GCAN-208-2-F Loop Network CAN Fiber Optic Repeater
- Brand:
- GCAN
- Model:
- GCAN-208-2-F
- Application:
- (1) CAN bus communication transformation; (2) CAN bus cross sea long-distance communication; (3) CAN bus anti-interference transformation in areas with strong interference such as wind turbines; (4) Long distance communication between the main control room and the building; (5) Networking of fire alarm system; (6) Long distance distributed communication system; (7) New energy storage system.
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1.Function Overview
The GCAN-208-2-F series module from Shenyang Guangcheng Technology Co.,Ltd.is an industrial grade CAN bus to fiber converter that integrates 2 standard fiber optic interfaces(single-mode,multi-mode,SC,ST,FC optional)and 1 standard CAN bus interface.
The GCAN-208-2-F series module can transparently and non destructively convert CAN bus data into optical signals,and then transparently and non destructively parse the optical signals into CAN bus data.Guangcheng Technology uses unique bus signal conversion technology to achieve microsecond level conversion time between CAN data and optical signals,ensuring real-time communication.GCAN-208-2-F can support any CAN bus communication protocol such as CANopen,SAE J1939,DeviceNet,NMEA2000,etc.
The GCAN-208-2-F module has two sets of fiber optic interfaces,which can be used for fiber optic ring network.Even if a node drops,it will not affect the normal communication of other nodes.This series of modules is a key tool for industrial bus transformation,long-distance communication,and isolation of bus interference.The CAN bus interface of the module has integrated an isolation protection module,which prevents damage to the module due to instantaneous overvoltage and overcurrent,and can prevent damage to the bus and equipment caused by electromagnetic interference,ground loop interference,lightning strikes,etc.
The product has been widely used in the systems of companies such as Haiwan,Lida,Qingniao,Siemens,Yiai,Fanhai Sanjiang,Taihe An,Fu'an,Hao'an Safety Technology,and Qingdao Haihuide Electric for a long time;
2. Performance Characteristics
2.1 Hardware Features
(1) High speed 32-bit industrial grade processor;
(2) Embedded hardware watchdog timer;
(3) Power anti reverse design, external power supply (9-36V DC); 50mA MAX（24V DC）；
(4) Working temperature range: -40 ℃~+85 ℃;
(5) Electrostatic discharge immunity level: Contact discharge ± 4KV, air discharge ± 8KV;
(6) Electrical fast transient pulse group immunity level: ± 2KV;
(7) Surge immunity level: ± 1KV for power interface, ± 4KV for CAN bus interface;
(8) Compliant with design specifications for mining product safety certification, fire protection product certification, automotive intelligent networking, energy storage, etc., and able to provide the necessary certification materials;
2.2 CAN Attributes
(1) Integrate 1 CAN bus interface and use terminal wiring method;
(2) CAN bus signals include: CAN_S, CAN_L, EARTH;
(3) The CAN bus comes with a 120 Ω terminal resistor, which can be selected through a dip switch;
(4) The CAN bus supports CAN2.0A and CAN2.0B frame formats and complies with the ISO/DIS 11898 specification;
(5) The baud rate of CAN bus communication between 5Kbps and 800Kbps can be configured through a dip switch;
(6) The CAN bus interface adopts electrical isolation, and the isolation module isolation voltage is 3000V DC;
(7) Maximum throughput per channel: 6400 fps/s (CAN baud rate 800K, standard frame test);
2.3 Fiber optic properties
(1) Fiber optic interfaces SC, ST, and FC are optional;
(2) Fiber optic transmission modes include single-mode and multi-mode options;
(3) The number of optical fibers can be selected as single core or dual core.
3. Typical applications
(1) CAN bus communication transformation;
(2) CAN bus cross sea long-distance communication;
(3) CAN bus anti-interference transformation in areas with strong interference such as wind turbines;
(4) Long distance communication between the main control room and the building;
(5) Networking of fire alarm system;
(6) Long distance distributed communication system;
(7) New energy storage system.
Welcome to inquire and learn more.
- 2.1 Hardware Features
(1) High speed 32-bit industrial grade processor;
(2) Embedded hardware watchdog timer;
(3) Power anti reverse design, external power supply (9-36V DC); 50mA MAX（24V DC）；
(4) Working temperature range: -40 ℃~+85 ℃;
(5) Electrostatic discharge immunity level: Contact discharge ± 4KV, air discharge ± 8KV;
(6) Electrical fast transient pulse group immunity level: ± 2KV;
(7) Surge immunity level: ± 1KV for power interface, ± 4KV for CAN bus interface;
(8) Compliant with design specifications for mining product safety certification, fire protection product certification, automotive intelligent networking, energy storage, etc., and able to provide the necessary certification materials;
2.2 CAN Attributes
(1) Integrate 1 CAN bus interface and use terminal wiring method;
(2) CAN bus signals include: CAN_S, CAN_L, EARTH;
(3) The CAN bus comes with a 120 Ω terminal resistor, which can be selected through a dip switch;
(4) The CAN bus supports CAN2.0A and CAN2.0B frame formats and complies with the ISO/DIS 11898 specification;
(5) The baud rate of CAN bus communication between 5Kbps and 800Kbps can be configured through a dip switch;
(6) The CAN bus interface adopts electrical isolation, and the isolation module isolation voltage is 3000V DC;
(7) Maximum throughput per channel: 6400 fps/s (CAN baud rate 800K, standard frame test);
2.3 Fiber optic properties
(1) Fiber optic interfaces SC, ST, and FC are optional;
(2) Fiber optic transmission modes include single-mode and multi-mode options;
(3) The number of optical fibers can be selected as single core or dual core.
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