1862768

Overview

The Phoenix Contact part number 1862768 corresponds to the MCVW 1,5/ 9-STF-3,81, a PCB connector from the COMBICON Connectors S product line. This component features a 3.81 mm pitch and provides nine positions for electrical connections. It utilizes a screw connection method with a tension sleeve and includes a screw flange for mounting stability. The insulating body is constructed from polyamide (PA), ensuring robust mechanical performance in industrial environments.

Feature Summary

• Screw locking mechanism ensures secure conductor retention
• Screwable flange provides superior mechanical stability
• Inverted design allows touch-proof device outputs

Applications

• Industrial automation control panels
• Signal processing equipment
• Machine building wiring systems

Procurement Notes

Verify the specific suffix codes against official Phoenix Contact documentation to confirm pin count and pitch accuracy. Ensure compatibility with mating headers within the same COMBICON series. Confirm environmental compliance requirements such as RoHS status prior to final procurement decisions.

Selection Notes

Select this model when a reliable screw connection is required for PCB mounting. The inverted orientation is suitable for applications needing protected device outputs. Verify that the 3.81 mm pitch matches the existing board layout and that the nominal current ratings meet the circuit demands.

Part Context

This component belongs to the MCVW 1,5/..-STF family, designed for standard signal applications. It is part of the broader COMBICON Connectors S range, which emphasizes standardized connection principles for global industrial use. The series supports various row configurations and pitches for flexible system integration.

Replacement Considerations

Consult official Phoenix Contact channels for discontinued alternatives if necessary. Cross-reference mating parts like MC 1,5/ 9-STF-3,81 for system compatibility. Do not substitute with generic connectors without verifying pitch and locking mechanism alignment.