Today's market is unpredictable. If you want to gain the upper hand, you must be one step faster than others. Efficiency is always the first priority. However, during the construction and installation of control cabinets, you will always face the following challenges:
● Cumbersome manual wiring process – time-consuming and error-prone
● Unstable wiring quality – affecting production efficiency and equipment safety
In industrial connectivity, every innovation is a leap toward more efficient and safer operations. As a pioneer in the industry, Weidmuller has integrated its innovative spirit into the design and development of MTS 5 series PCB terminal blocks, and has considered every operational link and detail of the engineers in advance.
Innovative SNAP IN technology
MTS 5 series PCB terminal blocks adopt SNAP IN squirrel-cage connection technology, which is the result of Weidmuller's unremitting pursuit of pioneering spirit. This technology is known for its efficiency, safety and reliability, and provides new possibilities for automated wiring.
Intuitive visual and auditory feedback
A "click" sound indicates that the wire has made contact with the terminal point. The status of the triggered terminal point is visually identifiable by the raised button position. Dual visual and auditory feedback ensures that every wiring connection is accurate, thereby avoiding misoperation and potential safety risks.
Wiring automation
MTS 5 series PCB terminal blocks adopt innovative SNAP IN squirrel-cage connection technology to achieve plug-and-play. Supporting robot wiring automation makes the fully automatic wiring process a reality, providing strong support for automated production.
Weidmuller MTS 5 series PCB terminal blocks are undoubtedly your worry-free choice for efficient and reliable wiring. Weidmuller's carefully crafted electrical connection solutions use innovative technologies to provide customers with a more efficient and safer work experience and bring the wiring process to a new stage of development.
Post time: Aug-30-2024