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Honeywell Modutrol IV M7284A1012

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M7284A1012

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The Honeywell M7284A1012 is a proportional control actuator motor designed for precise control in various applications. This unit operates on 120 VAC and features a high torque rating, suitable for handling significant load requirements.

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Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
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Technical specifications for M7284A1012

ManufacturerHoneywell
Product TypeProportional Control Actuator Motor
Product LineModutrol IV
Part NumberM7284A1012
Weight7.00 lbs (3.18 kg)
Control TypeElectronic control with current input
High Torque60 lb-in
Shaft TypeDual-ended shaft
Fail-Safe ModeNon-Spring Return
Rated Voltage120 VAC
Minimum Frequency50 Hz
Maximum Frequency60 Hz
Rated Power23 W
Rated Current0.24 A
Nominal Timing30 Seconds
Stroke TypeFixed Stroke
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The Modutrol IV series from Honeywell includes the M7284A1012, a highly effective proportional control actuator motor. This device operates at a rated voltage of 120 VAC, ensuring compatibility with standard electrical systems. With a powerful output torque of 60 lb-in, it is adept at managing demanding conditions.

The actuator is equipped with a dual-ended shaft design, providing flexibility in installation and application. This unit uses electronic control, with a current input that allows for fine-tuning of control responses. In terms of operational frequency, it supports 50 to 60 Hz, making it versatile for various environments.

Rated power consumption is 23 watts, while it draws a current of 0.24 amps during operation. A nominal timing of 30 seconds is specified for its stroke movement. This actuator operates with a fixed stroke type, ensuring consistent performance through its designated travel distance. The fail-safe mode is designed as non-spring return, which means it is engineered to maintain its position under power loss situations, contributing to safety and reliability in critical systems.