Współczynnik korekcyjny

Correction coefficients for the wall radiator  “REGULLUS” 

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for the wall radiator  “SOLLARIUS” 

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for the wall radiator  “DUBEL” 

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for the wall radiator with fan “E-VENT” 

 Room temperature
tztp581216202224
95900.5830.6030.6320.6630.6990.7180.738
850.5990.6200.6510.6850.7230.7430.765
800.6170.6390.6720.7080.7480.7700.794
750.6350.6590.6940.7330.7760.8060.825
700.6550.6810.7180.7590.8060.8320.859
90850.6170.6390.6720.7080.7480.7700.794
800.6350.6590.6940.7330.7760.8060.825
750.6550.6810.7180.7590.8060.8320.859
700.6760.7030.7430.7880.8390.8660.896
650.6990.7280.7700.8190.8740.9040.937
85800.6550.6810.7180.7590.8060.8320.859
750.6760.7030.7430.7880.8390.8660.896
700.6990.7280.7700.8190.8740.9040.937
650.7230.7540.8000.8520.9120.9450.981
600.7480.7820.8320.8890.9540.9901.030
80750.6990.7280.7700.8190.8740.9040.937
700.7230.7540.8000.8520.9120.9450.981
650.7480.7820.8320.8890.9540.9901.030
600.7760.8120.8660.9281.0001.0401.083
550.8060.8450.9040.9721.0501.0951.143
75700.7480.7820.8320.8890.9540.9901.030
650.7760.8120.8660.9281.0001.0401.083
600.8060.8450.9040.9721.0501.0951.143
550.8390.8810.9451.0191.1071.1561.211
500.8740.9200.9901.0721.1691.2251.286
70650.8060.8450.9040.9721.0501.0951.143
600.8390.8810.9451.0191.1071.1561.211
550.8740.9200.9901.0721.1691.2251.286
500.9120.9631.0401.1311.2401.3031.373
450.9541.0091.0951.1971.3201.3911.471
65600.8740.9200.9901.0721.1691.2251.286
550.9120.9631.0401.1311.2401.3031.373
500.9541.0091.0951.1971.3201.3911.471
60550.9541.0091.0951.1971.3201.3911.471
501.0001.0611.1561.2711.4101.4931.585
451.0501.1191.2251.3541.5151.6111.719
401.1071.1831.3031.4501.6361.7491.879
55501.0501.1191.2251.3541.5151.6111.719
451.1071.1831.3031.4501.6351.7491.879
401.1691.2551.3911.5611.7801.9142.071
351.2401.3371.4931.6911.9512.1152.308
50451.1691.2551.3911.5611.7801.9142.071
401.2401.3371.4931.6911.9512.1152.308
351.3201.4301.6111.8442.1602.3632.609
301.4101.5381.7492.0292.4202.6793.001
45401.3201.431.6111.8442.1602.3632.609
351.4101.5381.7492.0292.4202.6793.001
301.5151.6631.9142.2572.7523.0943.535
40351.5151.6631.9142.2572.7523.0943.535
301.6361.8112.1152.5423.1943.6664.307
35301.7801.9892.3632.9133.8084.5055.524
251.9512.2072.6793.4134.7225.8567.730

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for the wall radiator with fan “REVERS” 

 Room temperature
tztp581216202224
95900.5830.6030.6320.6630.6990.7180.738
850.5990.6200.6510.6850.7230.7430.765
800.6170.6390.6720.7080.7480.7700.794
750.6350.6590.6940.7330.7760.8060.825
700.6550.6810.7180.7590.8060.8320.859
90850.6170.6390.6720.7080.7480.7700.794
800.6350.6590.6940.7330.7760.8060.825
750.6550.6810.7180.7590.8060.8320.859
700.6760.7030.7430.7880.8390.8660.896
650.6990.7280.7700.8190.8740.9040.937
85800.6550.6810.7180.7590.8060.8320.859
750.6760.7030.7430.7880.8390.8660.896
700.6990.7280.7700.8190.8740.9040.937
650.7230.7540.8000.8520.9120.9450.981
600.7480.7820.8320.8890.9540.9901.030
80750.6990.7280.7700.8190.8740.9040.937
700.7230.7540.8000.8520.9120.9450.981
650.7480.7820.8320.8890.9540.9901.030
600.7760.8120.8660.9281.0001.0401.083
550.8060.8450.9040.9721.0501.0951.143
75700.7480.7820.8320.8890.9540.9901.030
650.7760.8120.8660.9281.0001.0401.083
600.8060.8450.9040.9721.0501.0951.143
550.8390.8810.9451.0191.1071.1561.211
500.8740.9200.9901.0721.1691.2251.286
70650.8060.8450.9040.9721.0501.0951.143
600.8390.8810.9451.0191.1071.1561.211
550.8740.9200.9901.0721.1691.2251.286
500.9120.9631.0401.1311.2401.3031.373
450.9541.0091.0951.1971.3201.3911.471
65600.8740.9200.9901.0721.1691.2251.286
550.9120.9631.0401.1311.2401.3031.373
500.9541.0091.0951.1971.3201.3911.471
60550.9541.0091.0951.1971.3201.3911.471
501.0001.0611.1561.2711.4101.4931.585
451.0501.1191.2251.3541.5151.6111.719
401.1071.1831.3031.4501.6361.7491.879
55501.0501.1191.2251.3541.5151.6111.719
451.1071.1831.3031.4501.6351.7491.879
401.1691.2551.3911.5611.7801.9142.071
351.2401.3371.4931.6911.9512.1152.308
50451.1691.2551.3911.5611.7801.9142.071
401.2401.3371.4931.6911.9512.1152.308
351.3201.4301.6111.8442.1602.3632.609
301.4101.5381.7492.0292.4202.6793.001
45401.3201.431.6111.8442.1602.3632.609
351.4101.5381.7492.0292.4202.6793.001
301.5151.6631.9142.2572.7523.0943.535
40351.5151.6631.9142.2572.7523.0943.535
301.6361.8112.1152.5423.1943.6664.307
35301.7801.9892.3632.9133.8084.5055.524
251.9512.2072.6793.4134.7225.8567.730

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for decorative radiator DECOR

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for decorative radiator TOWER

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for decorative radiator with fan TOWER VENT

 Room temperature
tztp581216202224
95900.5830.6030.6320.6630.6990.7180.738
850.5990.6200.6510.6850.7230.7430.765
800.6170.6390.6720.7080.7480.7700.794
750.6350.6590.6940.7330.7760.8060.825
700.6550.6810.7180.7590.8060.8320.859
90850.6170.6390.6720.7080.7480.7700.794
800.6350.6590.6940.7330.7760.8060.825
750.6550.6810.7180.7590.8060.8320.859
700.6760.7030.7430.7880.8390.8660.896
650.6990.7280.7700.8190.8740.9040.937
85800.6550.6810.7180.7590.8060.8320.859
750.6760.7030.7430.7880.8390.8660.896
700.6990.7280.7700.8190.8740.9040.937
650.7230.7540.8000.8520.9120.9450.981
600.7480.7820.8320.8890.9540.9901.030
80750.6990.7280.7700.8190.8740.9040.937
700.7230.7540.8000.8520.9120.9450.981
650.7480.7820.8320.8890.9540.9901.030
600.7760.8120.8660.9281.0001.0401.083
550.8060.8450.9040.9721.0501.0951.143
75700.7480.7820.8320.8890.9540.9901.030
650.7760.8120.8660.9281.0001.0401.083
600.8060.8450.9040.9721.0501.0951.143
550.8390.8810.9451.0191.1071.1561.211
500.8740.9200.9901.0721.1691.2251.286
70650.8060.8450.9040.9721.0501.0951.143
600.8390.8810.9451.0191.1071.1561.211
550.8740.9200.9901.0721.1691.2251.286
500.9120.9631.0401.1311.2401.3031.373
450.9541.0091.0951.1971.3201.3911.471
65600.8740.9200.9901.0721.1691.2251.286
550.9120.9631.0401.1311.2401.3031.373
500.9541.0091.0951.1971.3201.3911.471
60550.9541.0091.0951.1971.3201.3911.471
501.0001.0611.1561.2711.4101.4931.585
451.0501.1191.2251.3541.5151.6111.719
401.1071.1831.3031.4501.6361.7491.879
55501.0501.1191.2251.3541.5151.6111.719
451.1071.1831.3031.4501.6351.7491.879
401.1691.2551.3911.5611.7801.9142.071
351.2401.3371.4931.6911.9512.1152.308
50451.1691.2551.3911.5611.7801.9142.071
401.2401.3371.4931.6911.9512.1152.308
351.3201.4301.6111.8442.1602.3632.609
301.4101.5381.7492.0292.4202.6793.001
45401.3201.431.6111.8442.1602.3632.609
351.4101.5381.7492.0292.4202.6793.001
301.5151.6631.9142.2572.7523.0943.535
40351.5151.6631.9142.2572.7523.0943.535
301.6361.8112.1152.5423.1943.6664.307
35301.7801.9892.3632.9133.8084.5055.524
251.9512.2072.6793.4134.7225.8567.730

