Industrial inline axial fans, tubeaxial and vaneaxial inline blowers, duct ventilators, high pressure in-line blowers, high temperature axial oven fans; and Canada Blower wall / roof exhaust power fan ventilators.
Buffalo Blower sales of industrial axial pressure blowers, commercial fans, high-temperature industrial axial pressure blower fans; OEM Canadian Blower pressure blowers Canadian Blower OEM industrial axial fans, roof and wall propeller exhausters, ventilating and air-conditioning equipment, presure blower HVAC, heating ventilation and air conditioning components, process and OEM in-line axial blowers, Canada Blower custom built fans, ventilators, oven exhaust high temperature fans, combustion blowers, Canada Blower high temperature oven circulation fans.

Canada BlowerDesigners of industrial, process and O.E.M. fans, pressure blowers and ventilators. Sales of exhaust and supply wall / roof ventilating fans and fan blower impeller blades.

To order call: 716-803-6578
 









INLINE DIRECT DRIVE FANS PRICE LIST


This fans price list is published primarily for budget estimation purposes only. The fan prices include motor, drive and drive guards, flanged inlet / outlet, but no other ventilator accessories, like high temperature fan construction, special alloy or coatings, access door, drain, spark-resistant / explosion-proof blower construction, shutters or dampers, shaft seal & low leakage fan construction, etc...

Please call our Sales Department
(
Phone: 716-803-6578, Fax: 716-408-2070) for additional inline centrifugal, vane axial and tube axial fans Accessories pricing.


This Table is based on fan performance, Airflow in CFM vs. Static Pressure in inches of water column at standard air density 0.075 Lbs/cu.ft.


