Features:
- Industrial electronic control module for BOSCH Rexroth automation and drive systems
- Precision-engineered for reliable performance in demanding manufacturing environments
- Seamless integration with BOSCH system architectures for coordinated motion control
The D-64711 DC102/MK 1070081815-101 operates as an industrial electronic control module within BOSCH Rexroth automation systems, providing reliable control and monitoring capabilities for precision motion control applications. It continuously processes input signals and executes control algorithms to regulate connected drive components, distributing commands through the system interface to support steady state operation of all connected automation equipment.
The D-64711 DC102/MK 1070081815-101 provides essential control functions critical to the entire automation path, serving as a vital component of the drive and control system, directly affecting the proper, normal operation of the overall machinery. One or more D-64711 DC102/MK 1070081815-101 modules may be required per control cabinet depending on the desired functionality and system complexity
For applications requiring enhanced processing capability or expanded I/O capacity, the BOSCH system may incorporate additional D-64711 DC102/MK 1070081815-101 modules or complementary components. In addition to standard single-module operation, the system configuration can be expanded using compatible modules. The D-64711 DC102/MK 1070081815-101 executes control functions using its internal processing circuitry and firmware.
The D-64711 DC102/MK 1070081815-101 BOSCH Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Bosch D-64711 DC102/MK 1070081815-101 industrial electronic module Manuals, Datasheets, Drivers, Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
BOSCH D-64711 DC102/MK 1070081815-101 Module Specs
General
- Manufacturer BOSCH
- Model D-64711 DC102/MK 1070081815-101
- Condition New Original ready stock
- Product Family D-64711 DC102/MK 1070081814-101,D-64711 DC102/MK 1070081816-101
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Automotive Production Lines: Embedded in robotic cells and body-in-white welding stations managed by legacy Bosch Rexroth control systems.
- CNC Machining Centers: Providing a communications link between master central processors and distributed axes/spindle servo units.
- Heavy Packaging & Printing: Used across high-speed labeling, material handling, and web-handling machinery where synchronized real-time data is critical.
- Legacy Control Refitting: Serves as a vital spare interface for specialized manufacturing systems, including high-performance textile systems like Lectra equipment networks.
- EPROM/EEPROM Architecture: The primary operating microcode is stored directly on physical onboard memory chips or external EPROM modules.
- Hardware-Bound Versioning: Firmware levels are explicitly tied to the structural hardware revision number denoted on the module tag.
- Flashing Limitations: Standard field modifications or firmware over-the-air (OTA) updates are not supported. Any updates require an physical EEPROM chip swap using a specialized programmer device.
- Diagnostic Re-Verification: Following any replacement or component recovery, internal parameters must be re-baselined to match the exact peripheral address allocation of the master host PLC.
- Software Environment: Configured via the legacy Bosch software programming environments, such as WinStudio, RhoAssistant, or Profibus Configurator suites, depending on the master host platform.
- GSD File Mapping: Integrating this hardware into an active Profibus network requires importing the module's dedicated GSD (General Station Description) file into the master configuration matrix.
- Node Addressing: Station identification addresses (Profibus IDs) must be manually defined via physical onboard DIP switches or designated memory registers prior to system power-up.