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Schneider Electric (Barber Colman) MP-2113-500 Proportional Actuator, 24V

Original price was: $1,804.43.Current price is: $451.11.

SKU: MP-2113-500 Category: Tag:

Description

The Schneider Electric (Barber Colman) MP-2113-500 is a robust proportional actuator engineered for precise damper and valve control in commercial HVAC and building automation applications. Designed to deliver reliable, modulating performance, this actuator is a trusted solution for contractors and facilities engineers who demand accuracy and durability in their control systems.

Key Features
  • 24V operating voltage for compatibility with standard commercial control systems
  • 50 lb-in torque output for dependable actuation of dampers and valves
  • 180-degree rotation range for broad positional control
  • Non-spring return design — maintains last position on power loss
  • SPDT auxiliary switch for end-of-travel signaling or interlocking with other system components
  • 25-second timing (no load) for smooth, controlled actuation speed
  • Proportional control operation for precise, modulating positioning
Product Specifications
  • Brand: Schneider Electric (Barber Colman)
  • Model / SKU: MP-2113-500
  • Supply Voltage: 24V
  • Torque: 50 lb-in
  • Rotation: 180 degrees
  • Return Type: Non-Spring Return
  • Auxiliary Switch: SPDT
  • Timing (No Load): 25 seconds
  • Control Type: Proportional
Applications
  • Commercial HVAC damper control
  • Building automation and energy management systems
  • VAV and air handling unit control
  • Valve actuation in hydronic and air systems

The MP-2113-500’s SPDT auxiliary switch provides added flexibility for system integration, enabling status feedback or sequencing with other controls. The non-spring return function ensures the actuator holds its last commanded position during a power interruption, making it well-suited for applications where position retention is critical. With its 25-second stroke timing and 50 lb-in torque, this actuator balances speed and force for a wide range of commercial HVAC control scenarios.