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for floor standing radiator VERTAGO

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for floor standing radiator S-CORNER

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for trench heaters REGULUS-system CANAL type SOLO

 Room temperature
tztp581216202224
95900.480.500.530.570.610.630.66
850.500.520.560.600.640.670.69
800.520.540.580.630.680.700.73
750.540.570.610.660.710.740.78
700.570.600.640.700.760.790.83
90850.520.540.580.620.670.700.73
800.540.570.610.650.710.740.77
750.560.590.640.690.750.780.82
700.590.620.670.730.790.830.87
650.620.660.710.770.850.890.93
85800.560.590.630.690.740.780.81
750.590.620.670.720.790.820.86
700.610.650.700.760.830.880.92
650.650.680.740.810.890.940.99
600.680.720.790.870.961.011.07
80750.610.650.700.760.830.870.91
700.640.680.740.800.880.930.97
650.680.720.780.850.940.991.05
600.710.760.830.911.011.071.13
550.760.810.890.981.101.171.24
75700.670.710.780.850.930.981.04
650.710.750.820.901,001.061.12
600.750.800.880.971.081.141.21
550.790.850.941.041.171.241.33
500.850.911.011.131.281.371.47
70650.740.790.870.961.071.131.20
600.790.840.931.031.151.221.30
550.830.900.991.111.251.331.43
500.890.961.071.211.371.471.59
450.961.041.171.331.531.651.80
65600.830.890.981.101.231.321.41
550.880.951.061.181.341.441.55
500.941.021.141.291.481.591.72
60550.931.011.131.271.461.561.69
501,001.091.221.391.601.741.89
451.081.171.331.531.801.962.15
401.171.281.471.722.052.262.52
55501.071.161.321.511.761.912.09
451.151.261.441.671.972.162.39
401.251.381.591.872.262.512.81
351.371.531.792.152.673.023.47
50451.231.361.561.832.192.422.70
401.341.491.742.062.522.823.19
351.481.661.962.382.993.423.97
301.651.872.262.833.754.465.48
45401.461.621.912.302.863.233.70
351.601.812.162.663.413.944.65
301.802.052.513.194.315.206.50
40351.762,002.423.033.994.695.64
301.972.272.823.665.096.268.03

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for trench heaters REGULUS-system CANAL type DUO 100

 Room temperature
tztp581216202224
9590 0,440,470,500.540.580.610.63
850.460.490.520.570.610.640.67
800.480.510.550.600.650.680.71
750.510.540.580.630.690.720.76
700.540.570.620.670.740.770.81
90850.480.510.550.590.650.670.71
800.510.530.580.630.680.710.75
750.530.560.610.660.730.760.80
700.560.590.650.710.780.810.86
650.590.630.690.750.830.880.93
85800.530.560.610.660.720.760.79
750.560.590.640.700.770.810.85
700.580.620.680.740.820.860.91
650.620.660.720.790.880.930.99
600.660.700.770.850.951.011.07
80750.580.620.670.740.810.860.90
700.610.650.710.790.870.920.97
650.650.690.760.840.940.991.05
600.690.740.810.911.011.081.15
550.740.790.880.981.111.181.27
75700.650.690.760.830.930.981.04
650.680.730.810.891,001.061.13
600.730.780.860.961.081.161.23
550.780.840.931.051.191.271.36
500.830.901.011.151.311.421.53
70650.720.770.860.951.071.141.22
600.770.830.921.031.171.251.34
550.820.890.991.121.281.371.48
500.880.961.081.231.421.531.66
450.951.041.181.361.591.741.91
65600.810.880.981.111.261.351.45
550.870.941.061.201.381.491.61
500.941.021.161.321.541.671.82
60550.931.011.141.301.511.641.78
501,001.091.251.441.681.832.01
451.081.191.371.601.902.092.32
401.191.321.531.812.202.452.76
55501.071.181.351.571.862.042.25
451.171.291.491.762.112.332.61
401.281.421.671.992.452.753.12
351.421.591.902.322.943.373.93
50451.261.401.641.952.372.642.98
401.381.551.832.222.763.133.58
351.541.742.092.593.333.864.56
301.731.992.453.144.285.176.49
45401.511.702.042.503.173.634.22
351.681.922.332.933.854.525.42
301.902.202.753.584.996.137.84
40351.862.142.643.394.585.476.70
302.112.463.134.175.997.519.89

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for trench heaters REGULUS-system CANAL type QUATTRO 150

 Room temperature
tztp581216202224
95900.470.490.530.560.600.630.65
850.490.510.550.590.630.660.69
800.510.540.570.620.670.700.77
750.530.560.600.650.710.740.77
700.560.590.640.690.750.790.82
90850.510.530.570.620.670.690.72
800.530.560.600.650.700.730.76
750.550.580.630.680.740.780.81
700.580.620.660.720.790.830.87
650.610.650.700.770.840.880.93
85800.550.580.630.680.740.770.81
750.580.610.660.720.780.820.86
700.610.640.700.760.830.870.92
650.640.680.740.810.890.930.99
600.680.720.790.860.961.011.07
80750.600.640.690.750.830.870.91
700.630.670.730.800.880.920.97
650.670.710.780.850.940.991.05
600.710.750.830.911.011.071.14
550.750.800.880.981.101.171.25
75700.670.710.770.840.930.981.04
650.700.750.820.901,001.061.12
600.740.790.870.971.081.141.22
550.790.850.931.041.171.251.33
500.840.911.011.131.291.381.48
70650.740.790.870.961.071.131.20
600.780.840.921.031.151.221.31
550.830.890.991.111.251.341.44
500.890.961.071.211.381.481.60
450.961.041.171.331.541.671.82
65600.830.890.981.101.241.321.41
550.880.951.061.191.351.451.56
500.941.021.141.301.491.611.74
60550.931.011.131.281.471.581.71
501,001.091.221.401.621.751.91
451.081.181.341.551.821.982.18
401.171.291.481.742.082.302.57
55501.071.161.321.521.781.942.12
451.151.261.451.682,002.202.43
401.251.391.611.902.302.552.87
351.381.541.812.182.723.093.56
50451.241.371.581.852.222.462.75
401.351.501.752.092.572.883.27
351.491.671.982.423.063.504.08
301.671.892.302.903.854.605.68
45401.471.641.942.342.923.313.80
351.621.832.202.713.504.064.80
301.822.082.553.274.445.376.76
40351.782.022.463.104.104.845.84
302,002.312.883.765.266.508.38

 

Correction coefficients for trench heaters REGULUS-system CANAL type QUATTRO 200/270

