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CAN@net II/Generic
Rated 0 out of 5$928.40CAN-Ethernet gateway and CAN-Ethernet-CAN bridge The CAN@net II/Generic enables easy and flexible access to CAN systems via Ethernet. The device provides two operation modes, a bridge mode and a gateway mode. Features and Benefits- Bridging of large distances and easy system access using Ethernet
- Filter and conversion functionality
- Cost savings due to simple wiring
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CAN@net II/VCI
Rated 0 out of 5$928.40ÂActive Ethernet interface
1 x CAN (High-Speed) The CAN@net II allows simple, flexible access from a PC to CAN systems via Ethernet. Due to its ability to support the TCP/IP protocol, the CAN@net II allows the worldwide direct connection to a PC, implementation in an LAN, or, communication with the gateway via the Internet. Features and benefits- Easy CAN access over large distances
- Common driver interface for easy exchange of the PC interface type
- Also abailable as gateway/bridge device
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CAN-CR210/FO
Rated 0 out of 5$0.00CAN-CR210/FO Glass Fiber Version with ST Connector [Extended Temp. Range] Stackable converter from ISO 11898-2 to fiber optic cable The CAN-CR210/FO is used for the conversion of the CAN signal from copper wire (ISO 11898-2) to fiber optic cables. This provides a complete isolation and protection against EM-influences. For creating star or tree topologies, several CAN-CR210/FO can be connected to a CAN-hub via the integrated backbone bus (also in conjunction with CAN-CR200). One special feature of the repeater is, that it separates a defective segment from the rest of the network, so that the remaining network can continue working. After elimination of the defect, the segment is switched into the network again. -
CAN-CR200
Rated 0 out of 5$511.50CAN-CR200 Modular ISO 11898-2 CAN repeater with backbone bus The CAN-CR200 is used for the galvanic isolation of two segments of a CAN network and for creating star or tree topologies. Several CAN-CR200 can be connected to a CAN-hub via the integrated backbone bus. One special feature of the Repeater is the automatic recognition and separation of a defective segment from the rest of the network so that the remaining network can continue working. After elimination of the defect, the segment is switched into the network again. The galvanic isolation isolates the CAN segments from each other as well as from the power supply.