Laboratory Exhaust Systems

Laboratory Exhaust Systems Vektor®-H Performance High Plume January 2012 Laboratory Exhaust Systems Model Vektor®-H Table of Contents Vektor-H OS...
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Laboratory Exhaust Systems Vektor®-H Performance High Plume

January

2012

Laboratory Exhaust Systems Model Vektor®-H Table of Contents

Vektor-H OSP#: 0223-10

Vektor-H Specification Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Plume Height Calculation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Quick Select Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Air Density Correction Factors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5 Reading Fan Curves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Air Data and Fan Curves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-21 Sound Instructions & Reading Sound Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 Sound Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23-27

Licenses and Certifications AMCA Greenheck Fan Corporation certifies that the Model Vektor®-H lab exhaust fans shown herein are licensed to bear the AMCA seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 211 and Publication 311 and comply with the requirements of the AMCA Certified Ratings Program. The AMCA Certified Ratings Seal applies to sound and air performance. UL 705 Power Ventilator Vektor-H models are available with the UL/cUL 705 (Underwriters Laboratory) Listing on a wide variety of 50 and 60 hertz motors. This listing ensures the use of UL approved electrical components. Motors are available in NEMA totally enclosed, fan cooled (TEFC), or explosion proof (EXP) designs. UL 762 Restaurant Exhaust The Vektor-H, inline grease exhaust fan, is an alternative for kitchen applications when the requirement for a high plume rise is deemed necessary. The Vektor-H with the UL 762 grease option is designed to withstand the demands of high temperature kitchen grease exhaust. UL 762 is concerned with fans designed for removal of smoke and grease laden vapors. Seismic As an industry leader, Greenheck manufactures seismically certified products to maintain structural integrity during and after a seismic event. While OSHPD standards were originally developed for health care facilities, they are also being required on projects outside of health care when specifying engineers and building owners want to ensure certified equipment is received.

Model Vektor-H is available with the UL/cUL 705 Electrical Listing File #E40001

Model Vektor-H is available with the UL 762 Listing (Power Ventilators for Restaurant Exhaust Applications) Maximum Operating Temperature 400ºF File #MH11745

Based on Greenheck’s design and construction features, the Vektor-H is the first seismic compliant laboratory exhaust fan available for use in contaminated exhaust air applications. Vektor-H complies with IBC 2006, IBC 2009 and is certified for OSHPD’s Special Seismic Certification Pre-approval under OSP# 0223-10. To meet these requirements, the Vektor-H seismic certified equipment was shake table tested at an independent test facility in accordance with ICC-ES AC 156 and under the responsible charge and review of a California Structural Engineer. The test simulates the most severe seismic conditions anywhere in the United States and includes the most severe spectral response accelerations, an Importance Factor of 1.5, an SDS Value of 2.28, all Site Classes, all Occupancy Categories and all Seismic Design Categories (A-F with F being the most severe).

Standards ANSI/AIHA Z9.5 — Laboratory Ventilation American National Standards Institute, Inc. NFPA 45 — Standard on Fire Protection for Laboratories using Chemicals NFPA 90a — Installation of Air Conditioning and Ventilating Systems NFPA 91 — Exhaust Systems for Air Conveying of Materials 2

Vektor-H Specifications Nozzle Diameter Nozzle Area (t)

4

6

7

8

9

10

11

12

13

14

15

16

0.0873 0.1364 0.1963 0.2673 0.3491 0.4418 0.5454 0.6600 0.7854 0.9218 1.0690 1.2272 1.3963

Nozzle Diameter Nozzle Area (t)

5

17

18

19

20

22

24

26

27

28

30

32

34

36

38

1.5763 1.7671 1.9689 2.1817 2.6398 3.1416 3.6870 3.9761 4.2761 4.9087 5.5851 6.3050 7.0686 7.8758

Lifting Lugs

Nozzle

A

Extension Tube

Fan

D

Inside Square

A*

B

C

D

Weight (lbs)**

9

122.00

22

32.5

23.0

258

10

122.00

22

32.5

23.0

258

12

122.00

22

32.5

23.0

268

13

122.50

24

35.5

24.5

304

16

122.50

28

39.5

28.5

374

18

122.00

34

45.5

31.0

465

22

121.25

40

54.0

35.25

586

24

122.00

46

59.5

42.0

770

30

131.50

52

68.25

48.5

1039

36

143.00

58

74.5

54.0

1253

* A dimension is for fan without bypass air plenum. ** Weight does not include motor or drive pulleys.

2.5 inches

B

Size

Lab Exhaust

C

All dimensions given on this page are in inches. Data shown on this page is for general information only and should not be used for exact installation dimensions. For detailed dimensional data please refer to the appropriate submittal drawing.

Plume Height

It is important that the exhaust plume height be great enough to avoid re-entrainment of exhaust air and disperse the exhaust. When analyzing design issues, effective stack height should be used. The effective stack height of a fume exhaust system (he) is the physical height of the fan system (hs) plus the plume rise (hr), found from the equation below. The standard Vektor-H unit height (hs) is 11 feet (3.35m). The plume rise height, using a control nozzle without a hinged raincap, can be calculated using the following equation*: Exhaust h e = hr + hs Option B he = [3.0 x (V x d / U)] + hs hs = hr = V = d = U =

11 ft (3.35 m) plume rise, ft (m) nozzle exit velocity, ft/min. (m/s) nozzle diameter, ft (m) wind speed, ft/min. (m/s)**

*From ASHRAE Laboratory Design Guide, Equation 9-2 **Plume Rises shown on performance pages calculated with a 10 mph (16.09 km/hr) crosswind.

hr

hr

he

he hs

hs

Note: G  raphical comparison of Vektor to low velocity, he = hs + hr traditional stack.

3

Adjusting for Plume Height

Adjusting the fan system to have additional throw or plume height is achieved by increasing the volume of air through the discharge nozzle. Simply changing the drive pulleys will increase fan speed and volume capacity, thus boosting flow momentum. The additional air through the fan comes from an increase in lab exhaust or an increase of air through a bypass air damper. Utilizing a bypass air damper to increase both dilution and mass of the exhaust air can optimize plume rise. Increased mass improves flow momentum and carries the diluted exhaust higher.

Quick Select Chart

Laboratory Exhaust

Plume Rise Above Roof (ft) Size 9 10 12 13 16 18 22 24 30 36

CFM Min Max Min Max Min Max Min Max Min Max Min Max Min Max Min Max Min Max Min Max

270 1,705 420 1,960 600 2,640 810 3,160 1,050 7,080 1,320 7,880 1,650 10,560 2,760 14,760 3,690 19,640 5,310 24,000

3000 ft/min. 14 19 15 19 16 20 17 21 18 25 19 26 20 30 22 33 24 37 26 42

3500 ft/min. 15 20 16 20 17 22 18 23 19 27 20 29 21 33 24 37 26 41 29 47

4000 ft/min. 16 21 17 21 18 24 19 25 20 29 21 31 22 36 26 41 28 45 31 52

Isolation Damper

Bypass Air Damper

Bypass Air Plenum

Bypass Air

Laboratory Exhaust

Bypass Air Plenums Variable volume lab exhaust systems and systems adding bypass air require a bypass air damper and plenum. When calculating necessary pressure, 0.2 in. wg must be added to the external system to account for the damper. Systems that include an isolation damper must also add 0.15 in. wg.

NOTE: All plume rise values are based on 3,000 ft/min. minimum discharge velocity per ANSI Z9.5 plume rise calculation at 10 mph crosswind per ASHRAE Applications Handbook.

This chart will narrow fan selection to suit application specifications. When manually selecting a fan it is important to remember that more than one fan is available to meet the desired performance (cfm and Ps). Selection criteria such as unit size, efficiency, speed, outlet velocity, horsepower, or construction material may also dictate which fan is chosen.

Air Density Correction Factors Air Temp. ºF -20 -10 0 10 32 50 70 100 125 150 175 200

Elevation (Feet Above Sea Level) 0

1000

2000

3000

4000

5000

6000

7000

8000

9000

10000

11000

12000

13000

14000

15000

0.83 0.85 0.87 0.89 0.93 0.96 1.00 1.06 1.10 1.15 1.20 1.25

0.86 0.88 0.90 0.92 0.96 1.00 1.04 1.10 1.14 1.19 1.24 1.29

0.89 0.91 0.93 0.95 1.00 1.03 1.08 1.14 1.19 1.24 1.29 1.34

0.93 0.95 0.97 0.99 1.04 1.07 1.12 1.18 1.23 1.28 1.34 1.39

0.96 0.98 1.00 1.03 1.07 1.11 1.16 1.22 1.28 1.33 1.39 1.44

1.00 1.02 1.04 1.06 1.11 1.15 1.20 1.27 1.32 1.38 1.44 1.49

1.03 1.06 1.08 1.10 1.15 1.20 1.24 1.31 1.37 1.43 1.49 1.55

1.07 1.09 1.12 1.14 1.20 1.24 1.29 1.36 1.42 1.48 1.55 1.61

1.11 1.14 1.16 1.19 1.24 1.29 1.34 1.41 1.48 1.54 1.60 1.67

1.15 1.18 1.20 1.23 1.29 1.33 1.39 1.47 1.53 1.60 1.66 1.73

1.19 1.22 1.25 1.28 1.33 1.38 1.44 1.52 1.59 1.66 1.72 1.79

1.24 1.27 1.29 1.32 1.38 1.44 1.49 1.58 1.65 1.72 1.79 1.86

1.28 1.31 1.34 1.37 1.44 1.49 1.55 1.63 1.71 1.78 1.85 1.93

1.33 1.36 1.39 1.42 1.49 1.54 1.60 1.69 1.77 1.85 1.92 2.00

1.38 1.41 1.44 1.47 1.54 1.60 1.66 1.76 1.84 1.91 1.99 2.07

1.43 1.46 1.50 1.53 1.60 1.66 1.72 1.82 1.90 1.98 2.07 2.15

Density Correction Factor Equation DCF = ((T + 460)/530) x 1.037(E / 1000) DCF = Density Correction Factor T = Temperature (degrees F) 4

E = Elevation above sea level (feet) Air Density (lb/ft3) = 0.075 / DCF

Effects of Air Density When selecting a Vektor-H to operate at a non-standard air density using standard air density tables and curves, corrections must be made to static pressure and brake horsepower. At higher than standard elevations and temperatures, air density will be lower than standard. Therefore, one must determine the static pressure at standard density that will equate to the specified static pressure at the operating density. Since standard air density is greater than operating air density in this instance, one would expect the corrected static pressure to be greater than the operating static pressure. EXAMPLE: The following example shows how to select a Vektor-H Size 18 with a 13-inch nozzle for 3000 cfm, 1.5 in. wg, 8000 ft. elevation, and 125ºF temperature. 1. Since the volume exhausted by the system is not affected by density, cfm remains 3000. 2. Select the correction factor from the chart for 8000 ft. elevation and 125ºF. Correction factor is 1.48. 3. Multiply specified static pressure (1.5 in. wg) by the correction factor (1.48) to determine standard air density equivalent static pressure. 1.5 in. wg x 1.48 = 2.22 in. wg 4. Using the performance tables, enter with 2.22 in. wg and 3000 cfm. 5. At the intersection of 2.22 in. wg and 3000 cfm the fan rpm is 1710 and Bhp is 2.6. 6. Since the horsepower selected refers to standard air density, this must be corrected to reflect actual Bhp at the lighter operating air. Remember, horsepower is less at a lower air density. Divide the Bhp required (2.6) by the correction factor (1.48) selected previously to determine the Bhp at the new operating conditions 2.6/1.48 = 1.76 Bhp. This would require a minimum motor size of 2 hp.