 Room temperature
tztp581216202224
95900.460.480.510.550.590.620.64
850.480.500.540.580.620.650.69
800.500.520.560.610.660.690.72
750.520.550.590.640.700.730.76
700.550.580.630.680.740.780.82
90850.500.520.560.600.660.680.71
800.520.550.590.640.690.720.76
750.540.570.620.670.730.770.81
700.570.600.650.710.780.820.86
650.600.640.690.760.840.880.93
85800.540.570.620.670.730.760.80
750.570.600.650.710.770.810.85
700.600.630.690.750.830.870.91
650.630.670.730.800.880.930.99
600.670.710.780.860.951.011.07
80750.590.630.680.750.820.860.91
700.620.660.720.790.870.920.97
650.660.700.770.850.940.991.05
600.700.750.820.911.011.071.14
550.740.800.880.981.101.181.26
75700.660.700.760.840.930.981.04
650.690.740.810.901.001.061.12
600.730.790.870.961.081.151.22
550.780.840.931.041.181.261.35
500.840.901.011.141.301.401.51
70650.730.780.860.961.071.141.21
600.770.830.921.031.161.231.32
550.830.890.991.111.261.351.46
500.880.961.071.221.401.511.63
450.951.041.181.351.571.701.86
65600.820.880.981.101.251.341.43
550.870.951.061.201.371.471.58
450.941.021.151.311.511.641.78
60550.931.011.141.291.491.601.74
501.001.091.231.421.641.791.96
451.081.191.351.571.862.042.25
401.181.301.511.772.142.372.66
55501.071.171.341.541.821.982.18
451.161.281.471.722.052.262.51
401.261.401.641.942.372.642.98
351.401.571.852.252.823.223.73
50451.251.381.601.902.292.552.86
401.371.521.792.152.662.993.41
351.511.702.042.503.193.674.30
301.701.942.373.014.054.866.05
45401.491.671.982.413.043.464.00
351.651.872.262.823.664.275.08
301.862.142.643.414.705.727.25
40351.822.0792.553.244.325.136.24
302.052.382.993.955.606.969.07

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for trench heaters REGULUS-system CANAL type FRACTAL ver. DUO 100

 Room temperature
tztp581216202224
9590 0,440,470,500.540.580.610.63
850.460.490.520.570.610.640.67
800.480.510.550.600.650.680.71
750.510.540.580.630.690.720.76
700.540.570.620.670.740.770.81
90850.480.510.550.590.650.670.71
800.510.530.580.630.680.710.75
750.530.560.610.660.730.760.80
700.560.590.650.710.780.810.86
650.590.630.690.750.830.880.93
85800.530.560.610.660.720.760.79
750.560.590.640.700.770.810.85
700.580.620.680.740.820.860.91
650.620.660.720.790.880.930.99
600.660.700.770.850.951.011.07
80750.580.620.670.740.810.860.90
700.610.650.710.790.870.920.97
650.650.690.760.840.940.991.05
600.690.740.810.911.011.081.15
550.740.790.880.981.111.181.27
75700.650.690.760.830.930.981.04
650.680.730.810.891,001.061.13
600.730.780.860.961.081.161.23
550.780.840.931.051.191.271.36
500.830.901.011.151.311.421.53
70650.720.770.860.951.071.141.22
600.770.830.921.031.171.251.34
550.820.890.991.121.281.371.48
500.880.961.081.231.421.531.66
450.951.041.181.361.591.741.91
65600.810.880.981.111.261.351.45
550.870.941.061.201.381.491.61
500.941.021.161.321.541.671.82
60550.931.011.141.301.511.641.78
501,001.091.251.441.681.832.01
451.081.191.371.601.902.092.32
401.191.321.531.812.202.452.76
55501.071.181.351.571.862.042.25
451.171.291.491.762.112.332.61
401.281.421.671.992.452.753.12
351.421.591.902.322.943.373.93
50451.261.401.641.952.372.642.98
401.381.551.832.222.763.133.58
351.541.742.092.593.333.864.56
301.731.992.453.144.285.176.49
45401.511.702.042.503.173.634.22
351.681.922.332.933.854.525.42
301.902.202.753.584.996.137.84
40351.862.142.643.394.585.476.70
302.112.463.134.175.997.519.89

 

Correction coefficients for trench heaters REGULUS-system CANAL type FRACTAL ver. QUATTRO 150

 Room temperature
tztp581216202224
95900.470.490.530.560.600.630.65
850.490.510.550.590.630.660.69
800.510.540.570.620.670.700.77
750.530.560.600.650.710.740.77
700.560.590.640.690.750.790.82
90850.510.530.570.620.670.690.72
800.530.560.600.650.700.730.76
750.550.580.630.680.740.780.81
700.580.620.660.720.790.830.87
650.610.650.700.770.840.880.93
85800.550.580.630.680.740.770.81
750.580.610.660.720.780.820.86
700.610.640.700.760.830.870.92
650.640.680.740.810.890.930.99
600.680.720.790.860.961.011.07
80750.600.640.690.750.830.870.91
700.630.670.730.800.880.920.97
650.670.710.780.850.940.991.05
600.710.750.830.911.011.071.14
550.750.800.880.981.101.171.25
75700.670.710.770.840.930.981.04
650.700.750.820.901,001.061.12
600.740.790.870.971.081.141.22
550.790.850.931.041.171.251.33
500.840.911.011.131.291.381.48
70650.740.790.870.961.071.131.20
600.780.840.921.031.151.221.31
550.830.890.991.111.251.341.44
500.890.961.071.211.381.481.60
450.961.041.171.331.541.671.82
65600.830.890.981.101.241.321.41
550.880.951.061.191.351.451.56
500.941.021.141.301.491.611.74
60550.931.011.131.281.471.581.71
501,001.091.221.401.621.751.91
451.081.181.341.551.821.982.18
401.171.291.481.742.082.302.57
55501.071.161.321.521.781.942.12
451.151.261.451.682,002.202.43
401.251.391.611.902.302.552.87
351.381.541.812.182.723.093.56
50451.241.371.581.852.222.462.75
401.351.501.752.092.572.883.27
351.491.671.982.423.063.504.08
301.671.892.302.903.854.605.68
45401.471.641.942.342.923.313.80
351.621.832.202.713.504.064.80
301.822.082.553.274.445.376.76
40351.782.022.463.104.104.845.84
302,002.312.883.765.266.508.38

 

Correction coefficients for trench heaters REGULUS-system CANAL type FRACTAL ver.QUATTRO 200/270

 Room temperature
tztp581216202224
95900.460.480.510.550.590.620.64
850.480.500.540.580.620.650.69
800.500.520.560.610.660.690.72
750.520.550.590.640.700.730.76
700.550.580.630.680.740.780.82
90850.500.520.560.600.660.680.71
800.520.550.590.640.690.720.76
750.540.570.620.670.730.770.81
700.570.600.650.710.780.820.86
650.600.640.690.760.840.880.93
85800.540.570.620.670.730.760.80
750.570.600.650.710.770.810.85
700.600.630.690.750.830.870.91
650.630.670.730.800.880.930.99
600.670.710.780.860.951.011.07
80750.590.630.680.750.820.860.91
700.620.660.720.790.870.920.97
650.660.700.770.850.940.991.05
600.700.750.820.911.011.071.14
550.740.800.880.981.101.181.26
75700.660.700.760.840.930.981.04
650.690.740.810.901.001.061.12
600.730.790.870.961.081.151.22
550.780.840.931.041.181.261.35
500.840.901.011.141.301.401.51
70650.730.780.860.961.071.141.21
600.770.830.921.031.161.231.32
550.830.890.991.111.261.351.46
500.880.961.071.221.401.511.63
450.951.041.181.351.571.701.86
65600.820.880.981.101.251.341.43
550.870.951.061.201.371.471.58
450.941.021.151.311.511.641.78
60550.931.011.141.291.491.601.74
501.001.091.231.421.641.791.96
451.081.191.351.571.862.042.25
401.181.301.511.772.142.372.66
55501.071.171.341.541.821.982.18
451.161.281.471.722.052.262.51
401.261.401.641.942.372.642.98
351.401.571.852.252.823.223.73
50451.251.381.601.902.292.552.86
401.371.521.792.152.662.993.41
351.511.702.042.503.193.674.30
301.701.942.373.014.054.866.05
45401.491.671.982.413.043.464.00
351.651.872.262.823.664.275.08
301.862.142.643.414.705.727.25
40351.822.0792.553.244.325.136.24
302.052.382.993.955.606.969.07

