Load in Figure 1 needs to be connected to Mains Switch Board (MSB) using multicorePVC cable. As a maintenance engineer, you need to proposed cable size for the load,Determine the following issues.1) Calculate current demand for the circuit.1) Detemine suitable MCCB (Model and nominal current rating) should be used toprotect the load against over-current.im Propose suitable cable size for the load in Figure 1.iv) Calculate voltage drop of the proposed cable WITHOUT consider the cablereactance and voltage drop correction due to higher cable operating temperaturev) Calculate voltage drop of the proposed cable BY consider the cable reactance andvoltage drop correction due to higher cable operatıng temperaturevi) If the multicore PVC eable is change into 3 single core PVC cables, what thesuitable cable size. All other multicore cables not available.(25 + variable x) m (A) 30 m (B)(15 + variable b) m (C)MulticorePVCcableMCCB95 kW. (400 +variable y) V.0.85 p.f. LoadMSBAmbienttemperature =30°CAmbientAmbienttemperature =35°Ctemperature =35°CGrouping withother 5 multicoreGrouping withother 3 multicorecabiescablesOn perforatedcable tray laidevenly spacing i evenly spacing evenly spacingOn perforatedcable tray laidOn perforatedcable tray laidFigure 1Based on question above, please assumevariable x= 5 & variable b= 4.please do a calculation.

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Load in Figure 1 needs to be connected to Mains Switch Board (MSB) using multicore PVC cable. As a maintenance engineer, you need to proposed cable size for the load. Determine the following issues. i) Calculate current demand for the cireuit 11) Detemine sutable MCCB (Model and nominal current rating) should be used to protect the load against over-current. 111) Propose suitable cable size for the load in Figure 1.

Load in Figure 1 needs to be connected to Mains Switch Board (MSB) using multicore PVC cable. As a maintenance engineer, you need to proposed cable size for the load. Determine the following issues. i) Calculate current demand for the cireuit 11) Detemine sutable MCCB (Model and nominal current rating) should be used to protect the load against over-current. 111) Propose suitable cable size for the load in Figure 1.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter7: Symmetrical Faults

Section: Chapter Questions

Problem 7.21MCQ

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