AdobeAir ed143 Specification Guide
8
Static
Project
SHL*
Location
Architect
Engineer
Contractor
Submitted By
Date
*Total design sensible heat load of project.
Cabinet – Motor – Motor Sheave – Pulley and Belt Kit – Pump
Cabinet
Motor Specifications
Kits
Pump
Ref. No.
Qty.
Model No. CFM
Pressure HP
Volts
Phase
Amps
Motor Sheave
Pulley-Belt Kit No.
Model No.
1
2
3
4
*NOTE: Each unit (ready to operate) consists of one cabinet, one blower motor, one pulley-belt kit, one motor sheave, and one pump.
Designed and Manufactured in the United States by:
AdobeAir, Inc.
500 S. 15th Street
Phoenix, AZ 85034
www.AdobeAir.com
AdobeAir, Inc.
500 S. 15th Street
Phoenix, AZ 85034
www.AdobeAir.com
Commercial/Industrial Arctic Circle Project Submittal Sheet
Models ED830, ES830, ED143, ES143, ED213, and ES213
Your local Arctic Circle Representative of AdobeAir, Inc., is ready to assist you in unit
selection and application.
selection and application.
Since AdobeAir, Inc. follows a policy of continuous product improvement, we reserve
the right to change specifications and design without notice.
the right to change specifications and design without notice.
©All rights reserved, AdobeAir, Inc., Phoenix, Arizona, 2002
Arctic Circle evaporative coolers and components are designed and tested in
accordance with one or more of the following standards or agencies:
Air Delivery: Data published derived from tests conducted in accordance with A.M.C.A. (Air
Movement and Control Assoc.) Standard 210.
Aspen Pads: Built to Federal Specification PP-E-911 for Type 1, Class A, Grade 4.
Sealant: Water Immersion: per ASTM D870. Flexibility: per ASTM D756. Corrosion
Resistance: per ASTM B117. Cycle Freeze/Thaw: per ASTM C117.
POLYBOND
accordance with one or more of the following standards or agencies:
Air Delivery: Data published derived from tests conducted in accordance with A.M.C.A. (Air
Movement and Control Assoc.) Standard 210.
Aspen Pads: Built to Federal Specification PP-E-911 for Type 1, Class A, Grade 4.
Sealant: Water Immersion: per ASTM D870. Flexibility: per ASTM D756. Corrosion
Resistance: per ASTM B117. Cycle Freeze/Thaw: per ASTM C117.
POLYBOND
®
: Corrosion Resistance: per ASTM B117. Pencil Hardness: per ASTM D3363.
Adhesion: per ASTM D3359. Impact Resistance: per ASTM D2794. Flexibility: per ASTM
D522. Specular Gloss: per ASTM D523. Surface Burning Characteristics of Building
Materials (best rating) per U/L 723 and ASTM E-84.
Pumps: Recognized under the U/L component recognition program for the application –
construction, thermal overload, running overload, and locked rotor protection.
Blower Motors: U/L recognized general purpose drip-proof.
Polymeric Materials: Tested in accordance with U/L 94 and 746C. Covered by City of Los
Angeles Research Reports (C.O.L.A.) RR930224 (for all single phase applications), or
RR930190 (for 3 phase applications) Electrical, and RR8141 Mechanical.
D522. Specular Gloss: per ASTM D523. Surface Burning Characteristics of Building
Materials (best rating) per U/L 723 and ASTM E-84.
Pumps: Recognized under the U/L component recognition program for the application –
construction, thermal overload, running overload, and locked rotor protection.
Blower Motors: U/L recognized general purpose drip-proof.
Polymeric Materials: Tested in accordance with U/L 94 and 746C. Covered by City of Los
Angeles Research Reports (C.O.L.A.) RR930224 (for all single phase applications), or
RR930190 (for 3 phase applications) Electrical, and RR8141 Mechanical.
L900798A May 2002