08-50-0113 Crimp Terminal: Datasheet & Sourcing Insights
08-50-0113 Crimp Terminal: Datasheet & Sourcing Insights
Engineers and buyers still specify 08-50-0113 because it hits a practical sweet spot: a single-position crimp terminal that fits common wire ranges, occupies minimal footprint for .100" (2.54 mm) pitch systems, and remains cost-effective for high-volume assemblies. Market signals show steady availability but intermittent lead-time variability, so this article breaks the official datasheet into the exact fields you must verify and delivers a hands-on sourcing checklist to speed qualification and purchasing.
In this introduction the main objects are clear: confirm the 08-50-0113 identifier, extract electrical and mechanical limits from the datasheet, and follow a concise procurement path. The term crimp terminal and datasheet appear here to orient search and review workflows.
Product Overview & Key Specs — 08-50-0113 at a Glance
Physical & Electrical Summary
Point: 08-50-0113 is a single-position female crimp contact intended for KK .100" (2.54 mm) family housings. Evidence from manufacturer data shows a wire range of 22–30 AWG, a continuous current rating typically around 3 A, and hot-tin (Sn) dip plating. Typical operating temperature is –40°C to +105°C.
Explanation: When creating a procurement spec, surface these six to eight fields: exact part ID, AWG range, max continuous current, contact resistance limit, plating/finish, operating temperature, recommended crimp tooling, and packaging quantity.
Common Mating Housings
Point: Verify housing compatibility by matching series name, pitch, and locking features. Evidence: KK-series housings use .100" pitch and require terminals with matching tang geometry and retention lances.
Explanation: Confirm locking tang presence, retention force, insertion depth, and rated mating cycles (mechanical life) from the housing and contact datasheets before approval.
Datasheet Deep Dive: What to Extract & How to Interpret
Critical Electrical and Mechanical Test Data
- • Contact resistance: Note the maximum (typical ≤20 mΩ) and test method; use this to set acceptance criteria.
- • Dielectric withstanding voltage: Record VAC test and MΩ limits to validate isolation.
- • Current vs. temperature: Use the datasheet current rating curve to derate at elevated ambient temperatures.
- • Mechanical life: Log recommended mating cycles and pull-out force to define reliability targets.
Explanation: Interpret limits by applying a 20–30% derating margin for continuous operation in harsh environments.
Materials, Finishes & Recommended Tooling
Point: Datasheet fields to capture include contact base metal, plating type and thickness, RoHS compliance, packaging form, and tooling references. Evidence: This part is tin-plated over a copper alloy; common reel quantity is 2,000 pieces. Explanation: Record plating and RoHS flags for warranty, and list recommended tooling in your procurement spec.
| Parameter | Typical Value / Procurement Field | Visual Indicator |
|---|---|---|
| Part Number | 08-50-0113 | |
| Wire AWG Range | 22–30 AWG | |
| Current Rating | ≈3 A continuous | |
| Contact Resistance | ≤20 mΩ (max) | |
| Plating | Hot-tin (Sn) dip | |
| Operating Temp | –40°C to +105°C |
Sourcing Market Snapshot
Availability Indicators: Watch global distributor stock and MOQ shifts. Low stock or sudden increases in minimum reel quantities are early flags. Log stock-on-hand and lot codes.
Pricing Benchmarks: Gold plating and smaller pack quantities raise unit cost. Negotiate by consolidating related SKUs on reels and seeking multi-year terms.
Design Selection Guide
Wire & Insulation: Confirm strand count compatibility. Define acceptance tests: crimp-height inspection, pull-test target, and cross-section check.
Environmental: Choose plating based on corrosion. Tin is cost-effective for general electronics; gold is for low resistance and high corrosion immunity.
Quality, Compliance & Counterfeit Risk
Incoming Inspection Checklist
- Visual ID & Package integrity check.
- Barrel ID/Width measurement.
- Continuity & Resistance sampling.
- Mechanical pull tests to datasheet targets.
Approved Alternates Strategy
Build an alternates shortlist by exact-matching AWG range, current rating, plating, and pitch. Maintain a matrix in your quality system to speed recovery during primary supply constraints.
Procurement Action Plan
Step-by-Step Sourcing
- Draft spec capturing 8 critical fields.
- Request samples and lot CoC.
- Validate sample crimps with production tooling.
- Finalize PO terms & warranty.
Long-term Strategy
Mitigate risk with multi-sourcing and inventory buffering. Include re-test triggers for new lot codes and protect against obsolescence and lead-time spikes.
Key Summary
- 1 Verify AWG 22–30, current ≈3 A and contact resistance ≤20 mΩ from the datasheet before approval.
- 2 Record plating, packaging qty (reel vs. loose), and recommended tooling to avoid assembly mismatches.
- 3 Monitor distributor stock and MOQ shifts; use alternates filtered by AWG and plating to recover quickly.
