1405223

Overview

The Phoenix Contact 1405223 is an SACC-DSI-FSX-8CON-PG9-L180 BH rear-mounting device connector featuring eight positions with X-coding. It utilizes a socket contact connection type and is designed for wave soldering assembly. The unit includes a PG9 cable entry and specifies a tightening torque range of 2 Nm to 3 Nm.

Feature Summary

• Rear mounting receptacle design for device integration
• Eight-position female contacts with X-coding configuration
• Wave soldering compatible conductor connection method

Applications

• Industrial sensor and actuator cabling systems
• Device-side circular connector assemblies
• Automated manufacturing equipment interfaces

Procurement Notes

Verify the specific suffix BH against project requirements, as it denotes particular material or compliance attributes. Confirm that the wave soldering process aligns with your PCB assembly capabilities. Ensure the PG9 strain relief matches the incoming cable diameter specifications to maintain proper sealing and mechanical stability during operation.

Selection Notes

Select this component when an X-coded eight-pin interface is required for high-speed data transmission in industrial environments. The rear-mounting style simplifies panel installation compared to front-mount alternatives. Verify that the wave soldering requirement fits your manufacturing workflow before choosing this variant over crimp-style options.

Part Context

This part belongs to the Phoenix Contact SACC series of pre-assembled sensor cables and device connectors. The series provides standardized interfaces for connecting field devices to control systems. The specific model integrates the connector housing with defined pin counts and coding schemes to prevent misconnection in complex wiring setups.

Replacement Considerations

Cross-reference with other Phoenix Contact SACC models sharing the same 8-position X-coded configuration. Ensure any substitute maintains the rear-mounting form factor and wave soldering compatibility to fit existing PCB layouts without redesign.