5223016-1 Elektrische Anschlussbuchse - dauerhafte Leiterplattenmontage, Packung mit 1 Stück

5223016-1 Overview

The 5223016-1 is a high-performance electrical connector designed to meet demanding industrial and electronic applications. Engineered for reliable connectivity, it offers robust mechanical and electrical characteristics suited for harsh environments. This component ensures consistent signal integrity and power transmission, making it ideal for complex assembly configurations. With a compact design and strong retention features, it facilitates efficient installation and maintenance. Sourced from a trusted IC-Hersteller, this connector supports a broad range of industrial needs where durability and precise electrical performance are critical.

5223016-1 Technical Specifications

Parameter	Spezifikation
Stecker Typ	Rectangular, male housing
Anzahl der Positionen	6
Contact Type	Crimp contacts
Material – Housing	Thermoplastic, high-temperature resistant
Kontakt Beschichtung	Tin over copper alloy
Betriebstemperaturbereich	-40??C to +105??C
Aktuelle Bewertung	Up to 5 A per contact
Nennspannung	250 V AC/DC
Durability (Mating Cycles)	Up to 30 cycles
Montageart	Panel mount with locking latch

5223016-1 Key Features

• Compact 6-position design: Enables space-saving installations without compromising connection reliability, ideal for dense electronic assemblies.
• High-temperature resistant housing: Supports operation in environments ranging from -40??C to +105??C, ensuring durability under thermal stress.
• Reliable crimp contact system: Provides secure electrical connections with low contact resistance, improving signal integrity and power delivery.
• Robust locking latch mechanism: Prevents accidental disconnections during vibration or mechanical shock, enhancing system uptime.
• Corrosion-resistant plating: Tin-over-copper contacts resist oxidation, extending connector lifespan and maintaining performance in harsh conditions.

5223016-1 Advantages vs Typical Alternatives

This connector offers superior integration of mechanical robustness and electrical reliability compared to common alternatives. Its high-temperature housing and corrosion-resistant contacts provide enhanced durability, while the secure locking latch ensures stable connections in industrial environments. The compact 6-position layout optimizes space without sacrificing current capacity, making it a preferred choice for engineers seeking dependable, long-lasting connectors in critical applications.

Typische Anwendungen

• Industrial automation systems requiring secure multi-pin connections that withstand temperature variations and mechanical stress, ensuring continuous operation.
• Control panels where compact, reliable connectors are needed for power and signal interfacing in limited space environments.
• Electrical equipment assembly for machinery, providing stable and maintainable electrical interconnections under harsh conditions.
• Transportation electronics, where vibration resistance and environmental robustness are critical to connector performance and safety.

5223016-1 Brand Info

This connector is part of a well-established range from a leading electronics component manufacturer, known for high-quality interconnect solutions in industrial and commercial sectors. Designed with precision engineering standards, it supports extensive testing protocols to guarantee performance consistency. The product line focuses on meeting stringent international standards, ensuring compatibility and reliability for complex electronic systems worldwide.

FAQ

What type of contacts does this connector use?

The connector utilizes crimp contacts, which offer secure and low-resistance electrical connections. Crimping ensures stable contact retention and is widely preferred for industrial connectors due to its reliability and ease of assembly.

Can this connector operate in high-temperature environments?

Yes, its housing is made from a high-temperature resistant thermoplastic material, enabling operation between -40??C and +105??C. This range supports use in demanding applications where thermal stability is required.

How is the connector secured to prevent accidental disconnection?

It features a robust locking latch mechanism that locks the connector firmly in place. This prevents