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5019301100
Electronics Part Number
5019301100-WXManufacturer
Molex
5019301100
Description
Gold Crimp Pin for 26-28AWG WireInventory
272 Pcs New Original In Stock
Pin contact, gold, 26-28 AWG, crimp; gold surface for low resistance; corrosion-free connection; high-reliability wiring.
Quantity
Minimum 1
Minimum 1
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Freight
Basic cost: USD 70.00
Actual cost may vary depending on weight and destination
Shipping method
Shipped from Hong Kong via FedEx/DHL/UPS/TNT
Delivery Time
In-stock items: Ready to ship in 1-2 days
Transit time: 3-5 business days (FedEx/DHL/UPS)
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Technical Specifications
Category
Rectangular Connectors, Rectangular Connector Contacts
Manufacturer
Molex
Packaging
Cut Tape (CT)
Series
Pico-Clasp 501334
Base Product Number
501334
Product Status
Active
Contact Termination
Crimp
Type
-
Wire Gauge
28-32 AWG
Contact Finish
Tin
Contact Finish Thickness
39.4µin (1.00µm)
Pin or Socket
Socket
Data Sheet Document (D)
Datasheets
Download 5013340000 Product Specification (PDF)
HTML Datasheet
5013340000-DG
Environmental & Export Classification
RoHS Status
ROHS3 Compliant
Moisture Sensitivity Level (MSL)
1 (Unlimited)
REACH Status
REACH Unaffected
ECCN
EAR99
HTSUS
8536.90.4000
Additional Information
Other Names
05013340000 501334-0000 0501334-0000 WM3670CT WM3670TR
Standard Package
25,000
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Frequently Asked Questions (FAQ)
Can Molex 5013340000 socket contacts be reliably used in high-vibration automotive applications, and
Yes, the Molex 5013340000 socket contacts can be used in high-vibration environments when paired with proper crimping practices. Since these are tin-plated crimp contacts for 28–32 AWG wire, mechanical reliability depends heavily on a validated crimp process. Use the Molex 63811-1000 or equivalent ratcheting crimp tool with periodic pull testing (per IPC/WHMA-A-620) to ensure crimp integrity. Additionally, ensure the mating header (e.g., Molex 501333xxxx series) has adequate retention force. Avoid over-flexing the wire near the contact to reduce work-hardening and fretting corrosion risks in dynamic conditions.
Is the Molex 5013340000 compatible with automotive-grade 0.34mm² (28 AWG) stranded copper wire insul
Yes, the Molex 5013340000 is rated for 28–32 AWG, making it compatible with 0.34mm² (28 AWG) stranded wire. However, XLPE-insulated wires are stiffer than PVC, increasing insertion force into the housing. Verify that the wire diameter (including insulation) is ≤1.1mm to avoid housing deformation or damage to adjacent contacts. Use a proper insertion tool (e.g., Molex 50079-1000) to prevent contact back-out. Pre-tinning the stripped wire should be avoided as it compromises crimp reliability.
Can the Molex 5013340000 be used as a direct replacement for JST XHP-3 or TE Connectivity 1-2199277-
The Molex 5013340000 is not a direct form-fit-function replacement for JST XHP-3 or TE 1-2199277-3 due to differences in contact geometry and housing pitch (2.50mm vs. 2.54mm). While both are 28–32 AWG crimp sockets, the Molex Pico-Clasp series uses a 2.50mm pitch, which may not align with JST 2.54mm headers, risking misalignment and contact damage. Additionally, the Molex 5013340000 offers 50 mating cycles versus 100 for JST XHP-3, limiting reworkability in test environments. Evaluate housing compatibility and lifecycle needs before substitution.
What are the current derating recommendations for Molex 5013340000 socket contacts in a sealed enclo
The Molex 5013340000 should be derated to 60–70% of its nominal 3.0A rating (per Molex guidelines) in enclosed environments at 85°C ambient, effectively limiting use to ≤2.1A per contact. Continuous high temperature accelerates tin whisker growth and oxidation, especially with the 1.00µm tin plating on the 5013340000. For long-term reliability, consider using the gold-plated Molex 501334-9000 variant in critical or high-temperature applications. Ensure adequate airflow or thermal relief in PCB layout to avoid localized heating exceeding 105°C.
