Honeywell M7284Q1009 Actuator – Modutrol IV Non-Spring Return, 120V
THE HONEYWELL M7284Q1009 NON-Spring RETURN FOOT MOUNTED Actuator. 29VA 120V 50/60 HZ 90 DEG ADJ STROKE 30-60 SEC TIMING 150LB-IN TORQUE W/ Transformer, 4-20 MA INPUT, W/ADJ ZERO AND SPAN, 2 AUX Switch, DUAL Shaft.
Overview
The Honeywell M7284Q1009 is a durable Modutrol IV actuator designed for precise modulation of dampers and valves in HVAC and combustion control systems. Featuring non-spring return operation, this actuator delivers dependable performance with 150 lb-in torque, dual auxiliary switches, and adjustable stroke settings. Its rugged housing and versatile mounting design make it ideal for demanding commercial and industrial environments.
Specifications
| Specification | Value |
|---|---|
| Actuator Type | Modulating, Non-Spring Return |
| Voltage | 120 VAC, 50/60 Hz |
| Torque | 150 lb-in |
| Stroke | Adjustable 90° to 160° (factory set at 90°) |
| Timing | 30–60 seconds for full stroke |
| Control Signal | 4–20 mA proportional |
| Auxiliary Switches | Two internal |
| Shaft Design | Dual-ended square shaft (3/8 in) |
| Mounting | Foot-mounted |
| Power Consumption | 15 VA driving |
| Ambient Temp Range | –40 °F to +150 °F (–40 °C to +66 °C) |
| Housing | Die-cast aluminum with weather protection (NEMA 3) |
Key Features & Benefits
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Provides proportional modulation with a 4–20 mA input for precision control.
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Dual auxiliary switches for additional control logic or system feedback.
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Adjustable stroke range from 90° to 160° to fit various applications.
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Rugged construction with wide ambient operating temperature range.
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Foot-mounting design simplifies installation in retrofit or new setups.
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Suitable for dampers, valves, and combustion air systems.
Applications
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Commercial HVAC damper control
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Boiler and burner gas/air valve actuation
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Retrofit replacement for existing Modutrol IV motors
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Industrial combustion systems requiring modulating control
Installation & Maintenance
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Verify wiring and polarity before energizing the unit.
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Adjust stroke limits to meet system requirements.
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Ensure actuator linkage is free from binding.
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Regularly inspect auxiliary switches for accurate operation.
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Avoid manually forcing the shaft to prevent gear damage.






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