Custom DIN Rail Enclosures | DIN Rail Enclosure Box

Tooling Free Plastic Fabrication

Custom DIN Rail Enclosures | DIN Rail Enclosure Box

Through our vast experience of designing and manufacturing DIN Rail enclosures, we have learnt that designing an enclosure to fit in the most compact of spaces is crucial.

Our fully customisable process allows you to produce an enclosure perfectly suited your to all components, whilst working within tolerances of just 0.2mm, ensuring that size and fit won’t be an issue. Our design engineers at CamdenBoss will make sure that the whole process from design and prototyping to production is a seamless one, whilst obtaining high quality throughout.

Browse a selction of our DIN Rail mountable enclosures and click on the individual images below to link to the project pages to find out more…

Plastic DIN rail box

Custom din rail enclosure box

DIN rail plastic housing

DIN rail electronics enclosure

DIN Rail Enclosure with knockouts 

DIN rail enclosure for raspberry Pi

Din rail enclosure for pcb

DIN rail enclosure for Arduino

What is a DIN Rail Enclosure?

A DIN Rail enclosure is a type of protective housing designed for mounting electronic components, devices, or modules onto a standardized metal rail, known as a DIN rail. The term "DIN" stands for "Deutsches Institut für Normung," which is the German Institute for Standardization, indicating that the specifications and dimensions of the rail conform to international standards. These enclosures are commonly used in industrial control systems, automation, and electrical installations.

A DIN Rail enclosure provides a secure and organised environment for various electrical and electronic components, such as circuit breakers, relays, power supplies, and terminal blocks. The enclosures are typically made from materials like plastic or metal, offering protection against dust, moisture, and other environmental factors. They come in various sizes and designs to accommodate different types and numbers of components.

The primary advantage of using DIN Rail enclosures is the ease of installation and maintenance. Components can be easily snapped onto or removed from the rail, allowing for flexible and modular system designs. This standardization ensures compatibility across different manufacturers and products, promoting efficiency and reducing the complexity of electrical system installations.

How to install a DIN Rail Enclosure?

Installing a DIN Rail enclosure involves a series of steps to ensure that the electronic components are securely and efficiently mounted. Here is a detailed explanation of the installation process:

1. Preparation:

   • Gather all necessary tools and materials, including the DIN Rail, enclosure, mounting brackets, screws, and the electronic components to be installed.
   • Ensure the power supply is disconnected to prevent any risk of electrical shock during the installation process.

2. Mounting the DIN Rail:

   • Choose an appropriate location for the DIN Rail, ensuring it is accessible and provides sufficient space for the enclosure and components.
   • Mark the positions for the mounting screws on the surface where the rail will be installed.
   • Using a drill, create holes at the marked positions and insert appropriate wall plugs if necessary.
   • Align the DIN Rail with the drilled holes and secure it in place using screws. Ensure that the rail is firmly fixed and level.

3. Preparing the Enclosure:

   • Open the DIN Rail enclosure by removing the cover or lid. This may involve unscrewing or unclipping the cover, depending on the design.
   • Arrange the electronic components to be housed within the enclosure, ensuring they are correctly oriented for easy connection and maintenance.

4. Mounting Components onto the DIN Rail:

   • Attach each electronic component to the DIN Rail by aligning it with the rail and snapping it into place. Most components have a clip mechanism that secures them to the rail.
   • Ensure that each component is firmly attached and does not move or wobble.

5. Wiring and Connections:

   • Connect the necessary wiring between the components according to the electrical schematic or wiring diagram.
   • Use cable management accessories, such as cable ties or ducting, to keep the wiring neat and organized.
   • Double-check all connections to ensure they are secure and correctly made.

6. Securing the Enclosure:

   • Once all components are installed and wired, place the cover or lid back onto the enclosure.
   • Secure the cover with screws or clips, ensuring it is tightly closed to protect the components inside from dust and other environmental factors.

7. Final Checks and Power-Up:

   • Conduct a thorough inspection to ensure everything is correctly installed and secured.
   • Reconnect the power supply and test the system to verify that all components are functioning as intended.
   • Make any necessary adjustments or corrections based on the test results.