BPF Centrifugal Plug Fans
Introduction INTRODUCTION Plug Fans S&P - THE COMPANY Soler & Palau was founded in 1951 in Ripoll (Spain) and since this date has become one of the world s leading companies engaged in the manufacture, sales and distribution of all types of ventilating and air moving products. Today Soler & Palau has eight production plants and eleven wholly owned commercial subsidiary companies located across the globe. Supporting the design, development production and commercial facilities are a professional team of more than 1300 employees who ensure that Soler & Palau continue to have an active presence in all global market sectors. S&P - THE STRATEGY At the heart of Soler & Palau s company strategy is the continued substantial investment in product and manufacturing research, development and quality control. Since 1951 the sustained investment in these critical areas has enabled Soler & Palau to offer to its customers products with unparalleled quality and reliability. These critical elements of success today form the fundamental cornerstones of the company s strategy for growth within increasingly competitive global markets. Today Soler & Palau has more than 60 highly qualified engineers working in areas such as product and manufacturing technology research, development, innovation and production. The engineers work closely with international safety standards agencies to ensure that all of Soler & Palau s products are manufactured and supplied in accordance with only the very latest mechanical and electrical safety standards. All products are extensively tested with the company s comprehensive in-house airflow, acoustic and environmental test laboratories which have been officially certified by AENOR to EN-45001-89 standards. Currently Soler & Palau hold both ISO 9001:2000 and ISO 14001:1996 certifications and were also the first company in Spain to be registered to the original ISO 9000 standards. Through operating a continual rigorous program of new and existing product development and improvement means that Soler & Palau s customers are assured that they will continue to receive products of only the very highest quality and reliability both now and in the future. 2
BPF CENTRIFUGAL
BPF Centrifugal Plug Fans Soler & Palau developed this new centrifugal plug fan serie looking to efficiency, noise level and structural strength. The result is the new BPF plug fan serie, with top performance level in every aspect. Diameter range from 280 up to 1000 mm Airflow up to 70.000m 3 /h, pressure rise up to 2800 Pa Efficiency up to 75% - Very low noise level. Centrifugal plug fan serie is available in direct driven version with its own rigid structure unit, designed to be mounted in air handling units. The motors used are IEC-standard three phase foot mounted motor with PTC. All the motor are EFF2 and high-efficiency motors class EFF1 are also available. The unit fans can be equipped with 3 phase motor with integrated VFD (frequency converter). Description: Compact free running unit in plenum made by a base frame, motor, backward wheel impeller, inlet cone. High performance impeller made in welded steel, backward wheel curve 7 blade, wheel rotation