Molex

<p>The Molex 39-00-0158 is a female crimp terminal designed for use in Mini-Fit rectangular connector systems. The contact is constructed from bronze, a material known for its good conductivity and durability. Termination is achieved via crimp, providing a secure wire attachment suitable for high-vibration environments.</p><p>&nbsp;</p><p>This terminal is RoHS3 compliant, REACH unaffected, and has an MSL rating of 1 (unlimited). It is intended for applications requiring reliable power or signal connections in wire-to-wire or wire-to-board configurations. The bronze contact material ensures consistent electrical performance over repeated mating cycles.</p><p>&nbsp;</p><p>As a Mini-Fit series component, the 39-00-0158 is compatible with standard Mini-Fit housings and accessories. Designers should consult appropriate documentation for current and voltage ratings, as those specifications are not available in the provided data.</p>

<p>The Molex 89400-0820 is a 2.00mm pitch wire-to-board header from the 89400 series. It features 8 positions in a single row with vertical orientation and through hole mounting. The header is partially shrouded with a locking feature for secure mating.</p><p>&nbsp;</p><p>Electrical ratings include 4A maximum current per contact and 250V maximum voltage. Contact resistance is 20mΩ maximum. The contacts are made of brass with tin plating (1.27µm). The insulator is natural nylon with UL94V-0 flammability rating.</p><p>&nbsp;</p><p>The header has a kinked PC tail of 3.40mm length and is designed for 1.20mm recommended PCB thickness. It includes PCB retention for secure soldering. Operating temperature range is -25°C to +85°C. Durability is rated for 30 mating cycles.</p><p>&nbsp;</p><p>This connector is suitable for signal wire-to-board applications. It mates with Molex 87369 crimp housing. Packaging is in bags. The product is low-halogen and RoHS compliant.</p>

<p>The Molex 130196-0310 is a photovoltaic (solar panel) connector contact designed for use in solar energy systems. It is a pin-type contact that accepts 12-10 AWG wire, making it suitable for common solar panel cabling. The contact is supplied in loose packaging for flexible assembly.</p><p>&nbsp;</p><p>This component is RoHS3 compliant, REACH unaffected, and has a Moisture Sensitivity Level of 1 (unlimited), indicating no special handling requirements for moisture exposure. The contact is intended for use with compatible solar connector housings to create reliable, weather-resistant connections in photovoltaic installations.</p>

<p>The Molex 5016461200 is a rectangular connector housing designed for use with 2.00mm pitch wire-to-wire connectors. It is a receptacle (female) housing that accepts female socket contacts. The housing has 12 positions arranged in 2 rows, with a pitch of 2.00mm and row spacing of 2.00mm. It is designed for free hanging (in-line) mounting and features a latch lock fastening mechanism for secure mating. The contacts are terminated via crimp, allowing for flexible wire assembly. The housing is natural (beige) in color and is rated for an operating temperature range of -40°C to 105°C. This housing is part of a 2.00mm pitch connector system and is compatible with Molex crimp terminals for wire-to-wire connections.</p>

<p>The Molex 1061270690 is a fiber optic coupler designed to connect two LC connectors in a duplex configuration. It accepts LC receptacles on both ends, making it suitable for patching or extending fiber optic links.</p><p>&nbsp;</p><p>This coupler supports both singlemode and multimode fibers, offering versatility in network deployments. It is mounted using a panel mount snap-in mechanism, providing secure and tool-free installation. The housing is made of durable polymer, and the ferrule is constructed from phosphor bronze for reliable alignment. Its silver color and compact design fit standard panel cutouts.</p><p>&nbsp;</p><p>Additional features include a dust cap to protect the connector ports when not in use and an integrated shutter for added safety. These design elements help maintain optical performance and prevent contamination.</p>