R911314007 (MHD093C-024-PG0-BN)
MHD Synchronous Motors
Technical Specifications
Product Type
Synchronous Motors
Output Shaft
Plain
Continuous Power
2.7 – 9.5 kW
Cooling Mode
Natural/Liquid
Operating Speed
2000 rpm
Continuous Torque at Standstill
23 – 43.7 Nm
Rated Power Consumption
4.9 – 16.6 A
Rated Voltage
320 – 355 VAC
Continuous Current
14.1 – 17.8 A (60/100-K temperature increase)
Rated Standstill Current
26.8 A (with blower unit)
Operating Temperature Range
0 to +40 degree Celsius
Cooling options
Natural and Liquid
Coolant Flow Rate
1.4 l/min
Maximum Absorbed Heat
1000 W
Coolant Temperature
+10 to +40 degree Celsius
Mounting Design
B05 Flange
Maximum Mounting Altitude
1000 m/sea level
Frequently Asked Questions
What cooling system does the MHD093C-024-PG0-BN use?
The MHD093C-024-PG0-BN employs liquid cooling for its housing.
Does the MHD093C-024-PG0-BN have a brake mechanism?
No, the MHD093C-024-PG0-BN is not equipped with a holding brake.
What is the shaft type of MHD093C-024-PG0-BN?
The MHD093C-024-PG0-BN uses a plain shaft configuration.
On which side is the power connector of MHD093C-024-PG0-BN?
The power connector of MHD093C-024-PG0-BN is mounted on side B.
Which winding code is used in MHD093C-024-PG0-BN?
The MHD093C-024-PG0-BN comes with winding code 024.
Common Misspellings
MHD093C024PG0BN
MHD093C 024 PG0 BN
mhd093c-024-pg0-bn
MHD93C-024-PG0-BN
Internal Product Review
The MHD093C-024-PG0-BN delivers consistent output over extended durations. Its structure allows smooth integration into different workflows. It functions dependably under demanding tasks. Many users rely on its stable behavior. The design supports regular operation without interruptions. It remains suitable for environments requiring steady, long-term performance.
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