Selecting a Vektor-H (Reading Fan Curves) TCB-LE-2-18 Vektor-H Size 18 13" NOZZLE

13-INCH NOZZLE

Plume Rise 1 3000 fpm = 22.0 ft CFM = 2760 2 3500 fpm = 24.0 ft CFM = 3220 3 4000 fpm = 26.0 ft CFM = 3680

%WOV = (CFM x 100) / (RPM x 2.62) 5

1200

1 209

CU RV E

2

1450

0

RE SI ST AN CE

133

1150 1000

A

X

1

0 0

RPM 0 HP Density 0.075 lb/ft3

850 700

1

1 ¾

½

¼



hp

hp

hp

hp

hp

2 2

Step 2

A

hp

Static Pressure (in. wg)

hp

0

1600

M 0



175

3

hp

200

1900

2

400

9

4

p

600

Step 3

5h

800

3

3

Static Pressure (Pa)

1000

2

3

4

5

Volume (cfm x 1000) 4

6

Volume (m3/hr x 1000)

8

6 10

NOTE: All plots represent fan operation at standard air (70ºC at sea level) with 10 mph crosswind. Units in the shaded area of each plot do not meet ANSI Z9.5 criteria (3,000 ft/min. minimum outlet velocity).

Step 1: Identify necessary airflow (cfm) and plume rise (ft). Enter the Vektor-H Quick Select Chart located on page 4 and identify unit sizes that can accommodate application requirements. Step 2: Locate fan size that generally suits requirements. Calculate necessary system pressure including isolation damper, bypass air plenum, and system drop (refer to page 4). Enter the Fan Curve with the desired performance specifications: Airflow (cfm), Pressure (in. wg), Outlet Velocity (ft/min.) or Plume Rise (ft). This yields Horsepower (hp) and RPM at the Fan Operation Point. If the given point has a close proximity to a horsepower curve, the next larger horsepower should be selected. Plume rise is ranged by color-coded vertical lines on either side of the operation point and identified by a key in the upper right hand corner of each plot. Step 3: Calculate the exact % WOV using the equation provided with each fan curve. This value is useful when determining sound power.

Example A: Lab System A requires a 3,000 cfm exhaust, 23 ft. plume rise, and 1.5 inches of wg after combining lab effluent and bypass air. From the Quick Select Chart, located on page 4, applicable unit sizes range from Vektor-H-12 to Vektor-H-24. In this example, a Vektor 18 with a 13-inch nozzle is selected to optimize unit size and required horsepower. Locating this point on the curve, a 3 hp motor operating at 1530 rpm is needed to provide a 22-24 ft. plume rise at 3,250 ft/min. Using the equation provided with the Vektor Size 18, 13-inch Nozzle Chart, the %WOV can be calculated: %WOV = (3000 x 100) / (1530 x 262) = 75% WOV To determine Vektor-H unit sound performance, refer to page 22. 5

Vektor-H Size 9

TCB-LE-2-9 5" NOZZLE

TCB-LE-2-9 4” Nozzle

4-INCH NOZZLE

Static Pressure (in. wg)

Static Pressure (Pa)

1

M

400

500

600

700

A

0 0

0

800

1800

X

Static Pressure (in. wg)

CU RV E SI ST AN CE

207

5

0

hp

262

235

200

hp

hp

300

2

400

hp

317

290 5

¾

0

½

5

¼

200

400

600

800

1000

1200

RPM 0 HP Density 0.075 lb/ft3

Volume (m3/hr)

RE SI ST AN CE CU RV E X

¼

400

2

400

hp

hp

M

600

800

1000

1200

2350

¾ ½

1800

hp

AX

0 0

0

0

5

2075

1

200

290

262

0

5

hp

200

½

317

2

¾

2350 2075 1800

3

¼

300

0

500

1000

1500

hp

hp

hp

600

900

1200

1500

Volume (cfm)

Volume (cfm) RPM HP Density 0.075 lb/ft3

5

hp

0 0

0

600

345

50



A

5

800

372

4

3

hp

M

0

1000

40

2

1

200

hp

1

5

hp

400

0

2

290

262

Static Pressure (Pa)

345

5

1

Static Pressure (in. wg)

372

1

5

1200

50

hp

Static Pressure (Pa)

40

2

1500

Plume Rise 1 3000 fpm = 17.0 ft CFM = 800 2 3500 fpm = 18.0 ft CFM = 945 3 4000 fpm = 19.0 ft CFM = 1080

1400

5

317

1000

6

3



600

2

1

3

1000

Volume (m3/hr)

%WOV = (CFM x 100) / (RPM x 0.38)

Static Pressure (in. wg)

6 1400

800

800

7-INCH NOZZLE

Plume Rise 1 3000 fpm = 16.0 ft CFM = 600 2 3500 fpm = 17.0 ft CFM = 700 3 4000 fpm = 18.0 ft CFM = 800

%WOV = (CFM x 100) / (RPM x 0.33)

4

500

CU RV E

6-INCH NOZZLE

1000

600

TCB-LE-2-9 7" NOZZLE

TCB-LE-2-9 6" NOZZLE

1200

hp

Volume (cfm)

RE SI ST AN CE

200

hp

hp

400

Volume (cfm) RPM 0 HP Density 0.075 lb/ft3



200

3

25

50

hp

½ ¼

34

50

1

100

hp

0 0

X

¾

0

600

37

hp

MA

207 5 1 RE 800

00

25

1

1

0

26

235

75

hp

29

2

400 200

31

50

800

40

4

hp

34

1000

2

3

25 2

600

37

50



Static Pressure (Pa)

800

40

2 3

5

1200

4

1

1400

5

1200 1000

6

1 2 3

1400

Plume Rise 1 3000 fpm = 15.0 ft CFM = 420 2 3500 fpm = 16.0 ft CFM = 490 3 4000 fpm = 17.0 ft CFM = 560

%WOV = (CFM x 100) / (RPM x 0.26)

RE SI ST AN CE CU RV E

6

5-INCH NOZZLE

Plume Rise 1 3000 fpm = 14.0 ft CFM = 270 2 3500 fpm = 15.0 ft CFM = 315 3 4000 fpm = 16.0 ft CFM = 360

%WOV = (CFM x 100) / (RPM x 0.18)

RPM 0 HP Density 0.075 lb/ft3

2000

500

1000

1500

2000

2500

Volume (m3/hr) TCB-LE-2-9 9" NOZZLE

Volume (m3/hr)

TCB-LE-2-9 8" NOZZLE

6

0

0 0

0

¼

300

600

hp

200

hp

900

1200

1500

1800

Volume (cfm) RPM HP Density 0.075 lb/ft3

6

0

500

1000

1500

Static Pressure (in. wg)

CU RV E

RE SI ST AN CE

AX

hp

2000

Volume (m3/hr)

0

262

235

207

1

0 0

X MA

S RE

300

180

hp

M

½

2

75

0

5

¾

0

5

½

0

¼

600

hp

180

5

31 290

25

50

1

1

¾

0

600

3

400

hp

207

5

1

200

262

235

0

800

34



2

400

290

5

37

4

50

hp

317

50

1000

40

2

3

25

hp

Static Pressure (in. wg)

34

hp

600

37

4

2

1

5

1200

50

2

800

40

6 1400

Static Pressure (Pa)

5

Plume Rise 1 3000 fpm = 19.0 ft CFM = 1320 2 3500 fpm = 20.0 ft CFM = 1540 3 4000 fpm = 21.0 ft CFM = 1760

%WOV = (CFM x 100) / (RPM x 0.44)

3



Static Pressure (Pa)

1000

2

1

1400 1200

9-INCH NOZZLE

Plume Rise 1 3000 fpm = 18.0 ft CFM = 1050 2 3500 fpm = 19.0 ft CFM = 1225 3 4000 fpm = 20.0 ft CFM = 1400

%WOV = (CFM x 100) / (RPM x 0.41)

IS TA NC EC UR VE

8-INCH NOZZLE

hp

hp

hp

900

1200

1500

1800

Volume (cfm) 2500

3000

RPM 0 HP Density 0.075 lb/ft3

500

1000

1500

2000

2500

3000

Volume (m3/hr)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 10 TCB-LE-2-10 5" NOZZLE

TCB-LE-2-10 6" NOZZLE

5-INCH NOZZLE

Static Pressure (in. wg)

1

800

1000

0 0

0

1200

MA

XR

235

207

180

I ES

00

5

0

5

0

½ ¼

300

hp

500

hp

600

900

Volume (cfm) RPM 0 HP Density 0.075 lb/ft3

hp

200

262

p

CU RV E

29

2

50

75

hp

AN CE

31

¾

600

3

25

hp

400

hp

37 34

50

1

hp

4



p

½

¼

hp

200

600

40

400

hp

5 ST SI 1800 RE

¾

X MA

5

0

800

1

0 0

0

235

207

1

75

00 hp

262

400 200

29

Static Pressure (Pa)

31

2

50



Static Pressure (in. wg)

34

3

25

1000

3

2h

600

37

50

2h

Static Pressure (Pa)

800

40

2

5

1200

4

1

1400

5

1200 1000

6

2 3

CU RV E

1

Plume Rise 1 3000 fpm = 16.0 ft CFM = 600 2 3500 fpm = 17.0 ft CFM = 700 3 4000 fpm = 18.0 ft CFM = 800

%WOV = (CFM x 100) / (RPM x 0.36)

ST AN CE

6 1400

6-INCH NOZZLE

Plume Rise 1 3000 fpm = 15.0 ft CFM = 420 2 3500 fpm = 16.0 ft CFM = 490 3 4000 fpm = 17.0 ft CFM = 560

%WOV = (CFM x 100) / (RPM x 0.28)

1200

1500

Volume (cfm)

1000

1500

2000

Volume (m3/hr)

RPM 0 HP Density 0.075 lb/ft3

500

1000

1500

TCB-LE-2-10 8" NOZZLEVolume (m

2000

2500

3/hr)

TCB-LE-2-10 7" NOZZLE

3

31

SI ST AN CE CU RV E

½ ¼

300

600

500

1000

hp

hp

200

900

1200

1500

Volume (cfm) 1500

2000

1800

2500

3000

Volume (m3/hr)

9-INCH NOZZLE

Plume Rise 1 3000 fpm = 18.0 ft CFM = 1320 2 3500 fpm = 19.0 ft CFM = 1540 3 4000 fpm = 20.0 ft CFM = 1760

%WOV = (CFM x 100) / (RPM x 0.49) 6

5

345

317

2

235

400 200 0

290 262

207

1

0 0

MA

X

RE

180

0

5

0

5

0

1

5

¾ ½

0

¼

400

RPM HP Density 0.075 lb/ft3

0 0 0

X MA

S RE

235

207

180

0

5

1

0

¾

5 ½

0

¼

300

600

500

1000

hp

hp

hp

hp

900

Volume (cfm) 1500

1200

2000

1500 2500

1800 3000

Volume (m3/hr)

Fans are electrostatically powder coated with Labcoat™, a polyester resin electrostatically applied coating. Industrial Gray (Greenheck 041) is the standard color. A wide range of decorative colors are also available.

hp

SI ST AN CE CU RV E

3

25

0

1

262



Static Pressure (in. wg)

37

4

50

hp

600

40

3

2

Static Pressure (Pa)

800

2

1

1400

1000

290

2

0

5

hp

0

TCB-LE-2-10 9" NOZZLE

1200

317

3

25



0

hp

RPM HP Density 0.075 lb/ft3

RE

400

hp

0 0

0

X MA

¾

200

180

5

hp

1

5

0

600

345

1

207

p

235

400

00 1½

262

800

37

4

50

hp

29

2

50

75

1000

CU RV E

34

25

40

3

2

600

Static Pressure (in. wg)

800

37

4

5

1200

50

2

1

1400

2h

Static Pressure (Pa)

1000

40

6

3

Static Pressure (in. wg)

5

1200

2

1

Plume Rise 1 3000 fpm = 18.0 ft CFM = 1050 2 3500 fpm = 19.0 ft CFM = 1225 3 4000 fpm = 20.0 ft CFM = 1400

%WOV = (CFM x 100) / (RPM x 0.47)

