calculos de instalacion electrica

CALCULOS DE # DE BOMBILLOS
Terraza
A= b*h =4.75*4.56=21.66m2
#Bomb= 21.66m2*5VA/m2/75VA=1.44 ~ 2 Bombillos
Marquesina
A= b*h =5.7*6.41=36.54m2
#Bomb.=36.54m32*5VA/m2/75VA=2.44 ~ 3 Bombillos
Galeria
A= b*h= 5.4*2.4 = 12.96m2
#Bomb. = 12.96m2*5VA/m2/75VA= 0.86 ~ 1 Bombillo
Sala
A= b*h = 5.4*4.4 = 23.76 m2
#Bomb. = 23.76m2*5VA/m2/75VA= 1.58 ~ 2 Bombillos
Dormitorio 1
A= b*h =5.15*3.55 = 18.28m2
#Bomb.= 18.28m2*5VA/m2/75VA = 1.22 ~ 2 Bombillos
Baño común
A= b*h = 2.75*2.2 = 6.05m2
#Bomb. = 6.05m2*5VA/m2/75VA = 0.4 ~ 1 Bombillo
Habitacion Principal
A= b*h = 4.55*4.75 = 21.61m2
#Bomb. =21.61m2*5VA/m2/75VA = 1.44 ~ 2 Bombillos
Vestidor
A= b*h = 3.1*2.75 = 8.53 m2
#Bomb. =8.53m2*5VA/m2/75VA = 0.57 ~ 1 Bombillo
Baño Principal
A=b*h = 2.25*2.75 = 6.19 m2#Bomb. = 6.19m2*5VA/m2/75VA = 0.41 ~ 1 Bombillo
Dormitorio 2
A= b*h = 4.5*4.75 = 21.38m2
#Bomb.= 21.38m2*5VA/m2/75VA = 1.43 ~ 2 Bombillos
Area Lavado
A= b*h= 3.9*2.75 = 10.73m2
#Bomb.= 10.73m2*5VA/m2/75 VA = 0.72 ~ 1 Bombillo
Cocina
A= b*h= 4.38*2.85 = 12.48 m2
#Bomb. = 12.48m2*5VA/m2/75VA= 0.83 ~ 1 Bombillo
Comedor
A= b*h= [(4.38*6.45)+(4.8*2.2)]= 38.81m2
#Bomb.=38.81m2*5VA/m2/75VA =2.59 ~ 3 Bombillos
Cuarto de Servicio
A= b*h= 2.48*3.6= 8.93m2
#Bomb.= 8.93m2*5VA/m2/75VA = 0.6 ~ 1 Bombillo
Baño de Servicio
A= b*h= 2.48*1.2= 2.98m2
#Bomb.= 2.98m2*5VA/m2/75VA= 0.2 ~ 1 Bombillo









CALCULOS DE AMPACIDAD
ILM-1 = (8 luminarias interiores + 4 luminarias exteriores)
P= (8*75VA + 4*100VA) = 1000VA
Pkva = P/1000 = 1000VA/1000 = 1 KVA
In = P/120V =1000VA/120V = 8.33 Amp.
Id = In/F.S = 8.33 A/ 0.8 = 10.4 Amp.
Se usa un Breaker de 15 Amp.
ILM-2= (9 luminarias interiores + 3 luminarias exteriores)
P= (9*75VA + 3*100VA) = 975VA
Pkva= P/1000 = 975VA/1000 = 0.975 KVA
In = P/120V = 975VA/120V = 8.13 Amp.
Id= In/F.S = 8.13 A/0.8 = 10.16 Amp.
Se usa un Breaker de 15 Amp.
ILM-3 = (6 luminarias de interior + 5 luminarias de exterior)
P=(6*75VA + 5*100VA) = 950VA
Pkva= P/1000 = 950VA/1000 = 0.95 KVA
In = P/120V = 950VA/120V = 7.92 Amp.
Id = In/F.S = 7.92 A/ 0.8 = 9.9 Amp.
Se usa un Breaker de 15 Amp.
TC-A ( Circuito de 9 TCs de 150 C/U)
P = 9*150VA = 1350VA
Pkva = P/1000 = 1350VA/1000 = 1.35KVA
In = P/120V = 1350VA/120V = 11.25 Amp.
Id = In/F.S = 11.25/ 0.8 = 14.06 Amp.
Se usa un breaker de 15 Amp.
N.B.: TC-C = TC-D= TC-A
Se usa un breaker de 15 Amp. Para C/U
TC-B (Circuito de 8 TCs de 150 VA C/U)
P= 8*150VA =1200VA
Pkva = P/1000 = 1200VA/1000 =1.2 KVA
In= P/120V = 1200VA/120V = 10 Amp.
Id = In/ F.S = 10 A/0.8 = 12.5 Amp.
Se usa un breaker de 15 Amp.
TC-3 Circuito de A/A
P=1500VA
Pkva = P/1000 = 1500/1000 = 1.5KVA
In = P/240V = 1500VA/240V = 6.25 Amp.
Id = In/F.S = 6.25 A/0.8 = 7.8 Amp.
Seusa un breaker de 10/2
N.B.: TC-7 cal. De H20 = TC-9 A/A = TC-19 = TC-25
Se usan un breaker de 10/2 para C/U
TC-18 Lavadora
P = 1500VA
Pkva = P/1000 = 1500VA/1000 = 1.5KVA
In = P/120V = 1500VA/120V = 12.5 Amp.
Id = In/F.S = 12.5A/0.8 =15.63 Amp.
Se usa un breaker de 20 Amp.
N.B.: TC-17 = TC-26= TC-27=TC-28=TC-29=TC-30=TC-31=TC-32=TC-33=TC-18
Se usan un breaker de 20 Amp. Para C/UCalculo Alambre y Tubo para Luminaria

Luminaria 1
L1= 2.2m+1m+0.4m+0.3m=3.9m*1.10*3.28pies=14.07pies (rojo #12 AWG + Blanco #12 AWG)
L2=1.35m+1.6m+0.3m=3.25m*1.10*3.28pies=11.73pies (rojo #12 AWG + 2 Amarillo #12 AWG)
L3=5.5m+1.6m+0.3m=7.4m*1.10*3.28pies=26.7pies (rojo #12 AWG +2 Amarillos #12 AWG)
L4= 3.2m+2(0.3m)=3.8m*1.10*3.28pies=13.7pies (rojo #12 AWG +Blanco #12 AWG)L5=2.1m+1.6m+0.36=4.00m*1.10*3.28pies=14.43pies (rojo #12 AWG +2 Amarillo #12 AWG)
L6=2.9m+2(0.3m)=3.5m*1.10*3.28pies=12.63pies (1 rojo +1 Blanco +1 Amarillo) #12 AWG
L7=1.65m+1.6m+0.3m=3.55m*1.10*3.28pies=12.81pies (3 Amarillos # 12 AWG)
L8=1.4m+2(0.3m)=2m*1.10*3.28pies=7.22pies (rojo +1Blanco+2Amariloos) # 12 AWG
L9=3.9m+2(0.3m)=4.5m*1.10*3.28pies=16.24pies (Blanco #12 AWG + 2 Amarillos # 12 AWG)...