CCD01.1-KE09-01-FW Bosch Rexroth Indramat
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MPN: R911275853
The Bosch Rexroth Indramat CCD01.1-KE09-01-FW is part of the CCD Motion Controllers series and features a MC68EC020 CPU with a clock speed of 25 MHz. It comes equipped with 512 Kbyte SRAM, 1 Mbyte EPROM across 2 sockets, and two 9-pin D-SUB serial ports. The controller operates with a nominal input voltage of 24 V DC and has a board length of 147 mm.
Internal Product Review
The CCD01.1-KE09-01-FW is a Bosch Rexroth Indramat motion controller built around an MC68EC020 CPU running at 25 MHz. Dual serial ports on 9-pin D-SUB support straightforward commissioning and service access. A 24 V DC nominal input adds cabinet-friendly compatibility, making this controller a strong choice for dependable motion control.
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Product Description:
The CCD01.1-KE09-01-FW is a compact motion-controller board manufactured by Bosch Rexroth Indramat within the CCD Motion Controllers series. Mounted inside a drive rack, the unit supervises axis interpolation, memory-based part programs, and field communication, providing deterministic control for servo drives in automated assembly lines and material-handling stations. Four internal slots let additional option cards expand I/O or communication functions without exceeding the fixed board outline. Its board-level format helps conserve rack space while keeping control functions close to the connected drive modules.
The controller is powered from a nominal input of 24 V DC supplied through its X1 connector, isolating logic electronics from higher-voltage drive buses. A 32-bit MC68EC020 CPU executes firmware, and its internal operations run at 25 MHz, giving adequate cycle time for coordinated multitasking. Volatile data such as real-time variables are stored in 512 Kbyte of SRAM, while machine parameters and firmware overlays reside in 1 Mbyte of EPROM spread across two user-replaceable sockets. Dual serial ports are presented on a 9-pin D-SUB for HMI panels or service laptops, and each port can be set independently to match plant baud-rate requirements. The board fastens to the backplane with M6 screws. This layout supports stable installation in compact control assemblies where organized signal routing is important.
Nonvolatile clock backup is maintained by a 3.3 V lithium battery, preserving time-stamp data during cabinet shutdowns. The printed-circuit assembly measures 147 mm in length, allowing dense stacking when several controllers share the same enclosure. Fiber-optic drive coupling is achieved through an FSMA connector that resists vibration and supports secure optical connections. A minimum clearance of 70 mm must be kept above the card so ventilation paths remain unobstructed and convection cooling can work properly. This arrangement supports steady airflow across the card during operation.