Static Pressure (Pa)

6 1400

8-INCH NOZZLE

Plume Rise 1 3000 fpm = 17.0 ft CFM = 810 2 3500 fpm = 18.0 ft CFM = 945 3 4000 fpm = 19.0 ft CFM = 1080

%WOV = (CFM x 100) / (RPM x 0.42)

IS TA NC E

7-INCH NOZZLE

hp

hp

hp

hp

800

1200

1600

2000

Volume (cfm) RPM 0 HP Density 0.075 lb/ft3

500

1000

1500

2000

2500

3000

Volume (m3/hr)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

7

Vektor-H 12 TCB-LE-2-12Size 6" NOZZLE

TCB-LE-2-12 7" NOZZLE

6-INCH NOZZLE

¾

½

¼

300

RPM 0 HP Density 0.075 lb/ft3

hp

400

hp

hp

600

900

1200

Volume (cfm)

500

1000

1500

2000

2500

Volume (m3/hr)

RPM HP Density 0.075 lb/ft3

hp

500

0

1000 800 600 400

3

2

1500

2000

Volume (cfm)

1

2000

3000

0

2500 4000

Volume (m3/hr)

0 0

RPM HP Density 0.075 lb/ft3

6

1

1400

¼

400

800

hp

hp

8

1000

2000

800 600

hp

hp

200

1600

2000

2400

Volume (cfm) RPM 0 HP Density 0.075 lb/ft3

1000

400

hp

1200

1500

2000

Volume (cfm)

1000

2000

3000

2500 4000

Volume (m3/hr)

3000

Volume (m3/hr)

Plume Rise 1 3000 fpm = 22.0 ft CFM = 2760 2 3500 fpm = 24.0 ft CFM = 3220 3 4000 fpm = 26.0 ft CFM = 3680

1

5

4000

2800

0

Static Pressure (in. wg)

Static Pressure (Pa)

Static Pressure (in. wg)

Static Pressure (Pa)

RE SI ST AN CE CU RV E

¾ ½

0

1000

327

4

297

3

275

252

2

230

207

1850

1

0 0

RPM 0 HP Density 0.075 lb/ft3

X MA

S RE

4

5

0

5 1½

0

5

1 ¾

1625 1400

½

¼

hp

600

1200

1000

2000

hp



1

500

hp

hp

hp

5

5

½ ¼

hp

hp

3

0 0

M

AX

0

0

X

1 ¾

2

0

1

1850 1625 1400

5

hp

207

400 200

252 230

4

hp

2

MA

1850 1625 1400

0

5

1400

2

600

275

3

230

0

5

6

3

3

800

2

1200

297

252

5

%WOV = (CFM x 100) / (RPM x 0.968)

5 327

3

4

13-INCH NOZZLE

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1650 2 3500 fpm = 21.0 ft CFM = 1925 3 4000 fpm = 22.0 ft CFM = 2200

%WOV = (CFM x 100) / (RPM x 0.85)

4

2

VEKTOR-2-12 13" NOZZLE

10-INCH NOZZLE

1000

275

207

200

1000

327 297

TCB-LE-2-12 10" NOZZLE

1200

3000

Plume Rise 1 3000 fpm = 19.0 ft CFM = 1320 2 3500 fpm = 20.0 ft CFM = 1540 3 4000 fpm = 21.0 ft CFM = 1760

1

4

hp

hp

hp

1000

2500

5

Static Pressure (in. wg)

Static Pressure (Pa)

Static Pressure (in. wg)

RE SI ST AN CE CU RV E

½ ¼

2000

Volume (m3/hr)

hp

¾

1500

1800



1

1000

1500

hp

RPM HP Density 0.075 lb/ft3

X

0

5

500

1200

2

0 0

0

MA

1850 1625 1400

5

hp

1

200

230

207

400

5

0



2

252

900

Volume (cfm)

hp

275

hp

3

600

3

297

4

hp

600

327

300

hp

hp

1400 1200

4

½

¼

hp

hp

6

3

3

800

2

2

Static Pressure (Pa)

1000

¾

hp

%WOV = (CFM x 100) / (RPM x 0.77)

5

1200

RE

1

5

9-INCH NOZZLE

Plume Rise 1 3000 fpm = 18.0 ft CFM = 1050 2 3500 fpm = 19.0 ft CFM = 1225 3 4000 fpm = 20.0 ft CFM = 1400

%WOV = (CFM x 100) / (RPM x 0.68)

1

1850 1625 1400



0

TCB-LE-2-12 9" NOZZLE

8-INCH NOZZLE 6

X

0

TCB-LE-2-12 8" NOZZLE

1400

MA

5

0

2525

230

207

0 0

0

1500

2

1

200

hp

275

SI ST AN CE CU RV E

SI ST AN CE

RE

1

5

600

Static Pressure (in. wg)

Static Pressure (Pa)

CU RV E

Static Pressure (Pa)

Static Pressure (in. wg)

0 0

X

0

hp

297

3

hp

MA

1850 1625 1400



4

3

207

0

5

800

327

4

hp

230

1

0

252

hp

2

5

1000

2

275

hp

297

3

400 200

74

2

600

32

3

5

1200

4

2

1

1400

3

800

6

3

5

1200 1000

2

RE SI ST AN CE CU RV E

1

Plume Rise 1 3000 fpm = 18.0 ft CFM = 810 2 3500 fpm = 19.0 ft CFM = 945 3 4000 fpm = 20.0 ft CFM = 1080

%WOV = (CFM x 100) / (RPM x 0.57)

IS TA NC EC UR VE

6 1400

7-INCH NOZZLE

Plume Rise 1 3000 fpm = 16.0 ft CFM = 600 2 3500 fpm = 17.0 ft CFM = 700 3 4000 fpm = 18.0 ft CFM = 800

%WOV = (CFM x 100) / (RPM x 0.45)

hp

hp

hp

hp

1800

Volume (cfm)

3000

2400 4000

3000 5000

Volume (m3/hr)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 13 TCB-LE-2-13 7" NOZZLE

TCB-LE-2-13 8" NOZZLE

7-INCH NOZZLE 5

1200

3

5

1200

1000

4

1

4

½

¼

hp

400

hp

CU RV E

195

1

200

hp

2

RE SI ST AN CE

¾

Static Pressure (in. wg)

Static Pressure (Pa)

Static Pressure (in. wg)

SI ST AN CE CU RV E

0

400

245

hp

800

1200

1600

0 0

0

2000

220

170

145 0 1200 950

X MA

hp

1

hp

0

3

M

145 0 12 RE 9 00 X 5 0 A



600

270

3

0

0



0 1

0

¾

½

¼

400

1000

2000

RPM 0 HP Density 0.075 lb/ft3

3000

Volume (m3/hr)

hp

hp

hp

hp

hp

800

1200

1600

Volume (cfm)

Volume (cfm) RPM 0 HP Density 0.075 lb/ft3

71

hp

170

0

0

800

3

2

Static Pressure (Pa)

hp

195

0 0

0

220

0 hp

2

hp

245

1

200

0

2

400

270

3

600

3

71

2

hp

29

5

800

29

Plume Rise 1 3000 fpm = 18.0 ft CFM = 1050 2 3500 fpm = 19.0 ft CFM = 1225 3 4000 fpm = 20.0 ft CFM = 1400

%WOV = (CFM x 100) / (RPM x 0.78)

5

1000

2

1

8-INCH NOZZLE

Plume Rise 1 3000 fpm = 18.0 ft CFM = 810 2 3500 fpm = 19.0 ft CFM = 945 3 4000 fpm = 20.0 ft CFM = 1080

%WOV = (CFM x 100) / (RPM x 0.64)

1000

2000

2000

2400

3000

Volume (m3/hr)

4000

TCB-LE-2-13 10" NOZZLE

TCB-LE-2-13 9" NOZZLE



½

¼

500

hp

600

400

hp

hp

1000

1500

2000

0 0

0

2500

1000

2000

3000

4000

Volume (m3/hr)

5

½

¼

1000

hp

hp

hp

800

600

400

200

hp

1600

Volume (cfm) 2000

2000

2400

3000

3000

4000

5000

Volume (m3/hr)

3000

Volume (m3/hr)

2400 4000

3200 5000

Plume Rise 1 3000 fpm = 21.0 ft CFM = 2370 2 3500 fpm = 23.0 ft CFM = 2765 3 4000 fpm = 25.0 ft CFM = 3160

0

29 27

3

245

2

RPM HP Density 0.075 lb/ft3

0

220

195

71

0

0



0

MA

1

145 0 1200

R 950 X

600

¾

½

¼

3

00

1700

1

0 0

2

1

4

hp

hp

800

1000

ES

950

Static Pressure (Pa)

SI ST AN CE CU RV E

Static Pressure (in. wg)

Static Pressure (Pa)

RE

¾

0

1200

1800

hp

M

AX

1

hp

1200

5

145

¼

600

hp



950

hp

hp

hp

RPM 0 HP Density 0.075 lb/ft3

2

0

½

hp

p

2

0 0

0

1700

1

1000

0

0

X

¾

145 0 1200

1h

3

0

195

0

hp

5

1200

hp

200

2

220



%WOV = (CFM x 100) / (RPM x 1.16)

3

hp

400

245

71

2

3

600

270

3

2

0

12-INCH NOZZLE

5

800

1 29

MA

RPM 0 HP Density 0.075 lb/ft3

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1980 2 3500 fpm = 22.0 ft CFM = 2310 3 4000 fpm = 24.0 ft CFM = 2640

%WOV = (CFM x 100) / (RPM x 1.09)

4

0

TCB-LE-2-13 12" NOZZLE

11-INCH NOZZLE

1000

195

0

Volume (cfm)

TCB-LE-2-13 11" NOZZLE

1200

220

71

1700

1

200

hp

Static Pressure (in. wg)

0

2

p

Volume (cfm) RPM HP Density 0.075 lb/ft3

245

RE S

1h ¾

hp

270

3

IS TA NC EC UR VE

0

1700

145 0 1200

0 0

0

2

0

AX 9 5 0 M

Static Pressure (Pa)

CU RV E RE SI ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa)

195

0

800

29

hp

2

1

200

220

0

4

3

245

1000

3

hp

270

3

71

2

1

5

29

hp

400

4

5

1200

3

600

3 hp

800

2

5

1000

1

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1650 2 3500 fpm = 21.0 ft CFM = 1925 3 4000 fpm = 22.0 ft CFM = 2200

%WOV = (CFM x 100) / (RPM x 0.99)

Static Pressure (in. wg)

5

1200

10-INCH NOZZLE

Plume Rise 1 3000 fpm = 19.0 ft CFM = 1320 2 3500 fpm = 20.0 ft CFM = 1540 3 4000 fpm = 21.0 ft CFM = 1760

%WOV = (CFM x 100) / (RPM x 0.90)

IS TA NC EC UR VE

9-INCH NOZZLE

hp

hp

hp

hp

hp

1200

1800

Volume (cfm)

2000

2400

3000

4000

3600 6000

Volume (m3/hr)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

9

Vektor-H Size 16 TCB-LE-2-16 8" NOZZLE

TCB-LE-2-16 9" NOZZLE

ST EM SY

Static Pressure (in. wg)

RE SIS TA NC E

Static Pressure (in. wg)

Static Pressure (Pa)

2.5

0

0

3.0

M

¾

950 A X 750

¼

0.5

1.0

0

½

hp

2

3

4

5

RPM HP Density 0.075 lb/ft3

Volume (m3/hr x 1000)

10-INCH NOZZLE

hp

Static Pressure (in. wg)

400

22

21

3 195

2

1

2

3

155

X MA



1 ½

4

RPM HP Density 0.075 lb/ft3

6

Volume (m3/hr x 1000)

2

hp

200

Static Pressure (in. wg)

22 21

3 19

2

15

13

1

115

AX

X

Static Pressure (Pa)

Static Pressure (in. wg)

