2-channel CAN-BUS bus fiber self-healing ring network optical transceiver

IDM-3362 self-healing ring optical transceiver in one2Provided on core fiber optic cables2Real time conversion of CAN-BUS bus. allow2roadCAN-BUS busSimultaneously perform bidirectional communication on different halo nodes. There is no limit to the number of devices on the same channelCAN-BUSOn the channel, any node'sCAN-BUSAll can work in the main station mode.

IDM-3362 self-healing ring optical transceiverThere are two single-mode optical transceiver modules that form a dual ring self-healing fiber optic ring network, suitable for distribution network automation, relay control and protection, data acquisition, monitoring, etcPLCIn online and other work systems with high reliability requirements. When a fiber optic cable breaks or a node malfunctions, the equipment automatically switches communication, making the network still a closed loop and keeping communication links unobstructed. This greatly improves the security and reliability of fiber optic communication networks. There are also various networking methods for this device. In addition to fiber optic self-healing ring networks, it can also form a distributed bus relay fiber optic network, which uses fiber optic links as buses to connect nodes in different span areas into a bus network from beginning to end.

Product Features:

1. Support point-to-point, point to multipoint, loop and other connection methods

2. Two fiber optic ports can form a self-healing ring fiber optic network to ensure normal real-time communication

3. Simultaneously supporting2CAN-BUS bus communication

4. High speed communication transmission, CAN-BUS rate5～125Kbps

5. Support master-slave working mode, where any one in the ring network can work in master mode and the others in slave mode

6. When set to slave mode, it can be used as a CAN-BUS fiber optic repeater

7. Industrial grade design,DC9~36VPower supply,DINInstallation of guide rail method

Performance parameters:

communication interface

Interface wiring method: 5Connect the green terminal

optical port

Optical port transmission distance: multimode2kmSingle mode20km

power supply/indicator light

Power wiring method:3Connect the green terminal

working environment

Dimensions: Width x Height x Depth30×128×126mm

wiring method

1Before connecting to the power supply, set the master station dip switch to "master" and the slave station to "slave".
2. Fiber port P1 is connected to the FX2 fiber port of the next device, and FX1LED is turned off after fiber connection.
3. Fiber port P2 is connected to the FX1 fiber port of the previous device, and after the fiber connection, the FX2 LED is turned off.
4. The dual fiber device is cross connected from TX to RX and RX to TX, while the single fiber device FX1 is directly connected to FX2.
5. The main station uses CAN port 1, and the slave stations should also use CAN port 1. The main station uses CAN port 2,The slave station should also use CAN port 2.