ADF134C-B05TA0-BS06-A2N2/S032 Bosch Rexroth Indramat
MPN: R911324030
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
Current response time:
6 Minutes
10 Seconds
The Bosch Rexroth Indramat ADF134C-B05TA0-BS06-A2N2/S032 is a liquid-cooled asynchronous motor from the ADF Main Spindle Motors series. It features a flange mounting type, a plain shaft design, and uses digital servo feedback. The motor has axial coolant connection with a 1/4 inch thread and comes without a holding brake or second shaft end.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The ADF134C-B05TA0-BS06-A2N2/S032 main spindle motor is produced by Bosch Rexroth Indramat within the ADF Main Spindle Motors series. Designed for high-speed machining centers and comparable automation tasks, it supplies controlled rotary motion to tool spindles while an internal cooling circuit removes heat generated during continuous operation. The ADF134C-B05TA0-BS06-A2N2/S032 unit interfaces with a drive controller through a sealed power plug and is intended to integrate into closed-loop spindle drives used across automated production cells. This arrangement supports spindle applications that require stable speed and repeatable response under changing cutting loads.
Frame size 134 sets the outer diameter and bolt circle so the housing matches heavy spindle castings, while length code C indicates extended active steel for higher torque without enlarging the footprint. With flange mounting, the motor bolts directly to the machine wall, which helps maintain alignment and reduces the need for adapter plates. As a liquid-cooled asynchronous motor, it carries coolant through internal channels so full-load duty can continue inside sealed enclosures. Position data is returned through digital servo feedback, allowing the drive to correct speed deviations in real time. The cooling circuit uses an 1/4" axial port, which keeps hoses clear of tool magazines and helps simplify hose routing.
The power connector exits toward Side A power exit, and the connector shell is located on the top of that face to keep cabling away from slideways. A plain shaft is supplied so custom tool clamping hardware can be ground or shrink-fitted without keyway constraints. The motor operates without a holding brake, so stop position must be maintained by drive torque or a mechanical clamp. This layout suits spindle systems that rely on external holding methods when motion is stopped.
Frequently Asked Questions about ADF134C-B05TA0-BS06-A2N2/S032:
Q: What kind of feedback system is included on the ADF134C-B05TA0-BS06-A2N2/S032 motor?
A: The ADF134C-B05TA0-BS06-A2N2/S032 uses digital servo feedback for precise control and monitoring.
Q: What type of shaft design does the ADF134C-B05TA0-BS06-A2N2/S032 motor utilize?
A: This spindle motor features a plain shaft design for direct coupling applications.
Q: How is the power connection configured on the ADF134C-B05TA0-BS06-A2N2/S032 motor?
A: The power connection for this model is positioned at the top and directed towards Side A, using a connector/plug interface.
Q: What mounting type is used for the ADF134C-B05TA0-BS06-A2N2/S032 spindle motor?
A: This motor features flange mounting, allowing for secure and straightforward installation.
Q: Does the ADF134C-B05TA0-BS06-A2N2/S032 come with a holding brake?
A: There is no holding brake included with the ADF134C-B05TA0-BS06-A2N2/S032 motor.