CW/RD, painted. Inlet cone with measuring device to determinate flow rate on request. Unit mounted on a rigid base frame made by C profiles of welded base frame, with rigid motor support. Complete unit with admissible vibration severity less than 2,8mm/s according ISO14694. IEC standard three-phase motor IMB3 EFF2, multivoltage, protection by PTC thermistor, IP55, Output: 0.55 up to 37kW - Frames: 71 up to 250M/L - Voltage: 220-240/380-415V (up to 100L) 380-415/660V (from 112M and up) Class F insulation (DT=80K) - Continuous duty: S1 - Ambient temperature: -20/+40 C, at 1000 m.a.s.l. Suitable for inverter duty applications. Motor in accordance EEF1 or motor with built-on VFD (frequency inverter) on request. Special tension or multispeed motor available on request. Special anticorrosion treatament on request. Mounting with horizontal motor shaft only. Accessories Inlet guard grill. Outlet flexible connector. Antivibration mounts. ON / OFF electrical isolation switch. Pressure and airflow sensor. 4
INSTALLATION INSTRUCTION for BPFM plug fans Optimum distances from the wheel to other components; Distance at the inlet side LA 0,5 x DSa* Distance at the outlet side LD 1 x DSa Housing wall distances A 1,8 x DSa A = B In box section with unequal side lengths, a reference surface F (equivalent parameter) consisting of side-width A and side-high B can be calculated as an iteration when there is a minimum clearance of 0,3 x DSa between the impeller and the wall. F = AxB In the case of disturbance flow (for example curved pipe at the inlet, flaps etc) LA 1 x DSa Nominal Wheel Size Real Wheel size (ØDSa) 280 282 315 317 355 358 400 403 450 453 500 504 560 564 630 634 710 714 800 804 900 906 1000 1006 5
EXAMPLE OF SELECTION BPF 355 Air volume Q = 2900 m 3 /h Static pressure P = 295 Pa Fan speed N = 1600 rpm Shaft power W = 0,33 kw Total efficiency n = 71 % Sound pressure level Lps6 = 68 db Measurement according to DIN 24163 (test bench arrangement C), ρ =1.2 kg/m³, sound pressure level measured at 1 m distance 6
SOUND LEVEL The sound indicated on the BPFM catalogue is a Sound Pressure Level-Lps 6 (A-weighted) measured at one meter of pressure side, in hemispherical free field ambient. From the Lps 6 (A) a corresponding value of Sound Power Level-Lws 6 (A) in spherical free field ambient can be estimated as belowe; Lws 6 (A) = Lps 6 (A)+ 20log 10 (d)+6 Where d = distance between the fan and the microphone in m of Lps 6 (A) The Lps 5 (suction side) is 3 db(a) less of the value at the pressure side: Lps 5 = Lps 6 3 db The Octave-band (linear-weighted) of sound pressure level at pressure side Lps 6 -Oct or in suction side Lps 5 -Oct must be achieve with adding the coefficient K in table 1 below. Ie: BPFM500 Lps 5 = 78 db Octave Band at outlet side 63 125 250 500 1000 2000 4000 8000 K -3-2 -1-2 -4-8 -11-16 db rel 75 76 77 76 74 70 67 62 Octave Band at inlet side 63 125 250 500 1000 2000 4000 8000 K -6-5 -3-4 -8-11 -15-20 db rel 72 73 75 74 70 67 63 58 7
