Molex, 172767 8 Way Nylon Connector Housing, Black

Molex 172767 Series Connector Housing, 8 Contacts, 4.2mm Pitch - 172767-3008

This connector housing is designed for the Mini-Fit family of power connectors. It features a robust nylon construction and accommodates eight circuits within a dual-row configuration. With a 4.20mm pitch, this panel mount connector ensures seamless integration into various electrical systems. The straight plug design promotes efficient connectivity while maintaining ease of installation.

This connector housing is designed for the Mini-Fit family of power connectors. It features a robust nylon construction and accommodates eight circuits within a dual-row configuration. With a 4.20mm pitch, this panel mount connector ensures seamless integration into various electrical systems. The straight plug design promotes efficient connectivity while maintaining ease of installation.

Features & Benefits

• Fabricated from heat-resistant nylon to ensure durability• Glow-wire capable for enhanced electrical safety• Panel mount design simplifies assembly in confined spaces• Polarised to ensure correct mating every time• Locking mechanism provides secure connections under load• Temperature range of -40°C to +105°C for versatile use

• Fabricated from heat-resistant nylon to ensure durability

• Glow-wire capable for enhanced electrical safety

• Glow-wire capable for enhanced electrical safety

• Panel mount design simplifies assembly in confined spaces

• Panel mount design simplifies assembly in confined spaces

• Polarised to ensure correct mating every time

• Polarised to ensure correct mating every time

• Locking mechanism provides secure connections under load

• Locking mechanism provides secure connections under load

• Temperature range of -40°C to +105°C for versatile use

• Temperature range of -40°C to +105°C for versatile use

Applications

• Utilised for power distribution in automation systems• Used with Mini-Fit TPA2/Sigma male terminals• Ideal for wire-to-board and wire-to-wire connections• Serves as a reliable Interface in industrial equipment• Perfect for power needs in electronics manufacturing

• Utilised for power distribution in automation systems

• Used with Mini-Fit TPA2/Sigma male terminals

• Used with Mini-Fit TPA2/Sigma male terminals

• Ideal for wire-to-board and wire-to-wire connections

• Ideal for wire-to-board and wire-to-wire connections

• Serves as a reliable Interface in industrial equipment

• Serves as a reliable Interface in industrial equipment

• Perfect for power needs in electronics manufacturing

• Perfect for power needs in electronics manufacturing

What are the advantages of using nylon for this housing?

Nylon is a preferred material because it offers excellent resistance to heat and is lightweight, ensuring durability in various environments. Its physical properties maintain performance across a temperature range of -40°C to +105°C.

Nylon is a preferred material because it offers excellent resistance to heat and is lightweight, ensuring durability in various environments. Its physical properties maintain performance across a temperature range of -40°C to +105°C.

How does the locking mechanism enhance performance?

The locking mechanism ensures a secure fit between the connector housing and its mating part, minimising the risk of disconnection during operation and enhancing reliability in demanding applications.

The locking mechanism ensures a secure fit between the connector housing and its mating part, minimising the risk of disconnection during operation and enhancing reliability in demanding applications.

Can it be used in power applications and what are the ratings?

Yes, the housing is specifically designed for power applications, accommodating up to 8 circuits, and is compliant with industry standards ensuring safe and effective use in electrical distributions.

Yes, the housing is specifically designed for power applications, accommodating up to 8 circuits, and is compliant with industry standards ensuring safe and effective use in electrical distributions.