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Project Ref:L1024Project Name: Flight Simulator Facility

Doc. Nature: Report Ref: L1024-RPT 04 - Cover.docx Rev0

Centre Hage -1stfloor - Antelias

P.O.BOX 70 121 Antelias - LEBANONTel : + 961 4 404304 / 5Fax : + 961 4 414250

info@DEPpartners.comPRC-DEP-EN-11 F1-REV.2 June 15, 2010

ELECTRICAL REPORT

Ref : L1024-RPT 04 - Cover

Date : 28-12-2010

Client : CSC

Project : Flight Simulator Facility

Project Ref : L1024

Location : Rayak - Lebanon

Phase : Cleared for Construction Design Phase (100%).

Annex : ...............

Prepared by : Philippe Abou Sleiman

Checked by : Nasr Farhat

Approved by : Nasr Farhat

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ProjectNetwork Earthing arrangement: TN-S

Voltage: 380 VMax. permissible CSA: 300.0 mmCSA N / CSA Ph: 1CSA tolerance: 0.0 %Target power factor: 0.85System frequency: 50 Hz

Circuit : TRANSFORMER ( T19-C19-Q19) - CalculatedUpstream :Downstream : MDBVoltage : 380 V

Source : T19UpstreamUpstream short-circuit power: 500 MVAUpstream impedances: Resistance Rt: 0.0317 mOhm

Inductance Xt: 0.3168 mOhmTransformer :Type: immersed-ty peNumber of transformers: 1 Earthing arrangement: TN-STotal power: 500 kVA Unit power: 500 kVAConnection: Delta-Star Short-circuit voltage: 5.00 %

Source impedances: Resistance Rt: 3.9482 mOhmInductance Xt: 15.4228 mOhmIb: 723.50 AIMD: -HV Psc max.(MVA) : 500 MVAHV Psc min.(MVA) : 500 MVA

Cable : C19Length: 40.0 mInstallation method: "D-in the ground; circuits 0.25m apart"

Single-core cables in conduitCable type: Single-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 892.5 AIz x correction factors (real conditions of use): 749.7 A

Sizing constraint: user-definedCorrection : Temperature : 1.00 (52-D2)

x Soil thermal resistivity : 1.05 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 0.80 (52-E3B)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 0.84

CSA (mm) theoretical used reference metalPer phase 3 x 225.0 3 x 240.0 Copper

Neutral 3 x 225.0 3 x 240.0 Copper PE 1 x 150.0 2 x 240.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.00 0.5295 0.53

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 11.9450 10.5923 10.7707 9.5293 10.6478R (m) 5.0082 10.0164 7.0236 10.4277 7.4349 6.2009

X (m) 16.8062 33.6125 21.7286 33.6125 21.7286 19.5953

Z (m) 17.5365 35.0732 22.8356 35.1929 22.9654 20.5530

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Circuit breaker: Q19

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Name: NS800N-50.0 kA Frame rating (In): 800 ATrip unit rating: 800.00 A Trip unit: Micrologic 5.0Number of poles: 4P4dDiscrimination limit:BC reinforced by cascading:Earth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -

Earth leakage discrimination : -

Settings:Overload: Ir = 0.95 In = 760.00 AMagnetic: Im(Isd) = 10.0 x Ir = 7600.00 A

tm = 50 ms

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Circu it : MDB ( B2) - CalculatedUpstream : TRANSFORMERDownstream : LP-1Voltage : 380 V

Busbars: B2Designation: Linergy 800 Dimensions: 0.0 m-1// 0.0 mmx0 mmType : Prisma-Linergy Metal:

Ambient temperature: 20 C I available: 750 AShort-circuit temperature: 85 C Isc max: 13.79 kAKs : 0.90 Peak Isc (k) : 27.59 kAVoltage drop: 0.0000 %

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Circuit : LP-1 ( Q3-C3-L3) - CalculatedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q3Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 40.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 32.00 AMagnetic: Im(Isd) = 500 A

Cable : C3Length: 10.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 59.6 AIz x correction factors (real conditions of use): 66.8 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 3.1 1 x 10.0 Copper Neutral 1 x 3.1 1 x 10.0 Copper PE 1 x 150.0 1 x 10.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.2516 0.78

