All-in-one Honeywell Ml6421a1017 Dca Floating 3/4 Stroke Perfect Gift [mXqUdwfQ]

Honeywell ML6421A1017 DCA Floating Actuator

The Honeywell ML6421A1017 DCA Floating Actuator is a cutting-edge product designed to enhance the performance of HVAC and industrial systems. This state-of-the-art actuator boasts a precise 3/4 stroke and floating capabilities, ensuring unmatched accuracy and stability. With its reliable Honeywell technology, it delivers efficient and effective results, making it an ideal choice for professionals seeking top-notch performance.

Key Specifications and Features

The Honeywell ML6421A1017 DCA Floating Actuator is designed for optimal performance with its 24V voltage and 3/4" stroke. It offers a torque of 405 lbf and a timing of 95 seconds, ensuring smooth and reliable operation. This actuator features a non-spring return fail-safe mode, providing added security in critical applications. Its two-position actuator type allows for easy and quick installation on valves with a 1 3/8" bonnet and 3/4" stroke, without the need for separate linkages. The following features make it a standout choice:

• Easy installation: No separate linkage required, ensuring a hassle-free setup.
• Accurate positioning: The actuator provides precise valve positioning for optimal control.

Practical Applications and Benefits

The Honeywell ML6421A1017 DCA Floating Actuator is a versatile solution for a wide range of applications, including chilled water, hot water, and steam systems. Its high close-off ratings and force limiting end switches ensure the safety and reliability of your system. The actuator's maintenance-free design reduces downtime and operational costs. With its manual operator and synchronous motor, it offers a user-friendly experience. The following benefits make it an excellent choice for professionals:

• Low power consumption: The actuator is designed to minimize energy usage, reducing your operational costs.
• High close-off ratings: Ensures the integrity of your system by preventing leaks and maintaining pressure control.