Industrial 1-2Ch CAN Bus to Fiber Optic Converter

Industrial 1-2Ch CAN Bus to Fiber Optic Converter

Advantages

· Integrated circuits based on independent intellectual property rights;

· Provide 1-2 CAN bus interfaces and 1 optical port;

· CAN data is fully transparent, baud rate is self-adaptive, no setting is required

· CAN interface maximum number of nodes 128; CAN interface maximum rate 0-1Mbps;

· The CAN interface speed complies with the international CAN1.0 and CAN2.0 standards;

· Support wide range AC / DC input, support internal isolation, redundant dual power input, power supply support overload protection, anti-reverse protection

· Meet the requirements of industrial level IV electromagnetic compatibility;

· Super lightning protection function: anti-lightning, anti-induction high voltage, anti-surge, etc. ;

· Fanless heat dissipation, reducing repair time;

· IP40 enclosure protection level, can withstand the test of harsh environment;

· Rail or wall mounting;

· Wide temperature type: working temperature -40 ℃ ~ + 85 ℃;

· All models pass 100% baking machine test, warranty period: 5 years;

• CAN interface with lightning protection, anti-radar to GB / T17626.5 (IEC61000-4-5) short-circuit current wave 10 / 700μs, open-circuit peak output voltage 6KV standard.

Overview

The CAN-to-fiber converters support all the transmission speeds (transmission rates):0-1Mbps. The CAN optical fiber converter can convert the CAN bus signal into an optical signal and transmit it on the optical fiber, which has the effect of extending the communication distance of the CAN bus. At the same time, the use of optical fiber communication solves the problems of electromagnetic interference, ground ring interference and lightning damage. It greatly improves the reliability, security and confidentiality of data communication, and can be widely used in various industrial control, process control, and traffic control occasions. It is especially suitable for banks, electric power, and departments and systems that have special requirements for electromagnetic interference environments.

Technical Indexes

Order Information