3-1546217-2

Overview

The 3-1546217-2 is a hybrid PCB terminal block from the TERMI-BLOK series by TE Connectivity AMP Connectors. It features a 2-position configuration with a 90-degree wire-to-board mounting orientation. The component utilizes a screw clamp connection method for secure wiring termination. Designed for printed circuit board installation, it supports specific wire gauges and voltage ratings suitable for general electronic interconnect applications.

Feature Summary

• Hybrid construction combining terminal block functionality with PCB mounting capabilities
• 90-degree orientation facilitates compact vertical wiring arrangements on circuit boards
• Screw clamp mechanism ensures reliable mechanical retention of conductors

Applications

• Wire-to-board interconnections in electronic assemblies
• Vertical mounting configurations requiring space-efficient routing
• General-purpose terminal blocks for signal or power distribution

Procurement Notes

Verify the exact pin count and orientation against the original design specifications before procurement. Confirm that the screw clamp termination type matches the available tooling and assembly processes. Ensure the voltage and current ratings align with the system requirements to prevent operational failures.

Selection Notes

Select this component when a hybrid terminal solution is required for PCB integration. The 90-degree form factor is ideal for applications needing vertical wire exit. Verify compatibility with the target wire gauge range and ensure sufficient clearance for the screw driver during maintenance or assembly operations.

Part Context

This part belongs to the TERMI-BLOK family, known for robust terminal block designs. The numbering convention indicates its position within the AMP Connectors portfolio. It represents a standard hybrid solution bridging traditional terminal blocks with modern PCB mounting needs.

Replacement Considerations

Check for direct substitutes within the same TERMI-BLOK series with identical pin counts and orientations. Verify mechanical footprint compatibility if replacing existing units on a populated board.