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Automatic transfer switch (closed transition) synchronism
We develop closed transition (synchronism) solutions, adapted to the needs of each industrial, commercial, or critical application.
Our systems integrate controls from recognized international brands such as COMAP and DSE (Deep Sea Electronics), offering advanced technology for monitoring, synchronization, automation, and protection of generator sets and electrical grids.
Closed transition or synchronism: allows for a transfer without perceptible interruption, synchronizing both sources before the switch.
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LVME Low Voltage Metal Enclosed Self-Supporting Power Distribution Switchboard
It is a low-voltage electrical distribution switchboard designed to house, protect, and organize switching and protection devices, compartmentalized within a fully enclosed metal cabinet. Its main function is to receive electrical energy and distribute it safely to different loads or systems.It is distinguished by its robust, safe, and reliable design for power distribution in low-voltage systems. Its main features include:
- Metal Enclosed structure: fully protected cabinet that improves the safety of the system and operating personnel.
- Low voltage application: designed to operate in low-voltage electrical systems in industrial, commercial, and institutional environments.
- High distribution capacity: allows for handling significant electrical loads efficiently and safely.
- Internal compartment segregation: separation of control, protection, and busbar areas for greater operational safety.
- Compatibility with different protection devices: integration of power circuit breakers, fuses, contactors, and relays.
- Enhanced operational safety: reduces the risk of accidental contact with energized parts.
- Modular design: facilitates the expansion, maintenance, and reconfiguration of the electrical system.
- Controlled access: doors with locking systems that ensure safe and authorized intervention.
- High mechanical and electrical resistance: built to operate in demanding conditions and industrial environments.