Product Description:

The PPC-R01.2N-N-V2-FW is a control unit produced by Bosch Rexroth Indramat for the PPC Controllers series. As a Series 1 unit in the RECO housing style, the module forms the central motion and logic layer for Indramat drive systems, translating higher-level commands into axis control through its embedded processor. Within an automation cell, it coordinates servo drives, gathers I/O status data, and communicates over fieldbus so production lines can maintain synchronized position and timing. It can also manage sequencing tasks between the controller, connected drives, and peripheral modules, which helps keep machine responses orderly during automatic operation.

The unit draws its logic power from a 24 VDC supply and uses a time-lag fuse rated at 4 A on that circuit to avoid nuisance trips during inrush. Under continuous operation, maximum current consumption remains at 0.7 A, while the internal I/O bus can deliver 2.3 A and up to 52 W to connected sensor and actuator cards. That available bus power supports attached modules without requiring separate local feeds for each card. A DeviceNet fieldbus slave interface, DNS03 allows deterministic data exchange with a PLC, and an IP20 enclosure limits installation to cabinets that stay free of dripping liquids or conductive dust. Supply ripple tolerance is 5%, and the controller is built as design version 2 without memory expansion slots.

Mechanical integration is straightforward because the enclosure measures 150 mm deep, 192 mm high, and 41.5 mm wide while weighing 1.1 kg. These compact proportions allow the control unit to fit beside drive amplifiers on a common mounting rail and leave room for additional option cards in the cabinet. The narrow width is useful where several control and drive modules must be arranged in a limited panel space. Clearance behind the card allows ribbon cables to remain within the enclosure profile without placing unnecessary stress on the connectors. The low weight also places little load on the mounting structure during installation.