Thermal stress check:Energy received by the phase conductor : 950000 AsPermitted thermal stress : 1322500 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 8.2333 7.1303 4.8531 5.8153 3.8485 3.9572R (m) 5.0082 23.5182 47.0364 44.0436 54.8517 51.8589 50.6249

X (m) 16.8062 17.6062 35.2125 23.3286 35.2125 23.3286 22.2619

Z (m) 17.5365 29.3783 58.7566 49.8404 65.1815 56.8645 55.3035

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 28.60 A Polarity of circuit: 3P+NP: 16.00 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : PP-1 ( Q4-C4-L4) - Calcu latedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q4Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 63.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 50.40 AMagnetic: Im(Isd) = 500 A

Cable : C4Length: 10.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 79.8 AIz x correction factors (real conditions of use): 89.4 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 6.4 1 x 16.0 Copper Neutral 1 x 6.4 1 x 16.0 Copper PE 1 x 150.0 1 x 16.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.1633 0.69

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 3385600 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 10.0025 8.6624 6.3435 7.2967 5.1824 5.3888R (m) 5.0082 16.5769 33.1539 30.1611 38.1927 35.1999 33.9659

X (m) 16.8062 17.6062 35.2125 23.3286 35.2125 23.3286 22.2619

Z (m) 17.5365 24.1821 48.3643 38.1302 51.9481 42.2286 40.6113

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 29.31 A Polarity of circuit: 3P+NP: 16.40 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : PP-2 ( Q5-C5-L5) - Calcu latedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q5Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 63.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 50.40 AMagnetic: Im(Isd) = 500 A

Cable : C5Length: 10.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 79.8 AIz x correction factors (real conditions of use): 89.4 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 6.4 1 x 16.0 Copper Neutral 1 x 6.4 1 x 16.0 Copper PE 1 x 150.0 1 x 16.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.2698 0.80

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 3385600 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 10.0025 8.6624 6.3435 7.2967 5.1824 5.3888R (m) 5.0082 16.5769 33.1539 30.1611 38.1927 35.1999 33.9659

X (m) 16.8062 17.6062 35.2125 23.3286 35.2125 23.3286 22.2619

Z (m) 17.5365 24.1821 48.3643 38.1302 51.9481 42.2286 40.6113

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 48.44 A Polarity of circuit: 3P+NP: 27.10 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : PP-3 ( Q6-C6-L6) - Calcu latedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q6Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 40.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 32.00 AMagnetic: Im(Isd) = 500 A

Cable : C6Length: 25.0 mInstallation method: "D-in the ground; circuits 0.5m apart"

Multi-core cables in conduitCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 51.8 AIz x correction factors (real conditions of use): 51.8 A

Sizing constraint: user-definedCorrection : Temperature : 1.00 (52-D2)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E3A)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.00

CSA (mm) theoretical used reference metalPer phase 1 x 4.2 1 x 10.0 Copper Neutral 1 x 4.2 1 x 10.0 Copper PE 1 x 150.0 1 x 10.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.2987 0.83

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 1322500 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 4.4282 3.8349 2.3519 2.9805 1.8048 1.8263R (m) 5.0082 51.2832 102.5664 99.5736 121.4877 118.4949 117.2609

X (m) 16.8062 18.8062 37.6125 25.7286 37.6125 25.7286 24.6619

Z (m) 17.5365 54.6227 109.2454 102.8439 127.1769 121.2559 119.8262

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 13.58 A Polarity of circuit: 3P+NP: 7.60 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : PP-4 ( Q11-C11-L11) - CalculatedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q11Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 100.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 80.00 AMagnetic: Im(Isd) = 1250 A

Cable : C11Length: 20.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 125.5 AIz x correction factors (real conditions of use): 140.6 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 13.4 1 x 35.0 Copper Neutral 1 x 13.4 1 x 35.0 Copper PE 1 x 150.0 1 x 16.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.3847 0.91

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 16200625 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 10.0289 8.6853 6.4292 7.3804 5.3100 4.1759R (m) 5.0082 15.5853 31.1707 28.1779 35.8129 32.8201 46.6585

