Cancoil Thermal Corporation

Heat Transfer Solutions Built to a Higher Standard

Model ELV Low Velocity Unit Cooler

CANCOIL Model ELV is designed to provide bi-directional low velocity air into the refrigerated space. Generous coil surface assures ideal operating TD. This makes the unit suitable for applications where product dehydration is of concern. Low evaporator moisture removal helps maintain product quality and appearance for long periods of time. Low unit height allows for more storage space in the cooler. The ELV unit coolers are suitable for use in storage of fresh meats, poultry and fish, or any other products requiring temperatures of 28ºF to 35ºF.

Model ELV is suitable for use with environmentally friendly refrigerants.  Please contact our sales department for further information.

DATASHEETS

FEATURES
  • Low velocity bi-directional air flow pattern
  • Aluminum cabinet for appearance and durability;
    stainless steel cabinet available
  • Corrosion-resistant hardware to prevent discoloration
  • Full collar, continuous plate type aluminum fin/copper tube coils provide efficient heat transfer surface
  • Incoloy/Stainless tubular defrost heaters
  • Factory installed defrost termination, fan delay thermostats, and heater safety control
  • Heaters embedded into full collar slots provide efficient defrost
  • Hinged drain pan for ease of service
  • Double drain pan to prevent condensation and drippage
  • Motors inside unit cabinet for uniform air flow through coil
  • Thermally protected fan motors
  • Single electrical connection for all motors
  • Expansion valve mounts inside cabinet
  • All units designed for externally equalized TXV or electronic expansion valve
  • Standard models are UL and NSF listed and CSA certified

Cancoil Thermal Corporation

John F. Scott Rd., Kingston, Ontario, K7L 4V3
Tel: 1-800-471-8281, Tel: (613) 541-1235, Fax: (613) 541-1239
sales@can-coil.com or for US customers sales@cancoilusa.com
AHRI UL CSA NSF ISO 9001:2008
Copyright © 2011. Cancoil Thermal Corporation. All Rights Reserved.