BPFM 280 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 280-2T-01 0,55 2 2800 1,36 2780 50 20 BPFM 280-2T-02 0,75 2 2855 1,73 3050 53 20 BPFM 280-2T-03 1,1 2 2845 2,40 3500 62 22 BPFM 280-2T-04 1,5 2 2860 3,25 3900 68 24 BPFM 280-2T-05 2,2 2 2880 4,55 4400 76 27 BPFM 280-2T-06 3 2 2890 6,10 4850 84 32 Dimensions A J K B B C DEScRiPTioNS a B c D E F G H i J K N BPFM 280 0.55 kw 71 (2p) 3F 363 5,2 400 486 283 360 400 300-90 45 4 BPFM 280 0.75 kw 80 (2p) 3F 380 5,2 400 486 283 360 400 300-90 45 4 BPFM 280 1.1 kw 80 (2p) 3F 380 5,2 400 486 283 360 400 300-90 45 4 BPFM 280 1.5 kw 90S (2p) 3F 426 5,2 400 486 283 360 400 300-90 45 4 BPFM 280 2.2 kw 90L (2p) 3F 426 5,2 400 486 283 360 400 300-90 45 4 BPFM 280 3 kw 100L (2p) 3F 453 5,2 400 486 283 360 400 300-90 45 4 8
Wheel performance curve BPF 280 FaN SizE BPF 280 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -4-5 -2-5 -8-11 -15-20 outlet -2-3 0-3 -4-8 -11-16 Measurement according to DIN 24163 (test bench arrangement C), ρ =1.2 kg/m³, sound pressure level measured at 1 m distance 9
BPFM 315 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 315-2T-03 1,1 2 2845 2,40 2900 51 23 BPFM 315-2T-04 1,5 2 2860 3,25 3200 56 25 BPFM 315-2T-05 2,2 2 2880 4,55 3650 63 28 BPFM 315-2T-06 3 2 2890 6,10 4000 69 34 BPFM 315-2T-07 4 2 2905 7,80 4300 74 38 Dimensions A J K B B C DEScRiPTioNS a B c D E F G H i J K N BPFM 315 1.1 kw 80 (2p) 3F 400 5,6 400 486 283 360 400 300-100 45 4 BPFM 315 1.5 kw 90S (2p) 3F 447 5,6 400 486 283 360 400 300-100 45 4 BPFM 315 2.2 kw 90L (2p) 3F 447 5,6 400 486 283 360 400 300-100 45 4 BPFM 315 3 kw 100L (2p) 3F 474 5,6 500 486 283 360 400 300-100 45 4 BPFM 315 4 kw 112M (2p) 3F 474 5,6 500 486 283 360 400 300-100 45 4 10
Wheel performance curve BPF 315 FaN SizE BPF 315 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -4-5 -2-5 -8-11 -15-20 outlet -2-3 0-3 -4-8 -11-16 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 11
BPFM 355 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 355-4T-03 1,1 4 1415 2,55 2350 83 29 BPFM 355-4T-04 1,5 4 1420 3,40 2580 91 32 BPFM 355-2T-05 2,2 2 2880 4,55 2950 51 32 BPFM 355-2T-06 3 2 2890 6,10 3300 57 38 BPFM 355-2T-07 4 2 2905 7,80 3600 62 42 Dimensions A J K B B C DEScRiPTioNS a B c D E F G H i J K N BPFM 355 1.1 kw 90S (4p) 3F 468 6,2 400 556 333 460 500 385-112 58 4 BPFM 355 1.5 kw 90L (4p) 3F 468 6,2 400 556 333 460 500 385-112 58 4 BPFM 355 2.2 kw 90L (2p) 3F 468 6,2 400 556 333 460 500 385-112 58 4 BPFM 355 3 kw 100L (2p) 3F 495 6,2 500 556 333 460 500 385-112 58 4 BPFM 355 4 kw 112M (2p) 3F 495 6,2 500 556 333 460 500 385-112 58 4 12
Wheel performance curve BPF 355 FaN SizE BPF 355 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -4-5 -2-5 -8-11 -15-20 outlet -2-3 0-3 -4-8 -11-16 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 13
BPFM 400 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 400-4T-03 1,1 4 1415 2,55 1900 67 33 BPFM 400-4T-04 1,5 4 1420 3,4 2140 75 36 BPFM 400-4T-05 2,2 4 1420 4,70 2400 85 39 BPFM 400-4T-06 3 4 1420 6,40 2700 95 43 BPFM 400-2T-07 4 2 2905 7,80 2960 51 46 BPFM 400-2T-08 5,5 2 2905 7,80 3280 56 60 Dimensions A J K B B C DEScRiPTioNS a B c D E F G H i J K N BPFM 400 1.1 kw 90S (4p) 3F 491 6,7 500 556 333 460 500 385-125 65 4 BPFM 400 1.5 kw 90L (4p) 3F 491 6,7 500 556 333 460 500 385-125 65 4 BPFM 400 2.2 kw 100L (4p) 3F 518 6,7 500 556 333 460 500 385-125 65 4 BPFM 400 3 kw 100L (4p) 3F 518 6,7 500 556 333 460 500 385-125 65 4 BPFM 400 4 kw 112M (2p) 3F 518 6,7 500 556 333 460 500 385-125 65 4 BPFM 400 5.5 kw 132S (2p) 3F 585 6,7 600 556 333 460 500 385-125 65 4 14
