Showing all 4 results
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Control Panel for Synchronization and Automatic Transfer
A Control Panel for Synchronization and Automatic Transfer is an electrical system designed to monitor, control, and coordinate the power supply between two or more electrical sources in medium and low voltage installations. Its main function is to guarantee the continuity of electrical service in a safe, automatic, and reliable manner, especially in processes or facilities where a power interruption can generate economic losses, equipment damage, or risks to people.
Equipped with COMAP equipment, these panels are widely used in industries, hospitals, shopping malls, corporate buildings, production plants, and electrical substations, where it is required to maintain power supply even when a failure occurs in the main power source. To do this, the system detects voltage variations or losses and automatically performs the load transfer to a backup source, such as emergency plants or electric generators.
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Advanced Operational Safety: Equipped with interlocking mechanisms and shielded compartments that prevent electrical arcs, ensuring the integrity of personnel during maintenance operations.
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High-End Components: We integrate air, vacuum, or SF6 gas circuit breaker technology from world-leading brands, ensuring a long service life and an immediate response to network failures.
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CFE Regulatory Compliance: Manufactured under strict national and international standards, facilitating the approval of verification units and connection to the public supply network.
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Medium Voltage Distribution and Automatic Transfer Switchgear (DC)
Absolute operational continuity for high-flow logistics centers.
Our switchgear for distribution centers integrates intelligent automatic transfer and synchronization systems, ensuring your logistics operation never stops in the event of a power grid failure.
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Uninterrupted Load Transfer: High-precision sensors detect faults in milliseconds, automatically activating backup sources to keep your cooling and sorting systems active.
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Intelligent Energy Control: Equipped with state-of-the-art controllers that allow for remote monitoring and demand peak management, optimizing energy consumption throughout the facility.
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Heavy-Duty Design: Manufactured in high thermal and mechanical resistance cabinets, ideal for supporting continuous operation cycles and the critical demands of a distribution center.
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Medium Voltage Distribution Switchgear with Disconnect Cubicles
A Medium Voltage Distribution Switchgear with Disconnect Cubicles is a set of electrical equipment designed to receive, control, protect, and distribute electrical energy in medium voltage systems. This type of switchgear constitutes one of the main elements in electrical power systems, as it allows for the efficient maneuvering and isolation of different electrical circuits.
Disconnect cubicles are independent metal compartments that contain maneuvering and protection devices, such as circuit breakers, disconnectors, grounding switches, measurement transformers, and protection relays. Their main function is to divide and isolate sections of the electrical system to facilitate maintenance, operation, and protection against faults, without completely affecting the facility’s power supply. Its main applications include energy distribution in medium voltage networks, control of electrical feeders, protection against overcurrents and short circuits, as well as the integration of automation and monitoring systems using modern technologies such as PLC and SCADA systems.
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NEMA 3R Low Voltage Self-Supporting Distribution Switchboard with Lateral Transformer Coupling
Robust and efficient distribution for your project’s electrical infrastructure.
We manufacture general distribution switchboards (LVAB-HMCB) designed to receive power from the main transformer and distribute it safely to all load areas of your facility.
- Maximum Breaking Safety: Equipped with high-capacity power circuit breakers that ensure thermal and magnetic protection of your facilities against any electrical fault.
- Modular Self-Supporting Design: Built in robust metal cabinets that allow for easy expansion and simple access for connection maneuvers, optimizing on-site maintenance. With NEMA 3R outdoor protection and lateral transformer coupling with flexible copper busbars.
- Copper Busbar Engineering: We integrate copper busbar systems calculated to withstand high short-circuit currents, ensuring superior thermal conductivity and a long equipment service life.
