It supports the Etron-Net bus, which enables automatic identification of devices that are connected to the system as well as automatic detection of device failures; this brings great convenience to installation and subsequent maintenance tasks. By employing a bus architecture that combines master-slave and distributed systems, even if the main unit fails, the panel can still control the terminal devices, preventing the lights from not working after the main unit stops functioning and thus enhancing the stability and reliability of the system.
· Power supply: DC 24V
· Control interfaces: 2×Etron-Net (1 cascade interface and 1 panel interface)
· Network interfaces: 2×RJ45 ports with status lights (only one of the two can be used)
· Cascade interface: 1×RJ45 port with status light
· Panel interface: 1×RJ45 port with status light
· LED displays: 1 for power status, 1 for bus status
· Devices that can be connected: Up to 63 Etron-Net devices
· Indicator lights: 1 for power status, 1 for Etron-Net signal status
· External buttons: 1×Reset button, 1×Clear button for deleting data
· Firmware download: 1×download port via network
· Operating temperature/humidity: 0℃~45℃/20%~93%RH
· Storage temperature/humidity: -40℃~55℃/10%~93%RH
· Dimensions: 72mm×98mm×68mm
· Weight: 194g
· Standard 35mm rail-mounted installation
· Supports online updating of the underlying software
· 2 sets of Etron-Net buses enable connection to 63 terminal devices
· The host, via the network, works together with iPad and Android touchscreens to form a powerful control system
· Data from the host can be imported and exported, reducing the need for repetitive tasks
· Data can be downloaded locally or remotely through the network port
It supports the Etron-Net bus, which enables automatic detection of devices that are connected to the system as well as automatic identification of device failures; this offers great convenience for installation and subsequent maintenance. By employing a bus architecture that combines master-slave and distributed systems, the panel can still control the terminal devices even if the main unit fails, preventing the lights from not working after the main unit stops functioning and thus enhancing the stability and reliability of the system.
