Megmeet MV300 Series - Braking Components for MV300 Drive; External Braking Unit Model Definition; External Brake Module Configuration Guide; Built-in Brake Unit Drive Resistor Configuration

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Appendix 2 Braking Components
1. Definition of external braking unit model
Attached Fig. 2-1 Definition of brake unit model
Note: ED10% in the above figure means the brake utilization rate is 10%.
2. External brake module configuration (configuration for working conditions of 10% braking utilization rate
and 760V braking action voltage)
Attached Table 2-1 External brake module configuration
Motor rated
power (kW)
Brake unit model and
parallel number
Brake resistor
configuration
Braking torque (%)
90 DBU-4045C*2 9600W/13.6Ω*2
120
110 DBU-4030D*3 6000W/20Ω*3
100
132 DBU-4045C*3 9600W/13.6Ω*3
130
160 DBU-4220B*1 40kW /3.4Ω*1
140
200 DBU-4220B*1 60KW /3.2Ω*1
120
220 DBU-4220B*1 60KW /3.2Ω*1
110
280 DBU-4300*1 60KW/2Ω*1
110
Note: The above configuration suggestions are suitable for most applications. For specific applications or
other braking working conditions, please consult our company.
3. Brake resistor configuration of the built-in brake unit drive (The application working condition is 10% braking
utilization rate)
Attached Table 2-2 Brake resistor accessory
Motor rated power
(kW)
Braking resistor model Braking torque (%)
0.75 70W/750Ω 120
1.5 260W/400Ω 120
2.2 260W/250Ω 140
3.7 390W/150Ω 180