0.93 16-14 AWG Reel Smart Female Disconnect Nylon Insulated Expanded DNF14250FIBX-2K (Pack of 2000)

Product Information

Specification

About:

The "0.93 16-14 AWG Reel Smart Female Disconnect Nylon Insulated Expanded DNF14250FIBX-2K" refers to a type of female disconnect terminal that is tailored for wires sized between 16 and 14 AWG (American Wire Gauge). The "0.93" might denote a specific dimension or attribute of the connector. "Reel Smart" may suggest a particular product series or an innovative packaging mechanism. The term "Expanded" likely indicates a design meant for enhanced wire retention or compatibility across various wire sizes.

Also Known As:

• Female slide-on connector
• Quick disconnect terminal
• Nylon-insulated spade female terminal
• Expanded tab female faston

Common Applications:

• Automotive wiring systems
• Industrial control boards
• Home appliances
• Electrical machinery and tools
• Audio and video electronics

Standards Met:

UL 310, CSA 22.2 No.153

Construction:

• Terminal Material: Typically, these are made of brass or copper and are often tin-plated to enhance conductivity and resist corrosion.
• Insulation: Made primarily of nylon or a related insulating material, ensuring protection from accidental short circuits and longevity.
• Connection Type: The crimping style is used, ensuring a robust mechanical and electrical connection between the terminal and the wire.

Features:

• Continuously molded design provides reliable, consistent performance through the applicator for a high quality termination every time
• Disconnect can be inserted and removed from the male tab without the use of tools for lower installed cost
• Expanded wire entry designed to accommodate wire with a larger insulation thickness 
• Fully insulated design provides protection from electrical shorts
• Internal wire stop assures proper length of insertion into terminal barrel, providing a higher quality connection
• UL Flammability UL 94V-2/HB, maximum insulation temperature 221°F (105°C)
• UL and CSA rated up to 600 V per UL 310

Specification: