MLS070S-3A-0450, Bosch Rexroth Indramat, MLS Synchronous Linear Motors opens a new benchmark in industrial actuation with a compact footprint and high dynamic capacity. The linear servo motor delivers an Attractive Force of 25,400 N and supports precise motion under heavy loads. Designed for continuous operation, it features optimized coolant pathways for reliable thermal management. Integration with standard automation controllers is simplified by its proven mechanical interface and robust construction.
\n\nEngineered for high-performance environments, this motor incorporates a Pole Width of 37.5 mm and a secondary part mass of 4.2 kg to maintain low inertia and rapid response. The primary assembly weighs 51.0 kg in standard encapsulation (or 61.3 kg with thermo encapsulation), ensuring structural rigidity and vibration damping. A Thermal Time Constant of 2.4 min stabilizes temperature rise, while a Power Loss to Dissipate rating of 4,969 W underlines its efficiency in continuous-duty cycles. Fluid cooling requires a Coolant Flow of 8.0 l/min with a Pressure Loss at Min Coolant Flow of 2.4 bar and supports a safe Max Inlet Pressure of 10.0 bar.
\n\nAs part of the Cables And Accessories series, the MLS070S-3A-0450 excels in applications demanding precise positioning, such as semiconductor handling, pick-and-place systems, and packaging machinery. Its integrated coolant channels and encapsulation options enhance reliability in harsh industrial environments. When paired with Bosch Rexroth's advanced drive electronics, this motor achieves seamless synchronization, outstanding repeatability, and minimal maintenance downtime.
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Attractive Force
25,400 N
Coolant Flow
8.0 l/min
Max Inlet Pressure
10.0 bar
Pole Width
37.5 mm
Power Loss to Dissipate
4,969 W
Pressure Drop Constant (Standard Encapsulation)
51.0
Pressure Drop Constant (Thermo Coupling)
61.3
Pressure Loss at Min Coolant Flow
2.4 bar
Primary Part Mass (Standard Encapsulation)
51.0 kg
Primary Part Mass (Thermo Encapsulation)
61.3 kg
Secondary Part Mass
4.2 kg
Thermal Time Constant
2.4 min