ANNEX_E_-_ELECTRICAL_Part17.pdf

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Attached to
Multiple Award Construction Contract (MACC) Italy Federal contract opportunity
Solicitation number
FA568219RA001
Issued by
Department of the Air Force United States Air Forces in Europe - Air Forces Africa

About this file

Written by GovTribe AI ·

This pre-solicitation notice is for multiple indefinite delivery indefinite quantity construction contracts for design-build services in Italy. The scope of work includes repair, alteration, renovation, maintenance, and minor construction projects across multiple trades at Aviano Air Base. Work may include grading, utilities infrastructure, buildings, HVAC systems, fire suppression, fuel systems, generators, communications systems, and asbestos abatement. The base period is one year with four option years. The minimum contract value is $2,500 and the maximum for all contracts combined is $96 million. The minimum task order value is $2,500 and maximum is $7 million. Interested parties must submit any comments on the draft attachments by April 19, 2019. The solicitation is expected to be issued on www.fbo.gov in May 2019. The North American Industry Classification System code is 236220 and work will primarily be located in Italy.

From the source

ANNEX E- ELECTRICAL PART 17

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Attachment 1 Section L REV 03.pdf PDF
Solicitation_Amendment_FA568219RA0010004_SF_30.pdf PDF
JA6P70~1.PDF PDF
ATTACH~3.PDF PDF
ATTACH~2.PDF PDF
Solicitation_Amendment_FA568219RA0010002_SF_30.pdf PDF
Attachment_1_Section_L_REV_02.pdf PDF
Attachment_9_Questions_and_Answers.docx DOCX document
ATTACH~3.DOC DOC document
ANNEX_S_-_STRUCTURAL_Part11.pdf PDF
ANNEX_E_-_ELECTRICAL_Part5.pdf PDF
ANNEX_E_-_ELECTRICAL_Part10.pdf PDF
ANNEX_S_-_STRUCTURAL_Part8.pdf PDF
ANNEX_E_-_ELECTRICAL_Part8.pdf PDF
ANNEX_S_-_STRUCTURAL_Part1.pdf PDF
ANNEX_E_-_ELECTRICAL_Part2.pdf PDF
ANNEX_E_-_ELECTRICAL_Part4.pdf PDF
Attachment_10_ASHE_18-1025_TS__Part6_Part5_Part2.pdf PDF
Attachment_10_ASHE_18-1025_TS__(Seed_project)_Part3.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part10_Part1.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part1_Part2.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part17.pdf PDF
Attachment_13_Physical_Data.pdf PDF
Attachment_10_ASHE_18-1025_TS_(Seed_project)_Part6_Part6.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part7.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part2_Part5.pdf PDF
Attachment_10_ASHE_18-1025_TS_(Seed_project)_Part6_Part7.pdf PDF
Attachment_10_ASHE_18-1025_TS_(Seed_project)_Part6_Part4.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part14.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part18.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part10_Part3.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part12.pdf PDF
Attachment_14_ASHE_18-1025_PSC_Safety_Plan_(Seed_project).pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part1_Part3.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part16_Part2.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part8.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part4.pdf PDF
Attachment_11_ASHE_18-1025_Drawings_(Seed_project)_Part2_Part1.pdf PDF
Attachment_10_ASHE_18-1025_TS__Part6_Part5_Part1.pdf PDF
Solicitation_-_FA568219RA001.pdf PDF
Attachment_3_CEN_-MACC_SOW_v3.pdf PDF
Attachment_7_Experience_Information_Sheet.pdf PDF
FINAL_Questions_and_Answers_MACC__June_28__2019.pdf PDF
Questions_and_Answers_draft_RFP_FA568219RA0001_May_03_2019.pdf PDF
(draft)_Attachment_6_Experience_Overview_Sheet.pdf PDF
(draft)_Attachment_9_Client_Authorization_Letter.pdf PDF
(draft)_Attachment_1_Section_L__20_March.pdf PDF
(draft)_Attachment_3_General_Requirements_and_Provisions.pdf PDF
(draft)_Attachment_8_Consent_Letter.pdf PDF
(draft)_Attachment_5_Past_Performnce_Questionnaire_(PPQ).pdf PDF
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PROJECT: ASHE 18-1025

RENOVATE/EXPAND FAC. 939

DESIGN PHASE: 60% Page 88 of 122

CALCULATIONS AND VERIFICATIONS

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

LINE: QF-UPS5

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 0,48 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 circuits

K

L2.2.5 F+N+PE uni 10 31 30 -side by

2 1

Conductors cross-section [mm2] 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

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]

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

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]

QF-UPS5 C40 a 1+N C 10 10 - 0,1 0,1

Q2.2.5 1+N - - -

PROTECTIONS VERIFICATIONS

Overload Maximum short-circuit Minimum short-circuit Indirect contact

SI SI SI SI

DESIGN PHASE: 60% Page 89 of 122

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

LINE: 1

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 1

SWITCH-DISCONNECTOR

Initialling/

Description Type In [A] Uimp [kV] Icm [kA peak] Icw [kA rms]

Upstream circuit-breaker protection [kA]

S1 iSW 40 6 0,00 0,00 10

DESIGN PHASE: 60% Page 90 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.

1,2 5,79 5,79 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

L3.1.1 F+N+PE uni 40 31 30 -by

8 1 phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 180,0 5,72 248,5 22,53 1,02 2,37 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

5,79 21 1,58 0,45 0,29 0,28

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 a 1+N C 16 16 - 0,16 0,16

Q3.1.1 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 91 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.