RE SIS TA NC EC UR VE 1

hp

400

24

4

M

2

3

4

5

0

0 0

10

2

4

Volume (m3/hr x 1000)

50

50

50

0

50

2



0

950 750

¾ ¼

1

3

31

50

½ hp

1

hp

hp

hp

hp

hp

2

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

175

2

hp

¼

1 hp hp

600

1



¾

½

Plume Rise 1 3000 fpm = 22.0 ft CFM = 2760 2 3500 fpm = 24.0 ft CFM = 3220 3 4000 fpm = 26.0 ft CFM = 3680

hp

115 0 950 750

hp

6

5

A M



4

Volume (m3/hr x 1000)

hp

0 0

50

50

4

3

1

hp

13

0

800

hp

0

175

15

50

p

2

50

50

2

200

19

1000

p

400

3

31

5h

600

22

21

2

5

1200



800

24

4

0

%WOV = (CFM x 100) / (RPM x 2.04)

3

2

3h

Static Pressure (Pa)

1000

3

13-INCH NOZZLE

Plume Rise 1 3000 fpm = 21.0 ft CFM = 2370 2 3500 fpm = 23.0 ft CFM = 2765 3 4000 fpm = 25.0 ft CFM = 3160

%WOV = (CFM x 100) / (RPM x 1.88)

1

hp

TCB-LE-2-16 13" NOZZLE

12-INCH NOZZLE 5

hp

hp

hp

hp

Volume (cfm x 1000)

TCB-LE-2-16 12" NOZZLE

1200

0

1

RE SIS TA NC EC UR VE

2

0

0

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

50

0

¼

3

31

¾

950 750

2

50

1150

0 0

0

4

175

135

1

200

hp

24

4

RE S

RE

Static Pressure (Pa)

SI ST AN CE CU RVE

Static Pressure (in. wg)

Static Pressure (Pa)

600

1

hp

hp

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1950 2 3500 fpm = 22.0 ft CFM = 2310 3 4000 fpm = 24.0 ft CFM = 2640

p

hp

5

5h

½

hp

4

hp

¼

3

hp

¾

950 750

2

Volume (m3/hr x 1000)

3

1

3.5

2

0 0

0



1150

X MA

hp

1

200

0

0

800

hp

135

0

hp

155

0 3

2

175

1000

31

p

195

1

5

1200

2

400

3

22 50 21 50

3

5h

600

24

0

%WOV = (CFM x 100) / (RPM x 1.71)



800

4

2

3.0



1000

1

2.5

11-INCH NOZZLE

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1650 2 3500 fpm = 21.0 ft CFM = 1925 3 4000 fpm = 22.0 ft CFM = 2200

%WOV = (CFM x 100) / (RPM x 1.51) 5

2.0

TCB-LE-2-16 11" NOZZLE

TCB-LE-2-16 10" NOZZLE

1200

hp

Volume (cfm x 1000)

IS TA NC EC UR VE

1

hp

hp

hp

1.5

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

hp

2.0

1½ 1

hp

1.5

0

0

1150

hp

1.0

155

135

0

0 2

hp

175

p

2

5h

195

31

hp

½

hp

0.5

22 50 21 50

hp

¼

¾

1

950

3

1

200

hp

1150

X 750 MA

400

24

p

0



135

0

0

600

4

2h

155

0 0

0

175

0

800

2 3

3

2

p

195

hp

22 50 21 50

3

1

200

31

1



24

p

400

1000

4

5h

600

5

1200



800

2 3

3h

Static Pressure (Pa)

1000

1

Plume Rise 1 3000 fpm = 19.0 ft CFM = 1320 2 3500 fpm = 20.0 ft CFM = 1540 3 4000 fpm = 21.0 ft CFM = 1760

%WOV = (CFM x 100) / (RPM x 1.30)

CU RV E

5

1200

9-INCH NOZZLE

Plume Rise 1 3000 fpm = 18.0 ft CFM = 1050 2 3500 fpm = 19.0 ft CFM = 1225 3 4000 fpm = 20.0 ft CFM = 1400

%WOV = (CFM x 100) / (RPM x 1.10)

RE SI ST AN CE

8-INCH NOZZLE

3

4

5

Volume (cfm x 1000) 6

8

RPM HP Density 0.075 lb/ft3

0

2

4

6

8

Volume (m3/hr x 1000)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 16 TCB-LE-2-16 15" NOZZLE

TCB-LE-2-16 14" NOZZLE

5

¾

¼h

½ p

2 2

1

hp hp

13

200

1

115

A M

X

AX

Static Pressure (in. wg)

RE SIS TAN CE CU RVE

Static Pressure (in. wg)

15

hp

3

4

Volume (cfm x 1000) 4

5

6

8

Volume (m3/hr x 1000)

6 10

0

0 0

RPM 0 HP Density 0.075 lb/ft3

950 750

175

hp

2

50

50

hp

19

50



3

31

5

0

1

RPM 0 HP Density 0.075 lb/ft3

400

22 21

3

0 hp

50

950 750

600

24

2

3

50

hp

M

0



0 0

0

50

800

hp

115

50

1

4

2

13

1

200

175

15

50

hp

2

1000

hp

19

31

hp

400

3

5

1200

5

600

22 21

3



800

24

4

2

3

Static Pressure (Pa)

1000

1

Plume Rise 1 3000 fpm = 24.0 ft CFM = 3690 2 3500 fpm = 26.0 ft CFM = 4305 3 4000 fpm = 28.0 ft CFM = 4920

%WOV = (CFM x 100) / (RPM x 2.30)

Static Pressure (Pa)

1200

15-INCH NOZZLE

Plume Rise 1 3000 fpm = 23.0 ft CFM = 3210 2 3500 fpm = 25.0 ft CFM = 3745 3 4000 fpm = 27.0 ft CFM = 4280

%WOV = (CFM x 100) / (RPM x 2.16)

RE SIS TA NC EC UR VE

14-INCH NOZZLE

50

2



50

0

1 hp hp ½ hp

hp

hp

¾

¼h

p

1

2 2

3

4

5

Volume (cfm x 1000) 4

6

Volume (m3/hr x 1000)

8

6 10

TCB-LE-2-16 16" NOZZLE

16-INCH NOZZLE

Plume Rise 1 3000 fpm = 25.0 ft CFM = 4200 2 3500 fpm = 27.0 ft CFM = 4900 3 4000 fpm = 29.0 ft CFM = 5600

%WOV = (CFM x 100) / (RPM x 2.38) 5

1200

0

0 0

RPM 0 HP Density 0.075 lb/ft3

UR VE 13

115

A

X

Static Pressure (in. wg)

RE SI ST AN CE C

1

15

M

950 750

1

50

hp

2

175

hp

19 0

50

hp

200

3

50

50

3

400

21

31

5

600

22

2

50



0

¾

¼h

½ p

1 hp hp

hp

hp

hp

2

3

Volume (cfm x 1000)

2

3



800

24

4

0.

Static Pressure (Pa)

1000

2

1

The Greenheck Vektor-H laboratory exhaust system can be applied to a single as well as multiple manifolded fume hoods, as shown below.

4

4

6

Volume (m3/hr x 1000)

5 8

6 10

Ease of Maintenance Easy Access Panel

Bearing Compartment

The Greenheck Vektor-H laboratory exhaust system provides safe, easy inspection and maintenance of internal fan components. By removing one access panel, service to the fan wheel, shaft and bearing assembly is accomplished without removing the fan from the system.

Centrifugal Wheel

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

11

Vektor-H Size 18 TCB-LE-2-18 9" NOZZLE

TCB-LE-2-18 10" NOZZLE

Static Pressure (in. wg)

CU RV E

ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa) 4

X

0

¼

2

¾ ½

4

6

1

2

0

RPM HP Density 0.075 lb/ft3

Volume (m3/hr x 1000)

CU RV E

2

hp

1

1

200

M

2

3

4

0



1150

1

¾

850

½

A 700

0 0

0

5

1450

133

1000

X

½

¼

2

4

6

RPM HP Density 0.075 lb/ft3

8

Volume (m3/hr x 1000)

13-INCH NOZZLE 1

X

Static Pressure (Pa)

CU RV E

RE SI ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa)

2

4

5

Volume (cfm x 1000) 4

6

Volume (m3/hr x 1000)

8

6 10

0

1450

1330



1150

1

0 0

RPM 0 HP Density 0.075 lb/ft3

1

1000

RE

3

p

hp

5h

200

hp

1600

hp

2 2

400

1750

3

hp

1

¼

hp

600

1900

M

AX

850 700

1

¾ ½

¼

hp

hp

hp

hp

hp

2 2

hp

A

¾

½

hp

800

4

3

1

3

2

1150

1000

850 700



2

1

hp

hp

0 0

0

8



7½ p

1450

133

1

hp

2

RPM 0 HP Density 0.075 lb/ft3

12

0

1600

M 0

1000

hp

200

9

1900

175

6

2099

4

3

5

Plume Rise 1 3000 fpm = 23.0 ft CFM = 3210 2 3500 fpm = 25.0 ft CFM = 3745 3 4000 fpm = 27.0 ft CFM = 4280

5

1200

2

400

3

3

600

2

5h

800

4

Volume (m3/hr x 1000)

%WOV = (CFM x 100) / (RPM x 2.77)

Static Pressure (in. wg)

209

1000

2

14-INCH NOZZLE

Plume Rise 1 3000 fpm = 22.0 ft CFM = 2760 2 3500 fpm = 24.0 ft CFM = 3220 3 4000 fpm = 26.0 ft CFM = 3680

%WOV = (CFM x 100) / (RPM x 2.62) 5

4

TCB-LE-2-18 14" NOZZLE

TCB-LE-2-18 13" NOZZLE

1200

0

3

Volume (cfm x 1000)

SI ST AN CE CU RV E

2

hp

hp

hp

hp

hp

1

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

0

1600

RE SI ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa)

CU RV E

RE SI ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa)

175

p

3

5h

¾ hp hp

0

hp

hp

1900

hp

1

9

hp

400

3

2

0

¼

600

2

3

hp

850 700

3

M

AX

800

209

4

hp

100

0

0

0

6

Plume Rise 1 3000 fpm = 21.0 ft CFM = 2370 2 3500 fpm = 23.0 ft CFM = 2765 3 4000 fpm = 25.0 ft CFM = 3160

1



115

0

hp

133

0 0

0

145

hp

160

2

0

p

175

1

200

1000

99

2

400

3

5

1200

5h

600

190

4

Volume (m3/hr x 1000)

%WOV = (CFM x 100) / (RPM x 2.43)

3



800

20

4

4



1000

2

2

12-INCH NOZZLE

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1980 2 3500 fpm = 22.0 ft CFM = 2310 3 4000 fpm = 24.0 ft CFM = 2640

%WOV = (CFM x 100) / (RPM x 2.24)

1

3

TCB-LE-2-18 12" NOZZLE

11-INCH NOZZLE 5

hp

hp

1 hp hp

Volume (cfm x 1000)

TCB-LE-2-18 11" NOZZLE

1200

0

0

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

hp

3

hp

2

0 0

MA

SI 8 5 0 RE 7 0

3

1

0

145

133

1150 1000

hp

hp

2

0

0

hp

hp

160

00

hp

½

200

hp

1

175

1

p



115 0 100 0 I S 850 E 700 ¼ XR hp MA

19

3

2

400

99



0

¾

0 0

0

00

50

600

2h

133

1

200

14

p

2

50

800

20

p

17

16

00

4

3

5h

19

hp

3

99

2

1



20

p

400

1000

4

5h

600

5

1200



800

1 2 3

3h

Static Pressure (Pa)

1000

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1650 2 3500 fpm = 21.0 ft CFM = 1925 3 4000 fpm = 22.0 ft CFM = 2200

%WOV = (CFM x 100) / (RPM x 1.97)

