CAN repeater with fiber optics (ST) and backbone bus
Item number 1.01.0068.46010
The Ixxat CAN-CR210/FO repeater with two CAN interfaces, one of which is a Fiber Optic interface (ST plug), enables the conversion of CAN signals from copper wire to fiber optics. It enhances connectivity in high-electromagnetic interference zones and provides the flexibility to optimize network structures. With integrated CAN backbone interface.
Designed for industrial environments, meeting high demands for robustness, temperature ranges, and safety.
Helps to optimize CAN network structures by enabling extended layouts (stub lines, star and tree topologies).
Minimal impact on real-time behavior, equivalent to a short line length (ca. 60 m/300 ns delay). Enabling transparent transmission, compatible with all higher layer protocols.
Optimized topologies enable simpler wiring, resulting in less cables and cost savings at installation and maintenance.
The CAN-CR210/FO ensures system reliability by electrically isolating CAN segments and power, auto-separating network faults and keeping the network operational.
In case of disturbances in the CAN lines, the repeater automatically disconnects the affected segment and restores it after the fault is resolved, ensuring uninterrupted network operation.
Using the CAN-CR210/FO, network components can be galvanically isolated up to 1 kV. This reliably enhances the protection of the device against damage to electronics caused by voltage peaks.
Equipped with two CAN channels, the CAN-CR210/FO can be used to establish a physical coupling and galvanic isolation of two segments of both CAN bus systems.
Fiber optic ensures uninterrupted data transmission in high-electromagnetic disturbance zones, enabling enhanced connectivity for critical applications and high performance.
To achieve tree or star topologies, multiple repeaters can be connected in series through the integrated backbone bus, seamlessly linking them to a CAN hub for enhanced connectivity.
Integrated bus termination resistors (120 Ohm, switchable via DIP switch) prevent reflections on the line ends and ensure optimum communication.
CAN/CAN FD repeater with screw terminals
The Ixxat CAN-CR100 repeater with two CAN/CAN FD interfaces improves the CAN bus load capacity, establishes a physical coupling of bus systems and offers galvanic isolation. It provides the flexibility to optimize network structures and liberates them from CAN bus structure constraints for optimized operation.
CAN/CAN FD repeater with fiber optics
The Ixxat CAN-CR110/FO with two CAN/CAN FD interfaces, one of which is a Fiber Optic interface, enables the conversion of CAN signals from copper wire to fiber optics. It enhances connectivity in high-electromagnetic interference zones and provides the flexibility to optimize network structures.
CAN/CAN FD repeater with screw terminals and termination resistor
The Ixxat CAN-CR100 repeater with two CAN/CAN FD interfaces improves the CAN bus load capacity, establishes a physical coupling of bus systems and offers galvanic isolation. It provides the flexibility to optimize network structures and liberates them from CAN bus structure constraints for optimized operation. With integrated termination resistors.
CAN/CAN FD repeater with 3 kV galvanic isolation and termination
The Ixxat CAN-CR120/HV repeater with two CAN/CAN FD interfaces provides a galvanic isolation up to 3 kV for enhanced protection of network segments. It improves the CAN bus load capacity, establishes a physical coupling of bus systems and provides the flexibility to optimize network structures. With integrated termination resistors.
CAN repeater with fiber optics (ST) and backbone bus
The Ixxat CAN-CR210/FO repeater with two CAN interfaces, one of which is a Fiber Optic interface (ST plug), enables the conversion of CAN signals from copper wire to fiber optics. It enhances connectivity in high-electromagnetic interference zones and provides the flexibility to optimize network structures. With integrated CAN backbone interface.
CAN repeater with fiber optics (F-SMA) and backbone bus
The Ixxat CAN-CR210/FO repeater with two CAN interfaces, one of which is a Fiber Optic interface (FSMA plug), enables the conversion of CAN signals from copper wire to fiber optics. It enhances connectivity in high-electromagnetic interference zones and provides the flexibility to optimize network structures. With integrated CAN backbone interface.
CAN/CAN FD repeater with four channels
The Ixxat CAN-CR300 repeater with four CAN/CAN FD interfaces improves the CAN bus load capacity, establishes a physical coupling of bus systems and offers galvanic isolation. It provides the flexibility to optimize network structures and liberates them from CAN bus structure constraints for optimized operation.
CAN/CAN FD repeater with 3 kV galvanic isolation
The Ixxat CAN-CR120/HV repeater with two CAN/CAN FD interfaces provides a galvanic isolation up to 3 kV for enhanced protection of network segments. It improves the CAN bus load capacity, establishes a physical coupling of bus systems and provides the flexibility to optimize network structures.
CAN/CAN FD repeater with 4 kV DC/4 kV AC galvanic isolation
The Ixxat CAN-CR220 repeater with two CAN interfaces provides a galvanic isolation 4 kV DC/4 kV AC for 1 second, enhancing the protection of network segments. It improves the CAN bus load capacity, establishes a physical coupling of bus systems and provides the flexibility to optimize network structures. The CAN-CR220 meets DIN/EN 50178 standards.
CAN repeater with backbone bus
The Ixxat CAN-CR200 repeater with two CAN interfaces and one CAN backbone interface improves the CAN bus load capacity, establishes a physical coupling of bus systems and offers galvanic isolation. Multiple repeaters can be lined up and connected easily via the integrated DINrail bus to create various topologies and optimize network structures.
CAN/CAN FD repeater with fiber optics and termination resistor
The Ixxat CAN-CR110/FO with two CAN/CAN FD interfaces, one of which is a Fiber Optic interface, enables the conversion of CAN signals from copper wire to fiber optics. It enhances connectivity in high-electromagnetic interference zones and provides the flexibility to optimize network structures. With integrated termination resistors.
CAN repeater with 4 kV DC/3.5 kV AC galvanic isolation
The Ixxat CAN-CR220 repeater with two CAN interfaces provides a galvanic isolation up to 4 kV DC/3.5 kV AC for 1 second, enhancing the protection of network segments. It improves the CAN bus load capacity, establishes a physical coupling of bus systems and provides the flexibility to optimize network structures. The CAN-CR220 meets DIN/EN 50178 standards.
CAN/CAN FD repeater with four channels and termination resistor
The Ixxat CAN-CR300 repeater with four CAN/CAN FD interfaces improves the CAN bus load capacity, establishes a physical coupling of bus systems and offers galvanic isolation. It provides the flexibility to optimize network structures and liberates them from CAN bus structure constraints for optimized operation. With integrated termination resistors.
Training from HMS Academy reduces the total cost and time of your project and gives improved quality and efficiency of the solution.
HMS offers trainings related to products, technologies and more. This could be in the form of an onsite training, online training or by running one of our E-learning sessions.
Technical Services from HMS helps customers with any type of assistance needed in addition to the products bought from HMS. The Technical Services page offers a list of all services we provide.
The services are provided by HMS’ global team of skilled and experienced engineers who work together with you, providing various services.
Typical activities are project planning, setting up evaluation demos, creating and validating product configurations, providing guidance during field trials, and more.
Technical Services from HMS helps customers with any type of assistance needed in addition to the products bought from HMS. The Technical Services page offers a list of all services we provide.
The services are provided by HMS’ global team of skilled and experienced engineers who work together with you, providing various services.
Typical activities are project planning, setting up evaluation demos, creating and validating product configurations, providing guidance during field trials, and more.
