MAC041C-0-LS-3-E/050-B-0
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The MAC041C-0-LS-3-E/050-B-0 is a controller module with 14.5 W power consumption and electrically isolated interfaces. Manufactured by Bosch Rexroth Indramat, this product belongs to the MAC Permanent Magnet Motor series and features a power supply range of 100-240 VAC. It also includes network capability.
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Product Description:
The Bosch Rexroth Indramat MAC041C-0-LS-3-E/050-B-0 is a very advanced permanent magnet motor controller module. This apparatus is designed for accuracy and efficiency in industrial automation and is a member of the MAC Permanent Magnet Motor series. Broad interoperability with a variety of power supplies is one of its noteworthy advantages. From 100 to 240 VAC, the MAC041C-0-LS-3-E/050-B-0 may function at any voltage. Given the potential for voltage variations in industrial environments, this flexibility is essential for maintaining the module's stability and functionality even in the face of fluctuating power circumstances. This large voltage range is evidence of the internal power conditioning circuitry's sturdy architecture, which can provide a steady and controlled output to the motor control circuits while managing a vast variety of input voltages.
The MAC041C-0-LS-3-E/050-B-0 is a great energy-efficient device, using just 14.5 watts of electricity. Operating expenses and energy loss are decreased by this low power consumption. Sophisticated power electronics and control algorithms that maximize performance and minimize losses while optimizing the power supply to the motor are used to accomplish this efficiency. When it comes to current automation systems, a network connection is crucial, and the MAC041C-0-LS-3-E/050-B-0 delivers. Its smooth integration into intricate automation networks is made possible by its two CAN (Controller Area Network) ports. A popular communication protocol in industrial environments, CAN is strong and dependable and enables real-time data transmission between the module and other networked devices. This makes it easier to synchronize the monitoring and control of many motors and other automation parts.
Because safety is crucial in industrial settings, the MAC041C-0-LS-3-E/050-B-0 has interfaces that are electrically separated. This isolation function protects delicate components and improves overall safety by preventing electrical disturbances from spreading throughout the system. In addition, electrical isolation reduces the possibility of ground loops and other electrical interference that might cause device damage or interfere with operation. Control cabinets and other industrial enclosures may be mounted securely and steadily thanks to the "screw-in module" design. Even in challenging industrial settings, dependable functioning is ensured by the mechanical durability and vibration resistance of this mounting style. For the TB712 terminal block to be installed and to make connecting external wire simple, users will need to acquire it separately. Wake Industrial provides a one-year warranty on this outstanding product.
Frequently Asked Questions about MAC041C-0-LS-3-E/050-B-0:
Q: What is the MAC041C-0-LS-3-E/050-B-0?
A: The MAC041C-0-LS-3-E/050-B-0 is a controller module designed for use with Bosch Rexroth Indramat's MAC Permanent Magnet Motor series. It is built for industrial automation and features advanced functionality to ensure reliable performance.
Q: What is the power supply requirement?
A: This module operates on a power supply range of 100-240 VAC, which makes it suitable for various industrial applications requiring flexible voltage input.
Q: What is its power consumption?
A: The MAC041C-0-LS-3-E/050-B-0 has a power consumption of 14.5 W, making it energy-efficient for its intended applications.
Q: Does it offer network capabilities?
A: Yes, the module includes two integrated CAN interfaces for seamless network connectivity, ensuring smooth communication and control in automated systems.
Q: What safety features does it have?
A: The device features electrically isolated interfaces, reducing the risk of electrical interference and enhancing safety during operation.