LMZ develops and supplies low-voltage panel systems under the LMZ label and with established Schneider, ABB and Siemens platform solutions, selecting the architecture around project duty, operating philosophy, switching equipment and installation requirements.
Platform selection is not treated as a brand-only decision. LMZ evaluates the required current level, protection concept, enclosure, installation method, form of separation and project-specific switching equipment before defining the final panel system.
Low-voltage distribution panel solutions for tertiary and industrial installations with standardized system architecture and tested assembly principles.
Prisma PLUS P · Prisma PLUS G · System solutions
Modular and monoblock low-voltage switchboard systems for main, sub-main and final distribution applications with project-specific configuration.
ArTu M · ArTu K · System solutions
Siemens-based low-voltage system solutions for distribution and industrial panel applications, selected around project requirements.
SIVACON S8 · SIVACON S4 · ALPHA630 UNIVERSAL · SICUBE 8MT · System solutions
The LMZ low-voltage portfolio covers power distribution, motor control, automation, synchronization, special-purpose panels and power-quality applications within the same project environment.
Main distribution boards · Sub-main distribution boards · Final distribution boards · Feeder pillars · Street-lighting control panels · Meter cabinets · GRP panels · DC distribution panels
Starter control panels · Motor control centres · Soft-starter panels · Variable-frequency-drive panels · Industrial plant control panels · High-current disconnector panels
Automatic transfer switches · PLC-based controls · Building-management-system panels · Synchronizing control panels · Mosaic mimic panels · IT panels · Security panels
Capacitor banks · Capacitor banks with harmonic filters · Active filters · Weatherproof isolators · Project-specific control, protection and special-purpose panels
LMZ approaches the low-voltage package as part of the wider network. Upstream switchgear, transformers, protection philosophy, automation, load characteristics, installation environment and future expansion requirements are considered together before the panel configuration is finalized.
The final solution is defined around technical requirements and project interfaces rather than forcing every application into the same panel architecture.