HellermannTyton NGM Series White Polyamide 66 Cable Gland, M20 Thread, 10 mm min., 14 mm max., IP68

HellermannTyton NGM Series Cable Gland, M20 Thread size, 10mm Minimum Cable Diameter - NGM20-WHT

This crimp terminal is a female connector from the Mini-Fit series, designed for use with Mini-Fit Jr Connectors. Constructed from brass and featuring a gold plating for mating, this terminal supports wire sizes of 22-28 AWG, providing optimal electrical connectivity. With a durable design rated for operating temperatures ranging from -40°C to +105°C, this product accommodates a variety of applications in demanding environments.

Features & Benefits

• Gold plating enhances conductivity and minimises contact resistance
• Capable of carrying a maximum current of 9A for power applications
• Durable construction withstands up to 30 mating cycles
• Crimp termination ensures secure and reliable connections
• Compatible with a range of wire insulation diameters for versatility
• Low contact resistance improves overall electrical performance

Applications

• Used with Mini-Fit Jr. Receptacle Housing for power distribution
• Ideal for in automation and electronics
• Commonly utilised in high current connectors for robust performance
• Works well with various wire crimping tools for efficient assembly

What is the maximum current capacity for this terminal?

The maximum current capacity is 9A, making it suitable for various power applications.

What wire sizes can be accommodated with this terminal?

It supports wire sizes from 22 AWG to 28 AWG, providing flexibility for different installations.

What materials are used in the construction of this terminal?

This terminal is made from brass with gold plating for improved conductivity and durability.

Are there specific tools recommended for proper installation?

Using compatible wire crimping tools ensures a secure and reliable crimp connection.

How does temperature rating affect the terminal's performance?

The terminal's rating of -40°C to +105°C allows it to perform reliably in diverse environmental conditions.