X (m) 16.8062 18.4062 36.8125 24.9286 36.8125 24.9286 23.8619

Z (m) 17.5365 24.1182 48.2366 37.6222 51.3588 41.2140 52.4062

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 72.57 A Polarity of circuit: 3P+NP: 40.60 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : PP-5 ( Q18-C18-L18) - CalculatedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q18Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 63.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 50.40 AMagnetic: Im(Isd) = 500 A

Cable : C18Length: 20.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 79.8 AIz x correction factors (real conditions of use): 89.4 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 6.4 1 x 16.0 Copper Neutral 1 x 6.4 1 x 16.0 Copper PE 1 x 150.0 1 x 16.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.5098 1.04

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 3385600 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 7.1924 6.2288 4.1108 5.0182 3.2316 3.3067R (m) 5.0082 28.1457 56.2914 53.2986 65.9577 62.9649 61.7309

X (m) 16.8062 18.4062 36.8125 24.9286 36.8125 24.9286 23.8619

Z (m) 17.5365 33.6299 67.2598 58.8403 75.5353 67.7201 66.1823

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 45.76 A Polarity of circuit: 3P+NP: 25.60 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : FEEDER SMDB ( Q17-C17-I17) - CalculatedUpstream : MDBDownstream : SMDBVoltage : 380 V

Circuit breaker: Q17Name: NS250N-36.0 kA Frame rating (In): 250 ATrip unit rating: 250.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 200.00 AMagnetic: Im(Isd) = 10.0 x In = 2500.00 A

Cable : C17Length: 10.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated vertical trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: TrefoilAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 318.6 AIz x correction factors (real conditions of use): 356.8 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 73.0 1 x 150.0 Copper Neutral 1 x 73.0 1 x 150.0 Copper PE 1 x 150.0 1 x 95.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.1344 0.66

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 297562500 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 12.9486 11.2138 9.6039 10.0618 8.5686 8.9643R (m) 5.0082 6.2422 12.4844 9.4916 13.3893 10.3965 10.0198

X (m) 16.8062 17.6062 35.2125 23.3286 35.2125 23.3286 22.2619

Z (m) 17.5365 18.6800 37.3601 25.1856 37.6722 25.5404 24.4129

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Switch : I17Name : INS250Rating : 250 A Motor mechanism : WithoutNumber of poles : 3P Auxiliary : WithoutEarth leakage protection: No

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Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Load I: 175.33 A Polarity of circuit: 3P+NP: 99.24 kW Earthing arrangement: TN-SPower factor 0.86 Phase distribution: -

Ku: 1.0Number of identical circuits: 1

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Circui t : SMDB ( B14) - CalculatedUpstream : FEEDER SMDBDownstream : HYDRAULIC PUMP1Voltage : 380 V

Busbars: B14Designation: Linergy 800 Dimensions: 0.0 m-1// 0.0 mmx0 mmType : Prisma-Linergy Metal:

Ambient temperature: 20 C I available: 750 AShort-circuit temperature: 85 C Isc max: 12.95 kAKs : 0.80 Peak Isc (k) : 25.90 kAVoltage drop: 0.0000 %

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Circuit : HYDRAULIC PUMP1 ( Q19-C19-M19) - CalculatedUpstream : SMDBDownstream :Voltage : 380 V

Circuit breaker: Q19Name: NS160N-36.0 kA Frame rating (In): 150 ATrip unit rating: 150.00 A Trip unit: STR22MENumber of poles: 3P3dDiscrimination limit:B. C. reinforced by cascading:Earth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.71 In = 106.50 AMagnetic: Im(Isd) = 1385 A

Contactor: LC1F115 Coordination : Type 2Thermal relay:Soft starter :

Cable : C19Length: 25.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated vertical trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: -

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 195.6 AIz x correction factors (real conditions of use): 219.1 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 22.7 1 x 70.0 Copper Neutral - - - -PE 1 x 13.5 1 x 35.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.66 0.3650 1.02

Voltage drop on motor start-up: 2.97Thermal stress check:Energy received by the phase conductor : 394229 AsPermitted thermal stress : 64802500 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 12.9486 10.3176 8.9353 7.7479 5.1111R (m) 6.2422 12.8529 25.7058 29.2550 33.8184