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for trench heaters REGULUS-system CANAL type TRIOVENT

 Room temperature
tztp581216202224
95900.5550.5750.6060.6390.6760.6960.718
850.5720.5940.6260.6620.7020.7230.747
800.5900.6140.6480.6860.7290.7530.777
750.6100.6350.6710.7120.7590.7840.811
700.6300.6570.6960.7410.7910.8180.848
90850.5900.6140.6480.6860.7290.7530.777
800.6100.6350.6710.7120.7590.7840.811
750.6300.6570.6960.7410.7910.8180.848
700.6520.6810.7230.7710.8250.8550.888
650.6760.7070.7530.8040.8630.8960.931
85800.6300.6570.6960.7410.7910.8180.848
750.6520.6810.7230.7710.8250.8550.888
700.6760.7070.7530.8040.8630.8960.931
650.7020.7350.7840.8400.9050.940.979
600.7290.7650.8180.8790.9500.991.033
80750.6760.7070.7530.8040.8630.8960.931
700.7020.7350.7840.8400.9050.940.979
650.7290.7650.8180.8790.9500.991.033
600.7590.7970.8550.9221,0001.0441.092
550.7910.8330.8960.9691.0551.1041.158
75700.7290.7650.8180.8790.9500.991.033
650.7590.7970.8550.9221,0001.0441.092
600.7910.8330.8960.9691.0551.1041.158
550.8250.8710.9401.0221.1171.1721.232
500.8630.9130.9901.0791.1871.2481.317
70650.7910.8330.8960.9691.0551.1041.158
600.8250.8710.9401.0221.1171.1721.232
550.8630.9130.9901.0791.1871.2481.317
500.9050.9601.0441.1441.2651.3351.413
450.9501.0111.1041.2171.3541.4341.525
65600.8630.9130.9901.0791.1871.2481.317
550.9050.9601.0441.1441.2651.3351.413
500.9501.0111.1041.2171.3541.4341.525
60550.9501.0111.1041.2171.3541.4341.525
501,0001.0671.1721.2991.4561.5491.654
451.0551.1311.2481.3931.5741.6831.807
401.1171.2021.3351.5011.7121.8411.991
55501.0551.1311.2481.3931.5741.6831.807
451.1171.2021.3351.5011.7121.8411.991
401.1871.2821.4341.6271.8772.0322.215
351.2651.3731.5491.7752.0752.2652.493
50451.1871.2821.4341.6271.8772.0322.215
401.2651.3731.5491.7752.0752.2652.493
351.3541.4781.6831.9512.3182.5572.849
301.4561.6001.8412.1662.6242.9323.32
45401.3541.4781.6831.9512.3182.5572.849
351.4561.6001.8412.1662.2642.9323.32
301.5741.7432.0322.4323.0213.4323.97
40351.5741.7432.0322.4323.0213.4323.97
301.7211.9132.2652.7703.5534.1314.925
35301.8772.1192.5573.2144.3055.1736.462
252.0752.3742.9323.8215.4456.8889.324

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

Correction coefficients for trench heaters REGULUS-system CANAL type QUATTROVENT

 Room temperature
tztp581216202224
95900.5420.5630.5940.6280.6660.6870.709
850.5600.5820.6150.6510.6920.7140.738
800.5780.6020.6370.6760.7200.7440.770
750.5980.6240.6610.7030.7500.7770.804
700.6190.6460.6870.7320.7830.8120.842
90850.5780.6020.6370.6760.7200.7440.770
800.5980.6240.6610.7030.7500.7770.804
750.6190.6460.6870.7320.7830.8120.842
700.6420.6710.7140.7630.8190.8500.883
650.6660.6970.7440.7970.8580.8920.929
85800.6190.6460.6870.7320.7830.8120.842
750.6420.6710.7140.7630.8190.8500.883
700.6660.6970.7440.7970.8580.8920.929
650.6920.7260.7770.8340.9010.9380.979
600.7200.7570.8120.8750.9480.9891.034
80750.6660.6970.7440.7970.8580.8920.929
700.6920.7260.7770.8340.9010.9380.979
650.7200.7570.8120.8750.9480.9891.034
600.7500.7900.8500.9191.0001.0461.096
550.7830.8270.8920.9681.0581.1091.165
75700.7200.7570.8120.8750.9480.9891.034
650.7500.7900.8500.9191.0001.0461.096
600.7830.8270.8920.9681.0581.1091.165
550.8190.8660.9381.0221.1221.1791.242
500.8580.9100.9891.0831.1951.2591.331
70650.7830.8270.8920.9681.0581.1091.165
600.8190.8660.9381.0221.1221.1791.242
550.8580.9100.9891.0831.1951.2591.331
500.9010.9581.0461.1501.2761.3501.432
450.9481.0111.1091.2261.3701.4551.55
65600.8580.9100.9891.0831.1951.2591.331
550.9010.9581.0461.1501.2761.3501.432
500.9481.0111.1091.2261.3701.4551.550
60550.9481.0111.1091.2261.3701.4551.550
501.0001.0701.1791.3121.4771.5761.687
451.0581.1361.2591.4111.6021.7171.850
401.1221.2101.3501.5251.7491.8862.045
55501.0581.1361.2591.4111.6021.7171.850
451.1221.2101.3501.5251.7491.8862.045
401.1951.2941.4551.6581.9232.0892.284
351.2671.3901.5761.8152.1352.3392.583
50451.1951.2941.4551.6581.9232.0892.284
401.2761.3901.5761.8152.1352.3392.583
351.3701.5011.7172.0032.3952.6522.967
301.4771.6291.8862.2322.7253.0583.478
45401.3701.5011.7172.0032.3952.6522.967
351.4471.6291.8862.2322.7253.0583.478
301.6021.7812.0892.5183.1533.6014.189
40351.6021.7812.0892.5183.1533.6014.189
301.7491.9622.3392.8823.7334.3655.241
35301.9232.1822.6523.3634.5575.5146.948
252.1352.4553.0584.0255.8177.42510.171

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

REGULLUS

Correction coefficients for the wall radiator  “REGULLUS” 

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

SOLLARIUS

Correction coefficients for the wall radiator  “SOLLARIUS” 

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

DUBEL

Correction coefficients for the wall radiator  “DUBEL” 

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

E-VENT

Correction coefficients for the wall radiator with fan “E-VENT” 

