Currently, our 200-401 IMINS online test only provide 10 questions. Answer one question correctly, you can get 10 points. The content of these questions are the latest exam content. Please feel free to test your skill level.
If you have some opinions or suggestions about our online test, please leave your message, we will improve it step by step.
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Managing Industrial Networks with Cisco Networking Technologies is the full name of 200-401 test. The formerly exam is 600-601. The Associated Certifications is Cisco Industrial Networking Specialist. There are 55-65 questions in real Cisco 200-401 exam, which will take the candidates 75 minutes to complete the test. The available language is English. Candidates can register Cisco 200-401 IMINS exam at Pearson VUE.
Cisco 200-401 exam tests a candidate’s knowledge of the OSI layers of IP networks, as well as networking devices like routers and switches, and cabling approaches; specific industrial devices such as drives, PLCs, sensors, and substation equipment; relevant industrial standards and models such as TIA, the Purdue model, and environmental standards; and various safety protocols important in an industrial zone.
Below are the details of Cisco 200-401 IMINS exam toics.
1.0 Install, Replace, and/or Remove an End-Device 15%
1.1 Demonstrate knowledge of different industrial end-point devices and the interconnections for those devices to perform appropriately in an industrial setting to incorporate elements of bandwidth, real-time, precision, etc.
1.2 Given a config script for a topology, determine the appropriate location for the installation of the industrial ruggedized end-point device and how that device will interact with other elements
1.3 Ensure proper industrial network operation of a given end-device following replacement by verifying that industrial ruggedized elements (ports, IP address, connectivity, subnet mask, default gateway) are appropriately configured/connected
1.4 Demonstrate an understanding of safe physical installation of various industrial ruggedized end-devices within an industrial setting following a terminal block diagram
2.0 Install, Replace, and/or Remove an Infrastructure Device 23%
2.1 Demonstrate a knowledge of how different industrial application/network protocols operate within the network topology (Ethernet/IP, 61850, etc.)
2.2 Demonstrate familiarity with basic CLI/GUI configuration within an industrial network by accessing, configuring, saving, validating (ports, IP address, connectivity, subnet mask, default gateway) and exiting a network device
2.3 Demonstrate understanding of safe physical installation of various industrial ruggedized network devices within an industrial setting, (e.g. following a schematic such as a terminal block diagram, and the interdependencies of the network infrastructure devices)
2.4 Demonstrate knowledge of different industrial network infrastructure devices, their places in the industrial network, and the networking/device characteristics such as QoS, precise timing, industrial topologies, network resiliency, ruggedization, bandwidth, etc.
2.5 Illustrate understanding of the interconnections for the full network within a validation of the entire industrial network connectivity and that it is aligned with the provided design diagram (correct number of devices and/or IP addresses, cables are properly labelled and connected to the proper places, usage of appropriate icons) to include ensuring that configuration files are up to date and available
2.6 Illustrate an understanding of the safety and security risks (company or industry, e.g. Purdue model) for a given industrial infrastructure device and apply the appropriate steps to secure it (e.g. are unused ports turned off, telnet versus SSH, https versus http, network segmentation)
3.0 Install, Replace, and/or Remove Cables (Network and/or Power) 10%
3.1 Demonstrate the selection of cable channel for an industrial application with appropriate cable and connectors, for example two-pair, four-pair cable, high-flex, high- EMI, unshielded, fiber, and copper
3.2 Demonstrate safe and secure installation, identification, and documentation best practices for various industrial environments including grounding, bonding, shielding, etc. (for example: TIA1005, TIA568c.0, EN10174, TIA606b, and NEC article 800)
3.3 Identify the steps and tools for validating the newly installed cabling and connectors (for example: TIA568c.2)
4.0 Troubleshooting 35%
4.1 Layer 1
4.1.a Identify cable or device issues by visual inspection, test tools, and examining traffic statistics via system logs and/or end devices UIs
4.1.b Characterize the symptoms associated with a duplex mismatch situation
4.2 Layer 2
4.2.a Given a scenario in an industrial setting, troubleshoot a switch port by reviewing the UI, configuration, link lights, and/or looking at counters or packet capture (e.g. multicast, QoS)
4.2.b Given network symptoms identify the likely errors and the root causes of those errors (e.g. baud rate, network loops, spanning tree)
4.3 Layer 3
4.3.a Given a scenario in an industrial setting, troubleshoot a networking device by reviewing the UI, configuration, addressing/subnet mask, link lights, and/or looking at counters or packet capture (e.g. routing protocol, QoS, duplicate IP)
4.3.b Determine if there is layer 3 connectivity using common tools (e.g. trace route, ping, etc.)
