AT180G Three-Phase Rail-Mounted Electric Energy Meter

This product supports the measurement and analysis of multiple electrical parameters, provides metering for a variety of energy‑related metrics, and is capable of performing parameter measurements and analyses across diverse grid environments. It is suitable for use in applications such as real-time power monitoring systems. Equipped with an RS‑485 communication interface, it enables convenient remote data acquisition, while its LCD display facilitates local viewing and configuration of various measured parameters. The device also features password protection to ensure data security.

ATD-650 Low-Voltage Motor Protection Controller

By integrating advanced network communication technologies and coordinating with contactors, soft starters, molded-case circuit breakers, and other devices, it provides a comprehensive, specialized solution for low-voltage AC motor circuits—combining control, protection, measurement, metering, and communication into a single system. This replaces numerous discrete protective devices, such as thermal relays, thermal protectors, residual current devices, undervoltage protectors, and dry-run protection, while eliminating the need for time relays, intermediate relays, auxiliary relays, current transformers, meters, control and selector switches, indicator lights, and programmable controllers. With a wide range of optional accessories, it is an ideal choice for intelligent MCCs.

ATCS380 Intelligent Dehumidification Device

Employing semiconductor cooling for dehumidification, the system actively draws humid air from the enclosed space into a dehumidification duct via a fan. As the air passes through the semiconductor cooling module, water vapor condenses into liquid and is discharged from the cabinet through a drainage pipe, achieving excellent dehumidification performance. This intelligent dehumidification device transforms passive condensation prevention into active condensation management, effectively mitigating safety risks such as equipment aging, reduced insulation strength, secondary arc flash, material degradation, and corrosion of steel components, thereby ensuring the safe and reliable operation of the power grid.