 Room temperature
tztp581216202224
95900.5830.6030.6320.6630.6990.7180.738
850.5990.6200.6510.6850.7230.7430.765
800.6170.6390.6720.7080.7480.7700.794
750.6350.6590.6940.7330.7760.8060.825
700.6550.6810.7180.7590.8060.8320.859
90850.6170.6390.6720.7080.7480.7700.794
800.6350.6590.6940.7330.7760.8060.825
750.6550.6810.7180.7590.8060.8320.859
700.6760.7030.7430.7880.8390.8660.896
650.6990.7280.7700.8190.8740.9040.937
85800.6550.6810.7180.7590.8060.8320.859
750.6760.7030.7430.7880.8390.8660.896
700.6990.7280.7700.8190.8740.9040.937
650.7230.7540.8000.8520.9120.9450.981
600.7480.7820.8320.8890.9540.9901.030
80750.6990.7280.7700.8190.8740.9040.937
700.7230.7540.8000.8520.9120.9450.981
650.7480.7820.8320.8890.9540.9901.030
600.7760.8120.8660.9281.0001.0401.083
550.8060.8450.9040.9721.0501.0951.143
75700.7480.7820.8320.8890.9540.9901.030
650.7760.8120.8660.9281.0001.0401.083
600.8060.8450.9040.9721.0501.0951.143
550.8390.8810.9451.0191.1071.1561.211
500.8740.9200.9901.0721.1691.2251.286
70650.8060.8450.9040.9721.0501.0951.143
600.8390.8810.9451.0191.1071.1561.211
550.8740.9200.9901.0721.1691.2251.286
500.9120.9631.0401.1311.2401.3031.373
450.9541.0091.0951.1971.3201.3911.471
65600.8740.9200.9901.0721.1691.2251.286
550.9120.9631.0401.1311.2401.3031.373
500.9541.0091.0951.1971.3201.3911.471
60550.9541.0091.0951.1971.3201.3911.471
501.0001.0611.1561.2711.4101.4931.585
451.0501.1191.2251.3541.5151.6111.719
401.1071.1831.3031.4501.6361.7491.879
55501.0501.1191.2251.3541.5151.6111.719
451.1071.1831.3031.4501.6351.7491.879
401.1691.2551.3911.5611.7801.9142.071
351.2401.3371.4931.6911.9512.1152.308
50451.1691.2551.3911.5611.7801.9142.071
401.2401.3371.4931.6911.9512.1152.308
351.3201.4301.6111.8442.1602.3632.609
301.4101.5381.7492.0292.4202.6793.001
45401.3201.431.6111.8442.1602.3632.609
351.4101.5381.7492.0292.4202.6793.001
301.5151.6631.9142.2572.7523.0943.535
40351.5151.6631.9142.2572.7523.0943.535
301.6361.8112.1152.5423.1943.6664.307
35301.7801.9892.3632.9133.8084.5055.524
251.9512.2072.6793.4134.7225.8567.730

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

REVERS

Correction coefficients for the wall radiator with fan “REVERS” 

 Room temperature
tztp581216202224
95900.5830.6030.6320.6630.6990.7180.738
850.5990.6200.6510.6850.7230.7430.765
800.6170.6390.6720.7080.7480.7700.794
750.6350.6590.6940.7330.7760.8060.825
700.6550.6810.7180.7590.8060.8320.859
90850.6170.6390.6720.7080.7480.7700.794
800.6350.6590.6940.7330.7760.8060.825
750.6550.6810.7180.7590.8060.8320.859
700.6760.7030.7430.7880.8390.8660.896
650.6990.7280.7700.8190.8740.9040.937
85800.6550.6810.7180.7590.8060.8320.859
750.6760.7030.7430.7880.8390.8660.896
700.6990.7280.7700.8190.8740.9040.937
650.7230.7540.8000.8520.9120.9450.981
600.7480.7820.8320.8890.9540.9901.030
80750.6990.7280.7700.8190.8740.9040.937
700.7230.7540.8000.8520.9120.9450.981
650.7480.7820.8320.8890.9540.9901.030
600.7760.8120.8660.9281.0001.0401.083
550.8060.8450.9040.9721.0501.0951.143
75700.7480.7820.8320.8890.9540.9901.030
650.7760.8120.8660.9281.0001.0401.083
600.8060.8450.9040.9721.0501.0951.143
550.8390.8810.9451.0191.1071.1561.211
500.8740.9200.9901.0721.1691.2251.286
70650.8060.8450.9040.9721.0501.0951.143
600.8390.8810.9451.0191.1071.1561.211
550.8740.9200.9901.0721.1691.2251.286
500.9120.9631.0401.1311.2401.3031.373
450.9541.0091.0951.1971.3201.3911.471
65600.8740.9200.9901.0721.1691.2251.286
550.9120.9631.0401.1311.2401.3031.373
500.9541.0091.0951.1971.3201.3911.471
60550.9541.0091.0951.1971.3201.3911.471
501.0001.0611.1561.2711.4101.4931.585
451.0501.1191.2251.3541.5151.6111.719
401.1071.1831.3031.4501.6361.7491.879
55501.0501.1191.2251.3541.5151.6111.719
451.1071.1831.3031.4501.6351.7491.879
401.1691.2551.3911.5611.7801.9142.071
351.2401.3371.4931.6911.9512.1152.308
50451.1691.2551.3911.5611.7801.9142.071
401.2401.3371.4931.6911.9512.1152.308
351.3201.4301.6111.8442.1602.3632.609
301.4101.5381.7492.0292.4202.6793.001
45401.3201.431.6111.8442.1602.3632.609
351.4101.5381.7492.0292.4202.6793.001
301.5151.6631.9142.2572.7523.0943.535
40351.5151.6631.9142.2572.7523.0943.535
301.6361.8112.1152.5423.1943.6664.307
35301.7801.9892.3632.9133.8084.5055.524
251.9512.2072.6793.4134.7225.8567.730

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

DECOR

Correction coefficients for decorative radiator DECOR

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

TOWER

Correction coefficients for decorative radiator TOWER

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

TOWER VENT

Correction coefficients for decorative radiator with fan TOWER VENT

 Room temperature
tztp581216202224
95900.5830.6030.6320.6630.6990.7180.738
850.5990.6200.6510.6850.7230.7430.765
800.6170.6390.6720.7080.7480.7700.794
750.6350.6590.6940.7330.7760.8060.825
700.6550.6810.7180.7590.8060.8320.859
90850.6170.6390.6720.7080.7480.7700.794
800.6350.6590.6940.7330.7760.8060.825
750.6550.6810.7180.7590.8060.8320.859
700.6760.7030.7430.7880.8390.8660.896
650.6990.7280.7700.8190.8740.9040.937
85800.6550.6810.7180.7590.8060.8320.859
750.6760.7030.7430.7880.8390.8660.896
700.6990.7280.7700.8190.8740.9040.937
650.7230.7540.8000.8520.9120.9450.981
600.7480.7820.8320.8890.9540.9901.030
80750.6990.7280.7700.8190.8740.9040.937
700.7230.7540.8000.8520.9120.9450.981
650.7480.7820.8320.8890.9540.9901.030
600.7760.8120.8660.9281.0001.0401.083
550.8060.8450.9040.9721.0501.0951.143
75700.7480.7820.8320.8890.9540.9901.030
650.7760.8120.8660.9281.0001.0401.083
600.8060.8450.9040.9721.0501.0951.143
550.8390.8810.9451.0191.1071.1561.211
500.8740.9200.9901.0721.1691.2251.286
70650.8060.8450.9040.9721.0501.0951.143
600.8390.8810.9451.0191.1071.1561.211
550.8740.9200.9901.0721.1691.2251.286
500.9120.9631.0401.1311.2401.3031.373
450.9541.0091.0951.1971.3201.3911.471
65600.8740.9200.9901.0721.1691.2251.286
550.9120.9631.0401.1311.2401.3031.373
500.9541.0091.0951.1971.3201.3911.471
60550.9541.0091.0951.1971.3201.3911.471
501.0001.0611.1561.2711.4101.4931.585
451.0501.1191.2251.3541.5151.6111.719
401.1071.1831.3031.4501.6361.7491.879
55501.0501.1191.2251.3541.5151.6111.719
451.1071.1831.3031.4501.6351.7491.879
401.1691.2551.3911.5611.7801.9142.071
351.2401.3371.4931.6911.9512.1152.308
50451.1691.2551.3911.5611.7801.9142.071
401.2401.3371.4931.6911.9512.1152.308
351.3201.4301.6111.8442.1602.3632.609
301.4101.5381.7492.0292.4202.6793.001
45401.3201.431.6111.8442.1602.3632.609
351.4101.5381.7492.0292.4202.6793.001
301.5151.6631.9142.2572.7523.0943.535
40351.5151.6631.9142.2572.7523.0943.535
301.6361.8112.1152.5423.1943.6664.307
35301.7801.9892.3632.9133.8084.5055.524
251.9512.2072.6793.4134.7225.8567.730

