub connections. Its stainless steel housing with yellow finish increases durability and corrosion resistance, while identical 15HDF connectors on both sides simplify cabling by eliminating the need for extra adapters or rewiring.

Suitable for

• Connecting two devices with 15-pin High Density Sub-D (15HDF) female ports
• VGA-type signal extension or rerouting where gender conversion is required
• Industrial and commercial equipment with D-sub interfaces

Key specifications

• Model: ACT AB9065
• Connector 1: 15HDF (female)
• Connector 2: 15HDF (female)
• Type: Mini genderchanger, 15 pin High Density Sub-D
• Product colour: Stainless steel, Yellow finish
• Brand: ACT
• EAN: 8716065127218

How to use

Align each 15-pin female end of the adapter with the corresponding 15-pin male D-sub connector on the devices you intend to join. Gently push the adapter onto the male connectors until fully seated and secure any retention screws if present on the mating connectors. Ensure devices are powered off when connecting or disconnecting to avoid signal interference or electrical issues.

Recommendations

Use the adapter in environments appropriate for its stainless steel construction; avoid exposing it to prolonged immersion or aggressive chemicals. Verify pinout compatibility for specific VGA-type or custom D-sub signals before use to prevent miswiring. For permanent installations, consider fastening connectors with screws or strain relief to reduce mechanical stress.