This product is used to increase the communication distance and ensure isolation for Etron-Net differential communication signals; it enables the Etron-Net signals to travel over a distance of around 200 meters. It also provides a power supply of 24V at 0.8A to power 5 bus modules. The dual isolation of communication signal inputs and outputs offers effective protection for Etron-Net communications. It features strong interference resistance, a long transmission distance, high data transfer rates, and stable operation.
· Operating voltage: AC110-AC220V
· Output voltage: DC 24V/0.8A
· Power consumption: Approximately 2W
· Transmission delay: ≤10uS
· Maximum bus extension distance to the next node: 200M
· Control interfaces: 2×Etron-Net
· Cascading interfaces: 2 4-bit Phoenix terminals, 1 network port
· Cascading input terminal: 1 3-bit Phoenix terminal
· Operating temperature/humidity: 0℃~45℃/20%~93%RH
· Storage temperature/humidity: -40℃~55℃/10%~93%RH
· Dimensions: 98mm×72mm×68mm
· Weight: 233g
· Operates on a wide voltage range of AC110-220V; it uses industrial-grade DC-DC isolation power modules that provide 24V at 0.8A.
· Equipped with an imported, fully isolated Etron-Net communication chip, ensuring isolation for both input and output signals.
· Designed for rail-mounted installation, in compliance with the Etron-Net bus standards.
· Features unique isolation circuit protection, allowing hot plugging and unplugging even while the device is powered on.
· Helps to improve the quality of the bus topology, effectively extending the communication distance over Etron-Net by around 200 meters.
This product is used to increase the communication distance and ensure isolation for Etron-Net differential communication signals; it enables the Etron-Net signals to travel over a distance of around 200 meters. It also provides a power supply of 24V at 0.8A to power 5 bus modules. The dual isolation of communication signal inputs and outputs offers effective protection for Etron-Net communications. It features strong interference resistance, a long transmission distance, high data transfer rates, and stable operation.
