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.
With increasing data transmission rates and operating frequencies, it is becoming increasingly important to ensure the function of electrical devices and systems in each other’s environment in order to guarantee trouble-free operation. CONEC filter connectors help to dissipate conducted interference directly at the interface. Filter D-SUB connectors are available as standard, high density or dual port.
CONEC D-SUB connectors are available in five standardized housing sizes in the variants D-SUB Standard, D-SUB High Density, D-SUB Filter, D-SUB Combination, D-SUB Filter Combination and D-SUB hoods. Depending on the mounting type and number of poles, a choice can be made between crimp, wire-wrap, solder pin, solder cup and insulation displacement terminal connection types.
Distribution boxes have been a necessary hardware component in mechanical and plant engineering for decades. They serve as extended input and output interfaces of the electrical control. CONEC designs and produces customer-specific distribution box housings with directly molded M8/M12/7/8“ or hybrid interfaces; other industrial interfaces are also possible on request.
The CONEC Hybrid connector series combines power supply and data transmission in one connector. Different sizes ( B12, B17, B23, B40 ) for various power classes from drives or devices offer maximum flexibility. Whether for small DC drives or powerful servo drives, CONEC Hybrid connectors are the perfect solutions.
• According to IEC 61076-2-118 standard
• Shorter assembly times
• Bayonet locking
These connectors are used where dust and spray water occur and the functioning of usual connectors would be negatively affected. These connectors are available as standard, high density, filter, or combination in the usual pole number.
The IP67 D-SUB CONEC SlimCon connector series offers very small dimensions in addition to its one-piece zinc die-cast housing.
The most important reasons:
• 1:1 conversion from IP20 to IP67 interfaces possible
• Saving of installation space
• Robust one-piece zinc die-cast housing
• different series available (ST, HD, Combination)
CONEC IP67 Fiber Optic LC Duplex connectors offer secure and fastest option for data transmission. Suitable for industry with standard LC interfaces according to IEC 61754-20. Protection class IP67/IP68 Available as Single Mode (SM), Multi Mode (MM) and APC Single Mode (APC-SM).
The connector series is designed for industrial cable connections with IP67 protection and the bayonet locking allows a quick, simple, and robust connection in harsh environments. The 2-pos. version is mainly designed for DC use up to max. 48 V DC and the 3-pos. version utilizes a premating contact for AC up to max. 250 V AC with protective earth contact (PE).
The connector series is designed for Industrial Ethernet wiring with protection degree IP67 and the bayonet locking allows fast, simple and robust connection in harsh environments. The broad portfolio includes connectors in plastic, metalized plastic or full metal.
Data communication is also required in outdoor applications. Whether in traffic engineering, in maritime environments or mobile phone applications, long transmission distances and impacts such as heat, rain, snow, salty mist and dust place high demands on all connectors. The IP67 USB connectors developed by CONEC provide reliable protection against environmental influences and mechanical stress.