Product Description:

Bosch Rexroth Indramat manufactures the LTE350D 0 608 750 126 servo amplifier as a member of the LTE Servo Amplifiers series. The module supplies regulated three-phase drive power and collects operational data for compact CNC stations, packaging equipment, and handling axes. By converting command signals from the motion controller into precisely metered motor currents, it serves as the link between the AC supply and the connected servo motor inside an industrial automation cabinet. Its role is to translate controller requests into stable current delivery so axis motion remains consistent during speed and position changes.

The cabinet has a width of 46 mm, a height of 271 mm, and a depth of 285 mm, which helps keep installation planning straightforward in tightly packed control panels. The narrow enclosure also leaves room for cable routing and neighboring components in multi-axis cabinets. With a mass of 2.7 kg, the unit can be positioned or replaced without special lifting equipment. The continuous output limit is 12 A, which is the available steady-state current for normal motor operation. A graphic LC display presents four lines of status data with eight characters per line, and the LED backlight keeps messages readable in low-light enclosures. The front display supports local status review and fault indication without requiring a separate external terminal.

For short intervals, the amplifier can supply a peak current of 50 A to support acceleration and temporary overload demand. Power is delivered across 3 output phases, matching the winding arrangement used by standard servo motors. The housing has an IP20 rating and Protection Class I construction, so the enclosure is intended for cabinet mounting with proper grounding of exposed conductive parts. Remote keypad or PC connections can reach up to 100 m through the specified control line length, which allows the unit to be installed deeper inside larger machine frames. This arrangement supports cabinet layouts where the power stage and external interface are separated by distance.