Honeywell Direct Coupled Actuator, 88 lb-in - MS3110J1008/U

The Honeywell Direct Coupled Actuator, with an 88 lb-in torque, is an advanced technology device designed to facilitate industrial automation. This unit comes with a unique attribute of spring return and operates optimally with a power supply of 24 VAC and a rating of 14 VA. The actuator is Sylk-enabled to provide seamless connectivity for automation applications.

One of the key features of this product is its self-centering shaft adapter, which gives it the capability to accommodate a wide range of shaft sizes. Adding to its effectiveness, a strategically placed access cover allows users to establish effective connections with ease. The device is housed in a sturdy metallic casing with built-in mechanical end limits to ensure durability and to prevent excessive rotation.

A distinct advantage of this model is that the direction of spring return is field-selectable, allowing for flexibility based on user requirements. The shaft position indicator and scale act as a visual guide to monitor and adjust alignment. The controller also comes with a manual winding capability which includes a locking function for secure adjustments.

This Honeywell actuator holds a UL (cUL) listing, signifying its adherence to safety standards. All versions of this model are plenum-rated per UL2043, an indicator of their high level of fire safety. The product also comes with an optional feature of a 3 ft 18 AWG color-coded cable to facilitate easy and quick setup.

In terms of technical specifics, the actuator has a manageable power consumption and an operational temperature range from -40 F to 150 F (-40 C to 65 C). The electrical connections can be established with 14-22 AWG field wiring, linked to screw terminals located under the removable access cover. The actuator is equipped with two SPDT auxiliary switches, providing additional control in automation settings. Lastly, the housing features the innovative self-centering shaft adapter to ensure consistently reliable performance.