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

VERTAGO

Correction coefficients for floor standing radiator VERTAGO

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

S-CORNER

Correction coefficients for floor standing radiator S-CORNER

 Room temperature
tztp581216202224
95900.5750.5950.6240.6560.6920.7110.731
850.5920.6130.6440.6780.7160.7370.758
800.6090.6320.6650.7010.7420.7640.788
750.6280.6520.6870.7260.7700.7940.819
700.6480.6740.7110.7530.8000.8260.854
90850.6100.6330.6650.7020.7430.7650.788
800.6290.6530.6880.7270.7710.7950.820
750.6490.6740.7120.7540.8010.8270.854
700.6700.6970.7370.7820.8340.8620.892
650.6920.7220.7650.8140.8690.90.933
85800.6490.6750.7120.7540.8020.8280.855
750.6710.6980.7380.7830.8340.8630.893
700.6930.7220.7660.8140.8700.9010.934
650.7170.7490.7950.8480.9090.9420.978
600.7430.7770.8280.8850.9510.9881.028
80750.6940.7230.7670.8150.8710.9020.935
700.7180.7500.7960.8490.9100.9430.980
650.7440.7780.8290.8860.9520.9891.029
600.7720.8090.8640.9260.9991.0401.084
550.8030.8420.9020.9701.0501.0961.145
75700.7450.7790.830.8870.9530.991.03
650.7730.8100.8650.9271.0001.0411.085
600.8040.8430.9030.9711.0521.0971.146
550.8360.8790.9441.0201.1091.1591.215
500.8720.9190.9901.0741.1731.2291.292
70650.8050.8440.9040.9731.0531.0981.148
600.8370.8810.9461.0211.1101.1611.216
550.8730.9200.9921.0751.1741.2311.294
500.9120.9641.0421.1351.2461.3101.382
450.9551.0111.0981.2021.3271.4011.483
65600.8740.9210.9931.0771.1761.2331.295
550.9130.9651.0441.1361.2481.3121.383
500.9561.0131.1001.2041.3291.4031.485
60550.9571.0141.1011.2051.3311.4051.487
501.0041.0671.1641.2811.4241.5091.604
451.0561.1261.2341.3671.5321.6301.742
401.1131.1911.3141.4651.6571.7721.906
55501.0581.1271.2361.3691.5341.6331.745
451.1151.1931.3161.4681.6591.7751.909
401.1791.2671.4071.5821.8071.9462.108
351.2521.3511.5111.7151.9842.1532.354
50451.1821.2691.4091.5851.8101.9492.112
401.2541.3531.5141.7181.9872.1572.358
351.3361.4491.6361.8772.2042.4142.670
301.4291.561.7782.0692.4732.7423.078
45401.3381.4521.6391.8812.2082.4192.675
351.4321.5631.7822.0732.4782.7483.084
301.5401.6931.9532.3082.8243.1813.642
40351.5431.6971.9572.3142.8313.1883.65
301.6691.8512.1662.6113.2923.7884.462
35301.8222.0412.4303.0063.9464.6815.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

SOLO

Correction coefficients for trench heaters REGULUS-system CANAL type SOLO

 Room temperature
tztp581216202224
95900.480.500.530.570.610.630.66
850.500.520.560.600.640.670.69
800.520.540.580.630.680.700.73
750.540.570.610.660.710.740.78
700.570.600.640.700.760.790.83
90850.520.540.580.620.670.700.73
800.540.570.610.650.710.740.77
750.560.590.640.690.750.780.82
700.590.620.670.730.790.830.87
650.620.660.710.770.850.890.93
85800.560.590.630.690.740.780.81
750.590.620.670.720.790.820.86
700.610.650.700.760.830.880.92
650.650.680.740.810.890.940.99
600.680.720.790.870.961.011.07
80750.610.650.700.760.830.870.91
700.640.680.740.800.880.930.97
650.680.720.780.850.940.991.05
600.710.760.830.911.011.071.13
550.760.810.890.981.101.171.24
75700.670.710.780.850.930.981.04
650.710.750.820.901,001.061.12
600.750.800.880.971.081.141.21
550.790.850.941.041.171.241.33
500.850.911.011.131.281.371.47
70650.740.790.870.961.071.131.20
600.790.840.931.031.151.221.30
550.830.900.991.111.251.331.43
500.890.961.071.211.371.471.59
450.961.041.171.331.531.651.80
65600.830.890.981.101.231.321.41
550.880.951.061.181.341.441.55
500.941.021.141.291.481.591.72
60550.931.011.131.271.461.561.69
501,001.091.221.391.601.741.89
451.081.171.331.531.801.962.15
401.171.281.471.722.052.262.52
55501.071.161.321.511.761.912.09
451.151.261.441.671.972.162.39
401.251.381.591.872.262.512.81
351.371.531.792.152.673.023.47
50451.231.361.561.832.192.422.70
401.341.491.742.062.522.823.19
351.481.661.962.382.993.423.97
301.651.872.262.833.754.465.48
45401.461.621.912.302.863.233.70
351.601.812.162.663.413.944.65
301.802.052.513.194.315.206.50
40351.762,002.423.033.994.695.64
301.972.272.823.665.096.268.03

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

DUO 100

Correction coefficients for trench heaters REGULUS-system CANAL type DUO 100

 Room temperature
tztp581216202224
9590 0,440,470,500.540.580.610.63
850.460.490.520.570.610.640.67
800.480.510.550.600.650.680.71
750.510.540.580.630.690.720.76
700.540.570.620.670.740.770.81
90850.480.510.550.590.650.670.71
800.510.530.580.630.680.710.75
750.530.560.610.660.730.760.80
700.560.590.650.710.780.810.86
650.590.630.690.750.830.880.93
85800.530.560.610.660.720.760.79
750.560.590.640.700.770.810.85
700.580.620.680.740.820.860.91
650.620.660.720.790.880.930.99
600.660.700.770.850.951.011.07
80750.580.620.670.740.810.860.90
700.610.650.710.790.870.920.97
650.650.690.760.840.940.991.05
600.690.740.810.911.011.081.15
550.740.790.880.981.111.181.27
75700.650.690.760.830.930.981.04
650.680.730.810.891,001.061.13
600.730.780.860.961.081.161.23
550.780.840.931.051.191.271.36
500.830.901.011.151.311.421.53
70650.720.770.860.951.071.141.22
600.770.830.921.031.171.251.34
550.820.890.991.121.281.371.48
500.880.961.081.231.421.531.66
450.951.041.181.361.591.741.91
65600.810.880.981.111.261.351.45
550.870.941.061.201.381.491.61
500.941.021.161.321.541.671.82
60550.931.011.141.301.511.641.78
501,001.091.251.441.681.832.01
451.081.191.371.601.902.092.32
401.191.321.531.812.202.452.76
55501.071.181.351.571.862.042.25
451.171.291.491.762.112.332.61
401.281.421.671.992.452.753.12
351.421.591.902.322.943.373.93
50451.261.401.641.952.372.642.98
401.381.551.832.222.763.133.58
351.541.742.092.593.333.864.56
301.731.992.453.144.285.176.49
45401.511.702.042.503.173.634.22
351.681.922.332.933.854.525.42
301.902.202.753.584.996.137.84
40351.862.142.643.394.585.476.70
302.112.463.134.175.997.519.89

