MAC041C-0-TS-4-E/050-A-0/WI670LV
MAC AC Servo Motors
The Bosch Rexroth Indramat MAC041C-0-TS-4-E/050-A-0/WI670LV is a high-performance controller module from the MAC AC Servo Motors series, engineered by Bosch Rexroth Indramat for demanding industrial automation tasks. Equipped with an input voltage range of 100-240 VAC and nominal power consumption of 14.5 W, this module delivers precise control over servo motors while maintaining energy efficiency. Its electrically isolated power stage ensures safe operation in noisy or high-voltage environments, and the integrated network capability supports flexible system architectures for modern machine designs.
Incorporating dual 2 CAN interfaces, the MAC041C-0-TS-4-E/050-A-0/WI670LV offers robust communication channels for real-time data exchange and synchronization across multiple axes. The screw-in module mounting system (TB712 terminal block ordered separately) simplifies installation and replacement in tightly packed control cabinets. Unique to this model is its combination of compact dimensions and extensive interface support, enabling direct integration with both incremental and absolute encoder feedback schemes. The device maintains optimal performance at standard ambient temperatures without additional cooling, relying on natural convection to manage internal heat dissipation.
Beyond its core control functions, the module boasts comprehensive compatibility with industry-standard CANopen and CAN-bus networks, guaranteeing seamless interaction with existing PLCs and fieldbus systems. The electrically isolated design enhances durability by protecting sensitive logic circuits from voltage spikes and ground loops. With a low power draw of just 14.5 W, the controller contributes to reduced operating costs and lower heat generation within the control panel. In industrial applications, this translates to improved system uptime, lower maintenance requirements, and consistent, precise motion control that boosts productivity and reliability across automated production lines.
Technical Specifications
0.25
Mechanical Power
1.90 × 10⁻⁴ kg·m²
Speed at 90% Load
4.1 Nm
ED Duty Cycle
5020 min⁻¹
Short-Term Torque
Can Interfaces
2
Input Voltage Range
100-240 VAC
Interfaces
2 CAN interfaces
Isolation
Electrically isolated
Mounting
Screw-in module, order TB712 terminal block separately
Network Capability
Yes
Power Consumption
14.5 W
Power Supply
100-240 VAC
Type
Controller Module
Frequently Asked Questions
What design features support sustained high-speed operation without thermal drift?
An efficient thermal architecture disperses heat evenly across the housing. This allows reliable performance at its 7500 rpm peak speed.
How does the torque constant influence motor responsiveness in fast-axis positioning?
The 0.33 Nm/A torque constant ensures linear torque generation with each ampere of input current. It enhances controllability during dynamic load transitions.
Which control systems integrate seamlessly with this servo motor for closed-loop precision?
It is fully compatible with TDM, KDS, and DKC controllers. These systems enable synchronized motion coordination in multi-axis automation setups.
Why is this servo motor preferred for compact, high-speed motion platforms?
Its lightweight construction and rotor balance support minimal vibration. This makes it ideal for precision robotics and CNC spindle positioning.
How does the MAC041C-0-TS-4-E/050-A-0/WI670LV servo motor achieve precise speed control in high-dynamic applications?
Its 0.75 V/1000 min⁻¹ tacho constant provides stable velocity feedback. This ensures smooth acceleration and accurate real-time motion regulation.
Internal Product Review
The MAC041C-0-TS-4-E/050-A-0/WI670LV is a compact servo motor boasting a maximum speed of 7500 rpm. It features a 0.75 V/1000 min⁻¹ tacho constant, 0.33 Nm/A torque constant, and efficient thermal design. This Rexroth Indramat motor is fully compatible with TDM, KDS, and DKC drive controllers.
Shipping & Payment Options
Warranty
Repair
We offer a repair service for the MAC041C-0-TS-4-E/050-A-0/WI670LV.
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