MPAR-B3600E-M2B

Overview of Allen Bradley MPAR-B3600E-M2B

The Allen Bradley MPAR-B3600E-M2B is a member of the MP-Series electric cylinders known for high precision and durable performance in industrial automation. It combines advanced servo motor technology with a compact and robust electric actuator design, delivering thrust capable of handling demanding tasks. This model integrates seamlessly with Allen Bradley’s automation systems, offering enhanced control and accuracy in applications such as material handling, robotic guidance, and assembly line automation. Its high thrust capability and configurable features make it suitable for a wide range of industries requiring precise linear motion control.

Key Features of Allen Bradley MPAR-B3600E-M2B

• High thrust output up to approximately 3600 N, suitable for heavy-duty applications
• Compact design optimized for space-constrained environments
• Integrated servo motor with advanced feedback options for precise positioning
• Supports multiple screw lead and stroke length configurations for flexible application use
• Robust construction with industrial-grade materials for reliability and long service life
• Absolute position feedback maintained for consistent repeatability and accuracy
• Compatible with Allen Bradley control systems including PLCs and drives
• Energy-efficient electric operation compared to pneumatic alternatives
• Reduced maintenance requirements due to sealed design and durable components

Technical Specs of MPAR-B3600E-M2B

Specification	Detail
Thrust Force	Up to 3600 N
Screw Lead	10.0 mm/rev (E)
Stroke Length	Typically configurable, commonly 100 to 800 mm
Feedback Type	Absolute encoder (multi-turn, 1024 sin/cos)
Max Speed	Up to 1 m/s depending on load
Frame Size	40 (M2B designation)
Motor Type	Brushless servo motor integrated

Applications / Use Case

The Allen Bradley MPAR-B3600E-M2B electric cylinder is ideal for automation tasks requiring precise and repeatable linear actuation. It is well-suited for material handling systems, robotic arms, and automated assembly lines where controlled linear motion improves throughput and accuracy. This model efficiently replaces pneumatic cylinders in applications demanding higher control fidelity, reduced downtime, and energy savings. Industries such as packaging, automotive manufacturing, and electronics assembly often deploy MPAR cylinders for positioning, clamping, and pushing operations integrated with Allen Bradley PLCs and control platforms to ensure smooth synchronization and system reliability.

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