Q: What are the basic parameters of 4.8mm Fully Insulated Female Disconnect Terminal (AWG 16-14)?
A: Quick Disconnect Terminal Type : Receptacle/Flag type
Wire Size: AWG16-14(1.31-2.08mm²)
Mating Tab Width: 4.8(0.187")
Mating Tab Thickness : 0.5mm/0.8mm
Compatible Insulation Diameter Range: 4.06mm/6.60mm
Q: What is the MOQ for 4.8mm 0.187" Insulated terminal?
A: MOQ: 5000pcs/item.
Q: What is the lead time for 4.8mm 0.187" Insulated terminal?
A: L/T: 3-4 weeks.
Q: Can this AWG16-14 receptacle be used in automotive vibration environments?
A: Yes, this AWG16-14 receptacle, features secure contact retention that withstands typical automotive vibration levels. It is suitable for medium current circuits when installed per specifications.
Q: What is the difference between 4.8mm and 6.3mm connectors?
A: The difference is the width of the terminal tab. 4.8mm connectors are smaller and used for lighter applications, while 6.3mm
connectors handle higher currents.
Q: How do I choose the correct AWG size?
A: Select the connector based on your wire gauge. This product is designed for AWG16-14(1.31-2.08mm²) wires, ensuring a proper crimp fit.
Q: Are these connectors insulated?
A: Yes, they feature a fully insulated sleeve to prevent short circuits and improve safety.
Q: What wire size does AWG16-14 support?
A: AWG16-14 terminals are designed for wires with a cross-sectional area suitable for medium to high current electrical applications.
Q: What is a 4.8mm female disconnect terminal?
A 4.8mm female disconnect terminal is a type of electrical connector designed to fit a 4.8mm male tab, allowing quick and secure
wire connections.
Q: What is the difference between straight female terminals and flag female terminals? How to choose the right type?
A: Straight female terminals feature an inline straight structure for straight-through wiring installation, suitable for narrow spaces and inline harness routing.
Flag type terminals come with a right-angle flag design, allowing side wiring and easy soldering or crimping. They are ideal for crowded wiring areas and vertical PCB mounting.
Choose straight type for linear inline wiring; select flag type for right-angle routing, limited installation space and PCB side connection.
Q: What is the difference between AWG16-14 and AWG22-18? How to select the correct wire size?
A: AWG16-14 wires have a larger cross-section and support higher current loads, ideal for main power and medium-current circuits. In contrast, AWG22-18 wires are thinner, designed for low-current and auxiliary wiring.
Choose AWG16-14 for high-power components and heavy-duty applications, while AWG22-18 is recommended for signal lines and auxiliary electrical systems.
Q: What are the differences among 0.110", 0.187", 0.205" and 0.250" terminals? How to choose the right size?
A: These numbers refer to the tab width of quick disconnect terminals in inches:
0.110" is the smallest size for low-current signal and auxiliary circuits;
0.187" is the most common general-purpose size for medium light-current wiring;
0.205" offers larger contact area for higher current and more stable connection;
0.250" is the largest size, designed for heavy-duty and high-power main circuits.
For selection, match the terminal tab width to your mating connector, wire AWG, working current and installation space. Use smaller sizes for signal lines, and larger sizes for main power and high-current applications.
Q: What are the differences among M7600FNS-8(5)-b; M7600FNS-8(8)-b; M7600FNS-8(5)-b1; M7600FNS-8(8)-b1 terminals? How to choose the right one?
A: All belong to the M7600FNS 4.8mm fully insulated female flag terminal series.
The coding rules are as follows:
①: (5) / (8) stands for terminal tab thickness: 0.5mm and 0.8mm respectively.
②: b / b1 represent different insulation inner diameter and wire gauge range, both for AWG 16-14 wiring. b=Ins. Dia, Max: 4.06mm; b1=Ins. Dia, Max: 6.60mm.
③: 0.8mm tab thickness provides better conductivity, stronger vibration resistance and higher load capacity than 0.5mm type.
Selection guide:
①: Choose 0.5mm (5) for conventional low to medium current general wiring;
②: Select 0.8mm (8) for high current, vibration-intensive and heavy-duty applications;
③: Pick b or b1 according to your actual wire outer diameter to ensure perfect crimping and insulation fit.
