HANNOVER MESSE 2019,
01 - 05 April
With its M 23 Profinet circular plug-in connector HUMMEL provides an industrial plug-in system which is capable of transferring the highest data rates. The hybrid plug can take up to 5 separated shield voltages, your guarantee for safe data transfer right up to the gigabit range without any crosstalk. With an impedance of 100 Ohm, the connectors are technically HF matched to the corresponding cables and thus avoid disturbing reflections and excessive attenuation. Four completely shielded Twinax inserts for the data cables and twelve additional contacts for the transfer of further signals or power achieve maximum power density in the M23 enclosure.Besides straight and angled connectors, there are also equipment connectors for front and back mounting by means of crimping and soldering (printed circuit boards). A multitude of complementary products round off the product range: I/O modules for feeding in or tapping off signals, adapters for various plug-in systems, mounting flanges or protective sleeve connectors to mention but a few.The M 23 Profinet connector is suited for the most varied applications in robotics, automation technology, image processing, rail transport technology and indeed in any location where signals have to be rapidly and securely transmitted despite vibrations, mechanical exposure or rough environmental conditions.
M12 Power: The family is completed.
The M12 Power connector series has grown. HUMMEL AG presents a complete range of these compact power packs.
The product range ...
With TWILOCK, HUMMEL has launched a new quick-release fastening system for circular plug-in connectors, which is extremely simple and highly reliable. With one click, ...
The new low cost standard for drives.
Having regard to the increasing miniaturisation in electric motor technology, the TWINTUS by HUMMEL is setting new standards. ...
HUMMEL provides cable glands for industrial applications in brass, stainless steel and a variety of plastics.
Also for applications in potentially explosive areas.