CU RV E

%WOV = (CFM x 100) / (RPM x 1.69) 5

1200

10-INCH NOZZLE

Plume Rise 1 3000 fpm = 19.0 ft CFM = 1320 2 3500 fpm = 20.0 ft CFM = 1540 3 4000 fpm = 21.0 ft CFM = 1760

ST AN CE

9-INCH NOZZLE

3

4

5

Volume (cfm x 1000) 4

6

8

6 10

Volume (m3/hr x 1000)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 18 TCB-LE-2-18 15" NOZZLE

TCB-LE-2-18 16" NOZZLE

15-INCH NOZZLE %WOV = (CFM x 100) / (RPM x 2.95) 5

1200

16-INCH NOZZLE

Plume Rise 1 3000 fpm = 24.0 ft CFM = 3690 2 3500 fpm = 26.0 ft CFM = 4305 3 4000 fpm = 28.0 ft CFM = 4920

1

2

3

5

1200

1

¼

hp

1

2

3

4

5

CU RV E

ST AN CE

0 0

0

6

1450

2

1

200

hp

1600

ES I

R

Static Pressure (in. wg)

Static Pressure (Pa)

Static Pressure (in. wg)

Static Pressure (Pa)

ES IS TA NC EC UR VE X

½

hp

MA

X

R



1150

1000

2

4

6

8

10

Volume (m3/hr x 1000)

½

¼

1

RPM 0 HP Density 0.075 lb/ft3

17-INCH NOZZLE 5

2

3

hp

hp

200

hp

2

3

4

5

6

7

0

Static Pressure (in. wg)

Static Pressure (Pa)

RE SI ST AN CE CU RV E

X

½

hp

1750

3

160

2

1330

0 0



0

1

1000

AX M

850 700

1

¾ ½

¼

hp

hp

2

2

4

6

8

Volume (m3/hr x 1000)

hp

hp

hp

3

4

10

RPM 0 HP Density 0.075 lb/ft3

2

4

6

7

6

8

10

Volume (m3/hr x 1000)

Accessories

Vektor-H with UL 762

• • • • • •

The Vektor-H is now certified for applications where high temperature and grease are a hazard to the occupied space or outside environment. Choosing a Vektor-H with UL 762 can resolve any existing smoke or odor problems immediately.

Plenum Isolation Damper Bypass Air Damper Curb Disconnect Controls

5

Volume (cfm x 1000)

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

0

1450

115

1

0

hp

1

¼

400

190

p

0 0

850 700

¾

600

4

5h

1000

800

2

1 9

hp

1

1

hp

Plume Rise 1 3000 fpm = 26.0 ft CFM = 5310 2 3500 fpm = 29.0 ft CFM = 6195 3 4000 fpm = 31.0 ft CFM = 7080

hp

1150

10

2



8

3

0

6

6



hp

Static Pressure (in. wg)



133

A M 0

p

2

1450 hp

200

1600 hp

400

4

209

1000

3

600

0

1750

3

5

Volume (m3/hr x 1000)

5

1200

5h

800

2

4

Volume (cfm x 1000)

9

4 190

hp

hp

%WOV = (CFM x 100) / (RPM x 3.14)

3

2

1

2

Static Pressure (Pa)

1000

p

hp

18-INCH NOZZLE

Plume Rise 1 3000 fpm = 26.0 ft CFM = 4740 2 3500 fpm = 28.0 ft CFM = 5530 3 4000 fpm = 30.0 ft CFM = 6320

%WOV = (CFM x 100) / (RPM x 3.08)

209

hp

hp

TCB-LE-2-18 18" NOZZLE

TCB-LE-2-18 17" NOZZLE

1200

1h

¾

850 700

RE SI ST AN CE CU RV E

0

2

1330

Volume (cfm x 1000) RPM HP Density 0.075 lb/ft3

p

MA

850 700

hp

400

5h

1

¾

hp

1750

3

hp

1150

1000

hp



600

1900

3

1330

800

4

hp

hp

hp

1450

0 0

0

p

1600

2

3





1750

3

1

200

1000

2

400

1900

3

600

4

5h

800

2

2099

2099

1000

Plume Rise 1 3000 fpm = 25.0 ft CFM = 4200 2 3500 fpm = 27.0 ft CFM = 4900 3 4000 fpm = 29.0 ft CFM = 5600

%WOV = (CFM x 100) / (RPM x 3.00)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

13

Vektor-H Size 22 TCB-LE-2-22 10" NOZZLE

TCB-LE-2-22 11" NOZZLE

CU RV E RE SI ST AN CE

hp p

p

110

0

950

1

200

0

1 800 ¾ hp ½ hp 650 hp M 500 ¼ hp

hp

0

hp

0

125



1

2

hp

hp

A

X

hp

140

2

hp

¾

hp

hp

½

1

400

50

2

950

AX M 5 650 ¼ 00



15

3h

0

0

600

22

3

5h

p

00

125

110

0 0

RPM HP Density 0.075 lb/ft3

50

14

2

800

0

hp

15

17





3

800

1 2 3

4

Static Pressure (in. wg)

22

1

200

Static Pressure (Pa)

17

hp

400

1000

5h

600

5

1200

4

Static Pressure (in. wg)

800

1 2 3

3

Static Pressure (Pa)

1000

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1980 2 3500 fpm = 22.0 ft CFM = 2310 3 4000 fpm = 24.0 ft CFM = 2640

%WOV = (CFM x 100) / (RPM x 3.05)

CU RV E

5

1200

11-INCH NOZZLE

Plume Rise 1 3000 fpm = 20.0 ft CFM = 1650 2 3500 fpm = 21.0 ft CFM = 1925 3 4000 fpm = 22.0 ft CFM = 2200

%WOV = (CFM x 100) / (RPM x 2.55)

RE SI ST AN CE

10-INCH NOZZLE

2

3

4

Volume (cfm x 1000) 2

4

6

0 0

0

5

RPM HP Density 0.075 lb/ft3

8

Volume (m3/hr x 1000)

1

0

2 2

3

4

5

Volume (cfm x 1000) 4

6

6

8

Volume (m3/hr x 1000)

10

TCB-LE-2-22 12" NOZZLE

TCB-LE-2-22 13" NOZZLE

Static Pressure (in. wg)

SI ST AN CE CU RV E

0

2

110

0

950

1

200

1250



800 ½

X

650 A M 500

2

3

4

5

0 0

0

6

hp

1

140

¼

hp

1

¾ hp

2

4

6

8

10

Volume (m3/hr x 1000)

RPM HP Density 0.075 lb/ft3

TCB-LE-2-22 14" NOZZLE

3

650

1

¼



1

hp

¾ hp ½ hp hp

2 2

400

200

4

5

Volume (cfm x 1000) 6

8

Volume (m3/hr x 1000)

6 10

7 12

8

0

2

3

172

2

155

0

3 140

0

2

125

0

3

1100 2

950

1



800

1

¾ hp hp ½ hp

650

M

3

4

600

hp

hp

Plume Rise 1 3000 fpm = 24.0 ft CFM = 3690 2 3500 fpm = 26.0 ft CFM = 4305 3 4000 fpm = 28.0 ft CFM = 4920

1

4

Static Pressure (in. wg)

Static Pressure (Pa)

CU RVE

Static Pressure (in. wg)

RE SIS TA NC E

950

AX

14

0

2

10

hp

RPM HP Density 0.075 lb/ft3

0

8

7

5

0 0

0

110

800

M 500

0

125

p

1

hp

0

2

6

hp

140

800

hp

200

0

5h

400

155



600

1000

2

3

5



800

6

5

1200

172

4

4

Volume (m3/hr x 1000)

%WOV = (CFM x 100) / (RPM x 4.74)

3

3

Static Pressure (Pa)

1000

2

1

4

15-INCH NOZZLE

Plume Rise 1 3000 fpm = 23.0 ft CFM = 3210 2 3500 fpm = 25.0 ft CFM = 3745 3 4000 fpm = 27.0 ft CFM = 4280

%WOV = (CFM x 100) / (RPM x 4.39) 5

2

hp

TCB-LE-2-22 15" NOZZLE

14-INCH NOZZLE 1200

0

RE SI ST AN CE CU RV E

2

hp hp

Volume (cfm x 1000)

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

1

hp

hp 650 ½ hp RE ¼ X 500 hp MA

hp

0

2

1

¾

hp

155

3

3

800

400

2

hp



172

hp

0

950

0 0

0

125

1100

600

3

hp

2

p

0

800

4

2

5

140

1

200

hp

0

1



155

3

Static Pressure (Pa)

2

2

Static Pressure (in. wg)

172

hp

400

1000

4

5h

600

5

1200



800

3

2

3

Static Pressure (Pa)

1000

1

Plume Rise 1 3000 fpm = 22.0 ft CFM = 2760 2 3500 fpm = 24.0 ft CFM = 3220 3 4000 fpm = 26.0 ft CFM = 3680

%WOV = (CFM x 100) / (RPM x 4.00)

CU RV E

5

1200

13-INCH NOZZLE

Plume Rise 1 3000 fpm = 21.0 ft CFM = 2370 2 3500 fpm = 23.0 ft CFM = 2765 3 4000 fpm = 25.0 ft CFM = 3160

%WOV = (CFM x 100) / (RPM x 3.52)

RE SI ST AN CE

12-INCH NOZZLE

0 0

RPM 0 HP Density 0.075 lb/ft3

AX 500 1

¼h

p

2 2

hp

hp

hp

3

4

5

Volume (cfm x 1000) 4

6

8

Volume (m3/hr x 1000)

6 10

7

8

12

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 22 TCB-LE-2-22 16" NOZZLE

TCB-LE-2-22 17" NOZZLE

5

2

CU RVE

RE SIS TA NC E AX

1 ¾ hp ½ hp hp

650

¼h

1

p

2

3

0

5

400

hp

hp

4

5

6

7

8

10

15

Volume (m3/hr x 1000)



800

1

650

0 0

0

9

1100

950

1

200

Volume (cfm x 1000)

1250

2

RPM HP Density 0.075 lb/ft3

MA

X

R 50 0

¼

1

½

hp

2

hp

hp

¾ h hp p

3

0

hp

2

hp



800

0 0

RPM HP Density 0.075 lb/ft3

2

1400

3

1100

950

0

3

hp

1250

155

5

2

600

1722

hp

0

3



140

M 500

0

hp

3

800

2

1

4

Static Pressure (in. wg)

0

hp

Static Pressure (in. wg)

155

1

200

1000

hp

400

172

4

5

1200

5

600

3



800

2

3

Static Pressure (Pa)

1000

1

Plume Rise 1 3000 fpm = 26.0 ft CFM = 4740 2 3500 fpm = 28.0 ft CFM = 5530 3 4000 fpm = 30.0 ft CFM = 6320

%WOV = (CFM x 100) / (RPM x 5.29)

Static Pressure (Pa)

1200

17-INCH NOZZLE

Plume Rise 1 3000 fpm = 25.0 ft CFM = 4200 2 3500 fpm = 27.0 ft CFM = 4900 3 4000 fpm = 29.0 ft CFM = 5600

%WOV = (CFM x 100) / (RPM x 5.03)

ES IS TA NC EC UR VE

16-INCH NOZZLE

4

5

6

7

Volume (cfm x 1000)

5

8

9

10

15

Volume (m3/hr x 1000)

TCB-LE-2-22 19" NOZZLE TCB-LE-2-22 18" NOZZLE

18-INCH NOZZLE 5

1200

19-INCH NOZZLE

Plume Rise 1 3000 fpm = 26.0 ft CFM = 5310 2 3500 fpm = 29.0 ft CFM = 6195 3 4000 fpm = 31.0 ft CFM = 7080

%WOV = (CFM x 100) / (RPM x 5.48)

2

1

3

5

1200

2

CU RV E

RE SI ST AN CE

Static Pressure (in. wg)

CU RV E



800

AX

RE SI ST AN CE

0

1 ¾ hp ½ hp hp

650

8

10

15

Volume (m3/hr x 1000)

