try:
    with open(name, mode='r') as csv_file:
        csv_reader=csv.reader(csv_file, delimiter=';')
        for row in csv_reader:
            # ?MPEC?
            # Tzco
            Tzco = Label(window, text=str(row[4])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tzco.place(x=116, y=63)
            # Tzcoref
            Tzcoref = Label(window, text=str(row[5])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tzcoref.place(x=206, y=63)
            # Fzm
            fzm = str("{0:.2f}".format(float(row[10][0:6]) * 80))
            Fzm = Label(window, text=str(fzm) + " [t/h]", fg="black", bg="green", font="none 12")
            Fzm.place(x=296, y=63)
            # Tzm
            Tzm = Label(window, text=str(row[6])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tzm.place(x=396, y=63)
            # Tpm
            Tpm = Label(window, text=str(row[3])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tpm.place(x=308, y=270)

            # Budynek 1
            # Tr
            Tr1 = Label(window, text=str(row[1])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tr1.place(x=680, y=63)
            # TrSP
            TrSP1 = Label(window, text=str(row[9])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            TrSP1.place(x=770, y=63)
            # Tpco
            Tpco1 = Label(window, text=str(row[2])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tpco1.place(x=860, y=63)
            # Fco1
            fco1 = str("{0:.2f}".format(float(row[11][0:6]) * 40))
            Fco1 = Label(window, text=str(fzm) + " [t/h]", fg="black", bg="green", font="none 12")
            Fco1.place(x=950, y=63)

            # Budynek 2
            # Tr
            Tr1 = Label(window, text=str(row[1])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tr1.place(x=687, y=450)
            # TrSP
            TrSP1 = Label(window, text=str(row[9])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            TrSP1.place(x=777, y=450)
            # Tpco
            Tpco1 = Label(window, text=str(row[2])[0:4] + " [°C]", fg="black", bg="orange", font="none 12")
            Tpco1.place(x=867, y=450)
            # Fco1
            fco1 = str("{0:.2f}".format(float(row[11][0:6]) * 40))
            Fco1 = Label(window, text=str(fzm) + " [t/h]", fg="black", bg="green", font="none 12")
            Fco1.place(x=957, y=450)

            # Regulatory[%]
            # Um
            um = str("{0:.2f}".format(float(row[10][0:6]) * 100))
            Um = Label(window, text=um + " [%]", fg="black", bg="grey", font="none 12")
            Um.place(x=56, y=170)
            # Ub1
            um = str("{0:.2f}".format(float(row[11][0:6]) * 100))
            Um = Label(window, text=um + " [%]", fg="black", bg="grey", font="none 12")
            Um.place(x=462, y=170)
            # Ub2
            um = str("{0:.2f}".format(float(row[12][0:6]) * 100))
            Um = Label(window, text=um + " [%]", fg="black", bg="grey", font="none 12")
            Um.place(x=462, y=550)

        window.update()
        time.sleep(0.1)

except EOFError:
    print("Unexpected EOF")
except OSError:
    print("File not found")
except:
    print("Unexpected Error ")