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Versatile DIN rail-mount bases, such as the extruded profile housings from the UM-PRO series, impress with their short installation times, high flexibility thanks to individual PCB sizes, and freely selectable connection technology. The open design principle is ideal for flexible and large-scale device concepts. Furthermore, the electronics housings can also be used at high temperatures of up to 100°C.
Press-drawn section housings, Latching, Side element for low U-shaped profile cover, width: 10.35 mm, height: 78.43 mm, depth: 29.75 mm
Locking element for locking the top PCB onto UM-PRO housing close to the edge
Press-drawn section housings, DIN rail mounting, Base element for the DIN rail, for mounting below UM-PRO PROFILE (width: 72 mm), Foot element
Locking element for locking the PCB onto UM-PRO housing at level 1
Press-drawn section housings, DIN rail mounting, Base element for the DIN rail, for mounting below UM-PRO PROFILE (width: 122 mm), Foot element, width: 14.3 mm, height: 135.9 mm, depth: 20.95 mm
Press-drawn section housings, Latching, Side element for U-shaped profile cover, width: 10.35 mm, height: 97.51 mm, depth: 39.7 mm
PE contact for UM-PRO panel mounting base for connecting the PCB to the DIN rail at level 3
Locking element for locking the PCB onto UM-PRO housing at level 3
Foot element for mounting UM-PRO DIN rail-mount bases directly onto the mounting panel
The evaluation (EVA) board holder for UM-BASIC and UM-PRO is a flexibly adjustable holder system for accommodating PCBs of various sizes by means of latching or screw connection. The system can be mounted on a UM-BASIC/-PRO 122 profile from Phoenix Contact.
Great freedom when it comes to the PCB development of your devices: the UM-PRO extruded profile housing offers you an open design principle, individual PCB mounting positions, and flexible lengths from 3 cm to 200 cm. This means that large-scale device concepts can be easily implemented. Thanks to the material used, it can even be used in extreme temperature ranges.
As a leading manufacturer of connectors and electronics housings, Phoenix Contact is always working to find new solutions for the growing requirements placed on your industrial and infrastructure applications.
Discover our new device connection technology for the transmission of signals, data, and power as well as our versatile electronics housings.
Extruded profile housings are characterized by the fast, tool-free assembly using the snap-mount principle and the precisely configurable housing length for the position and size of the PCB. Develop devices in accordance with your requirements with a free choice of PCB connection technology. The open design principle is ideal for PCBs with large components. Optional covering hoods that can be freely positioned protect your electronics.
You can even use your devices at high temperatures. Polyamide is not sensitive to heat, enabling UL approval of your device and a heat resistance of up to 100°C.
Simply snap the sides into place with the snap-mount principle, thereby saving installation time. Screws are not necessary.
Assemble your PCB right to the edge. This means you will make the best use of your space.
Tailor the design of your housing to the device with freely positionable covering hoods. The hoods are available in different geometries. Moreover, they also feature an optional integration possibility with guides for integrating printed circuit boards.
Simplify device communication with optional bus cross-connectors. Connect several modules together quickly and securely. The load capacity is a current strength of up to 8 A and 160 V.
Connect the PCB in all three different PCB levels to the DIN rail via PE contact.
Learn how easy it is to assemble the UM-PRO housing. The assembly takes just a few minutes.
Combine the plastic housings of the UM-PRO series easily and flexibly with the UM-BASIC or UM-ALU family. Different profile widths can be combined.
Electronics housings are an elementary part of a device. They determine its appearance and protect the electronics from external influences. In addition, they enable assembly in superordinate units. Device manufacturers must therefore pay attention to many details, and not only in the design, but also in the choice of housing when it comes to materials and quality testing. This brochure provides you with all the details.
