TE Connectivity 1-292187-2 Circular Connector Plug, Cable Mount, Metal Housing

1-292187-2 Overview

The 1-292187-2 is a high-performance electrical connector designed for robust and reliable signal transmission in demanding industrial environments. Engineered for precision and durability, it features a compact design that supports efficient integration into complex systems. This connector offers secure mating with excellent contact retention, making it ideal for applications requiring consistent electrical integrity. Manufactured by IC-fabrikant, the product is optimized for environments where vibration resistance and mechanical stability are critical. Its construction facilitates ease of assembly and maintenance, ensuring long service life and reduced downtime.

1-292187-2 Technical Specifications

Parameter	Specificatie
Aantal posities	4
Type contactpersoon	Krimp
Contactmateriaal	Fosfor Brons
Contact Finish	Tin Plated
Materiaal behuizing	Glass-filled Polyester
Bedrijfstemperatuurbereik	-40 tot +105°C
Huidige waardering	8 Amperes per contact
Voltage	250 Volts AC/DC
Duurzaamheid (paringscycli)	Tot 30 cycli
Wire Size Range	22?C28 AWG

1-292187-2 Key Features

• Compact 4-position design: Enables efficient use of PCB space while maintaining reliable connections, ideal for densely packed assemblies.
• Phosphor bronze contacts with tin plating: Ensure low contact resistance and corrosion resistance, which improves signal integrity over time.
• Glass-filled polyester housing: Offers enhanced mechanical strength and heat resistance, ensuring durability in harsh industrial environments.
• Crimp termination system: Provides secure wire retention and consistent electrical performance, simplifying field assembly and maintenance.

1-292187-2 Advantages vs Typical Alternatives

This connector stands out for its balance of mechanical robustness and electrical reliability compared to typical alternatives. The use of tin-plated phosphor bronze contacts enhances corrosion resistance and maintains low resistance connections. Its glass-filled polyester housing improves thermal and mechanical stability, helping to withstand industrial stresses. Additionally, the crimp termination method offers superior retention and consistent contact performance, reducing failure rates in critical applications.

Typische toepassingen

• Industrial automation systems requiring compact, reliable signal connectors capable of enduring vibration and temperature variations.
• Control panel wiring where space constraints demand small footprint connectors without sacrificing electrical performance.
• Measurement and instrumentation devices benefiting from stable electrical contacts and easy assembly.
• Consumer electronics with moderate power and signal requirements, leveraging the connector??s durability and ease of use.

1-292187-2 Brand Info

Produced by a leading global connector manufacturer, this product reflects a commitment to quality and innovation in interconnect solutions. The brand focuses on delivering reliable, industry-standard components that meet stringent performance requirements. The 1-292187-2 embodies the company??s expertise in material selection and precision engineering, ensuring dependable connectivity in challenging industrial and commercial applications.

FAQ

Welke draadmaten zijn compatibel met deze connector?

The connector supports wire sizes ranging from 22 to 28 AWG. This range allows for flexibility in application, accommodating common wire gauges used in signal and low-power wiring.

Hoeveel paringscycli kan de connector weerstaan?

The product is rated for up to 30 mating cycles, which is suitable for applications where connectors are not frequently disconnected but still require reliable mechanical retention and electrical contact over time.

What materials are used for the contacts and housing?

The contacts are made from phosphor bronze with a tin plating finish, providing a balance of conductivity and corrosion resistance. The housing is constructed from glass-filled polyester, offering enhanced mechanical strength and thermal stability.

Is the connector suitable for high-temperature environments?