483760 Edition II II | Page 104

105 | Protect HP Series Inline Radon Fans HP Series fans are specially designed with higher pressure capabilities for radon mitigation applications. HP175 The economical choice where slightly less air flow is needed. Often used where there is good sub slab communication and lower Radon levels. HP190 and HP2190. The standard for Radon Mitigation. Ideally tailored performance curve for a vast majority of your mitigations. HP220 Excellent choice for systems with elevated radon levels, poor communication, multiple suction points and large subslab footprint HP2133 For applications where lower pressure and flow are needed. Record low power consumption of 14-20 W! Often used where there is good sub slab communication and lower Radon levels. • • • • • UV resistant, UL Listed durable plastic UL Listed for use in commercial applications Watertight electrical terminal box Totally enclosed for protection Automatic reset thermal overload protection NOTE: Installations that will result in condensate forming in the outlet ducting should have a condensate bypass installed to route the condensate outside of the fan housing. Conditions that are likely to produce condensate include but are not limited to: outdoor installations in cold climates, long lengths of outlet ducting, high moisture content in soil and thin wall or aluminum outlet ducting. Failure to install a proper condensate bypass may void any warranty claims. Specification data Rated power Voltage / phase Max. amps W Model V/~ 0.0” Ps A 0.5” Ps 0.75” Ps 1.0” Ps 1.25” Ps 1.5” Ps 1.75” Ps 2.0” Ps Shipping weight in.wg cfm Max Ps Item # lbs List price USD HP 175 65 120 / 1 0.57 151 112 91 70 40 12 - - 1.66 1 45047 178.00 HP 190 85 120 / 1 0.78 157 123 106 89 67 45 18 1 2.01 7 411297 185.00 HP 220 152 120 / 1 1.30 344 260 226 193 166 137 102 58 2.46 8 411349 260.00 HP 2133 20 120 / 1 0.17 134 68 19 - - - - - 0.84 1 45044 171.00 HP 2190 85 120 / 1 0.78 163 126 104 81 58 35 15 - 1.93 3 45048 185.00 The performance curves shown in this brochure are representative of the actual test results recorded at Texas Engineering Experiment Station/Energy Systems Lab, a recognized testing authority for HVI. Testing was done in accordance with AMCA Standard 210-85 and HVI 916 Test Procedures. fantech