WiFi Power Sequencer Controller, RS232/RJ45

ATO WiFi power sequence controller centers on intelligent interconnection, supporting WiFi remote control. Computers can easily implement timed switching and grouped management. Smart power sequence controller is equipped with 16 independent outlets (2000W per channel), adapting to the global wide voltage range of AC90-260V. It features 13A phosphor copper universal sockets that are conductive and durable. Power sequence has built-in dual protection against short circuits and overcurrent, along with a large-screen LCD voltage display to monitor the power supply status in real-time. Meanwhile, it is compatible with RS232/RJ45 port expansion control, meeting the intelligent power management needs of home audio-visual systems, small computer rooms, and industrial equipment, being safe, convenient, and efficient.

Specification

Features

• WiFi remote control: Power sequence controller supports remote control via computer, enabling one-click on/off, scheduled tasks, and group management anytime and anywhere, without the need for on-site operation, making it intelligent and convenient.
• Stable signal transmission: Power sequence is equipped with a high-performance WiFi module and a pure copper antenna, featuring wide signal coverage, strong wall-penetrating ability, and delay-free transmission, ensuring accurate and reliable remote control.
• Strong power and wide voltage adaptation: It has 16 independent outlets, with a single channel power of 2000W, adapted to the global AC90-260V wide voltage, meeting the needs of simultaneous power supply for multiple devices.
• Safety and durability design: Built-in dual protection against short circuits and overcurrent, equipped with a 13A phosphor copper universal socket, which has excellent conductivity and oxidation resistance, extending the service life of the equipment.
• Multi-scenario compatibility and convenient monitoring: Compatible with computer control via RS232/RJ45 ports, supporting use in multiple scenarios such as home audio-visual systems, small computer rooms, and industrial equipment; large-screen LCD voltage display for real-time monitoring of power supply status.
• Precise and flexible control: Each circuit is designed with an independent switch, which can individually control the power supply of a single device. The group control function meets the needs of differentiated use, ensuring flexible and efficient operation.

Dimension

Details

Connection Diagram

Internal Display

Tips: What are the Advantages of WiFi Power Sequence?

Standard power sequencers have long been reliable workhorses in power management, delivering stable channel control and essential safety protection to meet the ordered power supply needs of conventional setups. They remain a solid choice for users prioritizing fundamental reliability in straightforward applications. WiFi-enabled power sequencers, by contrast, build on this foundational performance with intelligent upgrades tailored to the refined management demands of professional scenarios, making them particularly well-suited for professionals and discerning users seeking enhanced efficiency and flexibility.

For professionals, the remote control capability of WiFi power sequencers transforms workflow efficiency—there’s no need to commute to equipment rooms or power racks. Instead, precise adjustments to power-on/off sequences, delay parameters, and channel configurations can be made directly from a control station, mobile device, or even a remote location. This proves invaluable for coordinating multi-device systems, large-scale installations, or distributed setups, streamlining operations and minimizing the potential for human error. For users who demand high functionality, these sequencers retain core safety features like independent channel switching and dual overcurrent/short-circuit protection while adding practical intelligent functions: scheduled tasks, group linking, real-time voltage monitoring, and compatibility with RS232/RJ45 interfaces for seamless integration with professional systems and central control equipment. Combined with stable signal transmission via copper-core antennas and wide voltage compatibility, they excel in complex environments—from professional venues to high-end installations—balancing professional-grade reliability with the sophistication of intelligent management, perfectly aligning with the dual expectations of performance and usability held by discerning users.