CFM\SP 0.25” WG 0. 5” WG 0.75” WG 1” WG 1.5” WG 2” WG 2.5” WG 3” WG
250 CFM BRS-6
115V
US$ 495
BRS-6L
115V
US$ 525
BRK-6L
115V
US$ 585
BRS-8
115V
US$ 960
BRS-8L
115V
US$ 740
BRS-12
115V
US$ 870
BMID-250
115V
US$ 2,415
BMID-250
115V
US$ 2,415
500 CFM BRS-10
115V
US$ 590
BRS-8L
115V
US$ 640
BRS-8L
115V
US$ 740
BRS-12
115V
US$ 870
BAID-120
115V
US$ 1,775
BMID-250
.5 HP, 115V
US$ 2,415
BMID-250
.5 HP, 115V
US$ 2,415
BTID-450
2 HP, 3 Ph.
US$ 2,710
1000 CFM BRS-12L
115V
US$ 820
BSDA13F11
1/5 HP, 115V
US$ 960
BVA9H35
1/3 HP, 115V
US$ 970
BVA95H35
1/3 HP, 115V
US$ 980
BDSI-135
115V
US$ 1,095
BDSI-135
115V
US$ 1,095
BAID-120
115V
US$ 1,840
BAID-120
115V
US$ 1,895
2000 CFM BTEDH18H
1/3 HP 115V
US$ 980
BTEDH16H11
1/3 HP, 115V
US$ 975
BTEDH12K34
3/4 HP, 115V
US$ 970
BTEDH12K34
3/4 HP, 115V
US$ 970
BTAD-0353
¾ HP, 115V
US$ 1,715
BTAD-0406
¾ HP, 115V
US$ 1,830
BAID-120
2 HP, 3 Ph.
US$ 2,105
BAID-140
2 HP, 3 Ph.
US$2,200
3000 CFM BTD16E
3/4 HP 3 Ph
US$ 910
BTEDH16
1/2 HP, 115V
US$ 975
BTD16E
3/4 HP 3 Ph
US$ 960
BDDA15T30150
1.5 HP, 3 Phase
US$ 1,455
BTAD-0403
2 HP 3 Ph
US$ 1,795
BTAD-0403
3 HP 3 Ph
US$ 1,800
BTAD-0503
3 HP 3 Ph
US$ 1,850
BAID-160
3 HP, 3 Ph.
US$2,585
4000 CFM BTD18E
3/4 HP 3 Ph
US$ 795
BTD21E
3/4 HP 3 Ph
US$ 930
BTD21E
1.5 HP 3 Ph
US$ 985
BTAD-0403
2 HP 3 Ph
US$ 1,790
BTAD-0403
3 HP 3 Ph
US$ 1,795
BTAD-0406
5 HP 3 Ph
US$ 1,945
BCDD-14
3 HP, 3 Ph.
US$ 4,900
BCDD-14
5 HP, 3 Ph.
US$ 5,350
5000 CFM BTD21E
3/4 HP 3 Ph
US$ 980
BTD21E
1 HP 3 Ph
US$ 985
BTD21E
1.5 HP 3 Ph
US$ 985
BTD24E
1.5 HP 3 Ph
US$ 1,120
BTAD-0503
5 HP 3 Ph
US$ 1,940
BTAD-0506
5 HP 3 Ph
US$ 1,975
BTAD-0503
5 HP 3 Ph
US$ 1,975
BTAD-0503
5 HP 3 Ph
US$ 1,975
7500 CFM BTD24E
1.5 HP 3 Ph
US$ 1,175
BTD24E
1.5 HP 3 Ph
US$ 1,175
BTD30E
3 HP 3 Ph
US$ 1,305
BTD30E
3 HP 3 Ph
US$ 1,305
BTD30E
5 HP, 3 Ph.
US$ 1,430
BTAD-0503
7.5 HP 3 Ph
US$ 2,070
BTAD-0503
7.5 HP 3 Ph
US$ 2,070
BTAD-0503
10 HP 3 Ph
US$ 2,410
10000 CFM BTD24E
3 HP 3 Ph
US$ 1,325
BTD30E
3 HP 3 Ph
US$ 1,315
BTD30E
3 HP 3 Ph
US$ 1,315
BTD24E
3 HP 3 Ph
US$ 1,275
BTD36E
7.5 HP 3 Ph
US$ 1,780
BTD36E
7.5 HP 3 Ph
US$ 1,780
BTAD-0633
10 HP 3 Ph
US$ 2,85
BTAD-0633
15 HP 3 Ph
US$ 2,855
15000 CFM BTD30E
5 HP 3 Ph
US$ 1,325
BTD30E
5 HP 3 Ph
US$ 1,325
BTD30E
5 HP 3 Ph
US$ 1,325
BTDC30
5 HP, 3 Phase
US$ 1,915
BTD36E4
7.5 HP 3 Ph
US$ 1,890
BTD36E
10 HP 3 Ph
US$ 1,970
BTDC36-5
15 HP, 3 Ph
US$ 3,295
BTDC42
15 HP, 3 Ph
US$ 3,570
20000 CFM BTDC30
5 HP, 3 Ph.
US$ 1,915
BTD36E
5 HP 3 Ph