X (m) 17.6062 19.6062 39.2125 39.2125 26.2619

Z (m) 18.6800 23.4436 46.8872 48.9232 42.8179

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 102.11 A Polarity of circuit: 3PP: 57.80 kW Earthing arrangement: TN-S

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Power factor 0.86 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : HYDRAULIC PUMP2 ( Q21-C21-M21) - CalculatedUpstream : SMDBDownstream :Voltage : 380 V

Circuit breaker: Q21Name: NS160N-36.0 kA Frame rating (In): 150 ATrip unit rating: 150.00 A Trip unit: STR22MENumber of poles: 3P3dDiscrimination limit:B. C. reinforced by cascading:Earth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.71 In = 106.50 AMagnetic: Im(Isd) = 1385 A

Contactor: LC1F115 Coordination : Type 2Thermal relay:Soft starter :

Cable : C21Length: 25.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated vertical trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: -

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 195.6 AIz x correction factors (real conditions of use): 219.1 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 22.7 1 x 70.0 Copper Neutral - - - -PE 1 x 13.5 1 x 35.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.66 0.3650 1.02

Voltage drop on motor start-up: 2.97Thermal stress check:Energy received by the phase conductor : 394229 AsPermitted thermal stress : 64802500 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 12.9486 10.3176 8.9353 7.7479 5.1111R (m) 6.2422 12.8529 25.7058 29.2550 33.8184

X (m) 17.6062 19.6062 39.2125 39.2125 26.2619

Z (m) 18.6800 23.4436 46.8872 48.9232 42.8179

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 102.11 A Polarity of circuit: 3PP: 57.80 kW Earthing arrangement: TN-S

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Power factor 0.86 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : HEAT EXCHANGER 1 ( Q17-C17-L17) - CalculatedUpstream : SMDBDownstream :Voltage : 380 V

Circuit breaker: Q17Name: NS100N-36.0 kA Frame rating (In): 100 ATrip unit rating: 25.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: TBC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 20.00 AMagnetic: Im(Isd) = 300 A

Cable : C17Length: 20.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 33.8 AIz x correction factors (real conditions of use): 37.9 A

Sizing constraint: Ik1min (Ph-Ne min Isc)Correction : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 1.4 1 x 4.0 Copper Neutral 1 x 1.4 1 x 4.0 Copper PE 1 x 1.5 1 x 4.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.66 0.3243 0.98

Thermal stress check:Energy received by the phase conductor : 151794 AsPermitted thermal stress : 211600 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 12.9486 2.4034 2.0814 1.2316 1.5885 0.9351 0.9371R (m) 6.2422 98.7922 197.5844 194.5916 235.5093 232.5165 232.1398

X (m) 17.6062 19.2062 38.4125 26.5286 38.4125 26.5286 25.4619

Z (m) 18.6800 100.6418 201.2837 196.3916 238.6214 234.0250 233.5320

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 7.47 A Polarity of circuit: 3P+NP: 4.18 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : HEAT EXCHANGER 2 ( Q18-C18-L18) - CalculatedUpstream : SMDBDownstream :Voltage : 380 V

Circuit breaker: Q18Name: NS100N-36.0 kA Frame rating (In): 100 ATrip unit rating: 25.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: TBC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 20.00 AMagnetic: Im(Isd) = 300 A

Cable : C18Length: 20.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 33.8 AIz x correction factors (real conditions of use): 37.9 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 1.4 1 x 4.0 Copper Neutral 1 x 1.4 1 x 4.0 Copper PE 1 x 1.5 1 x 4.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.66 0.3243 0.98

Thermal stress check:Energy received by the phase conductor : 405000 AsPermitted thermal stress : 211600 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 12.9486 2.4034 2.0814 1.2316 1.5885 0.9351 0.9371R (m) 6.2422 98.7922 197.5844 194.5916 235.5093 232.5165 232.1398

X (m) 17.6062 19.2062 38.4125 26.5286 38.4125 26.5286 25.4619

Z (m) 18.6800 100.6418 201.2837 196.3916 238.6214 234.0250 233.5320

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 7.47 A Polarity of circuit: 3P+NP: 4.18 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : FREQUENCY CONVERTOR ( Q7-C7-L7) - CalculatedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q7Name: NS160N-36.0 kA Frame rating (In): 160 ATrip unit rating: 100.00 A Trip unit: TM-DNumber of poles: 3P3dDiscrimination limit: 50 kABC reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = 0.80 In = 80.00 AMagnetic: Im(Isd) = 1250 A

