The Bosch Rexroth Indramat TDM 1.2-50-300-W1 from the TDM Servo Drive Modules series is a Modular Servo Drive Unit with a Type Current rating of 50 A and a Link Circuit rated Voltage of DC 300 V. This drive employs a Cooling system featuring a built-in fan with a Rated Connection Voltage for Built-in Fan that is currently undefined, ensuring consistent thermal management under varying loads. Its Model Configuration of 2 and series designation of 1 reflect a compact and scalable architecture suitable for a wide range of automated systems. The module’s modularity and rugged design make it ideal for integration with MAC071 to MAC160 servomotors in transfer lines, production machinery, and NC machine tools.
Featuring a three-phase power topology, the TDM 1.2-50-300-W1 leverages its built-in fan to dissipate heat effectively while maintaining optimal operating temperatures. The drive’s DC link voltage tolerance of +-15% accommodates fluctuations in incoming AC supply, enhancing reliability in industrial environments. The plug-in terminal rows provide secure connections for motor feedback, and the personality module simplifies tuning by automatically matching phase, frequency, and amplitude parameters. This versatility extends further with optional capacitor and bleeder modules for specialized applications requiring extended energy storage or rapid discharge.
Designed for flush mounting within control cabinets, the drive supports ambient transport and storage temperatures from -30 C to +85 C, ensuring resilience in harsh logistics conditions. Integrated green Tacho and RF LEDs offer immediate status indication, turning off to signal feedback cable interruptions, motor speed faults, or missing controller enable signals. Global shipping compatibility rounds out the package, delivering this robust servo drive module wherever high-performance motion control is required.
Cooling
Built in Fan
Link Circuit rated Voltage
DC 300 V
Rated Connection Voltage for Built-in Fan
Undefined
Type Current
50 A
Modular Servo Drive Unit
TDM
Series
1
Model Configuration
2