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Mfg: Emerson Climate
Published: 2002
Version: SP-720 3/02
171
pages
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Mfg: Emerson Climate
Published: 2006
Version: 200704
124
pages
CFlI 5SCK Seine Cracklelll Housing Walnutl Medium Oak Blades shown wrth CFSHLKSCK Light Fixture • 50" blade span with I 2° pitch • 3 forward!3 reverse speeds • 80" lead wires • 4.5" downrod included • Five reversible blades included B42 or B52 accessory blades sold separate ly (see page 114-115 for full selection)
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Mfg: Emerson Climate
Published: 2008
Version: 200SEVP-43 R2_Stock (3/08)
76
pages
Direct-drive downblast ventilators are designed for use w here st eady exhaust ventilation is needed under low to moderate stat ic pressure conditions. The fan housing shall be constructed of heavy gauge aluminum with a rigid steel support structure. Baffles and motor com partment hoods shall have a rolled bead for added strength.
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Mfg: Emerson Climate
Published: 2014
Version: 2012ECT-8 R3
2
pages
A superior replacement for most traditional AC and heat pump compressor contactors CoreSense™ Protection modules for single phase, residential air conditioning and heat pump systems combine the functionality of a standard system contactor with compressor diagnostic and protection capabilities. Exclusively for Copeland Scroll™ compressors, this innovative new product can be used to replace single and two-pole contactors commonly used in the field.
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Mfg: Emerson Climate
Published: 2012
Version: 2012ECT-40 R2
2
pages
Equipped with electronic unit controller: Designed for up to 110° ambient Advanced system protection Part of the industry’s broadest line of integral horsepower condensing units for refrigeration applications Physical and electrical data See OPI for current list of approved refrigerants. 16,900
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Mfg: Emerson Climate
Published: 2009
Version: 2009ECT-62 R5
2
pages
High efficiency Copeland Discus Digital™ compressors with CoreSense™ technology offer digital modulation as the most precise method of capacity control to eliminate traditional compressor cycling modulation problems like uneven cooling and reduced compressor life. No compression takes place during the modulation off cycle, which allows the motor to move the crankshaft and pistons without any thermodynamic work, thereby reducing power consumption.
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