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newNEW-CO-FERRONICELI Apr 10, 2012 / Kushtrim MALA

Project documentation

created with

SIMARIS design

Version: 6.0.0 (25-11-2010)Subrevision: 1852

SIEMENS AG 2010. All rights reserved.

http://www.siemens.com/simaris

Master data

Project name: New [email protected]

Project description: new

Editor: Kushtrim MALA

Planning office: Cef Kushtrim MALA

Created at: Tuesday, April 10, 2012

Changed at: Tuesday, April 10, 2012

Customer data

City: Drenas

Customer: NEW-CO-FERRONICELI

Comment:

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http://www.siemens.com/simarishttp://www.siemens.com/simaris

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Network parameters:

GeneralStandard IECAttitude of Site < 1000 m

Medium Voltage

Rated voltage 6 kVAmbient temperature 40 CVoltage factor c max 1.1Voltage factor c min 1Max./Min short-circuit power 250 / 100 MVANeutral System Low-resistanceRelation R1/X1 min 0.2

Low Voltage

Rated voltage 450 VSystem configuration TN-SFrequency 50 HzTolerable touch voltage 50 VAmbient temperature of devices 45 CVoltage factor c max 1.1Voltage factor c min 0.95Base point of voltage drop calulation Transformer-primary terminalsRelative operating voltage at reference point 100 %

Max. permissible voltage drop in network 14 %

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Defined network modes for calculation and dimensioning:

Operating mode:

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List of devices:

Sources of feeding:

Transformers:

Designation Type Sn [kVA] ukr [%] Uprim[kV]/Usec [V]

Pk [kW] P0 [kW] Vector group u_transformer [%]

Catalog Reference

Transformer 1.1A.1 GEAFOL 100 4 6/450

1.85 0.44 Dyn5 2.825 4GB50363DY001AA2

Output u_transformer [%] is independent from defined reference point for voltage drop calculation.

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Switches/Fuses:

Medium voltage switch disconnectors:

Place Designation Type Catalog Referencefuse

In fuse [A] In disconnector [A] Quantity

LVMD 1.1A.1 MV-SD 1.1A.1 Switch-disconnector withfuses, MV

SIB:3009813.20 20 200 3

Circuit Breaker/Miniature circuit-breaker:

Place Designation Catalog Reference In [A] Icu/Icn [kA] Icu/Icn [kA]required

Release type/characteristics

Quantity

LVMD 1.1A.1 LV-CB 1.1A.1b 3VL27161SB330AA0 160 25 3.016 ETU10 1

GS 1.1A.1 CB 1.1A.1a 3VL17121DD330AA0 125 18 2.859 TM 1

Motor-starter combinations:

Place Designation Starter type Inmotor[A]

Catalog Reference Device Pmech[kW]

Coordination type

Quantity

GS 1.1A.1 MC-CB-DS1.1A.1.1a

Direct-on-linestarter

25.456 3RV10314EA103RT10341AP00

Circuit-breakerContactor

15 1 1



25.456 3RV10314EA103RT10341AP00


15 1 1

GS 1.1A.1 MC-CB-DS

1.1A.1.3a

Direct-on-line

starter

25.456 3RV10314EA10

3RT10341AP00

Circuit-breaker

Contactor

15 1 1



25.456 3RV10314EA103RT10341AP00


15 1 1

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Connections and line distribution:

Cable/Conductor Medium voltage:

Designation Type/ Profile[mm]

Starting point /Target point

Ib [A] Iz[A]

Material Length[m]

Isolation Installationtype

ftot u [C] / Ikmax

[C] / Ikmin [C]

MV-C/L 1.1A.1 NYFGY3x25 LVMD 1.1A.1

7.637105

Cu 40 PVC-cable Air 1 552080

Cable/Conductor Low voltage:

Designation

Type/Profile[mm]

Startingpoint /Target

point

Ib [A] Iz [A] Material Length[m]

Isolation Installation type

ftot u [%] / u [%]

u [C] / Ikmax

[C] /

Ikmin [C]

Numberof runs

LV-C/L1.1A.1

e.g. NYY,NYCWY,NYCY,NYKY3x50/50/25

LVMD1.1A.1LVMD 1.1A

101.825144

Cu 60 PVC70 C 1 0.9293.754

552080

1

C/L1.1A.1.1

e.g. NYY,NYCWY,NYCY,NYKY3x35/-/35

GS 1.1A.1M 1.1A.1.1

25.456119

Cu 200 PVC70 C 1 1.0694.823

552080

1

C/L

1.1A.1.2

e.g. NYY,

NYCWY,NYCY,NYKY3x10/-/10

GS 1.1A.1

M 1.1A.1.2

25.456

57

Cu 80 PVC70 C 1 1.414

5.168

55

2080

1

C/L1.1A.1.3


GS 1.1A.1M 1.1A.1.3

25.45641

Cu 40 PVC70 C 1 1.1664.920

552080

1

C/L1.1A.1.4


GS 1.1A.1M 1.1A.1.4

25.45657

Cu 70 PVC70 C 1 1.2374.992

552080

1

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Load:

Motors:

Designation Pmech [kW]In [A]

Un [V]cos

ai Phaseconnection

Ia/In Trip class Method of Starting

Ikre Quantity

M 1.1A.1.1 1525.456

4500.84

1 L1-L2-L3 5 Class 10 Motor starter combination

1 0.9 1

M 1.1A.1.2 1525.456

4500.84


1 0.9 1

M 1.1A.1.3 1525.456

4500.84


1 0.9 1

M 1.1A.1.4 1525.456

4500.84


1 0.9 1

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Messages

Designation Message

GS 1.1A.1 Overload protection not fulfilled. IR = 100A < Ibs = 101.825A

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Personal protection against electric shock

All circuits of the project have a permissable break time ta-req > ta-cur and therefor fulfill the requirements for Personal protection against

electric shock.

