The Bosch Rexroth Indramat MAC093B-0-GS-4-C/110-A-1/WI522LV/S001 from the MAC AC Servo Motors series by Bosch Rexroth Indramat delivers a robust solution with 80 A current draw and minimal 25 W power loss for maximum energy efficiency. This industrial-grade motor is optimized for a 50/60 Hz frequency supply and achieves electromagnetic compatibility at Class A Emc Level. Its Natural Convection cooling type ensures continuous operation without auxiliary fans, while the Cross-section Of Conductor of 25 mm² supports secure, high-current connections. Designed as an AC Servo Motor of Motor Size 93 and Motor Length B, it integrates seamlessly into precision automation systems.
Engineered for demanding industrial environments, the MAC093B features a compact footprint of 80 x 398 x 200 mm and a lightweight 6 kg Weight for flexible installation in space-constrained panels. Rated for a Maximum Temperature of 45°C and classified as Heavy Duty, it withstands elevated thermal loads without derating. Compliance is assured with CE Approved, UL Approved, and cULus Approved certifications, while a Rated Leakage Current of 35 mA underscores its safety credentials. The robust enclosure and inherent reliability reduce downtime and maintenance costs in continuous production lines.
Ideal for high-precision motion control, this motor includes a MOUNTED ENCODER and TACHOFEEDBACK interface for real-time speed monitoring and position accuracy. With its proven performance profile and support for diverse industrial automation platforms, the MAC093B-0-GS-4-C/110-A-1/WI522LV/S001 is a dependable choice for packaging, assembly, and robotics applications demanding consistent torque and precise feedback.
CE
Approved
Cross-section Of Conductor
25 mm²
cULus
Approved
Current
80 A
Dimensions
80 x 398 x 200 mm
Emc Level
Class A
Frequency
50/60 Hz
Heavy Duty
Yes
Maximum Temperature
45°C
MOUNTED ENCODER
Yes
Power Loss
25 W
Rated Leakage Current
35 mA
TACHOFEEDBACK
Yes
UL
Approved
Weight
6 kg
AC Servo Motor
MAC
Motor Size
93
Motor Length
B
Cooling Type
Natural Convection