LIQUID COOLING / FIT-CHECK DESIGN
Detection rope bracket
Three footprints around one nominal 6 mm passage.
Explore dimensionsDESIGNED AROUND THE DETAILS
3D-printed parts.
Built around your
data center.
Practical design for the small parts that make an installation work. From leak detection rope brackets to your next on-site challenge.
Explore accessories
RACKFORM / DESIGN COLLECTIONBRACKETS & CABLE GUIDES
Custom designPrototype & refineSmall-batch printing
THE FIRST PART
A small bracket.
A specific job.
Designed to sit over a floor-level detection rope, with broad feet and an open-bottom passage. Adapt the footprint while keeping the rope opening consistent.
RF / 001
Detection rope bracket
Nominal 6 mm passage · Parametric design
- Outside dimensions
- 46 × 18 × 8.4 mm
- Rope passage
- 6 mm nominal
- Mounting surface
- Flat gluing feet
- Design
- Open-bottom saddle
Final material, printed clearance and adhesive compatibility are confirmed through fit testing for your installation.
Discuss this bracketACCESSORIES / DESIGN TO ORDER
Parts for the details
between the racks.
CABLE ROUTING / PROTOTYPE
Cable guide roller
A printable roller concept for a tray-specific guide. Mounting and working loads require validation.
Discuss a rollerCUSTOM DESIGN
Your installation, your geometry.
Cable-management brackets, identification holders, spacers and installation jigs can start with a sketch and a set of dimensions.
Request a custom partBEYOND ONE PART
Start with the problem
in front of you.
Liquid cooling
Explore brackets and supports around your detection rope route and installation constraints.
Cable organisation
Bring the awkward routing, mounting or identification problem that an off-the-shelf part doesn't quite solve.
Installation aids
Discuss a repeatable task that could benefit from a purpose-made guide, spacer or positioning jig.
FROM SITE TO PART
Measure. Make.
Refine.
A useful part starts with understanding where it needs to work.
- 01
Define the fit
Share the dimensions, mounting surface and operating environment. A sketch or photograph helps explain the constraint.
- 02
Develop the design
Turn the requirement into a printable model, with material and geometry chosen for the proposed use.
- 03
Check it on site
Evaluate a prototype for fit and function, then refine the design before agreeing a batch.
YOUR NEXT PART
What needs
a better fit?
Put the essentials into a design brief you can keep and share.