CSH01.1C-ES-ENS-EN2-NN-S-NN-FW
Original price
$1,587.91
-
Original price
$4,123.40
Original price
$4,123.40
$1,587.91
-
$4,123.40
Current price
$4,123.40
The CSH01.1C-ES-ENS-EN2-NN-S-NN-FW control section from Bosch Rexroth Indramat, belonging to the CSH Advanced Controllers series, is designed to deliver advanced processing functions for IndraDrive drive controllers. This device stands out for its configurable nature and compatibility with the standard control panel, ensuring seamless integration in control systems. It features slots for optional modules, specifically the Encoder IndraDyn and Encoder EnDat 2.1 modules, which enhance the unit's functionality in precision monitoring and feedback applications. Additionally, the control section serves as a primary component that plugs into a power section, emphasizing its key role in drive controller systems.
The technical specifications of this control section are meticulously designed for high-performance industrial use. Running on 24 Volts DC power, the unit itself has a power consumption of 7.5 Watts and exhibits a typical inrush current of 4 Amps during startup. Each optional encoder module draws an additional 6 Watts of power, further underlining the modular design that facilitates tailored performance as per application needs. Moreover, the control section is built as an advanced control section with firmware that must be ordered separately, indicating a focus on specialized functionality and customization in its application.
Beyond its primary operational capabilities, this control section ensures reliability and ease of integration within a broader controller assembly. Being compatible with a standard control panel, the device lends itself to efficient and safe operation in complex systems. Its design allows repeated assembly or disassembly, limited to 20 cycles, which safeguards against equipment damage by qualified personnel only. By adhering to stringent assembly protocols and precise power management, this product underlines its potential to enhance drive controller operations with improved modularity, predictable power usage, and overall system flexibility in demanding industrial environments.