0 0

0

10

2

hp

6

hp

0

110

950 hp

4

6

5

10

5

2

1

3

5

1200

22

0

2

RE SI ST AN CE CU RV E

Static Pressure (in. wg)

125

6

10

Volume (m3/hr x 1000)

8

10 15

0

110

0

950

1

650

0 0

RPM 0 HP Density 0.075 lb/ft3



800

MA

Volume (cfm x 1000) 5

Static Pressure (Pa)

RE SI ST AN CE

X

Static Pressure (in. wg)

CU RV E

4

0

hp

hp hp

200

140



2

¾

hp

hp

3

X 500

¼

hp

0

½ hp

1

hp

400

0

5

RPM HP Density 0.075 lb/ft3



2

600

155

hp

2

½

¾ hp

1

hp hp

4

2 hp

hp

0 0

0

950

800

4

3

0

1250

110

800

650 A M 500 ¼

hp

0 hp

1



140

5

Static Pressure (Pa)

0

hp

200

155

3

400

1000

4

2

2

1 17

2

600

Plume Rise 1 3000 fpm = 30.0 ft CFM = 7920 2 3500 fpm = 33.0 ft CFM = 9240 3 4000 fpm = 36.0 ft CFM = 10560

%WOV = (CFM x 100) / (RPM x 5.88)

172

3

15

Volume (m3/hr x 1000)

22-INCH NOZZLE

Plume Rise 1 3000 fpm = 28.0 ft CFM = 6540 2 3500 fpm = 31.0 ft CFM = 7630 3 4000 fpm = 34.0 ft CFM = 8720

%WOV = (CFM x 100) / (RPM x 5.74)

800

10

TCB-LE-2-22 22" NOZZLE

20-INCH NOZZLE

1000

8

Volume (cfm x 1000)

RPM 0 HP Density 0.075 lb/ft3

TCB-LE-2-22 20" NOZZLE

1200

125

p

2

M 500 ¼ h p

4

5

00

1

200

Volume (cfm x 1000)

RPM 0 HP Density 0.075 lb/ft3

14

2

hp

2

hp

X

2

MA

hp

3

hp

hp



1 ¾ hp ½ hp hp

650

500 ¼

400

50

3

0

950

800

0 0

0

110

600

15

5h

0

1

200

hp

125

2

Static Pressure (Pa)

0

800

4



140

hp

Static Pressure (in. wg)

0

3

400

155



600

1000

4

3

3

22

5

Static Pressure (Pa)

800

2

1 17

172

1000

Plume Rise 1 3000 fpm = 27.0 ft CFM = 5910 2 3500 fpm = 30.0 ft CFM = 6895 3 4000 fpm = 33.0 ft CFM = 7880

%WOV = (CFM x 100) / (RPM x 5.61)

hp

6

Volume (cfm x 1000) 5

10

8

10 15

Volume (m3/hr x 1000)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

15

Vektor-H Size 24

TCB-LE-2-24 14" NOZZLE

TCB-LE-2-24 13" NOZZLE

5

Static Pressure (Pa)

10

hp

1

200

2

675 1½ S h RE 550 ¾ 1h p X ½ 4 MA 25 ¼ hp hp hp p 1 2 3

hp

4

5

6

7

0 0

0

8

ST AN CE

CU RV E IS TA NC E

75

2

SI RE 550 X 425 ¼ MA h 1

50

925

675 ½

p

2

3

6

8

10

RPM 0 HP Density 0.075 lb/ft3

12

Volume (m3/hr x 1000)

15-INCH NOZZLE

5

6

7

8

10

Static Pressure (in. wg)

Static Pressure (Pa)

12

Volume (m3/hr x 1000)

RPM 0 HP Density 0.075 lb/ft3

14

14

4

25

13

00

3 11

CU RV E

75

2

1

6

8

10

Volume (m3/hr x 1000)

10

0

0 0

10

50

925

3

800

675

AX

Static Pressure (in. wg)

Static Pressure (Pa)

ES IS TA NC EC UR VE

400

3

550

¼h

½

p

2

hp

600

2

hp

Static Pressure (in. wg)

16

Plume Rise 1 3000 fpm = 26.0 ft CFM = 5310 2 3500 fpm = 29.0 ft CFM = 6195 3 4000 fpm = 31.0 ft CFM = 7080

1

M 425

8

14

10

6

12

hp

800

200

hp 1 h ½ ¾h p hp p

Volume (cfm x 1000) 4

10

p

2

8

Volume (m3/hr x 1000)

5h

0

hp

4

6



hp

0

2

10

15

hp

hp

Static Pressure (Pa)

15

10

105

hp

0 0

RPM HP Density 0.075 lb/ft3

16

1000

5

hp

4

5

1200

hp

0

3

117

R 55 0 AX M 425 ¼

2

%WOV = (CFM x 100) / (RPM x 8.07)

3

200

2

0

2

8

18-INCH NOZZLE

Plume Rise 1 3000 fpm = 26.0 ft CFM = 4740 2 3500 fpm = 28.0 ft CFM = 5530 3 4000 fpm = 30.0 ft CFM = 6320

925

6

4

2

TCB-LE-2-24 18" NOZZLE

130

3



1½ hp 1 ¾ h ½ ¼ hp hp p hp

Volume (cfm x 1000)

25

675

0

800

0 0

0

9

14

4

800

105

925

675

RE SI ST AN CE

SI ST AN CE

Static Pressure (in. wg)

CU RV E

6

8

hp

4

4

Volume (cfm x 1000)

1

1

2

AX 550 M 425

5

400

15

3

hp

5

2

75

1

200



600

11

hp

2

hp

%WOV = (CFM x 100) / (RPM x 7.48)

800

00

3

2

hp

1 ¾ hp h hp p

2

17-INCH NOZZLE

1000

25

13

hp

400

TCB-LE-2-24 17" NOZZLE

1200

14

hp

600

3

hp

½

2

800

2

3

RPM 0 HP Density 0.075 lb/ft3

25 ¼

1

4

hp

M

RE 550 AX 4



12

Plume Rise 1 3000 fpm = 25.0 ft CFM = 4200 2 3500 fpm = 27.0 ft CFM = 4900 3 4000 fpm = 29.0 ft CFM = 5600

1

3

800

10

5

925

675

8

10

0

8

hp

105

7



hp

75

0 0

0

hp

11

1

200

hp

00

2

6

15

13

p

400

25



600

1000

14

3

6

Volume (m3/hr x 1000)

5

1200

10

800

4

4

%WOV = (CFM x 100) / (RPM x 6.95)

3

5h

Static Pressure (Pa)

1000

2

1

2

16-INCH NOZZLE

Plume Rise 1 3000 fpm = 24.0 ft CFM = 3690 2 3500 fpm = 26.0 ft CFM = 4305 3 4000 fpm = 28.0 ft CFM = 4920

%WOV = (CFM x 100) / (RPM x 6.42) 5

5

TCB-LE-2-24 16" NOZZLE

TCB-LE-2-24 15" NOZZLE

1200

4

Volume (cfm x 1000)

CU RV E

4

hp

hp

1½ hp 1 ¾ hp h hp p

2

RE SI ST AN CE

2

3

800

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

hp

Static Pressure (in. wg)

00

11

3

800

hp

13

3

hp

400

25

hp

50

14

5

10

925

600

4



hp

75

0 0

0

hp

11

2

1

200

10

00

3

15

13

800

2

1

10

3

hp

25

p

400

14



600

1000

4 15

800

5

1200

5h

Static Pressure (Pa)

1000

2 3

1

Plume Rise 1 3000 fpm = 23.0 ft CFM = 3210 2 3500 fpm = 25.0 ft CFM = 3745 3 4000 fpm = 27.0 ft CFM = 4280

%WOV = (CFM x 100) / (RPM x 5.79)

Static Pressure (in. wg)

1200

14-INCH NOZZLE

Plume Rise 1 3000 fpm = 22.0 ft CFM = 2760 2 3500 fpm = 24.0 ft CFM = 3220 3 4000 fpm = 26.0 ft CFM = 3680

%WOV = (CFM x 100) / (RPM x 5.15)

CU RV E

13-INCH NOZZLE



2

hp

hp

hp 1 ¾ hp hp hp

4

6

8

10

12

Volume (cfm x 1000) 12

14

16

RPM 0 HP Density 0.075 lb/ft3

5

10

15

20

Volume (m3/hr x 1000)

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 24

TCB-LE-2-24 20" NOZZLE

TCB-LE-2-24 19" NOZZLE

TA

IS ES

R

Static Pressure (in. wg)

Static Pressure (Pa)

E RV

E NC

Static Pressure (in. wg)

CU

10

15

Volume (m3/hr x 1000)

20



550 hp 1 AX ½ ¾ h hp M 425¼ hp p h

p

2

4

RPM 0 HP Density 0.075 lb/ft3

6

22-INCH NOZZLE

5

5

1

10

2

3

8

10

CU RV E RE SI ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa)

CU RV E

RE SI ST AN CE

10

12

15

14

0 0

RPM HP Density 0.075 lb/ft3

20

Volume (m3/hr x 1000)

0

hp

6

Volume (cfm x 1000)

800

675

MA

1½ h ¾ 1h p ½ p h ¼ hp p hp

550

X4 25 2

0

925

hp

hp

1

hp

200

0

hp

2

hp

hp

15

5

105

2

5

2

117

hp

1h

¾ p X 425 h ¼h ½h p MA p p 2 4

RPM 0 HP Density 0.075 lb/ft3

0

3

3



hp

675

0 0

400

130

3

800

25

5

925

600

3

14

4



0

2

800

2

1

10

hp

105

550

0

10

5

1

200

hp

117

p

Static Pressure (in. wg)

0

hp

Static Pressure (Pa)

130

5h

400

1000



600

5

3

20

Plume Rise 1 3000 fpm = 31.0 ft CFM = 9420 2 3500 fpm = 35.0 ft CFM = 10990 3 4000 fpm = 38.0 ft CFM = 12560

5

1200

15

800

12

15

%WOV = (CFM x 100) / (RPM x 9.54)

142

4

10

Volume (m3/hr x 1000)

24-INCH NOZZLE

Plume Rise 1 3000 fpm = 30.0 ft CFM = 7920 2 3500 fpm = 33.0 ft CFM = 9240 3 4000 fpm = 36.0 ft CFM = 10560

%WOV = (CFM x 100) / (RPM x 9.19)

1000

8

Volume (cfm x 1000)

TCB-LE-2-24 24" NOZZLE

TCB-LE-2-24 22" NOZZLE

1200

675

0 0

0

12

hp

10

hp

8

800

hp

5

6

Volume (cfm x 1000)

925

hp

4

0 5

2

RPM 0 HP Density 0.075 lb/ft3

2

hp

hp

5

105

2

hp

¼

117

3

2

M

½

0

1

200

1½ h ¾ 1h p hp hp p

550

4 A X 25

hp

675

400

130

3

3

800

5

hp

50

925

600

142

4



10

hp

2

hp

75

800

3

10

10

11

0 0

0

hp

00

3

2

1

15

13

1

200

1000

hp

400

25



600

14

4

5

1200

15

800

3

5

Static Pressure (Pa)

1000

2

1

Plume Rise 1 3000 fpm = 28.0 ft CFM = 6540 2 3500 fpm = 31.0 ft CFM = 7630 3 4000 fpm = 34.0 ft CFM = 8720

%WOV = (CFM x 100) / (RPM x 8.77)

CU RV E

5

1200

20-INCH NOZZLE

Plume Rise 1 3000 fpm = 27.0 ft CFM = 5910 2 3500 fpm = 30.0 ft CFM = 6895 3 4000 fpm = 33.0 ft CFM = 7880

%WOV = (CFM x 100) / (RPM x 8.35)

RE SI ST AN CE

19-INCH NOZZLE

4 5

6

8

Volume (cfm x 1000) 10

10

15

12

14

20

Volume (m3/hr x 1000)

