Inovance MD880 Series - Selection of the AC Output Reactor

6 Options
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6.7 Selection of the AC Output Reactor
Whether to install an AC output reactor on the output side is dependent on actual
situations. The cable connecting the AC drive and motor cannot be too long. Otherwise,
capacitance enlarges and thus high-harmonics current may be easily generated.
To avoid these problems, install an AC output reactor close to the AC drive if the cable
length is greater than or equal to the values listed in the following table.
Table 6-21 Cable length limit with the output reactor con󶍾gured (three phase 380–480 V)
AC Drive Power (kW) Rated Voltage (V)
Minimum Cable Length with Output
Reactor Con󶍾gured (m)
0.4–4 200–500 50
5.5 200–500 70
7.5 200–500 100
11 200–500 110
15 200–500 125
18.5 200–500 135
22 200–500 150
≥ 30 280–690 150
Table 6-22 Cable length limit with the output reactor con󶍾gured (three phase 200–240 V)
AC Drive Power (kW) Rated Voltage (V)
Minimum Cable Length with Output
Reactor Con󶍾gured (m)
0.4–3 200–500 50
3.7 200–500 70
5.5 200–500 110
7.5 200–500 125
≥ 11 200–500 150
1) The recommended AC output reactor models are listed in the following table.
Table 6-23 Recommended models of the AC output reactor (three phase 380–480 V)
AC Drive Model AC Output Reactor Model (Inovance)
MD880-01S-0012-4-B MD-OCL-10-0.7-4T-1%
MD880-01S-0017-4-B MD-OCL-15-0.47-4T-1%
MD880-01S-0024-4-B MD-OCL-20-0.35-4T-1%
MD880-01S-0033-4-B MD-OCL-30-0.23-4T-1%
MD880-01S-0038-4-B MD-OCL-40-0.18-4T-1%
MD880-01S-0048-4-B MD-OCL-50-0.14-4T-1%
MD880-01S-0060-4-B MD-OCL-60-0.12-4T-1%
MD880-01S-0078-4-B MD-OCL-80-0.087-4T-1%