MKD112C-024-GG0-AN
MKD Synchronous Motors
MKD112C-024-GG0-AN, Bosch Rexroth Indramat, MKD Synchronous Motors is a high-performance servo motor engineered for precision industrial applications. Offering a Plain shaft Shaft Design with an integrated multiturn absolute Encoder, the motor delivers responsive control and accurate positioning. Designed without a holding brake, it remains streamlined for machines where inertia and weight optimization are critical. With a nominal supply of 400V, it integrates smoothly into standard three-phase power systems and OEM control architectures.
In operation, this servo motor produces an impressive Continuous Torque at Standstill of 38.0 Nm while maintaining a compact Motor Size of 112 and flange dimension of 192 mm. The windings employ code 024 for thermal stability, and the Standard (natural) cooling regime ensures efficient heat dissipation without auxiliary fans. The relative Position Detection system uses resolver feedback (RSF) combined with an integrated absolute encoder for high-resolution motion feedback. A secure Output connector provides a robust Connection Type that simplifies installation and reduces wiring errors.
Engineered for Operational Reliability, this unit features maintenance-free bearings lubricated for life and a sealed Shaft Seal to protect against contamination. Its streamlined design—free of additional holding brakes or bespoke variants—reduces complexity in multi-axis assemblies. As part of the MKD series, the MKD112C-024-GG0-AN excels in demanding servo applications, delivering precision, longevity, and seamless integration in automated production lines.
Technical Specifications
Shaft Design
Plain shaft
Shaft Seal
Yes
Holding Brake
Without holding brake
Other Designs
None
Encoder Type
Resolver feedback (RSF)
Position Detection
Relative
Continuous Torque at Standstill
38.0 Nm
Motor Length
C
Flange size
192 mm
Motor Size
112
Connection Type
Output connector
Product type
Servo Motor
Winding Code
024
Cooling Type
Standard (natural) cooling
Encoder
Integrated multiturn absolute encoder
Nominal Voltage
400V
Operational Reliability
High
Maintenance
Maintenance-free, bearings lubricated for life
Frequently Asked Questions
How is continuous mechanical output framed on MKD112C-024-GG0-AN?
It maintains 38.0 Nm torque at standstill. This capacity ensures secure holding during clamping or dwell phases, allowing sustained static loads without creep or excessive heat generation in fixtures.
Why is encoder choice helpful on MKD112C-024-GG0-AN?
The multiturn absolute encoder stores position data internally. This means axes restart instantly after power loss, maintaining synchronization and eliminating wasted minutes on referencing or recalibration.
What supply pairing simplifies integration on MKD112C-024-GG0-AN?
It is rated for 400 V supply. Pairing with drives at this voltage ensures efficient modulation, reliable headroom, and balanced performance during both acceleration demands and steady-state operation.
What interface accelerates commissioning on MKD112C-024-GG0-AN?
Its output connector supports plug-in harnesses. Installation time decreases, wiring errors are minimized, and replacements across multi-axis cells are performed quickly and with consistent accuracy.
Why remove the brake in this configuration of MKD112C-024-GG0-AN?
Without a holding brake, system mass and inertia are reduced. Applications not requiring power-off retention benefit from quicker response and simplified mechanical integration.
Common Misspellings
MKD 112C-024-GG0-AN
MKD-112C-024-GG0-AN
MKD112C-O24-GGO-AN
MKD112C024GG0AN
MKD112C 024 GG0 AN
mkd112c-024-gg0-an
Internal Product Review
The MKD112C-024-GG0-AN improves uptime using its multiturn absolute encoder and avoiding homing routines. The drive omits a brake, cutting inertia and supporting lighter builds. Its natural cooling keeps windings balanced across shifts.
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