dumps.html Dumps Managing Industrial Networks for Manufacturing with Cisco Technologies

Managing Industrial Networks for Manufacturing with Cisco Technologies Exam Number IMINS2 Associated Certifications CCNA Industrial Duration90 Minutes ( questions) Available Languages English RegisterPearson VUE Exam Policies Read current policies and requirements Exam TutorialReview type of exam questions

Exam Description This exam tests concepts and technology commonly found in the automated manufacturing environment. This exam tests candidates on the Common Industrial Protocol (CIP) and ProfiNET industrial protocols and the underlying support network infrastructure design to maximize efficiency within Industrial Ethernet. Learning Resources Self-Study E-Learning Managing Industrial Networking for Manufacturing with Cisco Technologies (IMINS2 Instructor Led Training Managing Industrial Networks for Manufacturing with Cisco Technologies (IMINS2) v1.3

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Sample Questions Refer to the exhbit. Which three elements would enable high availability and predictable performance for a motion control application spread across two switches (with video and I/O traffic)? (Choose three) Options A. Configure QoS to give PTP traffic the highest priority B. Fiber optic uplinks C. Redundant uplinks D. Configure QoS to give I/O traffic the highest priority E. Copper uplinks F. Interconnect the two switches Answer: A,B,C Question 1

Which statement is correct regarding Media Redundancy Protocol (MRP) in a ring of ProfiNET devices? Options A. When a link fault is detected, MRP rings must converge in less than 100 milliseconds B. MRP defines two device roles, Media Redundancy Master and Media RedundancyClient C. MRP can support rings of up to 250 devices D. MRP is only supported on network switches Answer: B Question 2

Which describes a best practice rule for controlling traffic between the corporate network and the controls network? Options A. Outbound traffic from the control network to the corporate network and outbound traffic from the corporate network to the control network can be restricted based on source and destination address only. B. Outbound traffic from the corporate network to the control network should be restricted but outbound traffic from the control network to the corporate network should not be restricted. C. Outbound traffic from the control network to the corporate network should be restricted based on source and destination address and service only. D. Outbound traffic from the control network to the corporate network should be restricted based on source and destination address, service, and port. Answer: D Question 3

If the Link Fault alarm is connected to the minor relay and the FCS Bit Error Rate alarm is connected to the major relay, which commands will create an alarm profile called GigE with the alarms correctly mapped to the minor and major relays? Options A. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 4 Switch(config-alarmprof)#relay major 4 Switch(config-alarm-prof)#relay minor 1 B. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 3 Switch(config-alarmprof)#relay major 3 Switch(config-alarm-prof)#relay minor 1 C. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 3 Switch(config-alarmprof)#relay major 1 Switch(config-alarm-prof)#relay minor 3 D. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 4 Switch(config-alarmprof)#relay major 1 Switch(config-alarm-prof)#relay minor 4 Answer: A Question 4

If the Link Fault alarm is connected to the minor relay and the FCS Bit Error Rate alarm is connected to the major relay, which commands will create an alarm profile called GigE with the alarms correctly mapped to the minor and major relays? Options A. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 4 Switch(config-alarmprof)#relay major 4 Switch(config-alarm-prof)#relay minor 1 B. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 3 Switch(config-alarmprof)#relay major 3 Switch(config-alarm-prof)#relay minor 1 C. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 3 Switch(config-alarmprof)#relay major 1 Switch(config-alarm-prof)#relay minor 3 D. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 4 Switch(config-alarmprof)#relay major 1 Switch(config-alarm-prof)#relay minor 4 Answer: A Question 5

Dumps Managing Industrial Networks for Manufacturing with Cisco Technologies