TCB-LE-2-24 26" NOZZLE 26-INCH NOZZLE

Plume Rise 1 3000 fpm = 33.0 ft CFM = 11070 2 3500 fpm = 37.0 ft CFM = 12915 3 4000 fpm = 41.0 ft CFM = 14760

%WOV = (CFM x 100) / (RPM x 9.82) 5

1200

Vektor-H System Approach

Component Approach

2

1 142

5

105

0

hp

2

SI ST AN CE CU RV E

Static Pressure (in. wg)

hp

hp

0

5

925

hp

200

117

3

5

400

0

10

600

130

15

800

4



Static Pressure (Pa)

1000

800

1

0 0

RPM 0 HP Density 0.075 lb/ft3

675

MA

X

550

RE4

25

¼h

2

p

hp

1 ½ hp hp 1 ½ ¾ h hp hp p

4 5

3

2

6

8

Volume (cfm x 1000) 10

15

Volume (m3/hr x 1000)

10

12

14

20

Field fabricated duct Leaky duct seams

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

17

Vektor-H Size 30

TCB-LE-2-30 16" NOZZLE

TCB-LE-2-30 15" NOZZLE

1000

10

Static Pressure (in. wg)

CU RV E ST AN CE

2 1 ½ hp

5 hp 1 AX 0 0 M 4 0 0 ½ ¾ h hp hp p

2

4

6

8

Volume (cfm x 1000)

RPM 0 HP Density 0.075 lb/ft3

15

Volume (m3/hr x 1000)

hp

5

15

0 0

hp

700

Volume (cfm x 1000) RPM 0 HP Density 0.075 lb/ft3

hp

900

800

600

0

10

00

00



8

10

hp

6

2

1

200

4

11

5

2

3

79

00

hp

2 1 ½ hp h 1 0 ¾ hp p X R 400 ½ hp hp MA

12

3

700

hp

0 0

400

p

800

I 600 ES 50

0

600

12

10

00

900

800

2 3

1

4

3

1

200

hp

2

00

hp

10

00

hp

11

79 15

12

3

Static Pressure (Pa)

12



400

5

1200

10

600

3

4

Static Pressure (in. wg)

800

2

5h

Static Pressure (Pa)

1000

1

Plume Rise 1 3000 fpm = 25.0 ft CFM = 4200 2 3500 fpm = 27.0 ft CFM = 4900 3 4000 fpm = 29.0 ft CFM = 5600

%WOV = (CFM x 100) / (RPM x 8.41)

CU RV E

5

1200

16-INCH NOZZLE

Plume Rise 1 3000 fpm = 24.0 ft CFM = 3690 2 3500 fpm = 26.0 ft CFM = 4305 3 4000 fpm = 28.0 ft CFM = 4920

%WOV = (CFM x 100) / (RPM x 7.51)

RE SI ST AN CE

15-INCH NOZZLE

5

10

10

12

15

Volume (m3/hr x 1000)

20

TCB-LE-2-30 18" NOZZLE

TCB-LE-2-30 17" NOZZLE

17-INCH NOZZLE

1000

15

20

CU RV E

3

11

2

1

6

8

Volume (cfm x 1000) 10

15

Volume (m3/hr x 1000)

10

12 20

14

00

3

600 500

2 1 ½ hp 1 hp ¾ h ½ h p hp p

0 0

RPM 0 HP Density 0.075 lb/ft3

00

800

700

M 400

0

10

79

00

900

AX

200

12

12

CU RV E

400

Static Pressure (in. wg)

Static Pressure (Pa)

CU RV E

Static Pressure (in. wg)

RE SI ST AN CE 5

600

4

4 5

2 3

hp

4

hp

800

1

hp

2

hp

Plume Rise 1 3000 fpm = 28.0 ft CFM = 6540 2 3500 fpm = 31.0 ft CFM = 7630 3 4000 fpm = 34.0 ft CFM = 8720

hp

600 2 1 ½ hp 5 hp AX4 00 1 M 00 ½ ¾ h hp hp p

20

10

18

3

15

14

hp

RPM 0 HP Density 0.075 lb/ft3

5

800

700

10

12

5

0 0

0

900

10

Volume (m3/hr x 1000)



1

0

hp

2

100

15

0

110

00

hp

200

3

1000 9

hp

400

12

5

5

1200

10

600

127

8

15

800

4

6

Volume (cfm x 1000)

%WOV = (CFM x 100) / (RPM x 11.21)

3



Static Pressure (Pa)

1000

2

4

20-INCH NOZZLE

Plume Rise 1 3000 fpm = 27.0 ft CFM = 5910 2 3500 fpm = 30.0 ft CFM = 6895 3 4000 fpm = 33.0 ft CFM = 7880

%WOV = (CFM x 100) / (RPM x 10.36)

1

2

TCB-LE-2-30 20" NOZZLE

19-INCH NOZZLE 5

2 600 1 ½ hp 500 1 hp ¾ h 400 ½ hp hp p

RPM 0 HP Density 0.075 lb/ft3

TCB-LE-2-30 19" NOZZLE

1200

RE SI ST AN CE

E

ES IS TA NC EC UR V

10

Volume (m3/hr x 1000)

hp

5

0 0

0

12

15

RPM 0 HP Density 0.075 lb/ft3

10

hp

Volume (cfm x 1000)

8

AX

hp

6

800 hp

M

4

0

900

700

1

200

h

100

hp

2

2

00

00

3

600

hp

11

5

3

1½ p R 500 X h 1 ½ ¾ h hp p MA 4 0 0 hp p

2

400

3

79

10

hp

700

0 0

0

600

hp

800

1

200

900

800

12



2

00

00

hp

10

00 hp

11

15

3

4

Static Pressure (in. wg)

12

2 3

1

12

79

Static Pressure (Pa)

12

5

400

5

1200

10

600

3

4

Static Pressure (in. wg)

800

2



Static Pressure (Pa)

1000

1

Plume Rise 1 3000 fpm = 26.0 ft CFM = 5310 2 3500 fpm = 29.0 ft CFM = 6195 3 4000 fpm = 31.0 ft CFM = 7080

%WOV = (CFM x 100) / (RPM x 10.01)

RE SI ST AN CE

5

1200

18-INCH NOZZLE

Plume Rise 1 3000 fpm = 26.0 ft CFM = 4740 2 3500 fpm = 28.0 ft CFM = 5530 3 4000 fpm = 30.0 ft CFM = 6320

%WOV = (CFM x 100) / (RPM x 9.23)

hp

8

Volume (cfm x 1000) 10

15

Volume (m3/hr x 1000)

12 20

16 25

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 30

TCB-LE-2-30 24" NOZZLE

TCB-LE-2-30 22" NOZZLE

10

15

Volume (m3/hr x 1000)

20

25

2

5

hp

600

400

2

15

Volume (cfm x 1000)

10

20

30

Volume (m3/hr x 1000)

RPM HP Density 0.075 lb/ft3

5

0

Static Pressure (Pa)

CU RV E

RE SIS TA NC E

X

Static Pressure (in. wg)

400

200

4

20

Volume (m3/hr x 1000)

16

20 30

0

1100

3

100

2

0

900

800

1

RPM 0 HP Density 0.075 lb/ft3

5

700 3

600

500

0 0

9

1200

M 12

Volume (cfm x 1000) 10

600

2

1

hp

8

800

hp

hp

Plume Rise 1 3000 fpm = 37.0 ft CFM = 14730 2 3500 fpm = 41.0 ft CFM = 17185 3 4000 fpm = 45.0 ft CFM = 19640

AX 400

2 1 ½ hp h 1 ½ ¾ h hp p hp p

4

8

hp

4

30

hp

0

2 1 ½ hp h 1 ¾ h ½ h p p hp p

20

Volume (m3/hr x 1000)



RPM HP Density 0.075 lb/ft3

3

10

20

10

0 0

500

A 400

5

700

600

M 0

800

hp

1

hp

2

900

16

15

1000 hp

200

0



400

1000

15

600

12

127

9

1100

3

8

Volume (cfm x 1000)

5

1200

Static Pressure (in. wg)

127

4

%WOV = (CFM x 100) / (RPM x 14.70)

3

10

Static Pressure (Pa)

800

2

1

4

2 1 ½ hp hp 1 ½ ¾ h hp hp p

30-INCH NOZZLE

Plume Rise 1 3000 fpm = 35.0 ft CFM = 12840 2 3500 fpm = 39.0 ft CFM = 14980 3 4000 fpm = 43.0 ft CFM = 17120

%WOV = (CFM x 100) / (RPM x 14.39)

120

A

500 400

hp

hp

TCB-LE-2-30 30" NOZZLE

28-INCH NOZZLE

1000

5

3

600

0 0

0

18

900

700

X 12

0

800

M 9

3

9

1000

TCB-LE-2-30 28" NOZZLE

1200

110

3

1

200

2

1200

CU RV E

RPM 0 HP Density 0.075 lb/ft3

hp

800

127

RE SI ST AN CE

6

30

Plume Rise 1 3000 fpm = 34.0 ft CFM = 11940 2 3500 fpm = 38.0 ft CFM = 13930 3 4000 fpm = 42.0 ft CFM = 15920

1

4

Static Pressure (in. wg)

Static Pressure (Pa)

CU RV E

Static Pressure (in. wg)

RE SI ST AN CE 3

20

Volume (m3/hr x 1000)

hp

M

18

hp

0 0

15

hp

2 1 ½ hp hp 1 ½ ¾ h hp hp p

12

10

600

10



3

9

Volume (cfm x 1000)

15

hp

5

700

AX 400

hp

900

800

500

0

15

1000

1

200

1000

hp

400

9

1100

2

6

5

1200

1200

3

3

%WOV = (CFM x 100) / (RPM x 14.31)

3

10

600

127



Static Pressure (Pa)

800

2

1

4

600 2 1 ½ hp 500 1 h hp ¾ AX 400 ½ hp p M hp

hp

hp

27-INCH NOZZLE

Plume Rise 1 3000 fpm = 33.0 ft CFM = 11070 2 3500 fpm = 37.0 ft CFM = 12915 3 4000 fpm = 41.0 ft CFM = 14760

%WOV = (CFM x 100) / (RPM x 14.07)

1000

3

TCB-LE-2-30 27" NOZZLE

26-INCH NOZZLE 1200

5

800

700

RPM 0 HP Density 0.075 lb/ft3

TCB-LE-2-30 26" NOZZLE

0

900

CU RV E

Static Pressure (in. wg)

Static Pressure (Pa)

CU RV E

Static Pressure (in. wg)

RE SI ST AN CE 5

100

0 0

0

16

hp

12

3

15

8

Volume (cfm x 1000)

0

1100

1

200

9

hp

2 1 ½ hp hp 1 ¾ h ½ p hp hp

4

RPM 0 HP Density 0.075 lb/ft3

hp

M

400

3

600 500

AX 400

hp

120

3

hp

5

800

700

600

127

4



900

800

2

1

10

hp

2

0 0

0

hp

1100

1000

1

200

0

hp

400

3

1000

9

10

600

120

5

1200

15

800

127

4

3



Static Pressure (Pa)

1000

2

1

Plume Rise 1 3000 fpm = 31.0 ft CFM = 9420 2 3500 fpm = 35.0 ft CFM = 10990 3 4000 fpm = 38.0 ft CFM = 12560

%WOV = (CFM x 100) / (RPM x 13.49)

RE SI ST AN CE CU RV E

5

1200

24-INCH NOZZLE

Plume Rise 1 3000 fpm = 30.0 ft CFM = 7920 2 3500 fpm = 33.0 ft CFM = 9240 3 4000 fpm = 36.0 ft CFM = 10560

%WOV = (CFM x 100) / (RPM x 12.64)

RE SI ST AN CE

22-INCH NOZZLE

hp

hp

12

Volume (cfm x 1000) 10

20

Volume (m3/hr x 1000)

16

20 30

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

19

unused layers.

