InLine 92501K wire connector Terminal block / D-Sub 9 Green

Time savings during installation:Quick wiring via screw terminals for 14–26 AWG – tool-assisted with flat-head screwdriver ≤ 2.5 mm.
Stable connection thanks to mounting thread:The D-Sub-9 receptacle is equipped with a mounting thread (UNC #4-40) for plug locking and ensures a secure connection to matching plugs.
Versatile use in industry:Ideal for control cabinet construction, machine control, automation, and service and diagnostic environments.
DIN rail mounting for structured installations: The integrated DIN rail clip allows direct mounting in the control cabinet – space-saving and compliant with standards.
High signal quality:An insulation resistance of ≥ 10 MΩ at 300 V DC and a rated current of 0.8 A per pin ensure reliable signal transmission in professional applications.

The InLine® D-Sub 9 terminal block with female connector has been specially developed for structured installations in control cabinets or on DIN top-hat rails. The side-accessible screw terminals with pressure plate mounting enable quick wiring of single wires in the 14–26 AWG range, without any soldering. Assembly is tool-assisted with a flat-head screwdriver ≤ 2.5 mm.
Thanks to the mounting thread (UNC #4-40), the socket can be mechanically secured with matching connectors. The housing design with integrated DIN rail clip allows quick mounting on DIN rails. The EVA insulating layer on the underside provides additional protection when mounting on conductive surfaces.

D-Sub 9 female connector:Breakout design, with mounting thread for connector locking (UNC #4-40)
Connection technology:Screw terminal with pressure plate
Connection range:14–26 AWG
Actuation:With flat-blade screwdriver ≤ 2.5 mm
Rated current: 0.8 A per pin
Max. operating voltage: 100 V between two signals
Insulation resistance:≥ 10 MΩ @ 300 V DC
Operating temperature:–10 °C to +70 °C
Insulation layer:EVA insulation on underside
Mounting:Housing for direct mounting on DIN rail
Dimensions:approx. 87 × 46 × 51 mm (L × W × H)