Convertisseur Fibre Optique CAN Bus 1-2 canaux Industriel

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Convertisseur Fibre Optique CAN Bus 1-2 canaux Industriel

Convertisseur de médias de fibre

August 09, 2025

Catégorie Connexion: Convertisseur de médias de fibre

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Les étiquettes:

#Convertisseur à double accès des médias RJ45 #convertisseur à double accès de médias de fibre #Convertisseur de médias de fibre de Sc RJ45

Bref: Discover the Industrial 1-2Ch CAN Bus to Fiber Optic Converter, designed for seamless CAN bus signal conversion to optical signals. With features like self-adaptive baud rates, dual power input, and robust industrial design, this converter ensures reliable long-distance communication free from electromagnetic interference.

Caractéristiques Du Produit Connexes:

Integrated circuits based on independent intellectual property rights for enhanced reliability.
Supports 1-2 CAN bus interfaces and 1 optical port for versatile connectivity.
CAN data is fully transparent with self-adaptive baud rates, requiring no manual settings.
CAN interface supports up to 128 nodes and rates from 0 to 1Mbps, compliant with CAN1.0 and CAN2.0 standards.
Wide range AC/DC input with internal isolation, redundant dual power input, and overload protection.
Multi-mode and single-mode fiber options with transmission distances up to 120Km.
Robust industrial design with IP40 protection, aluminum casing, and DIN-rail or wall mounting.
Operates in extreme temperatures (-40°C to 85°C) with high MTBF (>100,000 hours).

FAQ:

What is the maximum transmission distance for the CAN Bus to Fiber Optic Converter?

The maximum transmission distance is 2Km for multi-mode fiber and up to 120Km for single-mode fiber, depending on the model.
Does the converter support different fiber optic connectors?

Yes, the converter supports FC, SC, and ST fiber connectors, with FC as the default option.
What power input options are available for this converter?

The converter supports a wide range of AC (7V~50V) and DC (9V~55V) inputs, with redundant dual power input and overload protection.