Wheel performance curve BPF 400 FaN SizE BPF 400 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -6-5 -3-4 -8-11 -15-20 outlet -3-2 -1-2 -4-8 -11-16 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 15
BPFM 450 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 450-4T-03 1,1 4 1415 2,55 1550 55 45 BPFM 450-4T-04 1,5 4 1420 3,40 1730 61 48 BPFM 450-4T-05 2,2 4 1420 4,70 2000 70 51 BPFM 450-4T-06 3 4 1420 6,40 2200 77 55 BPFM 450-4T-07 4 4 1440 8,20 2440 85 60 BPFM 450-4T-08 5,5 4 1455 11,40 2700 93 72 BPFM 450-2T-09 7,5 2 2930 13,80 3000 51 74 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 450 1.1 kw 90S (4p) 3F 517 7,3 500 716 716 560 630 465-140 74 8 BPFM 450 1.5 kw 90L (4p) 3F 517 7,3 500 716 716 560 630 465-140 74 8 BPFM 450 2.2 kw 100L (4p) 3F 544 7,3 500 716 716 560 630 465-140 74 8 BPFM 450 3 kw 100L (4p) 3F 544 7,3 500 716 716 560 630 465-140 74 8 BPFM 450 4 kw 112M (4p) 3F 544 7,3 500 716 716 560 630 465-140 74 8 BPFM 450 5.5 kw 132S (4p) 3F 611 7,3 600 716 716 560 630 465-140 74 8 BPFM 450 7.5 kw 132S (2p) 3F 611 7,3 600 716 716 560 630 465-140 74 8 16
Wheel performance curve BPF 450 FaN SizE BPF 450 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -6-5 -3-4 -8-11 -15-20 outlet -3-2 -1-2 -4-8 -11-16 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 17
BPFM 500 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 500-4T-04 1,5 4 1420 3,40 1450 51 54 BPFM 500-4T-05 2,2 4 1420 4,70 1640 58 57 BPFM 500-4T-06 3 4 1420 6,40 1800 63 61 BPFM 500-4T-07 4 4 1440 8,20 2000 69 66 BPFM 500-4T-08 5,5 4 1455 11,40 2200 76 77 BPFM 500-4T-09 7,5 4 1455 15,20 2450 84 83 BPFM 500-2T-10 11 2 2940 20,00 2700 46 107 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 500 1.5 kw 90L (4p) 3F 545 8,0 500 716 716 560 630 465-160 84 8 BPFM 500 2.2 kw 100L (4p) 3F 572 8,0 600 716 716 560 630 465-160 84 8 BPFM 500 3 kw 100L (4p) 3F 572 8,0 600 716 716 560 630 465-160 84 8 BPFM 500 4 kw 112M (4p) 3F 572 8,0 600 716 716 560 630 465-160 84 8 BPFM 500 5.5 kw 132S (4p) 3F 640 8,0 600 716 716 560 630 465-160 84 8 BPFM 500 7.5 kw 132M (4p) 3F 640 8,0 600 716 716 560 630 465-160 84 8 BPFM 500 11 kw 160M (2p) 3F 765 8,0 700 716 716 560 630 465-160 84 8 18
Wheel performance curve BPF 500 FaN SizE BPF 500 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -6-5 -3-4 -8-11 -15-20 outlet -3-2 -1-2 -4-8 -11-16 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 19
BPFM 560 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 560-6T-04 1,5 6 925 3,90 1200 65 69 BPFM 560-4T-05 2,2 4 1420 4,70 1380 49 69 BPFM 560-4T-06 3 4 1420 6,40 1520 54 71 BPFM 560-4T-07 4 4 1440 8,20 1680 58 76 BPFM 560-4T-08 5,5 4 1455 11,40 1850 64 90 BPFM 560-4T-09 7,5 4 1455 15,20 2080 71 96 BPFM 560-4T-10 11 4 1460 21,50 2350 80 120 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 560 1.5 kw 100L (6p) 3F 603 8,6 600 847 463 720 760 660-180 97 8 BPFM 560 2.2 kw 100L (4p) 3F 603 8,6 600 847 463 720 760 660-180 97 8 BPFM 560 3 kw 100L (4p) 3F 603 8,6 600 847 463 720 760 660-180 97 8 BPFM 560 4 kw 112M (4p) 3F 603 8,6 600 847 463 720 760 660-180 97 8 BPFM 560 5.5 kw 132S (4p) 3F 670 8,6 700 847 463 720 760 660-180 97 8 BPFM 560 7.5 kw 132M (4p) 3F 670 8,6 700 847 463 720 760 660-180 97 8 BPFM 560 11 kw 160M (4p) 3F 796 8,6 700 847 463 720 760 660-180 97 8 20
