09-50-1061 Connector Specs: Quick Data & Pin Guide

2026-02-01 33

The 09-50-1061 connector is a 3.96 mm / 0.156 in pitch discrete wire housing commonly used in 4–6 position power and signal harnesses. Designed for straightforward crimp termination and cable-mount retention, this guide provides concise specs and a practical pinout checklist for engineers.

Product Snapshot: 09-50-1061 Connector Quick Specs

Technical Parameter Overview

Parameter	Typical Value / Note
Pitch	3.96 mm / 0.156 in
Positions	6 (common), variants 2–12
Row count	1
Contact gender	Socket / female
Mounting style	Cable mount / free-hanging
Termination	Crimp
Housing material	Thermoplastic (Natural or Black)
Retention	Friction ramp or latch

Callout: Always confirm current, voltage, and temperature ratings against the official datasheet before final selection; this snapshot is a design starting point.

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Mechanical and Physical Dimensions

Key Dimensional Data

Dimension documentation includes overall housing length, width, and height. Pin centerline spacing is fixed at 3.96 mm. For CAD integration, verify:

✔ Insertion depth to contact stop
✔ Recommended cable exit angle
✔ Mechanical clearance for mating

Mounting & Environment

As a cable-mount housing, the friction ramp ensures secure mating. Consider the following environmental factors:

Flammability Rating

Typically rated UL94 V-0. Ensure adequate strain relief for harness transitions.

Electrical Specs & Pinout

Electrical Item	Recommendation / Note
Rated current per contact	Design for worst-case continuous current (Consult Datasheet)
Rated voltage	List nominal and proof/test voltages
Contact resistance	Typical mΩ value at initial condition
Insulation resistance	Minimum per datasheet specs
Recommended wire gauge	AWG range varies by terminal; confirm with terminal spec

Pinout Orientation (Front View)[ Housing Front Interface ]
1 2 3 4 5 6
Pin 1 is typically the keyed or latch side. Map signals carefully (e.g., Pin 1 = V+, Pin 2 = GND). Separate power and signal contacts where possible to avoid interference.

Mating & Compatibility

Select mating housings and crimp terminals by matching:

Pitch and contact gender
Retention style (friction vs. latch)
Plating options (Tin/Gold) for corrosion resistance

Crimping & Assembly

For high-reliability harnesses, follow these steps:

Strip wire to specified terminal length.
Use dedicated die crimp tools.
Perform visual inspection and pull tests.

Troubleshooting & Verification

Pre-Deployment Checklist

☐ Verify pitch and pin count
☐ Confirm electrical ratings vs. load
☐ Check continuity and polarity
☐ Perform pull tests on crimps

Common Issues & Fixes

Overheating? Check for undersized wire or high contact resistance.

Intermittent Connection? Re-seat terminals or check for crimp contamination.

Summary

1 Confirm pitch (3.96 mm), positions, and mounting before CAD entry; the datasheet is the final authority.
2 Document mechanical views and electrical tables to prevent assembly errors and speed up production.
3 Adopt rigorous crimp inspections and pull tests to reduce field failures and ensure longevity.

Frequently Asked Questions

Which wire gauge is typically used with this housing? +

Recommended AWG depends on the crimp terminal used; typical housings in this pitch accept AWG 22–26 for signals or AWG 18–22 for higher current contacts. Always cross-check the terminal spec.

How should pin 1 be identified during assembly? +

Pin 1 is usually indicated by a molded index, latch orientation, or a chamfer on the housing. Refer to the assembly drawing for the viewed face (housing front) to prevent miswiring.

What immediate checks help diagnose intermittent connections? +

Start with a visual inspection of crimps, perform continuity and wiggle tests under load, and measure contact resistance. If resistance is high, re-terminate the wire with a verified crimp die.