The MAC112A-0-ZD-4-C/130-A-0/WI534LX from Bosch Rexroth Indramat is part of the MAC AC Servo Motors series. It houses a robust Motor Size 112 frame and a Motor Length A configuration, delivering reliable performance in industrial automation. With a mass of 25 kg and a protection grade of IP 65, this motor withstands demanding environments and resists water ingress and contaminants. Passive Natural Convection cooling maintains optimal thermal conditions without auxiliary fans.
At standstill, the motor provides a continuous current at standstill of 14.5 A (17.2 A peak) and a continuous torque at standstill of 10.7 Nm (13.0 Nm peak), ensuring precise holding capability during indexing and servo-hold operations. The low Winding Resistance of 0.990 ohm and a Voltage Constant of Tachogenerator at 0.0143 Vs/rad guarantee accurate speed feedback and minimal heat generation under continuous load. Certified for operation and storage across a permissible temperature range of -20 °C to 80 °C, this unit covers broad ambient conditions from deep freeze to high-heat environments. The Type of Winding ZD supports smooth current flow, robust duty cycles, and reliable performance under dynamic loads.
The motor features a Connector Direction A mounting on Side A, facilitating flexible installation orientations in tight cabinet layouts and machinery frames. There are Special Types: NO, adhering to standard configurations for straightforward integration and maintenance. A standard Pilot Diameter of 130 mm enables compatibility with common flange-mount interfaces, while optional custom pilots of 180 mm are available for bespoke coupling requirements.
CONNECTOR DIRECTION
A
CONTINUOS CURRENT AT STANDSTILL
14.5(17.2)^5) A
CONTINUOUS TORQUE AT STANDSTILL
10.7(13.0)^ 5Nm
MASS
25 kg
PERMISSIBLE STORAGE & TRANSPORT TEMP.
-20 to 80 DEGREES CELSIUS
PROTECTION GRADE
IP 65
SPECIAL TYPES
NO
TYPE OF WINDING
ZD
VOLTAGE CONSTANT OF TACHOGENERATOR
0.0143 Vs/rad
WINDING RESISTANCE
0.990 ohm
AC Servo Motor
MAC
Motor Size
112
Motor Length
A
Cooling Type
Natural Convection