Io Hvac Controls RM-1614-BM Rectangular Zone Damper

Product Description

The IO HVAC CONTROLS RM-1614-BM is a rectangular zone damper designed for zoned HVAC duct systems. It ships with a Belimo actuator that operates on a 3-wire control signal and cycles open or closed in approximately 35 seconds. The damper body measures 16 inches by 14 inches with a bottom-mount actuator configuration, making it suitable for installations where side-mount clearance is limited. Licensed HVAC technicians install this component as part of a multi-zone forced-air system to regulate airflow to individual zones based on thermostat demand.

This damper is intended for residential and light-commercial zoned forced-air HVAC applications. The bottom-mount design accommodates duct layouts where access from below the duct is easier than from the side. The 3-wire Belimo actuator is compatible with standard zone control boards that output a floating or spring-return control signal. It is sized for a 16-inch by 14-inch rectangular duct opening, a common dimension in residential trunk-and-branch and plenum systems.

Key Features

• Rectangular damper body sized for 16 inch by 14 inch duct openings
• Bottom-mount actuator position for installations with limited side clearance
• Belimo actuator with 35-second travel time for reliable zone control
• 3-wire control wiring compatible with standard zone control boards
• Package weight of 8.73 pounds for a robust, commercial-grade build

Compatibility

Designed as an OEM-style replacement or new-installation zone damper for rectangular duct systems requiring a 16 inch by 14 inch damper with a bottom-mount 3-wire Belimo actuator.

Installation Notes

Installation should be performed by a licensed HVAC technician. Power down the air handler and zone control panel before wiring or mounting the damper. Secure the damper to the duct section per the manufacturer fastening instructions before connecting the 3-wire actuator leads to the zone control board. Verify actuator travel direction and end-stop operation before returning the system to service.