Huawei H19-371 Online Practice Questions and Exam Preparation

Huawei H19-371 Online Questions & Answers

• Question 491:

  What are the fire-fighting linkage functions of FusionModule2000? ( ).

  A. Channel light on
  B. The access door is magnetically opened
  C. Air conditioner off
  D. Sunroof Flip
  E. UPS is powered off
  A. Channel light on
  B. The access door is magnetically opened
  C. Air conditioner off
  D. Sunroof Flip

• Question 492:

  What is the range of the number of battery cabinets in the FusionModule800 module? (

  A. 0-1
  B. 0-3
  C. 0-4
  D. 0-2
  D. 0-2

• Question 493:

  The self-developed air-conditioning control system has a visual group control network and supports a maximum of 32 units

  A. True
  B. False
  A. True

• Question 494:

  The row-level cold and water-connected intelligent cooling product NetCo15000-C032H adopts the form of running pipes ( )

  A. Up the tube
  B. Down the tube
  C. Pipe up and down
  D. Side Routing
  B. Down the tube

• Question 495:

  Huawei 25KW half-cabinet inverter air-cooled air conditioner, the following description is correct (multiple choice)

  A. The capacity algorithm for a single air conditioner with UPS is 1.2* 1.732*full load current*380*0.8/0.9
  B. The capacity algorithm for a single air conditioner with UPS is 1.2*5* 1.732*full load current*380*0.8/0.9
  C. The UPS capacity requirement of a single air conditioner is 15.8kVA. If you configure UPS5000E, you need to configure at least one 25kVA power module
  D. The UPS capacity requirement of a single air conditioner is 79.0kVA. If you configure UPS5000E, you need to configure at least two 40kVA power modules
  E. If a group of air conditioners is connected to a set of UPS systems, then it is necessary to multiply the number of air conditioners running at the same time on the basis of a single UPS, such as 5+1 cold backup configuration, then it needs to be based on the capacity requirement of a single air conditioner UPS Multiply by 5 to get total UPS capacity requirement, configure
  A. The capacity algorithm for a single air conditioner with UPS is 1.2* 1.732*full load current*380*0.8/0.9
  C. The UPS capacity requirement of a single air conditioner is 15.8kVA. If you configure UPS5000E, you need to configure at least one 25kVA power module
  E. If a group of air conditioners is connected to a set of UPS systems, then it is necessary to multiply the number of air conditioners running at the same time on the basis of a single UPS, such as 5+1 cold backup configuration, then it needs to be based on the capacity requirement of a single air conditioner UPS Multiply by 5 to get total UPS capacity requirement, configure

• Question 496:

  FusionModule2000 does not support the configuration of sliding doors/electric doors in a single-row cabinet scenario

  A. True
  B. False
  A. True

• Question 497:

  The smoke sensor used in the NetEco6000 management system cannot replace the smoke sensor in the fire protection system. /

  A. True
  B. False
  A. True

• Question 498:

  Which of the following alarm functions does the PDU8000 precision power distribution cabinet branch circuit have:

  A. Over frequency alarm
  B. Branch overload
  C. Over voltage alarm
  D. High current impact alarm
  E. Current high threshold crossing alarm
  A. Over frequency alarm
  B. Branch overload
  C. Over voltage alarm
  D. High current impact alarm
  E. Current high threshold crossing alarm

• Question 499:

  The power systems of FusionModule800 and FusionModule500 are 380/400/415/3Ph/50Hz and 220/230/240/1Ph/50Hz respectively ()

  A. True
  B. False
  A. True

• Question 500:

  What kind of access control can the rear door of the FusionModule2000 cabinet support? A Mechanical code lock B IC card swipe access control C Three-in-one access control D None of the above Answers: D 216. The NetEco6000 management system can provide energy efficiency management functions. Which of the following functions are supported? (multiple choice)

  A. The PUE of the computer room can be monitored to understand the current energy efficiency level
  B. You can understand the energy expenditure cost of the computer room according to the electricity cost of the computer room with the stepped electricity price
  C. The pPUE of each micro-module can be monitored to understand the energy efficiency level of each micro-module
  D. The electricity consumption report of each cabinet can be generated, which is convenient for customers to count the electricity consumption of each department.
  A. The PUE of the computer room can be monitored to understand the current energy efficiency level
  B. You can understand the energy expenditure cost of the computer room according to the electricity cost of the computer room with the stepped electricity price
  C. The pPUE of each micro-module can be monitored to understand the energy efficiency level of each micro-module
  D. The electricity consumption report of each cabinet can be generated, which is convenient for customers to count the electricity consumption of each department.