WURTH ELEKTRONIK 66200313722DEC female crimp terminal
This 3.00mm female crimp terminal features low force insertion and tin-plated copper alloy contacts, designed for reliable electrical connections in general electronics. With a current rating of 5A, working voltage of 250VAC, and environmental compliance including RoHS and lead-free standards, it ensures safety and durability. The component supports AWG 20-24 wire sizes, has a contact resistance of max 10 mΩ, and withstands dielectric voltage of 1000VAC. Packaged in reels of 10,000 pieces, it is suitable for automation and electronic assembly applications.
WURTH ELEKTRONIK 66200313722DEC female crimp terminal Specifications:
Material: Copper Alloy with Tin Plating
Contact Type: Stamped
Contact Resistance: Max 10 mΩ
Current Rating: 5A
Working Voltage: 250VAC
Dielectric Withstanding Voltage: 1000VAC/MN
Insulator Resistance: >1000 Mohm
Operation Temperature: -25°C to 105°C
Wire Size: AWG 20-24
Packaging: Reel of 10,000 pcs
RoHS and Lead-Free compliant
Buy the Wurth Series 3.00mm Female Crimp Terminal: 66200313722
Enhance your electronic assemblies with the durable and reliable 3.00mm female crimp terminal from Wurth Elektronik. Designed for easy installation with low force, it features tin-plated copper contacts rated for 5A current and 250VAC voltage. Suitable for AWG 20-24 wires, this RoHS-compliant component ensures safety, quality, and environmental standards. Packaged conveniently in reels of 10,000 units, it is perfect for mass production, automation, and electronic manufacturing, providing consistent performance across various industrial and commercial applications.
Order your Wurth Series 3.00mm Female Crimp Terminal today and ensure reliable electrical connections for your electronics projects.
Frequently Asked Questions
Where can I buy WURTH ELEKTRONIK 66200313722DEC?
You can click on the BUY or RFQ button to purchase 66200313722DEC from an authorized WURTH ELEKTRONIK distributor.
How do I troubleshoot issues or seek technical support for part 66200313722DEC?