Product image is representative; revision or series may vary. Contact us to request a specific version.
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.
We sell industrial automation parts backed by our free 2-Year DO Supply Warranty.
Same-day domestic and fast international shipping with UPS, FedEx, DHL, and more.
AMEX, Visa, MasterCard, Discover, wire transfer, net terms, and more.
Repairs and exchanges are available for all automation products.
Drop shipping, blind shipping, and account shipping with no extra fees.
| Manufacturer | Honeywell |
|---|---|
| Product Type | Proportional Control Actuator Motor |
| Product Line | Modutrol IV |
| Part Number | M7284A1012 |
| Control Type | Electronic control with current input |
| High Torque | 60 lb-in |
| Shaft Type | Dual-ended shaft |
| Fail-Safe Mode | Non-Spring Return |
| Rated Voltage | 120 VAC |
| Minimum Frequency | 50 Hz |
| Maximum Frequency | 60 Hz |
| Rated Power | 23 W |
| Rated Current | 0.24 A |
| Nominal Timing | 30 Seconds |
| Stroke Type | Fixed Stroke |
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.