0.31 16-14 AWG Pan-Term Female Disconnect Nylon Insulated DNF14-206FIB-M (Pack of 1000)

Product Information

Specification

About:

This product represents a female disconnect terminal that's designed to facilitate stable and secure electrical connections. With its 16-14 AWG (American Wire Gauge) specification, it's optimal for medium-sized wire diameters. As a part of the "Pan-Term" series, this component comes in bulk, packaged in sets of 1000 units. The inclusion of nylon insulation enhances its safety profile, effectively preventing short circuits and unwanted metallic contacts.

Also Known As:

• Female Slip-On Connector
• Spade Terminal
• Quick Disconnect Terminal

Common Applications:

• Circuitry in consumer electronic devices
• Wiring frameworks in industrial machinery and equipment
• Household electrical appliances
• Automotive electrical systems
• Junction points in control panels and switchgear configurations

Standards:

• UL (Underwriters Laboratories)
• CSA (Canadian Standards Association)
• RoHS (Restriction of Hazardous Substances) compliance

Construction:

• Insulation: Constituted by nylon, offering both electrical insulation and a modicum of mechanical protection.

• Connector Body: Generally made from brass or a similar conductive material, which ensures maximum electrical transmission.

• Plating: The connector's body might be plated with tin, enhancing its resistance to corrosion and ensuring a persistent and reliable connection.

Features:

• Nylon Insulation: Serves as a barrier against potential short circuits and unexpected metallic contacts.

• Easy-to-use Crimping: Engineered for straightforward yet secure wire attachment, predominantly via a crimping tool.

• Durability: Built to withstand standard wear and tear, ensuring enduring connections.

• Broad Temperature Range: Capable of functioning effectively across diverse temperature conditions, making it adaptable for various environments.

• Compatibility: Precisely crafted for wire gauges that fit within the 16-14 AWG range, ensuring flexibility for diverse wiring scenarios.

Specification: