Profile housing (PVC), mounting type: DIN rail mounting, dimensions on the DIN rail: width: 153.8 mm, height: 127.8 mm, depth: 39.45 mm, incl. 2 lateral elements (PA), color: light gray (7035), for PCBs with width: 108 mm, length: 150 mm, PCB surface: 13780 mm2
UM-BASIC extruded profile housings for custom PCB sizes
Extruded profile housings from the UM-BASIC series combine short installation times with a high degree of freedom when choosing the connection technology. They allow individual PCB positioning and custom PCB sizes. The low-profile design supports the assembly of flat electronics modules and their mounting on standard DIN rails or directly on the wall. This allows for a high degree of freedom when designing devices – such as in industrial electronics.
More informationPress-drawn section housings, Latching with side elements, latching with foot element, Basic profile, profile length (configurable): 3 cm ... 200 cm, depth: 19.8 mm, Note: required profile length = PCB length - 16.2 mm
PE contact for UM-PRO panel mounting base for connecting the PCB to the DIN rail at level 1
Lateral element (left) with mounting foot for DIN rails for UM-BASIC profiles with a PCB width of 108 mm
Lateral element (right) with mounting foot for DIN rails for UM-BASIC profiles with a PCB width of 108 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 upper PCB onto UM-BASIC/PRO housings close to the edge
Lateral element (left) with mounting foot for DIN rails for UM-BASIC profiles with a PCB width of 72 mm
Locking element for locking the PCB onto UM-BASIC/PRO housing at level 1
Lateral element (right) with mounting foot for DIN rails for UM-BASIC profiles with a PCB width of 72 mm
Your advantages
- Different base profiles, each with three PCB levels
- Module covers of different geometries can be positioned in any way
- Compatibility with many standard connection technologies
- Easy device mounting with the snap-mount principle (the sides are fixed without the aid of tools)
- High degree of flexibility with freely positionable covering hoods
Configurator for electronics housings
Create your electronics housing for the field or indoor application: Select the desired housing series, the corresponding lower part, and the cover. Add the appropriate connection technology and the process is complete.
New products in device connection technology
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.
UM-BASIC series extruded profile housings at a glance DIN rail-mount bases such as the UM-BASIC series extruded profile housing allow individual installation dimensions and particularly easy assembly. The open design principle is ideal for flexible and large-scale device concepts.
Unlimited freedom in device design
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.
Easy assembly of UM-BASIC series extruded profile housings
Learn how easy it is to assemble the UM-BASIC housing. The assembly takes just a few minutes.
Can be combined with UM-PRO and UM-ALU housing series
Combine the plastic housings of the UM-BASIC series easily and flexibly with the UM-PRO or UM-ALU family. Different profile widths can be combined.
Technical principles of electronics housings Solutions for DIN rail applications
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.