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CAN Network Technology

EMS produces components in the field of CAN network technology. Products include CAN repeaters, a physical layer analyser, gateways, cables and connectors.

Installation Material

CAN Cables CAN cables with connectors complying with CiA Draft Physical Layer (DS 102-1). CAN cables are available in different length from 20cm to 10m. CAN T-Connectors CAN-T-Connectors serve to connect CAN nodes to the CAN bus complying with CiA Draft Physical Layer (DS 102-1). CAN Terminating Plugs With the CAN terminating plugs bus termination can be realized with D-Sub 9 connectors of type xxxx accourding to CiA (DS 102-1). Download or View datasheet

CAN Physical Layer Analyser

CANwatch is a physical layer analyser for CAN systems. CANwatch supports installation and troubleshooting of CAN networks. The CAN signals are sampled, A/D converted and analysed by a digital signal processor. Depending on the signal shapes, installation errors are detected and indicated. Download or View datasheet

CAN Gateways

	CG-ARM7 is a CAN/CAN Gateway beeing capable to connect CAN subsystems with different data rate and to transpose identifiers between connected segments. Furthermore, it allows filtering and buffering of CAN traffic. Download or View datasheet
	SerCAN is a protocol converter between CAN and devices with RS232 interfaces. It allows the connection of devices with serial interfaces to CAN based systems, e.g. measuring devices, barcode scanners and handheld terminals. Download or View datasheet
	EtherCAN CI is an Ethernet/CAN Interface connecting CAN systems with an Ethernet network. Although the main purpose of EtherCAN CI is the use as a CAN interface, optional software packets allow an upgrading for decentral control purposes like monitoring or configuration of CAN nodes. Download or View datasheet.
	EtherCAN FX is an optical fibre router for CAN based systems. It offers the possibility to connect two CAN subnetworks via optical fibre up to a maximum distance of 40km. Download or View datasheet
	CG-FL4000 is a router fitted in a compact housing with integrated connector and transmits its data between CAN subnets via optical fiber. It allows the realization of high CAN data rates on the copper based segments while high system extension and short latency times are achieved at the same time. ( Image: Model SBR-FL4000 with SafetyBUS p support ) Download or View datasheet
	EtherCAN MC is designed for mobile analysis of CAN systems. It is suited for use where more than one CAN has to be tracked (i.e. automotive applications).  Other features are the integrated power management, an ethernet and 2 serial interfaces and 6 CAN-Channels. Download or View datasheet

CAN Repeaters

CAN repeaters are important components for larger CAN networks. CAN repeaters support star or tree structured networks and provide adaption of different physical layers. CAN repeaters can also be used to refresh signal shapes in networks with high node counts.

	CRep DS102 is a compact repeater for CAN networks. CRep is completely enclosed in epoxy resin and designed for use in cable channels outside a control cabinet. Download or View datasheet
	CRep N is a compact repeater for CAN networks designed without galvanic separation for short propagation delays. CRep N provides the capability of error isolation. Download or View datasheet
	CRep S8C is a compact CAN repeater that transmits and amplifies signals transparent to the CAN protocol. Each of the eight CAN connections has the physical behaviour of a single bus node. CRep S8C permits a flexible design of the network topology and offers special support for star structured networks. Download or View datasheet
	CRepOpto is a galvanically isolating repeater for CAN networks. It is designed for railmount application within a control cabinet. CRepOpto provides the capability of error isolation. Download or View datasheet
	Ctrans OL is an optical fibre coupler for CAN based systems. It offers the possibility to connect copper-based CAN segments via optical fibre and thus permits higher isolation voltages and provides excellent perturbation decoupling between the CAN segments. Download or View datasheet