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CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW Bosch Rexroth Indramat

MPN: R911320902

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The Bosch Rexroth Indramat CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW is a controller from the CSH Advanced Controllers series featuring a control supply voltage of 24 V DC and power consumption of 8.5 W. It includes two analog outputs, cross communication, and an Ethernet-based engineering interface, along with a standard control panel and CANopen/DeviceNet master communication. The controller measures 241 mm in height, 49.5 mm in width, and 103 mm in depth.

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Product Description:

The CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW is a plug-in controller card manufactured by Bosch Rexroth Indramat for the CSH Advanced Controllers series. Installed in IndraDrive servo inverters, it supplies real-time motion sequencing, communication routing, and diagnostics that keep multi-axis production lines synchronized and responsive. By hosting both logic processing and network gateways on one compact board, it reduces cabinet complexity and supports integration in assembly, packaging, and material-handling equipment.

This version draws its logic power from a DC 24 V supply and dissipates only 8.5 W, so forced ventilation is rarely needed even in dense racks. Serial service access is handled through the built-in RS232 port, while machine-level traffic flows over the master bus that supports CANopen/DeviceNet for cyclic data exchange with drives, sensors, and HMI nodes. An Ethernet-based interface permits parameter loading without interrupting operation. The module is supplied with a standard control panel whose membrane keys and numeric display support local adjustment. Overall height is 241 mm, enabling direct alignment with adjacent power sections, and cross communication is available to share setpoints among neighboring cards. The starting lockout safety function prevents drive enable until the controller completes its internal startup checks.

On initial energization, the controller experiences an inrush current of 4 A that lasts up to 100 ms, which typical 24 V supplies can tolerate without extra buffering. The unit provides 2 analog outputs for ±10 V speed, torque, or tension references toward external amplifiers. Cabinet space is conserved by the slim 49.5 mm width and a depth of 103 mm, leaving adequate airflow between rows of equipment. This narrow form also helps keep terminal strips accessible while maintaining clearance behind closing panel doors.

Analog Outputs
2
Control Panel
Standard
Control Supply Voltage
DC 24 V
Cross Communication
Present
Depth
103 mm
Engineering Interface
Ethernet-Based
Height
241 mm
Inrush Current (typ)
4 A
Inrush Pulse Width (max)
100 ms
Master communication
CANopen/DeviceNet
Power consumption
8.5 W
Safety Function
Starting Lockout
Serial Interface
RS232
Width
49.5 mm
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Frequently Asked Questions about CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW:

Q: How many analog outputs are provided on the CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW controller?

A: The CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW controller is equipped with two analog outputs for signal transmission.

Q: What is the required control supply voltage for the CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW?

A: This controller operates on a 24 V DC control supply voltage.

Q: Which master communication protocols are supported by this controller?

A: The CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW supports master communication via CANopen and DeviceNet protocols.

Q: What type of engineering interface does the CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW controller use?

A: The engineering interface on this model is Ethernet-based, allowing for convenient device configuration and diagnostics.

Q: What safety function is included in the CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW controller?

A: This controller includes a starting lockout safety function, providing an added safety measure during startup.


Internal Product Review

  • ‘‘The CSH01.2C-CO-ENS-EN2-CCD-L1-S-NN-FW is a Bosch Rexroth Indramat advanced controller with CANopen/DeviceNet master communication and an Ethernet-based engineering interface. Cross communication and starting lockout give this unit strong coordination capability and added operational safety for demanding automation systems.’’

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