Honeywell MP913A1037 PNEUMATIC VARIABLE VOLUME DAMPER ACTUATOR 5-10 PSI

PNEUMATIC VARIABLE VOLUME DAMPER ACTUATOR 5-10 PSI

The Honeywell MP913A1037 Pneumatic Variable Volume Damper Actuator 5-10 PSI is used to control building air volume by precisely regulating the differential pressure between a supply and exhaust damper.

The Honeywell MP913A1037 Pneumatic Variable Volume Damper Actuator (PVDA), 5-10 psi, has a maximum pressure of 10 PSI and a minimum pressure of approximately 5 psi. The actuator moves in only one direction: open and close. It measures 18 inches x 4 1/2 inches x 1 7/8 inches.

The Honeywell MP913A1037 Pneumatic Variable Volume Damper actuator has a damping range of 5 to 10 psi. Ideal for use in large commercial air conditioning and refrigeration systems. Configuration options available.

The Honeywell MP913A1037 is a pneumatic damper actuator that delivers a 10-100% control signal and is designed for use between 5 and 10 PSI. This variable volume damper actuator is suitable for most pneumatic dynamic volume control applications.

The MP913A1003 Pneumatic Damper Actuator is designed for use in heating, ventilation, and air conditioning (HVAC) applications. The damper is capable of operating from 5 to 10 psi continuously and 20 to 25 psi intermittently. The MP913A1003 design uses a right angle port, which allows it to be installed inline with ductwork to allow relatively long runs without the need for a y-connector. Capable of simple adjustments at the actuator, the damper can be remotely controlled by a variety of control methods.

This Pneumatic Damper Actuator is used to control the volume of airflow through a duct or other airflow application. The damper actuator is fitted with a threaded nipple (NPT) on the shaft. This allows for easy installation on standard duct systems where a simple and economical method of control is required.

The VSD3000 pneumatic damper actuator, from Honeywell, is an ideal choice for low speed, small volume applications. These dampers are commonly used to control the temperature and flow of air.