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Honeywell M7294A1010 Modutrol IV Motor, 24VAC Non-Spring Return, 300 Lb-In

Original price was: $2,767.14.Current price is: $691.79.

SKU: M7294A1010 Category: Tag:

Description

Honeywell Modutrol IV Motor — M7294A1010

The Honeywell M7294A1010 is a high-performance Modutrol IV actuator motor engineered for precise, modulating control of dampers and valves in commercial HVAC and building automation applications. With a robust 300 lb-in torque output and a 24VAC power supply, this motor delivers the reliable, repeatable positioning needed in demanding mechanical systems.

Key Features
  • Non-spring return design for reliable bidirectional positioning
  • 300 lb-in torque output for heavy-duty damper and valve applications
  • 24VAC operating voltage for compatibility with standard control systems
  • Modulating control via 2–10VDC input signal for precise positioning
  • 60–120 second nominal timing for smooth, controlled actuation
  • 90–160 degree stroke range with 160-degree factory stroke setting
  • Foot-mounted design for secure, stable installation
  • Dual-ended square shaft for versatile linkage connections
  • Integral auxiliary switches included for end-of-travel signaling and interlock functions
Technical Specifications
  • SKU: M7294A1010
  • Series: Modutrol IV
  • Supply Voltage: 24VAC
  • Control Signal: 2–10VDC (Modulating)
  • Torque: 300 lb-in
  • Timing: 60–120 seconds (nominal)
  • Stroke Range: 90–160 degrees
  • Factory Stroke Setting: 160 degrees
  • Return Type: Non-Spring Return
  • Mounting Style: Foot Mounted
  • Shaft Type: Dual-Ended Square Shaft
Applications
  • Commercial HVAC air handling units
  • Modulating damper control in VAV and mixed-air systems
  • Valve actuation in hydronic and steam systems
  • Building automation and energy management systems

The M7294A1010 is part of Honeywell’s trusted Modutrol IV family, known for long service life and compatibility with a wide range of control systems. Its foot-mount configuration and dual-ended square shaft make field installation straightforward, while the integral auxiliary switches add flexibility for system interlocks and status feedback.