Weather-Exposed Cabinet Bodies
Welded and formed housings with roof, plinth, drain, door and cable-entry geometry prepared for the specified ingress strategy.
Build-to-Print Rail Infrastructure Enclosures Metal Cabinets for
Metal Cabinets for
Railway Systems
Built for Wayside Exposure
DRAmetal fabricates build-to-print metal cabinets for railway signaling, telecom, condition monitoring and wayside power equipment. Send the released mechanical design, site inputs, hardware schedule, CTQs and validation responsibilities for RFQ review; the rail OEM retains system engineering, qualification and final approval.
✓ Build-to-print scope
✓ Inspection by RFQ
✓ OEM approval boundary
RFQ Project-defined
RFQ
Example order size
Drawing
Critical dimensions
Plan
Inspection scope
OEM
Final approval
01 / What We Fabricate
Mechanical Protection for Unattended Rail Equipment
Trackside cabinets protect sensitive signaling, communications and monitoring hardware in locations exposed to weather, dust, temperature cycling, vibration and unauthorized access. DRAmetal manufactures the sheet metal cabinet and specified mechanical subassemblies to customer drawings and validation plans.
Secure Service Access
Reinforced doors, multi-point latch provisions, removable panels and equipment-specific service clearances.
Internal Mounting Systems
19-inch rails, backplates, DIN-rail supports, shelves and cable-management brackets located from controlled datums.
Bonding and Thermal Provisions
Grounding studs, conductive interfaces, fan or heat-exchanger cutouts and separated airflow paths built to the released design.
Our scope: the fabricated railway cabinet and specified mechanical hardware
The rail-system OEM owns signaling or power design, electrical integration, thermal sizing, EMC, fire behavior, ingress rating, security requirements and final railway approval. DRAmetal manufactures and documents the released mechanical enclosure design.
02 / Rail Enclosure Formats
Trackside Cabinets for Signaling and Communications
Each enclosure is configured around equipment load, installation location, maintenance access and the OEM's environmental validation plan.
Signaling Railway Signaling Cabinets
Floor-mounted cabinets for relays, controllers and signaling interfaces with secure doors and organized field-cable entry.
- Mount Plinth / concrete base
- Access Front / front and rear
- Integration Backplates and rails
Telecom Trackside Telecom Cabinets
Outdoor housings for fiber, network and communications equipment with rack rails, cable routing and thermal provisions.
- Equipment 19-inch / custom
- Cable entry Base / side
- Thermal Passive / active provisions
Monitoring Wayside Monitoring Enclosures
Compact cabinets for axle, condition, CCTV and platform monitoring systems with pole, wall or pedestal mounting.
- Format Wall / pole / pedestal
- Service Hinged or removable door
- Security OEM latch system
Power Wayside Power and Distribution Cabinets
Fabricated cabinet structures for rail power distribution and auxiliary systems with reinforced mounting and segregated compartments.
- Structure Single / multi-bay
- Compartments Drawing defined
- Scope Mechanical cabinet
03 / Technical Capabilities
Typical Railway Trackside Cabinet Specification
| Materials | Galvanized steel, cold-rolled steel, 304/316 stainless steel and aluminum as specified |
|---|---|
| Thickness | Released drawings govern panels, plinths, lifting interfaces and equipment supports |
| Processes | Laser cutting, CNC punching, bending, MIG/TIG welding, hardware insertion, finishing and mechanical assembly |
| Integrated features | Doors, plinths, rain roofs, backplates, rack rails, cable-entry plates, grounding studs, vents and thermal cutouts |
| Finishes | Rail-project powder coating, zinc-rich systems, passivated stainless or drawing-defined outdoor protection |
| Quality controls | First article, dimensional report, door and latch function, gasket-path inspection, bonding checks and revision-controlled packout |
| Order and delivery | Prototype or repeat quantity, price breaks, labeling, packaging method, destination and required delivery date confirmed by quotation |
04 / Manufacturing Process
From Environmental Requirement to Finished Cabinet
01
Installation Review
Confirm trackside location, mounting, equipment load, service access, cable zones, thermal strategy and customer validation requirements.
