Data Center Low-Voltage Distribution
Comprehensive main switchgear systems engineered for overall data center facility power management and reliable grid integration.
Technical SpecificationsENGINEERED PROJECT SOLUTIONS
Solutions
From data center power distribution to intelligent building safety systems, CONLUXS delivers engineered solutions that bridge complex design specifications with reliable, site-ready hardware.
OUR SOLUTIONS
Explore Our Solution Categories
01
Data Center & Critical Power Infrastructure
UPS Input Distribution Cabinets
High-availability main input panels engineered for safe isolation and seamless power transfer within large-scale UPS clusters.
Technical SpecificationsUPS Feeder Distribution Cabinets
Precision-engineered multi-channel routing boards designed to safely distribute critical power from UPS backup systems.
Technical SpecificationsPrecision Power Distribution / RPP
Advanced server-row distribution panels featuring branch circuit monitoring (BCM) for real-time power analytics.
Technical SpecificationsSMART BUILDING & SAFETY
02
Smart Building & Safety Distribution
Emergency Lighting Distribution Boxes
Fire-resistant backup panels built to guarantee fail-safe illumination along vital evacuation routes during grid outages.
Technical SpecificationsGeneral Lighting Distribution Boxes
Modular, high-reliability terminal enclosures designed for streamlined power and automation control across commercial networks.
Technical SpecificationsSmart Building Solutions
Integrated IoT-enabled low-voltage architecture engineered to optimize energy efficiency and lower operational carbon footprints.
Technical SpecificationsPROJECT DELIVERY
From Design Brief to Site-Ready Equipment
An effective electrical package starts with the operating conditions, not a generic cabinet. For overseas projects, CONLUXS reviews the supply arrangement, required ratings, load schedule, installation environment and interface points before confirming a product configuration.
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01
Define the Duty
Share voltage, frequency, fault level, load types and the intended installation environment.
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02
Confirm Interfaces
Align incoming and outgoing feeders, monitoring points, protection philosophy and physical dimensions.
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03
Review Documentation
Use drawings, schedules and project-specific requirements to confirm the selected configuration.
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04
Prepare for Installation
Keep the final equipment data, connection information and service boundaries clear for the site team.