4.4 End to End
4.4.a Determine if there is application connectivity and appropriate industrial performance using common tools (e.g. trace route, ping, telnet, etc.)
4.5 Relevant Networking Issues
4.5.a Identify and collect relevant troubleshooting information for issue reporting/escalation/duplication
4.5.b Demonstrate appropriate knowledge to proactively identify cyber and physical security incidents
4.5.c Demonstrate an understanding of secure, safe, and non-disruptive methods during industrial network monitoring and diagnosis
5.0 Maintain Appropriate End-Devices and Industrial Network Infrastructure Devices 17%
5.1 Given a scenario, ensure reliable back-ups of current configuration are being made
5.2 Given a scenario, verify that the appropriate firmware is loaded to support the system
5.3 Demonstrate an understanding of the importance of maintaining updated firmware to minimize security holes
5.4 Demonstrate an understanding of appropriate techniques to upload software to a Cisco IOS networking device
5.5 Provided a deployed asset inventory database illustrate an understanding of appropriate methods for updating and/or maintaining the database (hardware, operating system and patch level, which people have access to different systems)
5.6 Demonstrate an understanding of the conditions that cause deterioration of equipment (cables, devices, etc.) as related to industrial environments
5.7 As part of the change management process identify the relevant documentation artifacts to be maintained for all stakeholders
Cisco 600-601 IMINS Exam Training Courses are available. The Associated Certification is Cisco Industrial Networking Specialist. There are 55-65 questions in real Cisco 600-601 IMINS exam, which will take the candidates 75 minutes to complete the test. The available language is English. Candidates can register Cisco 600-601 IMINS exam at Pearson VUE testing center.
Share Cisco 600-601 IMINS Exam Training Courses below.
Which two reasons make mesh bonding systems most effective? (Choose two.)
A. cover wide areas
B. provide additional strength to floor structures
C. provide low-impedance noise-equalizing paths
D. create equipotential grounding systems
E. most cost-effective approach
Answer: C,D
What do deflections indicate to the time domain reflectometer user?
A. They indicate splices, water in the cable, split pairs, and discontinuities or faults.
B. Do not connect live circuit cables to the input of the time domain reflectometer. Connect the cable that is being tested to the cable connector on the front panel of the time domain reflectometer.
C. Upward deflections indicate high-impedance mismatches or opens, and downward deflections indicate shorts or low-impedance mismatches.
D. They are used to select the I/O impedance of the time domain reflectometer. You can select 50, 75, 95, or 125 impedances.
Answer: C
What are two benefits that are provided by proper grounding and bonding systems? (Choose two.)
A. higher speed communications
B. safe discharge of electrostatic energy
C. lower equipment power consumption
D. equipotential termination points for equipment and cable shields
E. lowest carbon footprint
Answer: B,D
Get more Cisco 600-601 IMINS Exam Training Courses here.
Currently, our 600-601 IMINS online test only provide 10 questions. Answer one question correctly, you can get 10 points. The content of these questions are the latest exam content. Please feel free to test your skill level.
If you have some opinions or suggestions about our online test, please leave your message, we will improve it step by step.
Now, begin to test:
Please go to 600-601 IMINS Online Test-Managing Industrial Networks with Cisco Networking Technologies to view the test
Cisco 600-601 IMINS exam tests a candidate’s knowledge of the OSI layers of IP networks, as well as networking devices like routers and switches, and cabling approaches; specific industrial devices such as drives, PLCs, sensors, and substation equipment; relevant industrial standards and models such as TIA, the Purdue model, and environmental standards; and various safety protocols important in an industrial zone.
Managing Industrial Networks with Cisco Networking Technologies is the exam name of 600-601 test. The Associated Certification is Cisco Industrial Networking Specialist. There are 55-65 questions in real Cisco 600-601 IMINS exam, which will take the candidates 75 minutes to complete the test. The available language is English. Candidates can register Cisco 600-601 IMINS exam at Pearson VUE testing center.
Cisco 600-601 exam topics are below.
15% 1.0 Install, Replace, and/or Remove an End-Device
1.1 Demonstrate knowledge of different industrial end-point devices and the interconnections for those devices to perform appropriately in an industrial setting to incorporate elements of bandwidth, real-time, precision, etc.
1.2 Given a config script for a topology determine the appropriate location for the installation of the industrial ruggedized end-point device and how that device will interact with other elements
1.3 Ensure proper industrial network operation of a given end-device following replacement by verifying that industrial ruggedized
elements (ports, IP address, connectivity, subnet mask, default gateway) are appropriately configured/connected.
