Technical Specifications:
Frame Size: 75 (Very Large)
Rated Torque: Exceeding 30 Nm, up to 100+ Nm depending on length
Rated Power: High kW class
Voltage: 400V / 480V AC
Inertia: High rotor inertia for stability in high-mass applications
Feedback: High-resolution absolute encoders standard
Frame Size: 75 (Very Large)
Rated Torque: Exceeding 30 Nm, up to 100+ Nm depending on length
Rated Power: High kW class
Voltage: 400V / 480V AC
Inertia: High rotor inertia for stability in high-mass applications
Feedback: High-resolution absolute encoders standard
Functional Features:
Maximum power density in the B&R lineup.
Designed for direct-drive applications in some configurations (eliminating gearboxes).
Exceptional thermal stability.
High resistance to shock and vibration.
Precise control even at very low speeds (crawling speed).
Maximum power density in the B&R lineup.
Designed for direct-drive applications in some configurations (eliminating gearboxes).
Exceptional thermal stability.
High resistance to shock and vibration.
Precise control even at very low speeds (crawling speed).
Application Scenarios:
Heavy metal forming machinery.
Large scale material handling (steel mills).
Marine deck machinery.
Test benches and dynamometers.
Large extruders.
Heavy metal forming machinery.
Large scale material handling (steel mills).
Marine deck machinery.
Test benches and dynamometers.
Large extruders.
Performance Parameters:
Torque linearity: Excellent across entire speed range.
Dynamic response: Tuned for high-mass loads.
Reliability: Designed for 24/7 continuous operation in harsh conditions.
Torque linearity: Excellent across entire speed range.
Dynamic response: Tuned for high-mass loads.
Reliability: Designed for 24/7 continuous operation in harsh conditions.
Structural Characteristics:
Massive cast iron or heavy aluminum frame.
Industrial grade connectors (e.g., Harting).
Heavy-duty shaft extensions.
Optional water cooling jackets for extreme duty cycles.
Massive cast iron or heavy aluminum frame.
Industrial grade connectors (e.g., Harting).
Heavy-duty shaft extensions.
Optional water cooling jackets for extreme duty cycles.
Working Principle:
Similar to smaller PMSMs but scaled up. Magnetic flux paths are optimized to prevent saturation at high currents. Thermal mass is significant, allowing it to absorb heat spikes. Control algorithms must account for higher mechanical time constants.
Similar to smaller PMSMs but scaled up. Magnetic flux paths are optimized to prevent saturation at high currents. Thermal mass is significant, allowing it to absorb heat spikes. Control algorithms must account for higher mechanical time constants.
Installation Requirements:
Professional rigging required.
Precision alignment is critical to prevent catastrophic failure.
Cable management must support heavy, stiff cables.
Ensure adequate electrical supply capacity (high inrush current).
Professional rigging required.
Precision alignment is critical to prevent catastrophic failure.
Cable management must support heavy, stiff cables.
Ensure adequate electrical supply capacity (high inrush current).
Usage Notes:
Monitor vibration levels regularly.
Ensure cooling system (air or liquid) is maintained strictly.
Keep area around motor clean to prevent overheating.
Consult factory for any rewinding or major repair needs.
Monitor vibration levels regularly.
Ensure cooling system (air or liquid) is maintained strictly.
Keep area around motor clean to prevent overheating.
Consult factory for any rewinding or major repair needs.
There are no reviews yet.