Inovance MD380 Series

Selection and Dimensions MD380 User Manual
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Table 8-16 provides data for reference. You can select different resistance and power based
on actual needs. However, the resistance must not be lower than the recommended value.
The power may be higher than the recommended value.
The braking resistor model is dependent on the generation power of the motor in the actual
system and is also related to the system inertia, deceleration time and potential energy
load. For systems with high inertia, and/or rapid deceleration times, or frequent braking
sequences, the braking resistor with higher power and lower resistance value should be
selected.
Table 8-16 Recommended values of braking resistor
Model
Recommended
Power
Recommended
Resistance
%UDNLQJ8QLW Remark
Single-phase 220 V
MD380S0.4GB : ¡
Built-in
(standard)
No special descriptionMD380S0.7GB : ¡
MD380S1.5GB : ¡
MD380S2.2GB : ¡
Three-phase 220 V
MD380-2T0.4GB : ¡
Built-in
(standard)
No special description
MD380-
2T0.75GB
: ¡
MD380-2T1.1GB : ¡
MD380-2T2.2GB : ¡
MD380-2T3.7GB : ¡
MD380-2T5.5GB : ¡
MD380-2T7.5GB : ¡
MD380-2T11G : ¡
Built-in
(optional)
Add "B" to the AC drive
model.
MD380-2T15G : ¡
MD380-2T18.5G N: 6.7 ¡ External 0'%812T
MD380-2T22G N: 6.7 ¡ External 0'%812T
MD380-2T30G N: 5 ¡ External 0'%817
MD380-2T37G N: 3.3 ¡ External 0'%817
MD380-2T45G N:[ 5¡ x 2 External 0'%817[
MD380-2T55G N:[ 5¡ x 2 External 0'%817[
MD380-2T75G N: 3.3¡
x 2 External 0'%812T x 2
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