02
DFM and First Article
Review weld seams, drainage, gasket compression, latch loads and assembly sequence before validating a production-intent cabinet.
03
Cutting and Forming
Produce cabinet panels, doors, plinths and brackets from functional datums with coating and assembly allowances included.
04
Controlled Welding
Fixture cabinet bodies and reinforced doors to manage distortion around openings, seals, rack rails and mounting faces.
05
Finish and Assembly
Apply the approved corrosion system, install hardware and verify doors, panels, bonding points and equipment interfaces.
06
Documented Packout
Protect finished surfaces and release cabinets by project, cabinet type, serial or lot and drawing revision.
05 / Why It Matters
Why Trackside Cabinets Need Assembly-Level Control
Outdoor rail cabinets must retain access, sealing and structural integrity after fabrication, coating, transport and repeated maintenance cycles.
Door and Gasket Geometry
Weld distortion and coating buildup can change compression, latch force and water-shedding behavior.
Corrosion at Edges and Interfaces
Cut edges, welds, dissimilar metals and field mounting points require a coordinated protection strategy.
Vibration-Ready Hardware
Hinges, latches, rails and fasteners must be selected and validated by the OEM for the installed rail environment.
Lifecycle Service Access
Door swing, removable panels, cable routing and replaceable thermal hardware affect long-term maintenance.
Customer Project
Railway Trackside Cabinet: Door Seals and Stable Datums
Materials, fabrication decisions and results for an anonymous customer project.
Component reference image
The Customer Challenge
Vibration loosened the door, disrupted the seal and shifted mounting references.
Project Measurements & Details
IP65Protection test
≤0.5 mmMounting-datum displacement
1.5 mmStainless sheet
Results apply to the project configuration described on the linked page.
Read the Customer Project → 07 / Why Choose Us
Railway Cabinet Manufacturing Controls to Review
01
Cabinet-level DFM
We review the enclosure body, doors, plinth, internal supports and cable-entry system as one assembly.
02
Controlled weld distortion
Fixtures and weld sequence are planned around door apertures, rack datums and mounting interfaces.
03
Outdoor finish coordination
Surface preparation, masking, grounding points and hardware interfaces are controlled through finishing.
04
Rail project configuration
Cabinet variants, inspection records and packout remain tied to released project revisions.
08 / Related
Related Fabricated Products
09 / FAQ
Railway Trackside Cabinet FAQ
Can DRAmetal manufacture railway signaling and telecom cabinets?
Yes. We fabricate released mechanical designs for signaling, telecom, monitoring and wayside equipment cabinets, including doors, plinths, backplates, rails, brackets and specified hardware. The rail OEM retains system engineering and approval responsibility.
Can you manufacture stainless or outdoor powder-coated cabinets?
Yes. Material and finish can include galvanized or carbon steel with project-defined coating, or 304/316 stainless steel. The complete corrosion system and acceptance criteria should be stated on the controlled specification.
Do you certify railway vibration, EMC or ingress performance?
We can support production-intent samples and agreed mechanical checks, but system-level vibration, EMC, ingress and railway qualification must be defined and approved by the customer or accredited test provider on the complete configured cabinet.
Can cabinet variants be packed by installation site or project?
Yes. Cabinets, internal kits and hardware can be labeled and packed by project, location, cabinet type, revision, serial or agreed installation sequence.
What should I include in a railway cabinet RFQ?
Send released 2D drawings and 3D models, material and thickness, finish specification, equipment loads, installation environment, door and cable-entry interfaces, CTQs, inspection records, quantity or annual forecast, packaging, destination and required delivery date. Rating and railway-approval responsibilities should also be identified.
How are quantity, packaging and delivery confirmed?
Prototype and repeat-production quantities are reviewed against tooling, purchased hardware, inspection and packout. Price breaks, Incoterm, packaging method and committed delivery date are stated in the quotation after the released scope is complete.
Get Started Need a Railway Trackside Cabinet
Need a Railway Trackside Cabinet
Built to Your Project Specification?
Send the cabinet assembly, released drawings, material and finish, equipment load, installation environment, CTQs, inspection records, forecast quantity, packaging, destination and required delivery date for DFM and quotation review.