Battery Module Support Rails to your design
Source the formed rails that support and guide battery modules into your rack. REALJET makes each rail to the section profile, fixing pattern and paired-rail arrangement in your assembly drawing.
Choose the part and delivery condition
| Your order | Information that sets the scope |
|---|---|
| Individual support rail | Section drawing, length and fixing pattern |
| Matched left/right pair | Installed spacing, common datums and handed parts |
| Rail with specified attachment hardware | Hardware list and required supply condition |
Supply covers the formed metal rail and agreed attachments. It does not include a telescopic slide, battery module or electrical assembly unless explicitly quoted.
Fit it to the equipment around it
Rail spacing and height matter as a pair, not just as individual parts. Define the installed span, straightness and clearance for module insertion. Include stops or restraint points where your rack design uses them.
| Intended installation | Equipment interface to supply |
|---|---|
| AI equipment | AI data-center battery backup cabinet |
| Battery storage equipment | Energy storage module rack |
Plan the manufacturing around these features
The steps below are proposed for the drawing review. Your material, geometry and acceptance requirements determine the final route, tooling and inspection provision.
Review the rail section
Review bend radii and mounting-hole positions against the long section. Identify the left/right parts, installed support span and module entry direction.
Plan long-part forming
Review tool access, rail handling and the location of any joining features. Check the section along its length rather than accepting a single cross-section.
Keep matched pairs identified
Apply the specified finish and maintain pair identity. Review treatment of module sliding/contact edges and mounting seats.
Manufacturing capability for your component
| Your component feature | Existing process and its use | Confirm for your order |
|---|---|---|
| Rail section | CNC bending and plate preparation. Review the long formed section with its mounting features and module entry direction. | Tooling for this section and the required length/straightness. |
| Paired attachment geometry | Assembly and drawing-based dimensional coordination. Keep left/right identity and inspect the installed pair against cabinet attachment datums. | Pairing fixture, full-length measurement and module dummy. |
| Finished sliding/contact edges | Deburring and finish routes. Review the finish where module insertion and support contact may be affected. | Coating allowance and the specified loading arrangement. |
CNC press brakes cover working lengths from 3,200 to 6,000 mm. The rail length, section shape and straightness limits must fit the selected tooling and measuring setup.
Define what the first article must demonstrate
| Feature | Proposed check | Record to agree |
|---|---|---|
| Section and straightness | Support the rail as agreed and inspect relevant heights/profile at defined positions along its length using a suitable selected setup. | Section readings, positions, support condition and straightness method. |
| Paired height and spacing | Locate both rails by the cabinet attachment datums and measure relative height and spacing. | Pair identification and installed-alignment readings. |
| Insertion and loaded condition | Trial the specified module/dummy across the pair. Loading checks are separately defined for span, load distribution and movement limits. | Insertion checklist and separately agreed load results. |
Identify the drawing revision, measurement datums and pass/fail limits before the sample is made. The quote confirms the available measuring setup, any mating fixture and whether a specialist test needs an external provider.
Packing for your next assembly step
Keep paired rails together and label handed variants. Support long rails during packing so stacking and straps do not change their straightness. State the quantity and delivery city so packing volume and the requested delivery terms can be included.
Questions before you send drawings
Why inspect the rails as a pair?
Two individually acceptable rails can still leave the installed support heights or spacing incorrect. The paired check should use the cabinet attachment datums and the module insertion envelope.
Can the rails be supplied as a matched pair?
Yes. Provide the pair assembly drawing, installed spacing and identification requirements. Agree whether the pair is checked with a module or an approved gauge.
What should I send for the drawing review?
Send the dimensioned PDF, available STEP/DXF/DWG files and assembly view. Include material, finish, quantity, delivery city and drawing revision. Mark the features in the inspection plan that control acceptance.
Can we approve a sample before ordering repeat quantities?
Request a sample or pilot batch with the agreed dimensional report and any mating checks. Scope, timing and test provision are quoted after review; repeat supply follows the accepted drawing revision and any agreed sample changes.
Discuss your battery module support rail
Send the part and assembly drawings with your quantity and required delivery condition. Highlight the interfaces and checks listed above that matter to your order.
Attach files in your email application. To arrange file transfer first, use the enquiry form.
AI server and data-center components → · Battery storage, EV charging and solar components →