Honeywell 316652 ZD20X10TZ 20L X 10H Parallel 2pos24v S/R

24V AUTOMATIC RECTANGULAR DAMPER 20

This is a 24v automatic rectangular damper used as a fresh air supply to heaters, or as a bypass for centrally heated, air-conditioned or ventilated rooms. It has two (2) outlets and can be co-located with an ORVR, ECONO, or manual control damper.

The ZD20X10TZ is a 24 Volt Automatic Rectangular Damper. Anywhere you need to control cold air from outside or hot air from inside, this damper will deliver.

The Z-Wave 24V Automative Rectangular Damper is controlled by a compact, microprocessor controller in a programmable DCC (Digital Communicatrions Controller) developed by Honeywell. It is ideal for the home entertainment market as well as for ventilation, filter and blower applications. It can be used as a two-channel damper where the X and Y axes have independent damping and other settings. All settings may be programmed directly on the controller using an interactive menu of commands. The state of each channel may be observed on a LED with 3 states: open/closed/blocked. An

The Honeywell 316652 ZD20X10TZ is a 24V Automative Rectangular Damper. It's 24 volt and you can control this damper in two positions, full open or full close. It features a limit switch for both open and closed position.

The ZD20X10TZ Series of automatic dampers are suitable for air ventilation, heating, air conditioning and process applications. Each Damper is programmable to hold any position in both directions (open or closed), repeat and infinitely or it can be programmed to open and close automatically (proportional) at the set time for any interval. The 24 VDC contactor is Standard on all units.

The 316652 ParaTest is an automatic 12- to 24-volt, rectangular damper with a variety of adjustments for lighting and air control.

Automatic drum vacuum cleaner. Rectangular body with weight supported on two sides. Two motors are arranged one above the other. A fan draws air through the filter system into the base storage tank, which is then pulled up into the unit using an elevator created by the reduction of level of air in the top intermediate tank. When air levels equalise, at the bottom intermediate level, waste collects in the storage tank.