"18""dia 29deg 1/2"" CW 3bld Fan"
Lighting is one of the largest energy costs for commercial and residential structures. High performance lighting products are designed to reduce energy consumption and improve application performance. The FAN2765, 18""dia 29deg 1/2"" CW 3bld Fan" is a high-performance, sustainable lighting product designed with energy efficiency in mind.
This 18""dia 29deg 1/2"" CW 3bld Fan" is a part of the Trane F36 fan family, engineered with an electrically commutated DC permanent magnet motor (ECPMSM) rather than an ordinary induction motor. ECPMSM motors are easier to maintain and have fast start-up times. Built for continuous ventilation in spaces up to 5,000 cubic feet, this unit features three forward and three reverse speeds.
The 18""dia 29deg 1/2"" CW 3bld Fan by Trane is a special order item. This product is shipped directly from the manufacturer and cannot be processed through .
This 18" diameter 29 degree 3 blade dish fan requires a 1/2" conduit and is 115 volt and 60 hz. Features include a power supply of 1420 watts, between 1.0/1.5 amps, terminal spacing of 3-3/4", intake diameter of 18", and an air flow characteristic of 3951 cfm at 0.25 in wg
The F2765 is a direct drive, semi-vented fan featuring an 18-in. diameter x 29-deg. pitch blade and three 11/16 in. diameter single speed metal composite blades.
The Trane XB60 consists of a two-blade, galvanized, cast aluminum circulator fan system mounted in an 18"" Tall, seamless air vent. The grille cover with locking mechanism is constructed of galvanized steel..
The FAN2765 Fan delivers air movement up to 1289cfm with CFM/Watt efficiency ratings up to 41. The FAN2765 offers a 3 speed ECM motor with cast aluminum rotor and die cast aluminum housing for maximum durability and long life. The FAN2765's aggressive blade pitch produces higher air movement and higher CFM/Watt efficiency when compared to similar fans with less pitch. Available with multi-voltage or multi-speed capabilities, the multi-speed ECM model also provides an energy-savings of up to 10% versus similar centrifugal motors.