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

QUATTRO

Correction coefficients for trench heaters REGULUS-system CANAL type QUATTRO 150

 Room temperature
tztp581216202224
95900.470.490.530.560.600.630.65
850.490.510.550.590.630.660.69
800.510.540.570.620.670.700.77
750.530.560.600.650.710.740.77
700.560.590.640.690.750.790.82
90850.510.530.570.620.670.690.72
800.530.560.600.650.700.730.76
750.550.580.630.680.740.780.81
700.580.620.660.720.790.830.87
650.610.650.700.770.840.880.93
85800.550.580.630.680.740.770.81
750.580.610.660.720.780.820.86
700.610.640.700.760.830.870.92
650.640.680.740.810.890.930.99
600.680.720.790.860.961.011.07
80750.600.640.690.750.830.870.91
700.630.670.730.800.880.920.97
650.670.710.780.850.940.991.05
600.710.750.830.911.011.071.14
550.750.800.880.981.101.171.25
75700.670.710.770.840.930.981.04
650.700.750.820.901,001.061.12
600.740.790.870.971.081.141.22
550.790.850.931.041.171.251.33
500.840.911.011.131.291.381.48
70650.740.790.870.961.071.131.20
600.780.840.921.031.151.221.31
550.830.890.991.111.251.341.44
500.890.961.071.211.381.481.60
450.961.041.171.331.541.671.82
65600.830.890.981.101.241.321.41
550.880.951.061.191.351.451.56
500.941.021.141.301.491.611.74
60550.931.011.131.281.471.581.71
501,001.091.221.401.621.751.91
451.081.181.341.551.821.982.18
401.171.291.481.742.082.302.57
55501.071.161.321.521.781.942.12
451.151.261.451.682,002.202.43
401.251.391.611.902.302.552.87
351.381.541.812.182.723.093.56
50451.241.371.581.852.222.462.75
401.351.501.752.092.572.883.27
351.491.671.982.423.063.504.08
301.671.892.302.903.854.605.68
45401.471.641.942.342.923.313.80
351.621.832.202.713.504.064.80
301.822.082.553.274.445.376.76
40351.782.022.463.104.104.845.84
302,002.312.883.765.266.508.38

 

Correction coefficients for trench heaters REGULUS-system CANAL type QUATTRO 200/270

 Room temperature
tztp581216202224
95900.460.480.510.550.590.620.64
850.480.500.540.580.620.650.69
800.500.520.560.610.660.690.72
750.520.550.590.640.700.730.76
700.550.580.630.680.740.780.82
90850.500.520.560.600.660.680.71
800.520.550.590.640.690.720.76
750.540.570.620.670.730.770.81
700.570.600.650.710.780.820.86
650.600.640.690.760.840.880.93
85800.540.570.620.670.730.760.80
750.570.600.650.710.770.810.85
700.600.630.690.750.830.870.91
650.630.670.730.800.880.930.99
600.670.710.780.860.951.011.07
80750.590.630.680.750.820.860.91
700.620.660.720.790.870.920.97
650.660.700.770.850.940.991.05
600.700.750.820.911.011.071.14
550.740.800.880.981.101.181.26
75700.660.700.760.840.930.981.04
650.690.740.810.901.001.061.12
600.730.790.870.961.081.151.22
550.780.840.931.041.181.261.35
500.840.901.011.141.301.401.51
70650.730.780.860.961.071.141.21
600.770.830.921.031.161.231.32
550.830.890.991.111.261.351.46
500.880.961.071.221.401.511.63
450.951.041.181.351.571.701.86
65600.820.880.981.101.251.341.43
550.870.951.061.201.371.471.58
450.941.021.151.311.511.641.78
60550.931.011.141.291.491.601.74
501.001.091.231.421.641.791.96
451.081.191.351.571.862.042.25
401.181.301.511.772.142.372.66
55501.071.171.341.541.821.982.18
451.161.281.471.722.052.262.51
401.261.401.641.942.372.642.98
351.401.571.852.252.823.223.73
50451.251.381.601.902.292.552.86
401.371.521.792.152.662.993.41
351.511.702.042.503.193.674.30
301.701.942.373.014.054.866.05
45401.491.671.982.413.043.464.00
351.651.872.262.823.664.275.08
301.862.142.643.414.705.727.25
40351.822.0792.553.244.325.136.24
302.052.382.993.955.606.969.07

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

FRACTAL

Correction coefficients for trench heaters REGULUS-system CANAL type FRACTAL ver. DUO 100

 Room temperature
tztp581216202224
9590 0,440,470,500.540.580.610.63
850.460.490.520.570.610.640.67
800.480.510.550.600.650.680.71
750.510.540.580.630.690.720.76
700.540.570.620.670.740.770.81
90850.480.510.550.590.650.670.71
800.510.530.580.630.680.710.75
750.530.560.610.660.730.760.80
700.560.590.650.710.780.810.86
650.590.630.690.750.830.880.93
85800.530.560.610.660.720.760.79
750.560.590.640.700.770.810.85
700.580.620.680.740.820.860.91
650.620.660.720.790.880.930.99
600.660.700.770.850.951.011.07
80750.580.620.670.740.810.860.90
700.610.650.710.790.870.920.97
650.650.690.760.840.940.991.05
600.690.740.810.911.011.081.15
550.740.790.880.981.111.181.27
75700.650.690.760.830.930.981.04
650.680.730.810.891,001.061.13
600.730.780.860.961.081.161.23
550.780.840.931.051.191.271.36
500.830.901.011.151.311.421.53
70650.720.770.860.951.071.141.22
600.770.830.921.031.171.251.34
550.820.890.991.121.281.371.48
500.880.961.081.231.421.531.66
450.951.041.181.361.591.741.91
65600.810.880.981.111.261.351.45
550.870.941.061.201.381.491.61
500.941.021.161.321.541.671.82
60550.931.011.141.301.511.641.78
501,001.091.251.441.681.832.01
451.081.191.371.601.902.092.32
401.191.321.531.812.202.452.76
55501.071.181.351.571.862.042.25
451.171.291.491.762.112.332.61
401.281.421.671.992.452.753.12
351.421.591.902.322.943.373.93
50451.261.401.641.952.372.642.98
401.381.551.832.222.763.133.58
351.541.742.092.593.333.864.56
301.731.992.453.144.285.176.49
45401.511.702.042.503.173.634.22
351.681.922.332.933.854.525.42
301.902.202.753.584.996.137.84
40351.862.142.643.394.585.476.70
302.112.463.134.175.997.519.89

 

Correction coefficients for trench heaters REGULUS-system CANAL type FRACTAL ver. QUATTRO 150

 Room temperature
tztp581216202224
95900.470.490.530.560.600.630.65
850.490.510.550.590.630.660.69
800.510.540.570.620.670.700.77
750.530.560.600.650.710.740.77
700.560.590.640.690.750.790.82
90850.510.530.570.620.670.690.72
800.530.560.600.650.700.730.76
750.550.580.630.680.740.780.81
700.580.620.660.720.790.830.87
650.610.650.700.770.840.880.93
85800.550.580.630.680.740.770.81
750.580.610.660.720.780.820.86
700.610.640.700.760.830.870.92
650.640.680.740.810.890.930.99
600.680.720.790.860.961.011.07
80750.600.640.690.750.830.870.91
700.630.670.730.800.880.920.97
650.670.710.780.850.940.991.05
600.710.750.830.911.011.071.14
550.750.800.880.981.101.171.25
75700.670.710.770.840.930.981.04
650.700.750.820.901,001.061.12
600.740.790.870.971.081.141.22
550.790.850.931.041.171.251.33
500.840.911.011.131.291.381.48
70650.740.790.870.961.071.131.20
600.780.840.921.031.151.221.31
550.830.890.991.111.251.341.44
500.890.961.071.211.381.481.60
450.961.041.171.331.541.671.82
65600.830.890.981.101.241.321.41
550.880.951.061.191.351.451.56
500.941.021.141.301.491.611.74
60550.931.011.131.281.471.581.71
501,001.091.221.401.621.751.91
451.081.181.341.551.821.982.18
401.171.291.481.742.082.302.57
55501.071.161.321.521.781.942.12
451.151.261.451.682,002.202.43
401.251.391.611.902.302.552.87
351.381.541.812.182.723.093.56
50451.241.371.581.852.222.462.75
401.351.501.752.092.572.883.27
351.491.671.982.423.063.504.08
301.671.892.302.903.854.605.68
45401.471.641.942.342.923.313.80
351.621.832.202.713.504.064.80
301.822.082.553.274.445.376.76
40351.782.022.463.104.104.845.84
302,002.312.883.765.266.508.38

 

Correction coefficients for trench heaters REGULUS-system CANAL type FRACTAL ver.QUATTRO 200/270