Wheel performance curve BPF 560 FaN SizE BPF 560 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -5-2 -1-6 -8-10 -16-20 outlet -2 0-4 -4-4 -7-12 -17 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 21
BPFM 630 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 630-6T-05 2,2 6 940 5,20 1130 60 89 BPFM 630-6T-06 3 6 950 7,20 1260 66 101 BPFM 630-4T-07 4 4 1440 8,20 1400 49 91 BPFM 630-4T-08 5,5 4 1455 11,40 1550 53 105 BPFM 630-4T-09 7,5 4 1455 15,20 1700 58 111 BPFM 630-4T-10 11 4 1460 21,50 1950 67 135 BPFM 630-4T-11 15 4 1460 28,50 2150 74 146 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 630 2.2 kw 112M (6p) 3F 641 9,5 600 847 463 720 760 660-200 106 8 BPFM 630 4 kw 112M (4p) 3F 641 9,5 600 847 463 720 760 660-200 106 8 BPFM 630 3 kw 132S (6p) 3F 708 9,5 700 847 463 720 760 660-200 106 8 BPFM 630 5.5 kw 132S (4p) 3F 708 9,5 700 847 463 720 760 660-200 106 8 BPFM 630 7.5 kw 132M (4p) 3F 708 9,5 700 847 463 720 760 660-200 106 8 BPFM 630 11 kw 160M (4p) 3F 834 9,5 700 847 463 720 760 660-200 106 8 BPFM 630 15 kw 160L (4p) 3F 834 9,5 800 847 463 720 760 660-200 106 8 22
Wheel performance curve BPF 630 FaN SizE BPF 630 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -5-2 -1-6 -8-10 -16-20 outlet -2 0-4 -4-4 -7-12 -17 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 23
BPFM 710 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 710-6T-06 3 6 950 7,20 1030 54 131 BPFM 710-6T-07 4 6 950 9,40 1140 60 136 BPFM 710-6T-08 5,5 6 950 12,60 1260 66 145 BPFM 710-4T-09 7,5 4 1455 15,20 1400 48 141 BPFM 710-4T-10 11 4 1460 21,50 1600 55 163 BPFM 710-4T-11 15 4 1460 28,50 1760 60 174 BPFM 710-4T-12 18,5 4 1460 35,50 1900 65 243 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 710 3 kw 132S (6p) 3F 802 11 1100 1052 568 910 960 750-224 117 8 BPFM 710 4 kw 132M (6p) 3F 802 11 1100 1052 568 910 960 750-224 117 8 BPFM 710 5.5 kw 132M (6p) 3F 802 11 1100 1052 568 910 960 750-224 117 8 BPFM 710 7.5 kw 132S (4p) 3F 802 11 1100 1052 568 910 960 750-224 117 8 BPFM 710 11 kw 160M (4p) 3F 928 11 1100 1052 568 910 960 750-224 117 8 BPFM 710 15 kw 160L (4p) 3F 928 11 1100 1052 568 910 960 750-224 117 8 BPFM 710 18.5 kw 180M (4p) 3F 1005 11 1100 1052 568 910 960 750-224 117 8 24
Wheel performance curve BPF 710 FaN SizE BPF 710 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -5-2 -1-6 -8-10 -16-20 outlet -2 0-4 -4-4 -7-12 -17 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 25
BPFM 800 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 800-6T-07 4 6 950 9,40 930 49 163 BPFM 800-6T-08 5,5 6 950 12,60 1030 54 172 BPFM 800-6T-09 7,5 6 960 17,00 1150 60 200 BPFM 800-6T-10 11 6 960 24,50 1300 68 220 BPFM 800-4T-11 15 4 1460 28,50 1450 50 201 BPFM 800-4T-12 18,5 4 1460 35,50 1550 53 270 BPFM 800-4T-13 22 4 1460 41,50 1650 57 285 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 800 4 kw 132M (6p) 3F 855 11,6 1100 1052 568 910 960 750-250 131 8 BPFM 800 5.5 kw 132M (6p) 3F 855 11,6 1100 1052 568 910 960 750-250 131 8 BPFM 800 7.5 kw 160M (6p) 3F 980 11,6 1100 1052 568 910 960 750-250 131 8 BPFM 800 11 kw 160L (6p) 3F 980 11,6 1100 1052 568 910 960 750-250 131 8 BPFM 800 15 kw 160L (4p) 3F 980 11,6 1100 1052 568 910 960 750-250 131 8 BPFM 800 18.5 kw 180M (4p) 3F 1058 11,6 1100 1052 568 910 960 750-250 131 8 BPFM 800 22 kw 180M (4p) 3F 1058 11,6 1100 1052 568 910 960 750-250 131 8 26
