FWA-CLM1.3-LA1-03VRS-MS

The Bosch Rexroth Indramat FWA-CLM1.3-LA1-03VRS-MS module, part of the CLM Axis Positioning Control Modules series, delivers advanced microprocessor-based motion control precision across up to 4 axes. This CLM controller is designed around a Design 3 framework and fits within the Line 1 product family, ensuring consistency and compatibility with existing Indramat architectures. With a nominal supply voltage of 24 Vdc and a robust closed-loop feedback scheme, this unit guarantees precise position and speed regulation in demanding industrial environments. Integration is streamlined through online or offline programming and a multitasking kernel capable of running four motion tasks plus a background PLC program.

Built to withstand interference, the FWA-CLM1.3-LA1-03VRS-MS features fully shielded feedback cables routed away from high-voltage sources to reduce electrical noise and enhance system reliability. Remote operation is supported via standard industrial interfaces, and all inductive loads such as motors or solenoids can be suppressed using diodes (DC) or R-C networks (AC) for safe switching. The control module’s firmware, specifically tuned for microprocessor positioning, enables high-speed execution of complex command sets, making it ideal for applications like roll-forming, automatic bending, thermoforming, packaging, woodworking, and handling equipment. Its closed-loop design continuously monitors encoder feedback to correct deviations and maintain repeatability within micrometer tolerances.

Installation and maintenance are simplified by the modular CLM architecture and consistent mechanical footprint, which aligns with Bosch Rexroth Indramat standards. The controller’s reliability is further enhanced through proven heat dissipation paths and a durable enclosure engineered for industrial duty cycles. Whether driving ballscrews, linear motors, or other positioning devices, the FWA-CLM1.3-LA1-03VRS-MS stands out for its combination of precision, flexibility, and durability, making it a cornerstone for modern automated systems.