How can I prevent damage to the Molex 5013340000 socket contact during automated pick-and-place inse
For automated handling of the Molex 5013340000, use vacuum nozzles with tip diameters of 0.8–1.0mm to avoid crushing the contact spring beam. Ensure feeder tape tension and indexing are calibrated to prevent skewing. For low-volume prototyping, hand insertion with ESD-safe tweezers is acceptable if done carefully—align the contact straight into the cavity and push fully until the retention lance engages. Never apply lateral force. Inspect for full seating using bore scope or pin depth gage to avoid intermittent mating or ejection during connector assembly.
Can Molex 5013340000 socket contacts be reliably used in high-vibration automotive applications, and
Yes, the Molex 5013340000 socket contacts can be used in high-vibration environments when paired with proper crimping practices. Since these are tin-plated crimp contacts for 28–32 AWG wire, mechanical reliability depends heavily on a validated crimp process. Use the Molex 63811-1000 or equivalent ratcheting crimp tool with periodic pull testing (per IPC/WHMA-A-620) to ensure crimp integrity. Additionally, ensure the mating header (e.g., Molex 501333xxxx series) has adequate retention force. Avoid over-flexing the wire near the contact to reduce work-hardening and fretting corrosion risks in dynamic conditions.
Is the Molex 5013340000 compatible with automotive-grade 0.34mm² (28 AWG) stranded copper wire insul
Yes, the Molex 5013340000 is rated for 28–32 AWG, making it compatible with 0.34mm² (28 AWG) stranded wire. However, XLPE-insulated wires are stiffer than PVC, increasing insertion force into the housing. Verify that the wire diameter (including insulation) is ≤1.1mm to avoid housing deformation or damage to adjacent contacts. Use a proper insertion tool (e.g., Molex 50079-1000) to prevent contact back-out. Pre-tinning the stripped wire should be avoided as it compromises crimp reliability.
Can the Molex 5013340000 be used as a direct replacement for JST XHP-3 or TE Connectivity 1-2199277-
The Molex 5013340000 is not a direct form-fit-function replacement for JST XHP-3 or TE 1-2199277-3 due to differences in contact geometry and housing pitch (2.50mm vs. 2.54mm). While both are 28–32 AWG crimp sockets, the Molex Pico-Clasp series uses a 2.50mm pitch, which may not align with JST 2.54mm headers, risking misalignment and contact damage. Additionally, the Molex 5013340000 offers 50 mating cycles versus 100 for JST XHP-3, limiting reworkability in test environments. Evaluate housing compatibility and lifecycle needs before substitution.
What are the current derating recommendations for Molex 5013340000 socket contacts in a sealed enclo
The Molex 5013340000 should be derated to 60–70% of its nominal 3.0A rating (per Molex guidelines) in enclosed environments at 85°C ambient, effectively limiting use to ≤2.1A per contact. Continuous high temperature accelerates tin whisker growth and oxidation, especially with the 1.00µm tin plating on the 5013340000. For long-term reliability, consider using the gold-plated Molex 501334-9000 variant in critical or high-temperature applications. Ensure adequate airflow or thermal relief in PCB layout to avoid localized heating exceeding 105°C.
How can I prevent damage to the Molex 5013340000 socket contact during automated pick-and-place inse
For automated handling of the Molex 5013340000, use vacuum nozzles with tip diameters of 0.8–1.0mm to avoid crushing the contact spring beam. Ensure feeder tape tension and indexing are calibrated to prevent skewing. For low-volume prototyping, hand insertion with ESD-safe tweezers is acceptable if done carefully—align the contact straight into the cavity and push fully until the retention lance engages. Never apply lateral force. Inspect for full seating using bore scope or pin depth gage to avoid intermittent mating or ejection during connector assembly.
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Sep 15 2026