1.4 Demonstrate an understanding of safe physical installation of various industrial ruggedized end-devices within an industrial setting following a terminal block diagram
23% 2.0 Install, Replace, and/or Remove an Infrastructure Device
2.1 Demonstrate a knowledge of how different industrial application/network protocols operate within the network topology (Ethernet/IP, 61850, etc.)
2.2 Demonstrate familiarity with basic CLI/GUI configuration within an industrial network by accessing, configuring, saving, validating (ports, IP address, connectivity, subnet mask, default gateway) and exiting a network device
2.3 Demonstrate understanding of safe physical installation of various industrial ruggedized network devices within an industrial
setting, (e.g. following a schematic such as a terminal block diagram, and the interdependencies of the network infrastructure devices.)
2.4 Demonstrate knowledge of different industrial network infrastructure devices, their places in the industrial network, and the networking/device characteristics such as QoS, precise timing, industrial topologies, network resiliency, ruggedization, bandwidth, etc
2.5 Illustrate understanding of the interconnections for the full network within a validation of the entire industrial network connectivity and that it is aligned with the provided design diagram (correct number of devices and/or IP addresses, cables are properly labelled and connected to the proper places, usage of appropriate icons) to include ensuring that configuration files are up to date and available
2.6 Illustrate an understanding of the safety and security risks (company or industry, e.g. Purdue model) for a given industrial infrastructure device and apply the appropriate steps to secure it (e.g. are unused ports turned off, telnet versus SSH, https versus http, network segmentation.)
10% 3.0 Install, Replace, and/or Remove Cables (network and/or power)
3.1 Demonstrate the selection of cable channel for an industrial application with appropriate cable and connectors, for example two-pair, four-pair cable, high-flex, high- EMI, unshielded, fiber, and copper
3.2 Demonstrate safe and secure installation, identification, and documentation best practices for various industrial environments
including grounding, bonding, shielding, etc. (for example: TIA1005, TIA568c.0, EN10174, TIA606b, and NEC article 800.)
3.3 Identify the steps and tools for validating the newly installed cabling and connectors (for example: TIA568c.2.)
35% 4.0 Troubleshooting
4.1 Layer 1
4.1.a Identify cable or device issues by visual inspection, test tools, and examining traffic statistics via system logs and/or end devices UIs
4.1.b Characterize the symptoms associated with a duplex mismatch situation
4.2 Layer 2
4.2.a Given a scenario in an industrial setting, troubleshoot a switch port by reviewing the UI, configuration, link lights, and/or looking at counters or packet capture (e.g. multicast, QoS.)
4.2.b Given network symptoms identify the likely errors and the root causes of those errors (e.g. baud rate, network loops, spanning tree.)
4.3 Layer 3
4.3.a Given a scenario in an industrial setting, troubleshoot a networking device by reviewing the UI, configuration, addressing/subnet mask, link lights, and/or looking at counters or packet capture (e.g. routing protocol, QoS, duplicate IP.)
4.3.b Determine if there is layer 3 connectivity using common tools (e.g. trace route, ping, etc.)
4.4 End to End
4.4.a Determine if there is application connectivity and appropriate industrial performance using common tools (e.g. trace route,
ping, telnet, etc.)
4.5 Relevant Networking Issues
4.5.a Identify and collect relevant troubleshooting information for issue reporting/escalation/duplication.
4.5.b Demonstrate appropriate knowledge to proactively identify cyber and physical security incidents
4.5.c Demonstrate an understanding of secure, safe, and non-disruptive methods during industrial network monitoring and diagnosis
17% 5.0 Maintain Appropriate End-Devices and Industrial Network Infrastructure Devices
5.1 Given a scenario, ensure reliable back-ups of current configuration are being made
5.2 Given a scenario, verify that the appropriate firmware is loaded to support the system
5.3 Demonstrate an understanding of the importance of maintaining updated firmware to minimize security holes
5.4 Demonstrate an understanding of appropriate techniques to upload software to a Cisco IOS networking device
5.5 Provided a deployed asset inventory database illustrate an understanding of appropriate methods for updating and/or maintaining the database (hardware, operating system and patch level, which people have access to different systems.)
5.6 Demonstrate an understanding of the conditions that cause deterioration of equipment (cables, devices, etc.) as related to industrial environments
5.7 As part of the change management process identify the relevant documentation artifacts to be maintained for all stakeholders
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