Cable : C7Length: 10.0 mInstallation method: E-circuits spaced out

Multi-core cables on perforated horizontal trayCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: 0 %

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 125.5 AIz x correction factors (real conditions of use): 140.6 A

Sizing constraint: user-definedCorrection : Temperature : 1.12 (52-D1)

x Soil thermal resistivity : 1.00 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E4)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.12

CSA (mm) theoretical used reference metalPer phase 1 x 13.4 1 x 35.0 Copper Neutral 1 x 13.4 1 x 35.0 Copper PE 1 x 150.0 1 x 16.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.2026 0.73

Thermal stress check:Energy received by the phase conductor : 310572 AsPermitted thermal stress : 16200625 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 11.8591 10.2703 8.2770 8.9983 7.1027 6.3330R (m) 5.0082 10.2968 20.5935 17.6007 23.1203 20.1275 26.4297

X (m) 16.8062 17.6062 35.2125 23.3286 35.2125 23.3286 22.2619

Z (m) 17.5365 20.3961 40.7923 29.2234 42.1244 30.8114 34.5561

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 76.41 A Polarity of circuit: 3P+NP: 42.75 kW Earthing arrangement: TN-SPower factor 0.85 Phase distribution: - Ku: 1.0Number of identical circuits: 1

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Circuit : FP-02 ( Q22-C22-M22) - CalculatedUpstream : MDBDownstream :Voltage : 380 V

Circuit breaker: Q22Name: NS250N-36.0 kA Frame rating (In): 220 ATrip unit rating: 220.00 A Trip unit: MANumber of poles: 3P3dDiscrimination limit: TB. C. reinforced by cascading: 50.0 kAEarth leakage protection: No

Earth leakage protection device : -Sensitivity : -Delay : -Earth leakage discrimination : -

Settings:Overload: Ir = -Magnetic: Im(Isd) = 14.0 x In = 3080.00 A

Contactor: Coordination : Type 2Thermal relay:Soft starter : ATS48C21_

Cable : C22Length: 25.0 mInstallation method: "D-in the ground; circuits 1m apart"

Multi-core cables in conduitCable type: Multi-core Number of layers: 1Insulation: PVC Nb additional touching circuits: 0

Arrangement of conductors: Touching, flatAmbient temperature: 20 C THDI level: -

Permitted cur rent by the cable (Iz):Iz under normal conditions of use (A): 229.7 AIz x correction factors (real conditions of use): 252.7 A

Sizing constraint: user-definedCorrection : Temperature : 1.00 (52-D2)

x Soil thermal resistivity : 1.10 (A.52-16)x Neutral loaded : 1.00 (D.52-1)x touching conductors : 1.00 (52-E3A)x User : 1.00/ Protection ) : 1.00 (433.1)

______ 1.10

CSA (mm) theoretical used reference metalPer phase 1 x 105.7 1 x 150.0 Copper Neutral - - - -PE 1 x 150.0 1 x 70.0 Copper

Voltage drop upstream circuit downstreamU (%) 0.53 0.2664 0.80

Voltage drop on motor start-up: 1.88Thermal stress check:Energy received by the phase conductor : 57257200 AsPermitted thermal stress : 297562500 As

Calculation results:Isc upstr. Ik3max Ik2max Ik1max Ik2min Ik1min I fault

(kA) 13.7929 11.8142 10.2314 9.1062 7.1904R (m) 5.0082 8.0932 16.1864 17.8317 17.8358

X (m) 16.8062 18.8062 37.6125 37.6125 24.6619

Z (m) 17.5365 20.4737 40.9475 41.6253 30.4356

Calculation results in accordance with guide UTE C15-500 (CENELEC report R064-003).UTE approval 15L-602.

All assumptions and device choices are the user's responsibility.

Load I: 138.95 A Polarity of circuit: 3PP: 79.56 kW Earthing arrangement: TN-S

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Power factor 0.87 Phase distribution: - Ku: 1.0Number of identical circuits: 1