Honeywell 12343 , Inc. 150 lb-in Modutrol IV Motor, 120V

120V VALVE/DAMPER ACTUATOR 90 DEG S

SYSTEMS MANUFACTURER: Honeywell / WARRANTY PERIOD: TWO (2) YEARS PARTS AND LABOR PRODUCT DESCRIPTION VALVE/DAMPER ACTUATOR 90 DEG SERVOWIRE MOTOR MODEL NO.: M150-04S05(150LBS

The Modutrol IV Valve/Damper Actuator is a general purpose, low-voltage actuator designed for use with valves and dampers for standard HVAC applications.

The Honeywell 12343 Inc. Motor is an AC-DC industrial/commercial valve and damper actuator with a control and feedback device assembly. It is an energy-efficient, fast-computing, direct resin transfer molded (DRTM) drive. The alternative AC-DC settable output valve actuator provides the ability to change actuator characteristics over a broad range by adjusting the digitally controlled on-board potentiometer (clocking).

The Honeywell 150 lb-in Modutrol IV Motor, 120V is a suitable replacement for old or damaged actuators, or for new installations where the control is accessible. It can be used to control most valves and dampers. .

The 150 lb-in Modutrol IV motor, 120V has features of voltage: 120 V; lead time: 4 weeks; 3 phase voltage: 336 to 480 VAC; range switch, up/down safety: time delay, and accuracy of valve position +/ 10%.

The Honeywell 12343 , Inc. Modutrol IV motor is used to open and close valves with its mechanical action providing 90 degree of rotation and maximum 150 lb-in of torque in one direction. This motor features a 1/4HP single-phase, 120V rating designed for electrical applications. It can be used in a wide range of applications including water, waste, fire alarms, security, HVAC systems and much more.

The HMX Series is ideal control for boiler-feed heat, air-conditioning, and other water or steam loads. This internally compensated valve allows accurate position control of large displacement valves. It is available in full loads or sliver loads with unique 70 deg cw/ccw rotationless force capability which ensures smooth operation with the ability of a very fast response. It uses low amp power and simple addressing to set and maintain precise control of the position of the valve stem while having the ability to support high torque load application.