The CAN Bus to fiber optic converter could convert the CAN bus electronic signal into an optical signal, effectively extending the communication distance of the CAN bus.
This CAN Bus to fiber optic converter could convert the CAN bus electronic signal into an optical signal, effectively extending the communication distance of the CAN bus.
By utilizing optical communication, it solves the problems of electromagnetic interference, ground loop interference, and lightning damage, significantly improving the reliability, security, and confidentiality of data communication.
It can be widely used in various industrial, process, and traffic control applications, especially suitable for banks, power companies, and departments/systems with special requirements for electromagnetic interference environments.
|
Model |
FCP-C1/2 |
|
Function |
Simultaneous transmission of 1-2 CAN bus data over fiber |
|
Port |
1 fiber interface; 1~2 CAN bus interfaces |
|
Power Supply |
AC 7~50V DC9~55V |
|
Dimension |
(L × W × H) 72 * 125 * 26 mm DIN Rail Type |
|
Weight |
0.25Kg / PCS |
● 2 CAN bus interfaces and 1 optical port.
● The CAN data communication is fully transparent, and the baud rate is self-adaptive without any configuration required.
● The CAN interface can support up to 128 nodes, and the maximum speed is 0-1Mbps, complying with international CAN 1.0 and CAN 2.0 standards.
● Wide range of DC 9-55V or AC 7-50V power supplies, with an automatic polarity detection function that eliminates the need to distinguish between positive and negative poles during installation.
● DIN 35mm rail mounting or wall mounting.
● The CAN interface is equipped with lightning protection, which meets the GB/T17626.5 (IEC61000-4-5) standard, with a short-circuit current wave of 8/20μs and an open-circuit peak output voltage of 6KV.
● Fiber
Optical port: 1
Optical Fiber: Single/Dual fiber
Fiber interface: FC/SC/ST/LC(SFP)
Wavelength: 850nm/1310nm Multi-mode; 1310nm/1550nm Single-mode
Transmission Distance without relay: 20~120Km
Typical Transmission Power:
Single-mode 1310/1550nm: ≥-9dBm
Multi-mode 850nm: -18dBm
Multi-mode 1310nm: -25dBm
Receiving Sensitivity Range: -28dBm ~ -40dBm
● CAN Bus Interface
Speed: 0-500Kbps
Interface Protocol: Compliant with international CAN 1.0 and CAN 2.0 standards
Connector: Phoenix terminal
● Power
Power supply: AC 7~50V DC9~55V
Power consumption: ≤2W
● Working Environment
Operating temperature: -40℃—+85℃
Storage temperature: -40℃—+85℃
Working humidity: 0%—95% (No condensation）
MTBF: ＞100,000 hour
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