InLine Terminal block D-Sub 9 socket, spring clamp, screw lock

• Time savings during installation: The spring-cage terminals enable quick wiring with a flathead screwdriver (≤ 2.5 mm) – no soldering or crimping required.
• Stable connection thanks to screw lock: The D-Sub 9 female connector is equipped with an integrated screw lock and ensures a secure mechanical connection to matching plugs – even in the event of vibration or movement.
• Versatile use in industry: Particularly suitable for automation, machine and plant engineering, service and test setups, and control cabinet construction.
• Compact design: Saves space on DIN rails or in tight enclosures – ideal for integration into existing systems.
• High signal quality: An insulation resistance of ≥ 10 MΩ and a rated current of 0.8 A per pin ensure reliable, low-interference signal transmission.

The InLine® terminal block with D-Sub 9 socket and integrated spring clamp technology was specially developed for industrial applications that require serial signal transmission, e.g., via RS232. The tool-assisted spring clamp technology allows quick and secure connection of individual wires without soldering or crimping. The connection range supports 14–22 AWG and can be conveniently operated with a flat-blade screwdriver ≤ 2.5 mm.

Thanks to the screw lock on the socket, a stable connection with mating connectors is guaranteed – even with movement or vibration. The compact design with EVA insulation on the underside protects against conductive surfaces during installation and makes the module ideal for use in control systems, machines, and test environments.

• D-Sub 9 socket: With integrated screw lock
• Spring terminals: 5 mm pitch
• Connection range: 14–22 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
• Dimensions: approx. 51 × 31.5 × 16 mm (L × W × H)