Offline Module Operation, Supports manual control

        A significant advantage of the ARCS Full-2way system is that it does not require a CPU host device. In the event of a disconnection, the Full-2way system allows on-site remote switches and T/U  relay controller to automatically switch to offline operation mode. This design not only enhances system reliability but also improves overall redundancy, ensuring continuous operation during critical moments.

★  Features of ARCS Full-2way Control System 

    1.No CPU Host Equipment Required：

       The ARCS system operates independently of CPU control host equipment, significantly reducing the impact of host equipment failures on system operation. This results in a more stable and reliable system, avoiding overall system downtime caused by host malfunctions.

    2.Circuit Power Outage State Storage：

       The system is able to save the state of the circuit during a power outage. This ensures that the system can be restored to its pre-outage state without any impact upon power resumption.

    3.Authorization Unlock/Lock Function：

       All circuit switch group scenario points are equipped with authorization Unlock/Lock function, effectively preventing accidental opening or closing control due to human operation. 

    4.Multi-Loop Signal Repeater Architecture：

       For larger systems, a multi-loop signal repeater architecture can be employed. In this configuration, a single-loop signal failure will not affect communication across the entire system, further enhancing system stability and reliability.

★  ARCS Offline Control Options

        The Sinew ARCS system offers three control options, enabling control operations even when the MRS  control panel is offline. The options are as follows: 

    1.On-site Remote Control Switch：

        The on-site remote control switch allows for direct control of the T/U controller's circuit breaker or authorized locking control. This method not only enhances control flexibility but also ensures that on-site operators can effectively manage and control equipment in the event of a main system malfunction, maintaining system operation. 

    2.T/U controller Manual Button：

        The T/U controller can be directly controlled by the remote switch, and is equipped with a circuit status indicator light, allowing operators to grasp the opening and closing status of the circuit switch in real-time. At the same time, the manual control buttons for each circuit of the module facilitate real-time adjustment of the status switching of each circuit, providing a more intuitive and fast control method, adaptable to various emergencies.

    3.Relay Manual Switch Control：

        Latching Relay device. It operates quietly and consumes no energy during normal operation. It is equipped with a manual switch, which allows users to directly switch the relay's on and off states as needed. This feature helps prevent relay failures and enhances the overall system reliability.

     Moreover, the Sinew ARCS Full-2way control system exhibits significant advantages in terms of stability, reliability, and cost-effectiveness. The system eliminates the need for

CPU host device installation, simplifying system architecture and reducing maintenance costs. Its regional offline backup function ensures that the system retains a degree of

 control even in offline situations, preventing complete loss of control due to failures. The loop power-off state storage function enables rapid recovery to the original state

 after power restoration, reducing restart and adjustment time. Authorization lock functionality enhances operational security, preventing unauthorized operation. 

Multi-Loop Signal Repeater architecture offers more connection options and flexibility, allowing it to stand out in the smart building field.

In summary, the Sinew ARCS Full-2way control system, with its advanced technical features and reliable performance, makes it an exceptional choice for smart building

 control systems. Its comprehensive backup solutions and diverse control methods ensure the system's stable operation under various circumstances, making it a worthy 

consideration when selecting a control system.