US$ 2,050
BTD36E4
7.5 HP 3 Ph
US$ 2,070
BTD36E4
7.5 HP 3 Ph
US$ 2,0700
BTD36E4
10 HP 3 Ph
US$ 2,900
BTDC36-5
15 HP, 3 Ph
US$ 3,160
BTDC42
15 HP, 3 Ph
US$ 3,425
BTAD-1003
20 HP 3 Ph
US$ 4,110
25000 CFM BTD36E4
7.5 HP 3 Ph
US$ 1,700
BTD36E4
10 HP 3 Ph
US$ 1,885
BTD36E4
10 HP 3 Ph
US$ 1,885
BTDC36-5
10 HP, 3 Ph.
US$ 2,620
BTDC36-5
15 HP, 3 Ph
US$ 3,160
BTDC42
15 HP, 3 Ph
US$ 3,425
BTDC42
20 HP, 3 Ph
US$ 4,250
BTDC42
20 HP, 3 Ph
US$4,250
30000 CFM BTDC36-5
10 HP, 3 Ph.
US$ 2,620
BTDC42
7.5 HP, 3 Ph.
US$ 2,995
BTDC42
10 HP, 3 Ph.
US$ 2,825
BTDC42
10 HP, 3 Ph.
US$ 2,855
BTDC42
15 HP, 3 Ph
US$ 3,425
BTDC42
20 HP, 3 Ph
US$ 4,2555
BTDC42
20 HP, 3 Ph
US$ 4,225
BTAD-1003
30 HP 3 Ph
US$4,615
40000 CFM BTDC42
15 HP, 3 Ph
US$ 3,350
BTDC42
15 HP, 3 Ph.
US$ 3,350
BTDC42
15 HP, 3 Ph.
US$ 3,350
BTDC42
20 HP, 3 Ph.
US$ 4,260
BTAD-1003
25 HP 3 Ph
US$ 4,615
BTAD-1123
30 HP 3 Ph
US$ 4,620
BTAD-1003
40 HP 3 Ph
US$ 4,900
BTAD-1123
40 HP 3 Ph
US$ 5,745
50000 CFM BTDC54
10 HP, 3 Ph
US$ 4,380
BTDC60
10 HP, 3 Ph.
US$ 4,550
BTDC60
10 HP, 3 Ph.
US$ 4,550
BTDC48
20 HP, 3 Ph.
US$ 5,095
BTDC60
15 HP, 3 Ph
US$ 5,440
BATA-1123
40 HP 3 Ph
US$ 7,465
BTAD-1123
50 HP 3 Ph
US$ 7,570
BTAD-1253
50 HP 3 Ph
US$ 7,575
60000 CFM BTDC60
10 HP, 3 Ph.
US$ 4,550
BTDC60
15 HP, 3 Ph
US$ 5,430
BTDC54
20 HP, 3 Ph.
US$ 6,735
BTDC54
20 HP, 3 Ph.
US$ 6,735
BTAD-1253
50 HP 3 Ph
US$ 6,750
BTAD-1256
50 HP 3 Ph
US$ 9.700
BATA-1253
60 HP 3 Ph
US$ 10,250
BATA-1253
60 HP 3 Ph
US$10,250
70000 CFM BTDC60
15 HP, 3 Ph
US$ 5,435
BTA60L
20 HP 3 Ph
US$ 11,350
BTA72L
20 HP 3 Ph
US$ 13,370
BPTA54D
40 HP 3 Ph
US$ 17,855
BVJ54D
50 HP 3 Ph
US$ 20,140
BVJ54D
50 HP 3 Ph
US$ 21,370
BVJ54D
60 HP 3 Ph
US$ 21.960
BVA54
75HP 3 Ph
US$ 22,340
80000 CFM BTA72L
20 HP 3 Ph
US$ 13,370
BVJ54D
40 HP 3 Ph
US$ 17,855
BVJ54D
40 HP 3 Ph
US$ 17,855
BVJ54D
50 HP 3 Ph
US$ 21,370
BVJ54D
50 HP 3 Ph
US$ 21,3700
BVA54
60HP 3 Ph
US$ 20,570
BVJ54D
75 HP 3 Ph
US$ 21,300
BVJ54D
100 HP 3 Ph
US$ 23,655
90000 CFM BVJ60D
40 HP 3 Ph
US$ 22,090
BVJ60D
40 HP 3 Ph
US$ 22,090
BVJ60D
50 HP 3 Ph
US$ 23,290
BVJ60D
50 HP 3 Ph
US$ 23,290
BVJ60D
60 HP 3 Ph
US$ 25,135
BVJ60D
60 HP 3 Ph
US$ 25,135
BVJ60D
75 HP 3 Ph
US$ 26,345
BVJ60D
100 HP 3 Ph
US$ 30,190
100000 CFM BVJ66D
40 HP 3 Ph
US$ 23,600
BVJ66D
40 HP 3 Ph
US$ 23,600
BVJ66D
50 HP 3 Ph
US$ 25,235
BVJ66D
50 HP 3 Ph
US$ 25,250
BVJ66D
60 HP 3 Ph
US$ 27,040
BVJ66D
75 HP 3 Ph
US$ 27,315
BVJ66D
75 HP 3 Ph
US$ 27,315
BVJ66D
100 HP 3 Ph
US$ 31.155

