Seamless Connectivity Solutions

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Fischer Connectors’ precision, push‐pull circular connectors and cable assemblies are suited to a wide variety of industrial applications, including machine control systems, robotic technology, sensors and inspection.

Our products provide seamless, accurate and repeatable connections and reliable data transfer – even in extreme conditions and with rough handling. To meet diverse constraints, like size, weight, power and data volume or speed, we offer a wide range of contact configurations – including low and high voltage, fibre optics, hybrid connections for transmitting gas or fluid in the same body, plus hermetically sealed options.

In challenging applications as varied as oil & gas, energy, railway, defence and medical, the choice of connector and cable solution can be crucial and complex. When selecting the best connectivity solution, it is important to consider the entire system, specific technical requirements and conditions of use, and to leverage the latest performance-enhancing technologies. Focusing on finding the right solution for a specific system as early as possible can vastly improve the design, usability, and cost structure of your device. Time and effort spent here will bring accuracy and long-term performance with good product durability.

We are committed to working with our customers to find the perfect connectivity solution to overcome unique challenges and meet specific needs, including sought-after features and benefits, such as:

  • IP68, IP69 and hermetic sealing
  • High speed data transfer
  • 360° EMC shielding to prevent interference
  • Compact, lightweight connectors
  • Rugged design suited for harsh, demanding applications
  • Push‐pull locking system for fast, easy, reliable connections
  • Long-lasting and durable, up to 10,000+ mating cycles.

In the age of Big Data, Industry 4.0 and the Internet of Things, demand is growing for seamless connectivity and fast big data transfer across different platforms and devices. Fischer Connectors continues to drive innovation in connectivity by combining features like ultra-ruggedness, miniaturization and high-data transmission in a single integrated solution.

Our UK Team is pleased to be exhibiting at Southern Manufacturing 2018 again this February. Stop by Stand H130 where we will be happy to discuss how our products can help you make the most of the latest connectivity innovations and implement seamless connectivity solutions to improve your devices’ performance, including:

  1. Combining high-speed signal & power in applications with limited space
    Rugged, ultralight and easy to use, the ultra‐miniature, high‐density Fischer MiniMax™ Series delivers space-saving, premium performance under demanding conditions and is available in two sizes, 06 and 08, with receptacles of 10mm and 12mm footprint respectively, handling mixed signal and power connections in a unique combination, in configurations from 4 to 24 contacts. The recent addition of a dedicated USB3.0 contact block in the 08 size, also ensures full compliance with USB3.0.
  1. Power connectivity solutions in the Fischer UltiMate™ Series
    The Fischer UltiMate™ Series offers rugged, compact, lightweight, sealed connectors and cable assembly solutions ideally suited to withstand a variety of severe environmental, industrial and chemical conditions and features excellent EMC 360° shielding, extremely robust keying and an IP68/69 sealing even unmated. In addition to the various signal multipole configurations, the Fischer UltiMate™ Series is now also available for high power solutions up to 26A.
  1. Ensuring high optical performance and easy cleaning even in the field
    The Fischer FiberOptic Series now includes a single fiber optic connector, FO1. This miniature, lightweight, rugged connectivity solution has IP68 sealing (mated) and UPC & SM APC polishing, making it easy to use and clean. Like all Fischer FiberOptic Series’ connectors, the FO1 is available in pre‐configured reels or integrated into custom assemblies.

 

www.fischerconnectors.com

 

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