Click Fraud
  • Based on proprietary integrated circuit
  • Provide 1~2 CAN bus interface, an optical port
  • CAN transparent data transmission, without any set
  • CAN interface Maximum number of nodes 128,CAN interface rate 0-1Mbps
  • CAN interface speed in line with international CAN1.0, CAN2.0 standard
  • DC9-55V or AC7-50V wide supply that includes an automatic polarity detection function, no need to distinguish positive and negative installation
  • Provide DIN 35mm rail mounting, or wall mounting
  • CAN interface with lightning protection, lightning reached GB / T17626.5 (IEC61000-4-5)Short circuit current wave 8 / 20μs, open standard peak output voltage 6KV
  • Fiber

Optical port:         1

Optical Fiber:       Single/Dual fiber

Fiber interface:    FC/SC/ST

Wavelength:         850nm/1310nm Multimode;1310nm/1550nm Single mode

Receive sensitivity range:-28dBm~- 40dBm


  • Can bus interface


Protocol: In line with international CAN1.0, CAN2.0 standard

Rate: 0~1000Kbps

Physical Interface: Industrial Terminals

CAN Definitions: CANH, CANL, GND


  • Electrical and mechanical feature

Relay-free transmission distance: 20~120Km

Typical transmit power:

Single mode 1310/1550nm:≥-9dBm

Multimode 850nm:              -18dBm

Multimode 1310nm:              -25dBm

System power:                      AC7V ~50V;DC 9V~ 55V

Power consumption:           ≤2W

Size:  (L × W× H)                     72×125×26mm DIN Rail type


  • Working environment

Operating temperature:  -40℃—+85℃

Storage temperature:      -40℃—+85℃

Working humidity:           0%—95% (No condensation)

MTBF:                                  >100,000 hour


Product Function Description

Simultaneous transmission of 1-2 CAN bus data over fiber

Business port description

1 fiber interface; 1~2 CAN bus interfaces

Power supply

AC 7~50V  DC9~55V

Product Size

(L × W × H) 72 * 125 * 26 mm DIN Rail Type


0.25Kg / PCS


1-2 CAN BUS over fiber modem, industrial din rail type, Single & Multimode versions, AC7V ~50V;DC 9V~ 55V


The CAN fiber modem can transfer CAN bus signal to optical signal and transmit over fiber, which can extend the communication distance of CAN bus. At the same time, due to adopting optical fiber communication, it solves the problems of electromagnetic interference, ground ring interference and lightning damage, and greatly improves the reliability, security and confidentiality of data communications and can be widely used in various industrial control, process control and traffic control applications. It is particularly suitable for banks, power and departments or systems that have special requirements for electromagnetic interference.