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| Section | Objectives |
|---|---|
| Topic 1: Cooling System | - Cooling System Architecture and Design - In-Row and In-Rack Cooling Units - Air-Cooled and Water-Cooled Chillers - Free Cooling Technologies |
| Topic 2: Modular Data Center | - Huawei FusionModule Series - Design, Delivery, and Installation - Modular Data Center Concepts and Benefits |
| Topic 3: Data Center Facility Overview | - Data Center Facility Concepts and Development Trends - Typical Data Center Scenarios and Requirements - Huawei Data Center Facility Solution Portfolio |
| Topic 4: Data Center Infrastructure Management (DCIM) | - Energy Efficiency Management - DCIM System Architecture - Monitoring and Alarm Management |
| Topic 5: Power Supply and Distribution System | - UPS System Principles and Configuration - Power Supply and Distribution System Architecture - Power Distribution Unit (PDU) and Power Distribution Architecture - Battery Systems and Reliability |
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NEW QUESTION # 19
Which of the following can be used to start the inverter of the UPS5000-H?
Answer: B,C
Explanation:
For the Huawei UPS5000-H, inverter startup is executed through theUPS's own control interfaces, which provide the "Running Control / Inv. ON" operation with the required confirmations and permissions. TheUPS LCD (MDU touchscreen)supports inverter startup through menu operations such as selecting inverter start functions and confirming the action after authentication. TheUPS WebUIalso provides the same operational control path, where an operator logs in and issues theInv. ONcommand under the UPS monitoring/running control pages. These two interfaces are part of the UPS monitoring and control design and are explicitly used for commissioning and routine O&M actions.
By contrast,ECC(data center controller) andNetEco(management platform) are mainly used for site-level monitoring, alarm collection, visualization, reporting, and centralized management. While they can display UPS status and alarms (and may integrate with UPS data), inverter startup is defined as aUPS running control operationperformed on the UPS's LCD or WebUI control plane to ensure proper authorization, safety checks, and command traceability.
NEW QUESTION # 20
Which statement about door status sensors in Huawei smart cabinets is correct?
Answer: D
Explanation:
Door status sensors detect whether the cabinet door is open or closed, and when integrated with an access control/authentication system, unauthorized or unexpected door openings can trigger security alarms.
NEW QUESTION # 21
In alarm management, the status can be identified by masking rules.
Answer: C,D
Explanation:
In Huawei alarm management, masking rules are used to control how alarms are handled and displayed during specific conditions, such as planned maintenance, commissioning, device replacement, or known temporary abnormalities. When a masking rule is applied, the system can change how an alarm is classified so that O&M staff can distinguish between alarms that require immediate action and alarms that are expected or should be excluded from operational statistics.
Two key statuses that masking rules can assign are Maintenance and Invalid. Maintenance indicates the alarm is generated during an approved maintenance activity (for example, power-off tests, sensor rewiring, cooling maintenance), so it is treated as expected and does not trigger normal escalation logic. Invalid indicates the alarm is not considered effective for operational follow-up--commonly used when a point is confirmed to be non-applicable, temporarily disabled, or its triggering condition is not meaningful to current operations. By contrast, Valid and Standard represent normal alarm handling states rather than outcomes specifically "identified by masking rules."
NEW QUESTION # 22
During routine maintenance of the lithium battery cabinet, which of the following areas should be protected from electric shocks caused by exposed hands or metal objects?
Answer: A,B,C,D,E
Explanation:
In a lithium battery cabinet, any exposed conductive part that is electrically connected to the DC power path can present shock and arc risk, especially when technicians are using tools in a narrow space. Thegeneral positive/negative terminalsare the cabinet-level high-energy connection points, and accidental contact or bridging with a metal object can cause severe DC arcing, burns, and equipment damage. Thebattery positive and negative terminalson individual modules are also hazardous because each module contributes to the total string voltage and fault current capability. In addition, theshort-circuit copper bar between battery modulesis a direct conductive link in the series/parallel connection; it can be energized and can create an instant short circuit if contacted by tools, jewelry, or loose hardware. Huawei maintenance safety practice therefore requires insulating covers, protective shields, and strict tool control to prevent exposed hands or metal objects from contactinganyof these areas. Protecting all listed points reduces electric shock risk, prevents arc flash/arc burn incidents, and avoids unintended cabinet trips or permanent damage to terminals and busbars.
NEW QUESTION # 23
Which sensor type would most directly trigger an environmental alarm for potential condensation risk inside a cabinet?
Answer: C
Explanation:
Temperature/humidity sensors continuously monitor ambient conditions inside the cabinet; abnormal humidity readings (too high) indicate condensation risk, which the monitoring system flags for corrective action such as adjusting cooling or ventilation.
NEW QUESTION # 24
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