High-precision manufacturing capabilities for metal, plastic, electrical, and assembly requirements.
Manufacturing support for precision parts, assemblies, and production-ready components across demanding industries.
Manufacturing support for enclosures, Bento Box assemblies, cables, wiring harnesses, and BESS components.
High-strength fasteners, landing gear parts, and structural assemblies.
Metal frames, brackets, and assemblies for appliances and home equipment.
Forged housings, armor brackets, and mission-critical structural parts.
Valve bodies, flange blocks, and downhole drilling components.
Solar mounting parts, wind turbine brackets, and battery enclosures.
Large welded frames, PEB structures, and assemblies for industrial equipment.
Fabricated enclosures for modular UPS systems where the enclosure architecture is engineered from the start to accept incremental power and battery module population without structural modification. Structural frame, pre-rated busbar support system, inter-slot consistent module rail system, scalable cable management provisions, and thermal apertures sized for maximum population are all manufactured and verified against your design package. Modularity is a mechanical requirement built into the enclosure at fabrication, not an accommodation made at installation.
Frigate fabricates modular UPS enclosures with inter-slot dimensional consistency as a primary manufacturing output, not as a secondary check. Every module slot is manufactured and verified to ±0.2 mm slot-to-slot consistency within the cabinet, and cabinet-to-cabinet consistency is maintained through retained jig tooling across the production programme. The module rail system is CNC-installed on a dedicated jig referenced to the cabinet’s primary datum. Slot-to-slot and cabinet-to-cabinet rail position measurements are included in the first article report and available for incoming inspection use.
Single-frame modular enclosures serve platforms from 10 kVA to approximately 200 kVA in a 600 mm or 800 mm wide floor-standing format. The full slot array, typically 4 to 10 power module slots plus battery module slots is fabricated into a single enclosure frame with all busbar support positions, cable management provisions, and thermal apertures sized for the maximum population.
Partial population at installation is accommodated by blanking panels that maintain EMC continuity, prevent airflow short-circuit, and present a finished cosmetic appearance across all unfilled slots. Growth to full population requires only module insertion, no enclosure modification, no field drilling, no cable management rework.
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Modular UPS enclosures for data centre power infrastructure where capacity grows with IT load. Inter-slot consistency and cabinet-to-cabinet consistency critical for hot-swap module maintenance without scheduled downtime. Raised floor compatibility and seismic provisions standard.
Modular UPS enclosures for telecom exchange and network hub facilities where power capacity scales with traffic growth. GR-63-CORE seismic compatible construction; high EMI shielding effectiveness maintained across all population levels through blanking panel continuity.
Modular UPS enclosures for healthcare facility power systems where capacity grows with equipment additions. Acoustic lining provisions where noise level requirements apply. Cosmetic grade finish for installations in visible clinical and plant room environments.
IP54-rated modular UPS enclosures for industrial control room and manufacturing environments. Cable management density provisions accommodate both power and control signal wiring at maximum population in constrained installation spaces.
Modular UPS enclosures for trading floor, banking data centre, and broadcast facility power systems. Premium cosmetic specification with blanking panels colour-matched to cabinet finish across all population levels. Multi-frame configurations with consistent inter-frame interface dimensions.
Modular UPS enclosure supply across multiple platform generations with shared jig tooling, consistent inter-slot specification, and unified documentation structure. Cabinet-to-cabinet consistency maintained across all platform variants within a single production programme.
At Frigate, quality is built into every stage of manufacturing. Our approved Quality Management System ensures that every material component.
Before production begins, all incoming materials are checked against specifications, drawings, and supplier documents.
Quality is monitored during manufacturing to prevent defects and maintain process consistency.
Finished parts are inspected before dispatch to confirm compliance with customer drawings and tolerances.
Finished components are packed safely to prevent damage during handling and transportation.
To help buyers evaluate our quality systems, we provide sample documents that reflect our inspection and reporting standards.
Complex geometries engineered solutions that move businesses forward.
The same jig tooling used at first article is retained and used for every subsequent production batch, rails are never re-positioned from the drawing between runs. Inter-slot CMM measurement is performed on a defined AQL sample per batch, and the measurement data is retained. If any batch shows drift approaching the tolerance boundary, it is flagged before dispatch rather than discovered at incoming inspection.
Yes, and it needs to be resolved at DFM review stage, not after rail installation. Where modules from two suppliers have different dimensional envelopes or connector positions, the rail specification must accommodate both without compromising inter-slot consistency for either. Submit the dimensional drawings for both module types alongside the enclosure drawing and the DFM review will cover rail geometry for the combined module population.
Blanking panels are colour-matched to the cabinet finish and verified in the same spectrophotometer measurement lot as the cabinet panels. At any population level, the enclosure presents a consistent finished appearance, no raw steel slots, no mismatched panel colours. Blanking panels are included in the first article cosmetic approval as part of the enclosure, not as a separate item.
Rail jig rebuilds are required only when module rail positions change. Revisions to apertures, cable tray positions, bracket locations, and panel geometry are assessed individually, most require only programme updates, not jig rebuilds. Rail position changes are flagged at the revision assessment stage with a jig update cost indication before any work proceeds.
Send the existing drawing or STEP model, your current inter-slot consistency specification, and any known quality issues with the existing supply. Frigate’s review covers manufacturability, inter-slot consistency achievability, busbar support pre-rating confirmation, and any DFM improvements that address current supply issues. Re-sourcing assessment is returned within 5 working days of drawing submission.
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10-A, First Floor, V.V Complex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, India.
9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti, Coimbatore-641035, Tamil Nadu, India. ㅤ
10-A, First Floor, V.V Complex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, India.
9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti, Coimbatore-641035, Tamil Nadu, India. ㅤ
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