CLC-R01.1-M1-NN-FW

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The Bosch Rexroth Indramat CLC-R01.1-M1-NN-FW, part of the CLC Motion Controllers series, is a robust Servo Drive Controller designed for precision. It features an EtherCAT communication interface, operates within 0 to +45°C, and supports incremental encoders and resolvers. With a protection class of IP20, it handles peak currents up to 15 A.

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Product Description:

The CLC-R01.1-M1-NN-FW is a rack mounted motion controller drive designed by Indramat Rexroth. It provides multi-axes coordinated motion control in industrial systems. The controller has spatial interpolation and electronic camming capability. It allows the synchronization of axis to accomplish accurate motion sequencing.

The CLC-R01.1-M1-NN-FW drive is designed to be fed with 24V DC power supply and it possess a SERCOS communicate interface to link with drives in real time. The unit has got RS232, RS485 serial ports as well as CAN fieldbus communication interface. Such interfaces support flexibility in the connectivity of the distributed systems and it can be easily included in the existing automation networks. The CLC-R drive operates in a temperature ranging up to 131°F at elevated sites less than 4921 ft and 20% to 95% relative humidity with no condensation nearby. The controller drive has indicator lights on its front panel to display real time errors and state information. It allows closed-loop control and possess an EPROM module for storing firmware and supports 10 A at the output terminals. The controller can be programmed through the USB port with standard programming tools and it uses visual software for monitoring and operations. The CLC-R drive can be is fitted with its mountable IP20 enclosure in controlled ambient cabinets.

The CLC-R01.1-M1-NN-FW drive provides four motion control tasks and every task may have one or multiple synchronized axes controlled. It permits the execution of cam profiles in real-time modifying the path. Its enclosure has industrial machine integration standard and offers electromechanical as well as thermal compliance with automation hardware. The CLC-R drive finds application in the areas that need real time motion control. It is available on Wake Industrial with one year warranty and worldwide delivery.

Communication Interface
EtherCAT
Dimensions
250 mm x 100 mm x 200 mm
Feedback Supported
Incremental Encoder, Resolver
Firmware Upgrade
Firmware can be upgraded via USB
Firmware Variant
NN-FW
Hardware Version
M1
Max Operating Elevation
1500 meters
Maximum Output Current
15 A (Peak)
Mounting Method
Panel Mounting
Operating Temperature Range
0 to +45°C
Protection Class
IP20
Rated Input Voltage
24 V DC
Rated Output Current
10 A
Type
Servo Drive Controller
Weight
2.9 kg
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Frequently Asked Questions about CLC-R01.1-M1-NN-FW:

Q: What makes the fiber-optic SERCOS interface essential for the CLC-R01.1-M1-NN-FW drive?

A: The fiber-optic SERCOS interface provides high-speed, real-time communication between drives, ensuring precise coordination in automation systems. This minimizes latency, enhancing performance in complex motion control tasks.

Q: How does the EPROM module improve the performance of the CLC-R01.1-M1-NN-FW drive?

A: The EPROM module allows for firmware storage and easy updates, reducing downtime during system upgrades. It ensures the controller remains compatible with the latest software versions for enhanced functionality.

Q: What role does the real-time error status indicator play in the CLC-R01.1-M1-NN-FW?

A: The real-time error status indicator provides immediate feedback on system performance, helping operators quickly diagnose and resolve issues. This minimizes potential disruptions in critical automation processes.

Q: How does the temperature range of -55°C to 0°C benefit the CLC-R01.1-M1-NN-FW?

A: The broad temperature range allows the CLC-R01.1-M1-NN-FW drive to operate reliably in extreme environmental conditions, making it suitable for outdoor or harsh industrial settings with fluctuating temperatures.

Q: What impact does the CLC-R01.1-M1-NN-FW's spatial interpolation feature have on motion accuracy?

A: Spatial interpolation improves motion accuracy by calculating intermediate positions for smooth, continuous motion. This is especially critical in applications requiring precise path following and cam profile execution.


Internal Product Review

  • ‘‘The CLC-R01.1-M1-NN-FW motion controller is designed for high-precision industrial applications. Its advanced features like real-time synchronization, EPROM storage and flexible communication interfaces ensure efficient motion control. It is essential for systems requiring precise, multi-axis coordination, offering high operational flexibility and reliability in harsh environments.’’

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