Wheel performance curve BPF 800 FaN SizE BPF 800 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -3-1 -2-7 -7-10 -18-23 outlet 1 2-4 -4-5 -7-14 -19 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 27
BPFM 900 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 900-8T-07 4 8 715 10,00 770 54 251 BPFM 900-8T-08 5,5 8 710 13,00 850 60 263 BPFM 900-6T-09 7,5 6 960 17,00 950 49 263 BPFM 900-6T-10 11 6 960 24,50 1080 56 284 BPFM 900-6T-11 15 6 970 31,50 1200 62 345 BPFM 900-6T-12 18,5 6 975 38,50 1280 66 392 BPFM 900-6T-13 22 6 975 45,50 1350 69 402 BPFM 900-4T-14 30 4 1460 41,50 1500 51 402 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 900 4 kw 160M (8p) 3F 1039 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 5.5 kw 160M (8p) 3F 1039 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 7.5 kw 160M (6p) 3F 1039 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 11 kw 160L (6p) 3F 1039 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 15 kw 180L (6p) 3F 1116 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 18.5 kw 200L (6p) 3F 1166 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 22 kw 200L (6p) 3F 1166 12,9 1290 1271 678 1120 1180 950 400 280 148 12 BPFM 900 30 kw 200L (4p) 3F 1166 12,9 1290 1271 678 1120 1180 950 400 280 148 12 28
Wheel performance curve BPF 900 FaN SizE BPF 900 K factor correction for spectrum noise of BPF octave band (Hz) 63 125 250 500 1K 2K 4K 8K inlet -3-1 -2-7 -7-10 -18-23 outlet 1 2-4 -4-5 -7-14 -19 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 29
BPFM 1000 Technical characteristicscs FaN TYPE Motor power Poles r.p.m. l N r.p.m. max. Freq. weight (kw) 1/min (a) 1/min (Hz) (kg) BPFM 1000-8T-08 5,5 8 710 13,00 720 51 305 BPFM 1000-8T-09 7,5 8 715 17,60 790 55 324 BPFM 1000-8T-10 11 8 725 24,50 900 62 387 BPFM 1000-6T-10 11 6 960 24,50 900 47 324 BPFM 1000-6T-11 15 6 970 31,50 1000 52 387 BPFM 1000-6T-12 18,5 6 975 38,50 1070 55 435 BPFM 1000-6T-13 22 6 975 45,50 1130 58 445 BPFM 1000-6T-14 30 6 978 61,00 1260 64 518 BPFM 1000-6T-15 37 6 980 65,00 1350 69 611 BPFM 1000-4T-15 37 4 1470 66,00 1200 41 518 Dimensions DEScRiPTioNS a B c D E F G H i J K N BPFM 1000 5.5 kw 160M (8p) 3F 1088 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 7.5 kw 160M (8p) 3F 1088 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 11 kw 160L (6p) 3F 1088 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 11 kw 180L (8p) 3F 1156 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 15 kw 180L (6p) 3F 1156 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 18.5 kw 200L (6p) 3F 1215 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 22 kw 200L (6p) 3F 1215 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 30 kw 225M (6p) 3F 1305 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 37 kw 225S (4p) 3F 1305 14,2 1400 1271 678 1120 1180 950 400-164 12 BPFM 1000 37 kw 250M (6p) 3F 1382 14,2 1400 1271 678 1120 1180 950 400-164 12 30
