Delta VP3000 Series - 2-3 Airflow and Power Dissipation

Chapter 2 Mechanical Installation｜VP3000
10
2-3 Airflow and Power Dissipation
Airflow Rate for Cooling
Power Dissipation for AC Motor Drive
Model
Flow Rate
(cfm)
Flow Rate
(m
3
/hr)
Power Dissipation (watt)
Loss External
(Heat sink)
Internal
Total
VFD3A0VP43ANTAA/-BFTAA
7.51
12.76
38
14
52
VFD4A2VP43ANTAA/-BFTAA
7.51
12.76
55
18
73
VFD5A6VP43ANTAA/-BFTAA
7.51
12.76
72
24
96
VFD7A2VP43ANTAA/-BFTAA
7.51
12.76
97
28
125
VFD011VP43ANTAA/-BFTAA
7.51
12.76
144
46
190
VFD013VP43ANTAA/-BFTAA
19.61
33.32
178
49
227
VFD018VP43ANTAA/-BFTAA
19.61
33.32
256
56
312
VFD025VP43ANTAA/-BFTAA
56.46
95.92
361
60
421
VFD032VP43ANTAA/-BFTAA
56.46
95.92
449
67
516
VFD038VP43ANTAA/-BFTAA
56.46
95.92
546
70
616
VFD045VP43ANTCA/-BFTCA/-BSTCA
95.56
162.36
458
120
578
VFD062VP43ANTCA/-BFTCA/-BSTCA
95.56
162.36
698
133
831
VFD073VP43ANTCA/-BFTCA/-BSTCA
93.23
158.4
786
137
923
VFD090VP43ANTCA/-BFTCA/-BSTCA
93.23
158.4
964
13
1101
VFD110VP43AFTCA/-BFTCA/-BSTCA
112.3
190.9
1287.9
157.9
1445.8
VFD150VP43AFTCA/-BFTCA/-BSTCA
150.6
255.8
1533.6
160.8
1694.4
VFD180VP43AFTCA/-BFTCA/-BSTCA
280.4
476.4
1876.1
203.2
2079.3
VFD220VP43AFTCA/-BFTCA/-BSTCA
280.4
476.4
2232.6
233.4
2466.0
VFD260VP43AFTCA/-BFTCA/-BSTCA
290.9
494.2
2422.9
248.6
2671.5
VFD310VP43AFTCA/-BFTCA/-BSTCA
290.9
494.2
2840.8
284.2
3125.1
VFD370VP43AFTCA/-BFTCA/-BSTCA
666.7
1132.7
3466.3
374.4
3840.7
VFD395VP43AFTCA/-BFTCA/-BSTCA
666.7
1132.7
3730.8
392.7
4123.5
VFD460VP43AFTCA/-BFTCA/-BSTCA
699.8
1189.0
1532.4
457.7
1990.2
VFD485VP43AFTCA/-BFTCA/-BSTCA
699.8
1189.0
4565.9
481.7
5047.6
VFD530VP43SHTCA
1105.3
1877.8
4722.5
946.4
5668.9
VFD616VP43SHTCA
1105.3
1877.8
5380.2
1016.7
6396.8
VFD683VP43SHTCA
1105.3
1877.8
5592.3
1134.0
6726.3
VFD770VP43SHTCA
1105.3
1877.8
6411.7
1249.4
7661.1
VFD866VP43SHTCA
1015.4
1725.1
8279.9
1268.5
9548.4
VFD930VP43SHTCA
1015.4
1725.1
9037.7
1363.2
10401.0
VFD1K1VP43SHTCA
1015.4
1725.1
10117.5
1647.8
11765.3
VFD1K2VP43SHTCA
1015.4
1725.1
11384.9
1861.3
13246.2
⚫ The required airflow shown in the table is for installing single drive
in a confined space.
⚫ When installing multiple drives, the required air volume should be
the required air volume for single drive × the number of the drives.
⚫ The heat dissipation shown in the
table is for installing single drive in a
confined space.
⚫ When installing multiple drives,
volume of heat dissipation should be
the heat dissipated for single drive ×
the number of the drives.
⚫ Heat dissipation for each model is
calculated by rated voltage, current
and default carrier.
Table 2-3