ANNEX_E_-_ELECTRICAL_Part16.pdf

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Multiple Award Construction Contract (MACC) Italy
Solicitation number
FA568219RA001
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This pre-solicitation notice is for an indefinite delivery, indefinite quantity multiple award construction contract to provide design-build construction services in Italy. The contract will have a one-year base period and four option years, with a minimum guaranteed amount of $2,500 EURO per contractor and a total maximum value of $96 million across all contracts. Services will include various construction, repair, renovation, and facility maintenance projects at Aviano Air Base and other locations in Italy. Response is due by April 19, 2019 for comments on draft documents, with award anticipated in May 2019. Task order minimum is $2,500 and maximum is $7 million. The North American Industry Classification System code is 236220.

From the source

ANNEX E- ELECTRICAL PART 16

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PROJECT: ASHE 18-1025

RENOVATE/EXPAND FAC. 939

DESIGN PHASE: 60% Page 68 of 122

CALCULATIONS AND VERIFICATIONS

DISTRIBUTION BOARD: [B939-MDP-2] B939-MDP-2

LINE: QF3

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

1 4,83 0 0 4,83 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other circuits

K

L2.1.6 F+N+PE uni 30 31 30 -side by

5 1

Conductors cross-section [mm2] phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 0,63 1,66 4

Ib

[A] Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

[kA]

4,83 23,94 4,18 0,7 0,45 0,43

Designation

FG16R16-0,6/1 kV - Cca-s3,d1,a3/Cu

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF3 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.6 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

Overload Maximum short-circuit Minimum short-circuit Indirect contact

SI SI SI SI

DESIGN PHASE: 60% Page 69 of 122

LINE: QF4

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,5 2,41 2,41 0 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.7 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 0,31 1,34 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

2,41 23,94 4,18 0,7 0,45 0,43

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF4 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.7 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 70 of 122

LINE: QF5

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,5 2,41 0 2,41 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.8 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 0,31 1,34 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

2,41 23,94 4,18 0,7 0,45 0,43

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF5 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.8 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 71 of 122

LINE: QF6

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,6 2,89 0 2,89 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.9 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 0,38 1,4 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

2,89 23,94 4,18 0,7 0,45 0,43

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF6 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.9 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 72 of 122

LINE: QF7

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,3 1,44 1,44 0 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.10 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 0,19 1,21 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

1,44 23,94 4,18 0,7 0,45 0,43

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF7 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.10 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 73 of 122

LINE: QF8

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,2 0,96 0 0,96 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.11 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 216,0 4,68 239,5 18,51 0,2 1,22 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

0,96 17,66 4,18 0,47 0,3 0,29

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF8 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.11 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 74 of 122

LINE: QF9

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,2 0,96 0 0 0,96 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.12 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF9 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.12 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 75 of 122

LINE: QF10

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,3 1,44 1,44 0 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.13 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 216,0 4,68 239,5 18,51 0,3 1,33 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

1,44 17,66 4,18 0,47 0,3 0,29

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF10 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.13 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 76 of 122

LINE: QF11

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,4 1,93 0 1,93 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.14 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 216,0 4,68 239,5 18,51 0,4 1,43 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

1,93 17,66 4,18 0,47 0,3 0,29

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF11 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.14 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 77 of 122

LINE: QF12

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,3 1,44 0 0 1,44 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.15 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 216,0 4,68 239,5 18,51 0,3 1,33 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

1,44 17,66 4,18 0,47 0,3 0,29

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF12 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.15 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 78 of 122

LINE: QF13

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,64 3,09 3,09 0 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.16 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 216,0 4,68 239,5 18,51 0,65 1,67 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

3,09 17,66 4,18 0,47 0,3 0,29

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF13 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.16 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 79 of 122

LINE: QF14

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,2 0,96 0 0,96 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.17 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF14 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.17 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 80 of 122

LINE: QF15

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,1 0,48 0 0 0,48 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.18 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 216,0 4,68 239,5 18,51 0,1 1,12 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

0,48 17,66 4,18 0,47 0,3 0,29

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF15 C40a Vigi 1+N C 10 10 - 0,1 0,1

Q2.1.18 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 81 of 122

LINE: QF16

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

1,8 8,69 0 0 8,69 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.19 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 1,15 2,17 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

8,69 23,94 4,18 0,7 0,45 0,43

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF16 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.19 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 82 of 122

LINE: QF17

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,3 1,44 1,44 0 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.1.20 F+N+PE uni 30 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 135,0 4,29 158,5 18,12 0,19 1,21 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

1,44 23,94 4,18 0,7 0,45 0,43

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF17 C40a Vigi 1+N C 16 16 - 0,16 0,16

Q2.1.20 1+N - - - Embedded AC 0,03 inst.

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 83 of 122

LINE: QF.UPS-IN

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

7,99 14,97 11,59 12,07 14,97 0,9 1 1

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF.UPS-IN C40 N 3+N C 40 40 - 0,4 0,4

Q2.1.21 3+N - - - Embedded AC

DESIGN PHASE: 60% Page 84 of 122

LINE: QF-UPS1

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

6,8 14,49 8,69 9,66 14,49 0,9

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.2.1 3F+N+PE uni 25 61 30 1,08 0,8 by

2 1 phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 10 1x 10 1x 10 45,0 2,97 68,5 16,81 0,32 1,35 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

14,49 41,48 8,46 3,27 1,04 0,94

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF-UPS1 C40 N 3+N C 20 20 - 0,2 0,2

Q2.2.1 3+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 85 of 122

LINE: QF-UPS2

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,5 2,41 2,41 0 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.2.2 F+N+PE uni 10 31 30 0,8 by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 72,0 1,56 95,5 15,39 0,16 1,19 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

2,41 21,7 4,18 1,15 0,75 0,7

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF-UPS2 C40 a 1+N C 10 10 - 0,1 0,1

Q2.2.2 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 86 of 122

LINE: QF-UPS3

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,5 2,41 0 2,41 0 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.2.3 F+N+PE uni 10 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 72,0 1,56 95,5 15,39 0,16 1,19 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

2,41 21,7 4,18 1,15 0,75 0,7

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF-UPS3 C40 a 1+N C 10 10 - 0,1 0,1

Q2.2.3 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 87 of 122

LINE: QF-UPS4

GENERAL FEATURES OF THE LINE

P [kW] Ib [A]/Inm [A] IR [A] IS [A] IT [A] cos b Kutilization Kdiversity.

0,1 0,48 0 0 0,48 0,9 1

CABLE

Initialling Ph/N/PE

Distribution

Cable type

Lenght

[m]

Inst.

method

Temp.

[°C] Nr.

supp.

Resis.ty [°K m/W]

Installation depht [m]

Prox.

circuit

Other

L2.2.4 F+N+PE uni 10 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 2,5 1x 2,5 1x 2,5 72,0 1,56 95,5 15,39 0,03 1,05 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

0,48 21,7 4,18 1,15 0,75 0,7

CIRCUIT-BREAKER

User Circuit-breaker

Poles Tripping characteristics In [A] Ir [A] Tr [s] Im [kA] Isd [kA]

Initialling/

Description Tsd [s] Ii [kA]

Ig

[xIn - A] Tg [s]

Residual current device

Class In [A] Tn

[ms]

QF-UPS4 C40 a 1+N C 10 10 - 0,1 0,1

Q2.2.4 1+N - - -

PROTECTIONS VERIFICATIONS

File details come from the government source that posted it. Updated .