Wheel performance curve BPF 1000 4000 3000 32 50% 40 60% 70% 75% 2000 25 20 70% 16 65% static pressure p fa [Pa] 1000 800 600 500 400 300 13 10 8,0 6,3 5,0 4,0 3,1 2,5 2,0 1,6 1,3 87 90 93 800 96 900 1000 60% 55% 99 50% 1120 1250 1450 200 72 84 630 710 81 560 100 75 78 500 80 450 60 sound pressure level A-weighted [db(a)] speed [1/min] 5000 7000 10000 20000 30000 50000 70000 100000 volume flow rate V [m³/h] K factor correction for spectrum noise of BPF FaN SizE octave band (Hz) 63 125 250 500 1K 2K 4K 8K BPF 1000 inlet -3-1 -2-7 -7-10 -18-23 outlet 1 2-4 -4-5 -7-14 -19 Measurement according to DIN 24163 (test bench arrangement C), ρρ=1.2 kg/m³, sound pressure level measured at 1 m distance 31
Accessories Outlet flexible connector Inlet protections guard Flexible connector manufactured from 2 inlet flanges mounted with a flexible material to connect the duct at the fan outlet. Avoid the vibrations. Inlet protection guard to prevent any contact with the fan impeller. Antivibration mounts (AM) To avoid the vibration of the fan to the structure of the insallation. It is necessary to know the right position of the antivibrations mounts before the installation. Model am-25m am-50m am-75m am-100m am-125m LoaD in KG load: 10-25kg / each load: 20-50kg / each load: 30-75kg / each load: 40-100kg / each load: 50-125kg / each 32
Antivibration mounts (KSE) Rubber anti-vibration mounts to reduce vibration and noise transmission to the installation. (1 KSE = set of 4 supports per bag) Modelo KSE-45 KSE-70 weight fan 40 180 kg 80 280 kg ON/OFF Electrical isolation switch Complete range of isolation switch for motor from 23 A to 75 A. - Rotary padlocking ON/OFF switch. - Two additional contact (open and closed). - IP55 protection. Model (1 speed) W Maximum current absorbed (a) H intz-02/16 16 intz-02/23 23 intz-02/45 45 Model (2 speed) W Maximum current absorbed (a) H intz-04/16 16 intz-04/23 23 intz-04/45 45 intz-04/75 75 Three phase fan Y/ switch Rotary switch with three positions, off, Y and Maximum current rating: 20A. IP 67 protection. Supply voltage Voltage of motor 380-400 V 3/380/50 3/400/50 220-230 V 3/220-380/50 3/230-400/50 33
Adjustable frequency drive. Ip21 version Ip55 version For three phase motors from 0,37 to 15 kw. Din Rail mounting (Ip21 or IP55). Voltage supplies: single phase 230V 50/60Hz (VFTM MONO) three phase 400V 50/60Hz (VFTM TRI). External display of parameters (Current, power, torque, speed, frequency ). Speed selection with potentiometer. Integrated EMC level A filter. Regulator and preset PI. Run/Fault relay output contacts. Model Motor power Nominal current Power dissipated Size reference Weight (kw) (a) (W) (Kg) Single phase supply voltage; 200 240V 50/60Hz, with integrated EMc filter VFTM MoNo 0,18 0,18 1,5 24 T1 1,5 VFTM MoNo 0,37 0,37 3,3 41 T1 1,5 VFTM MoNo 0,55 0,55 3,7 46 T2 1,5 VFTM MoNo 0,75 0,75 4,8 60 T2 1,5 VFTM MoNo 1,1 1,1 6,9 74 T3 1,8 VFTM MoNo 1,8 1,5 8 90 T3 1,8 VFTM MoNo 2,2 2,2 11 123 T4 3,1 Three phase supply voltage; 400V 50/60Hz, with integrated EMc filter VFTM TRi 0,37 0,37 1,5 32 T3 1,8 VFTM TRi 0,55 0,55 1,9 37 T3 1,8 VFTM TRi 0,75 0,75 2,3 41 T3 1,8 VFTM TRi 1,1 1,1 3 48 T3 1,8 VFTM TRi 1,5 1,5 4,1 61 T3 1,8 VFTM TRi 2,2 2,2 5,5 79 T4 3,1 VFTM TRi 3 3 7,1 125 T4 3,1 VFTM TRi 4 4 9,5 150 T4 3,1 VFTM TRi 5,5 5,5 14,3 232 T5 6,5 VFTM TRi 7,5 7,5 17 269 T5 6,5 VFTM TRi 11 11 27,7 397 T6 11 VFTM TRi 15 15 33 492 T6 11 34