2 9,66 0 9,66 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

L3.1.2 F+N+PE uni 40 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 180,0 5,72 248,5 22,53 1,7 3,05 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

9,66 21 1,58 0,45 0,29 0,28

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 16 16 - 0,16 0,16

Q3.1.2 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 92 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.

1,5 7,24 0 0 7,24 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

L3.1.3 F+N+PE uni 10 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 45,0 1,43 113,5 18,24 0,31 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)

7,24 21 1,58 0,98 0,63 0,59

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 16 16 - 0,16 0,16

Q3.1.3 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 93 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.

1,5 7,24 0 0 7,24 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

L3.1.4 F+N+PE uni 10 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 45,0 1,43 113,5 18,24 0,31 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)

7,24 21 1,58 0,98 0,63 0,59

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 16 16 - 0,16 0,16

Q3.1.4 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 94 of 122

LINE: QF.UPS5

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

L3.1.5 F+N+PE uni 10 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 45,0 1,43 113,5 18,24 0,1 1,45 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 1,58 0,98 0,63 0,59

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.UPS5 C40 a 1+N C 10 10 - 0,1 0,1

Q3.1.5 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 95 of 122

LINE: QF.UPS6

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 0,48 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

L3.1.6 F+N+PE uni 10 31 30 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 4 1x 4 1x 4 45,0 1,43 113,5 18,24 0,02 1,37 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 1,58 0,98 0,63 0,59

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.UPS6 C40 a 1+N C 10 10 - 0,1 0,1

Q3.1.6 1+N - - -

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 96 of 122

DISTRIBUTION BOARD: [B939-PB.BR] B939-PB.BR

LINE: PB.BR-MAIN

GENERAL FEATURES OF THE LINE

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

2,5 4,02 4,02 4,02 4,02 0,9 1

SWITCH-DISCONNECTOR

Initialling/

Description Type In [A] Uimp [kV] Icm [kA peak] Icw [kA rms]

Upstream circuit-breaker

S1 INS40 40 8 15,00 3,00 10

DESIGN PHASE: 60% Page 97 of 122

DISTRIBUTION BOARD: [B939-PB.BR] B939-PB.BR

LINE: 2

GENERAL FEATURES OF THE LINE

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

2,5 4 4 4 4 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

L4.1.1 3F+N+PE uni 1 11 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 7,2 0,16 62,85 13,49 0,01 0,83 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

4 33 4,03 3,59 1,14 1,14

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 98 of 122

DISTRIBUTION BOARD: [B939-PB.AHU1] B939-PB.AHU1

LINE: PB.AHU1-MAIN

GENERAL FEATURES OF THE LINE

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

5 8,05 8,05 8,05 8,05 0,9 1

SWITCH-DISCONNECTOR

Initialling/

Description Type In [A] Uimp [kV] Icm [kA peak] Icw [kA rms]

Upstream circuit-breaker

S1 iSW 40 6 0,00 0,00 5

DESIGN PHASE: 60% Page 99 of 122

DISTRIBUTION BOARD: [B939-PB.AHU1] B939-PB.AHU1

LINE: AHU1

GENERAL FEATURES OF THE LINE

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

5 8,01 8,01 8,01 8,01 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

L5.1.1 3F+N+PE uni 1 11 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 7,2 0,16 92,85 14,84 0,02 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)

8,01 33 2,65 2,45 0,77 0,77

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 100 of 122

DISTRIBUTION BOARD: [B939-PB.AHU2] B939-PB.AHU2

LINE: PB.AHU2-MAIN

GENERAL FEATURES OF THE LINE

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

4 6,44 6,44 6,44 6,44 0,89 1

SWITCH-DISCONNECTOR

Initialling/

Description Type In [A] Uimp [kV] Icm [kA peak] Icw [kA rms]

Upstream circuit-breaker

S1 iSW 40 6 0,00 0,00 5

DESIGN PHASE: 60% Page 101 of 122

DISTRIBUTION BOARD: [B939-PB.AHU2] B939-PB.AHU2

LINE: 2

GENERAL FEATURES OF THE LINE

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

4 6,41 6,41 6,41 6,41 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

L6.1.1 3F+N+PE uni 1 11 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 7,2 0,16 92,85 14,84 0,02 0,99 4

Iz

[A] Icc max (start of line)

[kA] Icc max (end of line)

[kA] Icc min (end of line)

[kA] Icc (ground fault)

6,41 33 2,65 2,45 0,77 0,77

PROTECTIONS VERIFICATIONS

DESIGN PHASE: 60% Page 102 of 122

DISTRIBUTION BOARD: [B939-PB.SPR] B939-PB.SPR

LINE: PB-SPR-MAIN

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

SWITCH-DISCONNECTOR

Initialling/

Description Type In [A] Uimp [kV] Icm [kA peak] Icw [kA rms]

Upstream circuit-breaker

S1 iSW 20 6 0,00 0,00

DESIGN PHASE: 60% Page 103 of 122

DISTRIBUTION BOARD: [B939-PB.SPR] B939-PB.SPR

LINE: SPRINKLER ROOM

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

L7.1.1 F+N+PE uni 1 13 30 1 -by phase neutral PE

Rcable

[m] Xcable

[m] Rtot

[m] Xtot

[m] Vcable

Vtot

Vmax

(limit)

1x 1,5 1x 1,5 1x 1,5 12,0 0,17 247,65 18,63 0,01 1,07 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 27 0,48 0,45 0,29 0,29

PROTECTIONS VERIFICATIONS

END of the DOCUMENT

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