Disclaimer:

Dimensioned protection devices inside tap-off units of busbar trunking systems may not correspond to the actual availabledevices for those components. Please verify the dimensioning results in the device lists and correct them accordingly.

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Symbols legend:

Symbol [Unit] Description

ai Load factor

cos Power factor

ftot Derating factor

Ia/In Inrush current relation

Ib [A] Iz [A] Operating current / allowed load capacity

Icu(fuse) [kA] Rated ultimate short-circuit breaking capacity - fuse

Icu [kA]Icn [kA]

Rated ultimate short-circuit breaking capacity according to IEC 60947-2Rated short-circuit breaking capacity according to IEC 60898-1

Icu/Icn [kA] required the required breaking capacity of the protection device at installation location

Icw 1s [kA] Rated short-time withstand current 1s

I n [mA] Residual current - RCD

Ik1max Maximum single phase short-circuit current

Ik1min Minimum single phase short-circuit current

Ik3max Maximum three phase short-circuit current

Ik3min Minimum three phase short-circuit current

Ik1D [kA] single pole uninterrupted short-circuit current

Ik3D [kA] three pole uninterrupted short-circuit current

Ikmax/Ikmin Relation of maximum and minimum short-circuit current

Ikre Short-circuit current recovery factor

In [A] Nominal current

P0 [kW] No-load losses

Pk [kW] Short-circuit losses

Pmech [kW] mechan. Power

Pn [kW] Active power

R0 N [m] Zero phase-sequence resistance phase-neutral conductor

R0 PE(N) [m] Zero phase-sequence resistance phase-PE(N) conductor

R0/R1 Resistance relation positive / zero phase-sequence system

r1 [%] Relative value of positive phase-sequence resistance

R1 [m] Positive phase-sequence resistance

Sn [kVA] Nominal apparent power

ukr [%] Short-circuit voltage

Un [V] Nominal voltage

Uprim [kV] Primary voltage

Usec [V] Secondary voltage

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X0 N [m] Zero phase-sequence reactance phase-neutral conductor

X0 PE(N) [m] Zero phase-sequence reactance phase-PE(N) conductor

X0/X1 Reactance relation positive / zero phase-sequence system

X1 [m] Positive phase-sequence reactance

xd'' [%] Subtransient reactance

Z1 max Maximum impedance in positive phase-sequence system

Z1 min Minimum impedance in positive phase-sequence system

Zs Faulted circuit impedance

Zs max Maximum faulted circuit impedance

Zs min Minimum faulted circuit impedance

u [%] / u [%]voltage drop between beginning and end of a section / cumulated voltage drop from the transformer primary/secondary clamps to the specified point

u [C] / Ikmax [C] / Ikmin [C]

Conductor temperature of MV cable / Conductor temperature of LV cablefor voltage drop / on beginning of short circuit / for disconnection

Efficiency

[] Phase angle

1 min/max [] Phase angle at Ik1 min/max

3 min/max [] Phase angle at Ik3 min/max

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Standards for computation:

Title IEC HD EN DIN VDE

Low-voltage electrical installations * 60364-16 384 0100 100...710

Short-circuit currents in three-phase a.c. systems Calculation of currents 60909 60909 0102

Short-circuit currents calculation of effectsDefinitions and calculation methods

60865 60865 0103

Low-voltage switchgear and controlgear Circuit-breakers 60947-2 60947-2 0660 101

Low-voltage switchgear and controlgear assemblies 60439 60439-15 0660 500505

A method of temperature-rise assessment by extrapolation for partially type-tested assemblies (PTTA) of low-voltage switchgear and controlgear

60890+C 528 S2 0660 507

Electrical installations of buildings Part 5-52: Selection and erection of electrical

equipment Wiring systems 60364-5-52 384 0298 4

Electrical accessories Circuit-breakers for overcurrent protection for householdand similar installations Circuit-breakers for a.c. operation

60898-1 60898-1 0641 11

High-voltage switchgear and controlgear Alternating Current switch-fusecombinations

62271 62271 0671 105

Electrical installations of buildings Selection and erection of electricalequipment Isolation, switching and control

60364-5-53 60364-5-534 0100-534

Low-voltage electrical installations Protection for safety Protection againstvoltage disturbances and electromagnetic disturbances

60364-4-44 60364-4-443 0100-443

Protection against lightning Part 14 62305-14 0185 14

Low-voltage surge protective devices - Surge protective devices connected tolow-voltage power systems; Requirements and tests 61643-11 0675-6-11

*) Special national conditions and deviations from IEC 60364-4-41: 2005 are not implemented and need to be considered!

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