-
E-mail
2316332107@qq.com
-
Phone
15965217685
-
Address
Dezhou Technology Development Zone, Shandong Province
Shandong Pengkun Air Conditioning Equipment Co., Ltd
2316332107@qq.com
15965217685
Dezhou Technology Development Zone, Shandong Province
BDW-87-3The fiberglass low-noise roof fan is a type of low-noise fan developed by our company by using fiberglass material instead of similar fans at home and abroad. The noise can be limited to within 60 (A) decibels. This fan has the characteristics of low noise, high efficiency, corrosion resistance, light weight, reliable operation, and simple installation. It can be widely used for local and comprehensive exhaust of various industrial buildings such as factories and buildings, especially suitable for places that require low noise such as hotels, schools, hospitals, cinemas, etc.
Performance Installation Outline Dimensional Table Machine number Ye Lunzhi rotational speed Power kw Air volume under different static pressures m3/h Noise dB Exterior installation dimensions mm Weight kg 5mmH20 10mmH20 15mmH20 A B C D E F H J L I 2.5 250 1450 0.06 927 740 432 49 585 493 325 275 175 270 50 345 565 455 10 3 300 1450 0.09 1784 1120 840 50 585 393 390 340 175 320 50 410 565 455 15 3.5 350 1450 0.12 2930 2010 1130 52 585 950 455 405 175 370 50 480 565 455 26 4 400 1450 0.25 4800 3920 2710 53 680 950 520 470 280 430 50 550 660 550 30 4.5 450 1450 0.55 8431 6870 5810 55 680 950 585 535 280 480 50 615 660 550 33 5 500 1450 0.55 9300 8024 7430 58 850 1180 650 600 350 530 50 680 830 720 35 5.5 550 1450 0.75 14530 9763 8740 58 850 1180 715 665 350 580 50 745 830 720 38 6 600 960 0.75 16052 13740 10420 56 1020 1200 720 670 400 630 50 810 100 890 48 7 700 960 1.5 20350 18330 15400 59 1020 1200 840 290 400 730 50 910 100 890 50 8 800 960 1.5 25200 23500 20370 59 1280 1650 960 910 420 840 50 1020 1260 1150 53 9 900 720 2.2 25200 26500 22700 65 1280 1650 1000 950 420 940 50 1120 1260 1150 60 10 1000 720 2.2 34340 33430 24350 74 1280 1650 1000 950 420 1040 50 1220 1260 1150 65 
Diameter mm
r/mim