ac axial compact fan 7450 es ebm-papst st. georgen gmbh & co. kg hermann-papst-str. 1 d-78112 st. georgen phone +49 (0) 7724 81-0 fax +49 (0) 7724 81-1309 info2@de.ebmpapst.com www.ebmpapst.com nominal data type 7450 es phase 1~ nominal voltage vac 230 frequency hz 50 speed (rpm) min -1 2700 power consumption w 47.0 min. ambient temperature c -25 max. ambient temperature c 60 air flow m 3 /h 380 sound power level b 6.8 sound pressure level db(a) 60 ml = max. load me = max. efficiency fa = free air cs = customer specification ce = customer equipment subject to change enu (web) approved 2016-06-22 page 1 / 4 ebm-papst st. georgen gmbh & co. kg hermann-papst-str. 1 d-78112 st. georgen phone +49 (0) 7724 81-0 fax +49 (0) 7724 81-1309 info2@de.ebmpapst.com www.ebmpapst.com
ac axial compact fan 7450 es technical description weight 1.1 kg dimensions ? 150 x 55 mm impeller material sheet steel, painted black housing material die-cast aluminum airflow direction intake over struts direction of rotation counterclockwise, viewed toward rotor storage ball bearing service life l10 at 40 c 63000 h service life l10 at maximum temperature 50000 h cable to 2 leads. wire ends with splice. grounding lug for m4 x 8. motor protection protected from overload by thermal switch approval vde, csa, ul, ce enu (web) approved 2016-06-22 page 2 / 4 ebm-papst st. georgen gmbh & co. kg hermann-papst-str. 1 d-78112 st. georgen phone +49 (0) 7724 81-0 fax +49 (0) 7724 81-1309 info2@de.ebmpapst.com www.ebmpapst.com
ac axial compact fan 7450 es product drawing enu (web) approved 2016-06-22 page 3 / 4 ebm-papst st. georgen gmbh & co. kg hermann-papst-str. 1 d-78112 st. georgen phone +49 (0) 7724 81-0 fax +49 (0) 7724 81-1309 info2@de.ebmpapst.com www.ebmpapst.com
ac axial compact fan 7450 es curves enu (web) approved 2016-06-22 page 4 / 4 ebm-papst st. georgen gmbh & co. kg hermann-papst-str. 1 d-78112 st. georgen phone +49 (0) 7724 81-0 fax +49 (0) 7724 81-1309 info2@de.ebmpapst.com www.ebmpapst.com 100 200 20 40 60 80 300 400 100 1 50 hz 60 hz 120 0 4 0 8 0 120 160 200 240 0,4 0,3 0,2 0,1 m3/h pa cfm [in h 2 o]
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