Industrial
Amphenol is a technology leader in the design, manufacture and supply of high-performance interconnect systems, sensors and antennas for a broad range of industrial applications. Our core competencies include application-specific industrial interconnect solutions utilizing integrated assemblies. Our primary end applications for industrial include agriculture equipment, alternative and traditional energy generation, batteries and hybrid drive systems, entertainment, factory automation, heavy equipment, instrumentation, internet of things (IoT), LED lighting, marine, medical equipment, oil and gas, power distribution, public safety, rail mass transit, smart manufacturing (IIoT), and transportation.
Visit our global sites to learn more: Amphenol Industrial Products Group and Amphenol Global Interconnect Systems
Adapter / Saver
D-Sub Gender Changers and Adapters offer a simple solution to change the functionality of your existing connector. A D-Sub Connector Saver can add longevity and durability to your system. Both are optimal to use in the prototype phase of your project.
ADGC Series
ADG Bayonet coupling connectors in accordance with VG95234, well known as Amphenol ADG bayonet connectors, are basically MIL-C-5015 type connectors. They withstand exposure to moisture, oil, and vibration. Bayonet lock coupling. ADG series connectors meet the performance of most subway
coupler applications.
AdvancedTCA
Dedicated interface between backplanes and boards capable of providing dual redundant power, system management and high voltage auxiliary circuits to each slot within the platform. The connector’s outstanding blind mating capability can be used to align the board during insertion.
AgilBrick™ 1.27mm Board-to-Board Header G802
AgilBrick™ 1.27mm Board-to-Board Header G802 Series offers a cost-effective solution with a flexible structure and 1 to 4 A current rating. These headers from Amphenol ICC can be customized to meet various customer requirements. It comes in customizable pin length, including contact pin and solder tail, which makes it an ideal choice for several applications and specific designs.
AgilBrick™ 2.00mm Board-to-Board Header G825
AgilBrick™ 2.00mm Board-to-Board Header G825 Series offers a cost-effective solution with a flexible structure and 1 to 4 A current rating. These headers from Amphenol ICC can be customized to meet various customer requirements. It comes in customizable pin length, including contact pin and solder tail, which makes it an ideal choice for several applications and specific designs.
AgilBrick™ 2.54mm Board-to-Board Header G800
AgilBrick™ 2.54mm Board-to-Board Header G800 Series offers a cost-effective solution with a flexible structure and 1 to 4 A current rating. These headers from Amphenol ICC can be customized to meet various customer requirements. It comes in customizable pin length, including contact pin and solder tail, which makes it an ideal choice for several applications and specific designs.
AgilLink™ 1.20mm Wire-to-Board Header G823H
AgilLink™ 1.20mm Wire-to-Board G823H series is the most common solution for transferring power and signal. This series can carry a maximum current rating of 1A. Amphenol ICC offers a comprehensive range of these headers including V/T SMT and vertical and R/A right angle SMT to meet various customer requirements. It is offered in customizable for high current ratings, which makes it an ideal c...
AgilLink™ 1.50mm Wire-to-Board Header G886
AgilLink™ 1.50mm Wire-to-Board G886 series is the most common solution for transferring power and signal. This series can carry a maximum current rating of 2.5A. Amphenol ICC offers a comprehensive range of these headers including, vertical and right-angle DIP, and vertical and right angle SMT, to meet various customer requirements. It comes with customizable pin length, latch, or location post...
AgilLink™ 2.00mm Wire-to-Board Header G823
AgilLink™ 2.00mm Wire-to-Board Header G823 Series is the most common solution for transferring power and signal. It can mate with both wire-to-board and board-to-board applications. This series can carry a maximum current rating of 4A. Amphenol ICC offers a comprehensive range of these headers including, V/T DIP, V/T SMT, R/A DIP to meet various customer requirements.
AgilLink™ 2.50mm Wire-to-Board Header G863
AgilLink™ 2.50mm Wire-to-Board is the most common solution for transferring power and signal. This series can carry a maximum current rating of 1.25A to3A. Amphenol ICC offers a comprehensive range of these headers including, vertical DIP, right-angle DIP, vertical SMT, and right angle SMT to meet various customer requirements.
AHQ & AKE & AMI & AWH - General Relay
General Relay highly adapts to conditions with high temperature and vibration. Miniature size with low power consumption. Halogen-Free series are available.
AirMax® Power Connectors
Hard Metric High Power connectors are a perfect complement to Amphenol's ExaMAX®, AirMax®, ZipLine®, and Millipacs® signal connectors. These power connectors mount alongside their signal counterparts and are used in applications where bulk current is delivered by backplane or midplane to power-consuming components on a mating daughter card.
AirMax VS2® High-Speed Backplane Connector
AirMax VS2® connectors provide a migration path from AirMax VS® for speeds up to 20Gb/s, providing a margin of safety for typical 802.3ap system performance with the flexibility of an open pin field design. The connectors leverage AirMax VS® and VSe® design features and technology to achieve improved signal integrity and mechanical attributes compared to AirMax VS® connectors.
AirMax VSe® High-Speed Backplane Connector
Next-generation AirMax VSe® connectors provide a migration path for up to 25Gb/s per differential pair with the flexibility of an open pin field design. The connectors also feature backward mating-compatible interfaces to existing AirMax VS® connectors with minimal changes to connector footprints.
AirMax VS® Connectors for CompactPCI® Serial System
AirMax VS® high-speed signal connectors from Amphenol ICC meet the dimensional and electrical requirements described in the Compact PCI® Serial (PICMG CPCI-s.0) Specification developed by the PCI Industrial Computer Manufacturers Group (PICMG). Connections between a front system or peripheral board and backplane are accomplished using right-angle headers and vertical receptacles.
AirMax VS® Coplanar High-Speed Backplane Connector
AirMax VS® coplanar connectors permit mating two boards in the same plane. The AirMax family includes many coplanar configurations including 3-, 4- and 5-Pair per column connectors with column pitch of 2mm and 3mm. This family also includes 100 Ohms versions for the broad market as well as 85Ohms versions for other computer architectures. These connectors can accommodate 12.5Gb/s applications.
AirMax VS® High-Speed Backplane Connector
AirMax VS® connectors use innovative edge-coupling and air dielectric between adjacent conductors to deliver insertion loss and crosstalk. The AirMax VS® connectors address a broad range of system architectures, including backplane, mid-plane, coplanar, mid-plane orthogonal, cabled backplane, and mezzanine applications.
AirMax VS® Orthogonal High-Speed Backplane Connector
AirMax VS® Orthogonal mid-plane interface features two back-to-back AirMax VS® headers oriented at 90 degrees to each other. The headers connect 16 differential signal pairs through shared vias in the mid-plane, providing a direct, high-speed connection while eliminating traces on the mid-plane. The AirMax VS® Orthogonal mid-plane interconnects can support differential signaling at up to 20Gb/s.
AirMax VS® SBB High-Speed Backplane Connector
AirMax VS® high-speed signal connectors, guide modules, and power connectors meet the dimensional and electrical requirements for the Storage Bridge Bay Mid-plane Interface (SBBMI) to connect bridge/controller cards to the mid-plane in a drive enclosure. It comes with high-speed serial data rates that can scale from 2.5Gb/s to 12.5Gb/s without requiring the redesign of a basic platform.
AM & AL - Industrial Relay
AL & AM is available in a variety of contact forms and load specifications, and LED lights indicate the operational status of coil on or off. It is suitable for debugging personnel to test the circuit manually.