Sales engineers for Canada Blower high temperature oven circulating fans, sandblast blowers, stainless steel fans blowers, vacuum blowers, corrosion resistand fans, chemical resistant blowers, air table blowers, Aerovent Fan ventilators, fume fans, high temperature fans & blowers, Industrial Air Products fans, LAU ventilators, CBC fans, Peerless Blower fans, high vacuum fans, wall fan ventilators, power roof vantilator fans.
Canada Blower
 
Large Industrial Fans, Blowers, Ventilators

Sales of big Canada Blower industrial process and OEM fans, blowers and ventilators, high temperature oven fans and pressure blowers. Supply of Canada Blower centrifugal and axial fans, radial blowers, tubeaxial and vaneaxial ventilators, roof and wall exhaust and supply fan ventilators, airfoil and backward inclined scroll cage blowers and fan wheel blades.

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Canada Blower is a major Industrial and OEM fan and blower supplier in North America. Canada Blower fans are well know for their highest manufacturing quality, reliability and industrial toughness for many years across the world.

Canada Blower direct-fired gas air make-up systems offer a wide range of facility air management choices, as
well as maximum installation flexibility. Exhaust fans cannot work properly without an adequate supply of air. If provision for air supply is not made, the vacuum created reduces the effectiveness of mechanical ventilation. Negative
pressure also causes excessive infiltration, making it difficult to heat properly. These conditions can be corrected by replacing the exhausted air with clean, fresh, pre-treated air. The primary purpose of make-up air is to temper outside air and supply it in sufficient quantities to bring about the condition of balanced ventilation.

Depending upon the quantity of make-up air in relation to the exhaust, the heating system will shut down during the working day allowing the make-up air system to handle the entire load. The heating system then functions only to maintain satisfactory temperatures at nighttime and other plant shutdown periods. When you add an air make-up system to an existing plant it is necessary to make a detailed analysis of the overall situation in order to determine what the
relationship might be between the heat added by make-up air and that supplied from the plant heating system. Where exhaust systems already exist, the installation of make-up air usually will not increase the heating load and can bring about a reduction of overall heating costs. This may be understood by considering that infiltrated air, warmed at least
partially by the plant heating system, is ultimately mixed with room air and exhausted through the ventilating fans. Infiltration of unheated air results in a decline of heating efficiency. Most heating systems are not adequately rated to cope with infiltration when appreciable negative pressures exist. Air make-up units provide a systematic method of heating entering air and supplying it in controlled quantity. With the proper balance of supply and exhaust, infiltration is eliminated and negative pressures are equalized. By properly tempering supply air, the heating system
is relieved of this abnormal load. The results are uniform space heating, effective ventilation and improved comfort.

Experience with fresh air heating systems has shown that it is practical and economically sound to heat industrial plants and even warehouses with fresh air. The question of whether to use 100% fresh air or recirculate some portion is debatable, and engineers are using both methods in their applications.

When Canada Blower direct-fired systems were first used, some authorities felt that positive exhaust was necessary to assure a balance and prevent the possibility of products of combustion buildup. It is now generally recognized that air can be supplied into most buildings having no mechanical exhaust and in quantities sufficient to heat them without building up a positive pressure of more than a few hundredths of an inch water gauge. It is the reverse of infiltration and this principle can be used to design fresh air plant heating.

The standard air make-up unit is used for industrial space heating with 100% outside air or with a fixed percentage of recirculation and in some designs with a combination of these. Your Aerovent sales representative can assist you in determining application requirements for general air make-up and for fresh air heating. They can supply detailed information as it may apply to specific conditions.

Model ADH – Buffalo Blowers’s Automatic Door Air Heater tempers the sudden influx of cold air when a rolltop or overhead door is opened. To mix hot and cold air, it is necessary to create a highly turbulent condition directly in front of the door. The Door Air Heater provides a high velocity blast of hot air to mix with the sudden influx of cold air, “bore through it” and splash off the floor. Installed at a car wash exit, the ADH Series of door air heaters directs high-speed air to help dry vehicles after a drying cycle. Typical applications include logistics terminals, industrial manufacturing and car wash.