 Room temperature
tztp581216202224
95900.460.480.510.550.590.620.64
850.480.500.540.580.620.650.69
800.500.520.560.610.660.690.72
750.520.550.590.640.700.730.76
700.550.580.630.680.740.780.82
90850.500.520.560.600.660.680.71
800.520.550.590.640.690.720.76
750.540.570.620.670.730.770.81
700.570.600.650.710.780.820.86
650.600.640.690.760.840.880.93
85800.540.570.620.670.730.760.80
750.570.600.650.710.770.810.85
700.600.630.690.750.830.870.91
650.630.670.730.800.880.930.99
600.670.710.780.860.951.011.07
80750.590.630.680.750.820.860.91
700.620.660.720.790.870.920.97
650.660.700.770.850.940.991.05
600.700.750.820.911.011.071.14
550.740.800.880.981.101.181.26
75700.660.700.760.840.930.981.04
650.690.740.810.901.001.061.12
600.730.790.870.961.081.151.22
550.780.840.931.041.181.261.35
500.840.901.011.141.301.401.51
70650.730.780.860.961.071.141.21
600.770.830.921.031.161.231.32
550.830.890.991.111.261.351.46
500.880.961.071.221.401.511.63
450.951.041.181.351.571.701.86
65600.820.880.981.101.251.341.43
550.870.951.061.201.371.471.58
450.941.021.151.311.511.641.78
60550.931.011.141.291.491.601.74
501.001.091.231.421.641.791.96
451.081.191.351.571.862.042.25
401.181.301.511.772.142.372.66
55501.071.171.341.541.821.982.18
451.161.281.471.722.052.262.51
401.261.401.641.942.372.642.98
351.401.571.852.252.823.223.73
50451.251.381.601.902.292.552.86
401.371.521.792.152.662.993.41
351.511.702.042.503.193.674.30
301.701.942.373.014.054.866.05
45401.491.671.982.413.043.464.00
351.651.872.262.823.664.275.08
301.862.142.643.414.705.727.25
40351.822.0792.553.244.325.136.24
302.052.382.993.955.606.969.07

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

TRIOVENT

Correction coefficients for trench heaters REGULUS-system CANAL type TRIOVENT

 Room temperature
tztp581216202224
95900.5550.5750.6060.6390.6760.6960.718
850.5720.5940.6260.6620.7020.7230.747
800.5900.6140.6480.6860.7290.7530.777
750.6100.6350.6710.7120.7590.7840.811
700.6300.6570.6960.7410.7910.8180.848
90850.5900.6140.6480.6860.7290.7530.777
800.6100.6350.6710.7120.7590.7840.811
750.6300.6570.6960.7410.7910.8180.848
700.6520.6810.7230.7710.8250.8550.888
650.6760.7070.7530.8040.8630.8960.931
85800.6300.6570.6960.7410.7910.8180.848
750.6520.6810.7230.7710.8250.8550.888
700.6760.7070.7530.8040.8630.8960.931
650.7020.7350.7840.8400.9050.940.979
600.7290.7650.8180.8790.9500.991.033
80750.6760.7070.7530.8040.8630.8960.931
700.7020.7350.7840.8400.9050.940.979
650.7290.7650.8180.8790.9500.991.033
600.7590.7970.8550.9221,0001.0441.092
550.7910.8330.8960.9691.0551.1041.158
75700.7290.7650.8180.8790.9500.991.033
650.7590.7970.8550.9221,0001.0441.092
600.7910.8330.8960.9691.0551.1041.158
550.8250.8710.9401.0221.1171.1721.232
500.8630.9130.9901.0791.1871.2481.317
70650.7910.8330.8960.9691.0551.1041.158
600.8250.8710.9401.0221.1171.1721.232
550.8630.9130.9901.0791.1871.2481.317
500.9050.9601.0441.1441.2651.3351.413
450.9501.0111.1041.2171.3541.4341.525
65600.8630.9130.9901.0791.1871.2481.317
550.9050.9601.0441.1441.2651.3351.413
500.9501.0111.1041.2171.3541.4341.525
60550.9501.0111.1041.2171.3541.4341.525
501,0001.0671.1721.2991.4561.5491.654
451.0551.1311.2481.3931.5741.6831.807
401.1171.2021.3351.5011.7121.8411.991
55501.0551.1311.2481.3931.5741.6831.807
451.1171.2021.3351.5011.7121.8411.991
401.1871.2821.4341.6271.8772.0322.215
351.2651.3731.5491.7752.0752.2652.493
50451.1871.2821.4341.6271.8772.0322.215
401.2651.3731.5491.7752.0752.2652.493
351.3541.4781.6831.9512.3182.5572.849
301.4561.6001.8412.1662.6242.9323.32
45401.3541.4781.6831.9512.3182.5572.849
351.4561.6001.8412.1662.2642.9323.32
301.5741.7432.0322.4323.0213.4323.97
40351.5741.7432.0322.4323.0213.4323.97
301.7211.9132.2652.7703.5534.1314.925
35301.8772.1192.5573.2144.3055.1736.462
252.0752.3742.9323.8215.4456.8889.324

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

QUATTROVENT

Correction coefficients for trench heaters REGULUS-system CANAL type QUATTROVENT

 Room temperature
tztp581216202224
95900.5420.5630.5940.6280.6660.6870.709
850.5600.5820.6150.6510.6920.7140.738
800.5780.6020.6370.6760.7200.7440.770
750.5980.6240.6610.7030.7500.7770.804
700.6190.6460.6870.7320.7830.8120.842
90850.5780.6020.6370.6760.7200.7440.770
800.5980.6240.6610.7030.7500.7770.804
750.6190.6460.6870.7320.7830.8120.842
700.6420.6710.7140.7630.8190.8500.883
650.6660.6970.7440.7970.8580.8920.929
85800.6190.6460.6870.7320.7830.8120.842
750.6420.6710.7140.7630.8190.8500.883
700.6660.6970.7440.7970.8580.8920.929
650.6920.7260.7770.8340.9010.9380.979
600.7200.7570.8120.8750.9480.9891.034
80750.6660.6970.7440.7970.8580.8920.929
700.6920.7260.7770.8340.9010.9380.979
650.7200.7570.8120.8750.9480.9891.034
600.7500.7900.8500.9191.0001.0461.096
550.7830.8270.8920.9681.0581.1091.165
75700.7200.7570.8120.8750.9480.9891.034
650.7500.7900.8500.9191.0001.0461.096
600.7830.8270.8920.9681.0581.1091.165
550.8190.8660.9381.0221.1221.1791.242
500.8580.9100.9891.0831.1951.2591.331
70650.7830.8270.8920.9681.0581.1091.165
600.8190.8660.9381.0221.1221.1791.242
550.8580.9100.9891.0831.1951.2591.331
500.9010.9581.0461.1501.2761.3501.432
450.9481.0111.1091.2261.3701.4551.55
65600.8580.9100.9891.0831.1951.2591.331
550.9010.9581.0461.1501.2761.3501.432
500.9481.0111.1091.2261.3701.4551.550
60550.9481.0111.1091.2261.3701.4551.550
501.0001.0701.1791.3121.4771.5761.687
451.0581.1361.2591.4111.6021.7171.850
401.1221.2101.3501.5251.7491.8862.045
55501.0581.1361.2591.4111.6021.7171.850
451.1221.2101.3501.5251.7491.8862.045
401.1951.2941.4551.6581.9232.0892.284
351.2671.3901.5761.8152.1352.3392.583
50451.1951.2941.4551.6581.9232.0892.284
401.2761.3901.5761.8152.1352.3392.583
351.3701.5011.7172.0032.3952.6522.967
301.4771.6291.8862.2322.7253.0583.478
45401.3701.5011.7172.0032.3952.6522.967
351.4471.6291.8862.2322.7253.0583.478
301.6021.7812.0892.5183.1533.6014.189
40351.6021.7812.0892.5183.1533.6014.189
301.7491.9622.3392.8823.7334.3655.241
35301.9232.1822.6523.3634.5575.5146.948
252.1352.4553.0584.0255.8177.42510.171

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W