QMARK® CDFSE

QMARK® CDFSE Enclosure

Manufacturer: Marley Engineered Products
Brand Name: QMARK®
Part#: CDFSE
MPN: CDFSE
Min. Order Qty: 1
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Accessory Type      :      Surface Mounting
Suitable For Use With      :      CDF Series Commercial Downflow Ceiling Heater

CDFSE “surface enclosures” are designed to mount flat on the ceiling and extend only 6 in. into the room CDFRE “recessed enclosures” have no protrusions outside recess box, allowing the heater to recess only 7 in. into ceiling space. Mounts in T-Bar or permanent ceiling with trim ring 208V and 240V heaters can be field-converted from single- to three-phase operation. 5,000-watt heater can be field-converted to 3,800 or 2,500 watts and 4,000-watt heater to 3,000 or 2,000 watts BMS-compatible with use of relays Three adjustable airflow patterns from 14 ft. ceilings: wide, narrow or asymmetrical patterns Automatic fan delay eliminates cold drafts on start-up and discharges residual heat from the heater body during shut down Automatic thermal cutout: shuts off the heater in the event of over-heating and reactivates heater when temperature returns to normal Easy installation: Thumb pins align and temporarily

QMARK®, CDFSE, Enclosure, Surface Mounting Accessory, For Use With: CDF Series Commercial Downflow Ceiling Heater

  • Two Enclosures Available Order a surface or recessed enclosure, depending on your ceiling type and available install space
  • Surface mounting extends only 6 in into the room, while the recessed enclosure requires only 7 in of internal clearance
  • Adjustable Airflow Choose a narrow pattern to focus heat on one particular area, or a wide pattern to blanket more area
  • Asymmetrical heating patterns focus output while still providing generous coverage
  • BMS Compatibility Optional relays allow you to connect this ceiling heater to your central building management system, so you can control temperatures from one location
  • Fan Delay The heater's fan waits until the desired temperature is achieved before blowing air into the room, and discharges all residual heat before shutting off

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