TDP-F Pressure sensor and airflow sensor with display. Enables you to control the pressure in the fan inlet. Pressure range: 0-2500 Pa. Output signal: 0-10 V / 4-20 ma. Power supply: 24 VDC. Model Electrical supply Maximum power Ø connector Voltage ip Pressure Dimensions LxaxH (Va) (mm) protection range (mm) TDP-F 24VAC-24VDC 4 6,2 0-10 V / 4-20 ma IP54 0-2500 Pa 75x36x80 Measuring device to get air volume dote The definition of the volume flow follows through the measurement of the differential pressure in the fan inlet. The are 4 pressure probes positioned in each inlet cone, the pressure probe are connected with a PVC tube. Each size of fan was measured and the calibration curves determined. Based on the curves measured the following calibration factors (k-factor) can be used: Fan Type k-factor BPFM 280 84 BPFM 315 104 BPFM 355 131 BPFM 400 172 BPFM 450 207 BPFM 500 252 Fan Type k-factor BPFM 560 329 BPFM 630 420 BPFM 710 540 BPFM 800 681 BPFM 900 887 BPFM 1000 1105 The flow rate of the fan in operational conditions may be simply read on the calibration chart for the relevant fan size, plotting on the chart the pressure value read by the probe. Example: Consider to use an BPFM 280, rotating at 3550 rpm, with a total pressure of 1000 Pa. The flow rate is about 3.000 m³/h. From the manometer connected to the pressure probe system you will read 1275 Pa. When entering this pressure on the calibration chart pressure axis, at the intersection with the BPFM 280 calibration curve, a value of 3000 m³/h will be read on the flow rate axis. If the same fan is running at a different speed but with the same flow rate, the pressure probe system will again readρρ = 1275 Pa. The calculation of the volume flow is made according to the following formula: V = k * ρ [ m 3 /h ] This relation applies for the densityρρ = 1,205 [Kg/m 3 ]. At density deviating from 1,205 [Kg/m 3 ] the following correction can be made: ρ Vρ = V1,205 * 1,205 / ρρ Where: V = volume flow atρρ = 1,205 Kg/m 3 [m 3 /h] Vρ = volume flow at density ρ [m 3 /h] ρ = density 1,205 Kg/m 3 ρ = differential pressure at the fan inlet (difference between fan inlet and suction chamber) [Pa] 35
CALIBRATION CHART BPFM 280 TO 560 8000 7000 6000 p (Pa) 5000 4000 3000 2000 280 315 355 400 450 500 560 1000 0 0 2000 4000 6000 8000 10000 12000 14000 16000 18000 20000 22000 24000 air flow (m 3 /h) CALIBRATION CHART BPFM 630 TO 1000 8000 7000 6000 p (Pa) 5000 4000 3000 2000 630 710 800 900 1000 1000 0 0 10000 20000 30000 40000 50000 60000 70000 80000 air flow (m 3 /h) 36
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Investigación, Desarrollo y Alta Tecnología Soler & Palau Departamento comercial C/ Llevant, 4 Polígono Industrial Llevant 08150 Parets del Vallès (Barcelona) - ESPAÑA Tel. +34935719420 Fax +34935719421 Correo electrónico: oem.info@solerpalau.com Web: http://www.solerpalau.com