Honeywell 316640 ZD16X8TZ 16L X 8H Parallel 2pos 24v S/R

24V AUTOMATIC RECTANGULAR DAMPER 16

The 24V Automatic Rectangular Damper has a 16L x 8H operation area and is a part of Honeywell's V-Series Commercial Air Handling unit.

The Honeywell ZD16X8TZ16 24v Automtico Rectangular Damper is built to be a durable, long-lasting damper you can count on. It has an aluminum frame and damper plates, a top/bottom parallel 2-pos switch and comes with a limited lifetime warranty you can trust.

Low voltage automatic damper, without any power supply; the only thing we should bring to use it is Ac and way of communication. The damper is controlled by DC 24V motor that makes the opening and closing smoothly. Here are the advantages of this damper: 1) No power supply,- For different pipe sizes, no matter 16mm, 21mm or 25mm, it can fit in well; 2) Control with low voltage motor,- Motor can be equipped with encoder to improve the precision of position control

The ZD Series of automatic rectangular dampers are designed for installation on supply and return air ducts in heating, ventilating, and air-conditioning (HVAC) systems. The open damper position is fully parallel to the airflow. This damper provides a fixed amount of resistance to airflow with adjustable airflow options.

The Z-wave 16 inch damper by Honeywell is a motorized valve that can be used for heating and cooling applications. The Honeywell 316640 ZD16X8TZ 16L X 8H Parallel 2pos 24v S/R (Certified Refurbished) has been tested and certified, so you know it will work.

The Zone Damper with a high performance electro-mechanical motor and accessories for integration into your heating, ventilation and air conditioning (HVAC) systems

The Honeywell ZF16 Series is a high quality, DC motor-driven damper that converts ­24 VDC to ­ operation. The unit features a positive displacement gear reducer, which directly drives the external gearbox built into the four port body. The electronic potentiometer control system limits current consumption and overload, automatically stopping the damper in both thermal and mechanical over-current conditions. The fan stops operating within 0.5 seconds in thermal over-current conditions. This helps to avoid damage to the motor winding due to heat buildup and further extends motor life.