Vektor-H Size 36 TCB-LE-2-36 18" NOZZLE

TCB-LE-2-36 19" NOZZLE

CU RV E

Static Pressure (in. wg)

Static Pressure (Pa)

400

1

950

3

875

2

1

800

725



650

5

575

500 3 hp 425 1½2 hp 3 A 50 1 h M hp p

hp

hp

X

200

105

CU RV E

600

Static Pressure (in. wg)

Static Pressure (Pa)

Static Pressure (in. wg)

RE SI ST AN CE CU RV E

10

800

4

3

2

1

hp

8

hp

Plume Rise 1 3000 fpm = 33.0 ft CFM = 11070 2 3500 fpm = 37.0 ft CFM = 12915 3 4000 fpm = 41.0 ft CFM = 14760

hp

4

30

hp

500 3 hp 425 1½2 hp A X 350 h 1 hp p M

20

Volume (m3/hr x 1000)

10

5

575

10

20

15

hp

725

16

20

hp

0 0

RPM 0 HP Density 0.075 lb/ft3

20

800

650

1

15

875

2

RE SI ST AN CE

0

hp

0

0



200

95

3

12

5

1000 1

hp

400

105

8

Volume (cfm x 1000)

%WOV = (CFM x 100) / (RPM x 21.65) 1200

20

600

4

4

hp

26-INCH NOZZLE

3

10

Static Pressure (Pa)

800

2

1

3

2 1 ½ hp 1 h hp p

TCB-LE-2-36 26" NOZZLE Plume Rise 1 3000 fpm = 31.0 ft CFM = 9420 2 3500 fpm = 35.0 ft CFM = 10990 3 4000 fpm = 38.0 ft CFM = 12560

%WOV = (CFM x 100) / (RPM x 19.79)

1000

CU RV E

Static Pressure (in. wg)

ES IS TA NC EC UR VE

24-INCH NOZZLE

hp

RPM HP Density 0.075 lb/ft3

25

hp

20

hp

15

Volume (m3/hr x 1000)

425 0

AX 3 5

hp

Volume (cfm x 1000)

5

575 500

0 0

0

16

5

650

5

12

800

72

1

5

hp

2

0 20

87

51

10

400

95

3

TCB-LE-2-36 24" NOZZLE

1200

25

3

15

600

10

M

10

20

Plume Rise 1 3000 fpm = 30.0 ft CFM = 7920 2 3500 fpm = 33.0 ft CFM = 9240 3 4000 fpm = 36.0 ft CFM = 10560

2



RE SI ST AN CE CU RV E

800

200

hp

8

5

hp

hp

RPM 0 HP Density 0.075 lb/ft3

4

15

16

4

hp

2 1 ½ hp 1 h hp p

0

0 0

3

10

1

5

575 500

AX 42 M 35 5

0

0

5

650

1

200

5 hp

72

80

0 hp

87

2

20

95

51

10

400

3

12

Volume (m3/hr x 1000)

5

1200

15

600

3

1000 10

5

%WOV = (CFM x 100) / (RPM x 17.89)

4

Static Pressure (in. wg)

800

2



Static Pressure (Pa)

1000

8

Volume (cfm x 1000)

22-INCH NOZZLE

Plume Rise 1 3000 fpm = 28.0 ft CFM = 6540 2 3500 fpm = 31.0 ft CFM = 7630 3 4000 fpm = 34.0 ft CFM = 8720

%WOV = (CFM x 100) / (RPM x 15.41)

1

hp

20-INCH NOZZLE 5

4

TCB-LE-2-36 22" NOZZLE

TCB-LE-2-36 20" NOZZLE

1200

0 3 hp 500 2 h E p 1½ R 425 X 350 1 h hp MA p

RPM 0 HP Density 0.075 lb/ft3

25

hp

20

15

15

hp

10

Volume (m3/hr x 1000)

65

575

0 0

0

16

0

725

hp

12

80

10

2

0

5

hp

8

Volume (cfm x 1000)

5

95

87

51

5

RPM 0 HP Density 0.075 lb/ft3

hp

4

3

hp

0 0

2 1 ½ hp hp h p

10

1

p

1

400

4

200

3

R 425 X MA 3 5 0

600

hp

5 5h

500

0

0

650 575

1

200

80

72

5

800

3



2

0

hp

87

20

95

51

1 2

20

3

Static Pressure (Pa)

10

10

400

1000

hp 15

600

5

1200

4

Static Pressure (in. wg)

800

1 2 3



Static Pressure (Pa)

1000

Plume Rise 1 3000 fpm = 27.0 ft CFM = 5910 2 3500 fpm = 30.0 ft CFM = 6895 3 4000 fpm = 33.0 ft CFM = 7880

%WOV = (CFM x 100) / (RPM x 15.03)

RE SI ST AN CE

5

1200

19-INCH NOZZLE

Plume Rise 1 3000 fpm = 26.0 ft CFM = 5310 2 3500 fpm = 29.0 ft CFM = 6195 3 4000 fpm = 31.0 ft CFM = 7080

%WOV = (CFM x 100) / (RPM x 12.94)

SI ST AN CE

18-INCH NOZZLE

12

Volume (cfm x 1000)

16

20

Volume (m3/hr x 1000)

20 30

24 40

0

0 0

RPM 0 HP Density 0.075 lb/ft3

4

8 10

12

16

20

Volume (cfm x 1000) 20

Volume (m3/hr x 1000)

30

24 40

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

Vektor-H Size 36

TCB-LE-2-36 28" NOZZLE

TCB-LE-2-36 27" NOZZLE

Static Pressure (in. wg)

16

20

20

30

Volume (m3/hr x 1000)

40

2

16

20

20

24

30

AX

950

3

5

Static Pressure (in. wg)

Static Pressure (Pa)

95

3

87 80

2

40

30 50

0

72

0

5

0

5

650

575

1

0 0

RPM 0 HP Density 0.075 lb/ft3

MA

X

R

500 425 350

6 10

51

hp

CU RV E

10

4

2

hp

400

1

3 hp 2 1 ½ hp 1 h hp p

hp

30

Volume (m3/hr x 1000)

24

Plume Rise 1 3000 fpm = 42.0 ft CFM = 21210 2 3500 fpm = 47.0 ft CFM = 24745 3 4000 fpm = 52.0 ft CFM = 28280

hp

RE SIS TA NC E

40

hp

AX

30

28

10

Static Pressure (in. wg)

20

24

Volume (m3/hr x 1000)

5

18

Volume (cfm x 1000) 20

20

15

600

200

hp

12

16



1½2 h p 1 hp h p

12

Volume (cfm x 1000)

20

hp

hp

10

hp

6

3

hp

RPM 0 HP Density 0.075 lb/ft3

500 425 350

8 10

hp

1

0 0

650

575

M

0

20

725

800

5

200

2

4

hp

5

1200

10

400

3

875 800

5

500 3 hp 425 1½2 hp AX 3 5 0 1 h hp M p

%WOV = (CFM x 100) / (RPM x 26.17)

1000

15

600

2

950

3

650

36-INCH NOZZLE

1



Static Pressure (Pa)

800

1 105

725

575

0 0

Plume Rise 1 3000 fpm = 40.0 ft CFM = 18930 2 3500 fpm = 45.0 ft CFM = 22085 3 4000 fpm = 50.0 ft CFM = 25240

%WOV = (CFM x 100) / (RPM x 25.45)

4

CU RV E

800

2

TCB-LE-2-36 36" NOZZLE

34-INCH NOZZLE

1000

875

RPM 0 HP Density 0.075 lb/ft3

40

Volume (m3/hr x 1000)

1

1

0

28

105

RE SI ST AN CE

Static Pressure (in. wg)

Static Pressure (Pa)

RE SI ST AN CE CU RV E

400

3

hp

600

2

20

Static Pressure (in. wg)

800

TCB-LE-2-36 34" NOZZLE

1200

40

Plume Rise 1 3000 fpm = 42.0 ft CFM = 21210 2 3500 fpm = 47.0 ft CFM = 24745 3 4000 fpm = 52.0 ft CFM = 28280

1

4

200

Volume (cfm x 1000)

10

30

hp

hp

12

20

Volume (m3/hr x 1000)

24

hp

RPM 0 HP Density 0.075 lb/ft3

8

20

hp

4

16

10

500 3 hp 425 2 1 ½ hp 350 X A 1 h hp M p

hp

10

12

Volume (cfm x 1000)



7½ 5

8

15

hp

5

575

0 0

0

0

650

1

200

72

5

hp

80

2

0 20

87

1000

hp

400

95

3

4

5

1200

51

15

600

10

2 1 ½ hp 1 h hp p

%WOV = (CFM x 100) / (RPM x 24.74)

3

10

Static Pressure (Pa)

800

2

1

4

425

M 350

hp

hp

32-INCH NOZZLE

Plume Rise 1 3000 fpm = 37.0 ft CFM = 14730 2 3500 fpm = 41.0 ft CFM = 17185 3 4000 fpm = 45.0 ft CFM = 19640

%WOV = (CFM x 100) / (RPM x 23.79)

1000

5

3

hp

hp

TCB-LE-2-36 32" NOZZLE

30-INCH NOZZLE 5

10 7½

650

575

RPM 0 HP Density 0.075 lb/ft3

TCB-LE-2-36 30" NOZZLE

1200

800

725

500

0 0

0

24

875

ES IS TA NC EC UR VE

CU RV E RE SI ST AN CE

X

10

12

Volume (cfm x 1000)

950

3

hp

8

1051

1

200

hp 1 ½ 2 hp hp h p

4

RPM 0 HP Density 0.075 lb/ft3

hp

hp

3

1

400

3

20

5

600

4

2

hp



800

1

15

5

575

0 0

0

0

650

500 425 A 350 M

hp

72

5 hp

2

1

200

80

0 20

87

1000

51

Static Pressure (Pa)

95

3

5

1200

hp

400

10

15

600

Static Pressure (in. wg)

800

4

3

10

Static Pressure (Pa)

1000

2

1

Plume Rise 1 3000 fpm = 35.0 ft CFM = 12840 2 3500 fpm = 39.0 ft CFM = 14980 3 4000 fpm = 43.0 ft CFM = 17120

%WOV = (CFM x 100) / (RPM x 22.65)

CU RV E

%WOV = (CFM x 100) / (RPM x 21.98) 5

1200

28-INCH NOZZLE

Plume Rise 1 3000 fpm = 34.0 ft CFM = 11940 2 3500 fpm = 38.0 ft CFM = 13930 3 4000 fpm = 42.0 ft CFM = 15920

RE SI ST AN CE

27-INCH NOZZLE

12

18

Volume (cfm x 1000) 20

30

Volume (m3/hr x 1000)

24 40

Performance certified is for installation Type A: Free inlet, Free outlet. Rating Method “A” (Constant Speed, Transmission Loss Not Included). Power rating (Bhp) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories). Plume rise calculated assuming a 10 mph crosswind. 3,000 ft/min. is the minimum recommended outlet velocity per ANSI Z9.5.

30 50

21

1750 2431 1750 2431

80 100 60 80

91 94 93 95

83 88 85 90

80 85 82 86

79 85 81 87

75 81 76 83

71 79 71 80

65 75 65 75

59 69 59 68

81 87 82 89

69 76 71 77

86 87 86

79 84 80 85

79 87 78 89

79 90 78 90

76 86 74 83

77 86 73 83

70 87 66 85

62 76 60 72

82 93 80 92

71 82 69 80

1750 2431 1750 2431

50 60 40 50

92 97 91 96

84 93 84 91

82 89 82 89

80 89 79 88

75 85 75 84

71 81 71 80

65 75 65 75

59 69 59 69

81 91 81 90

70 79 70 78

88 87 90 91

81 84 83 86

78 84 78 84

78 86 77 86

73 82 73 81

71 80 70 79

65 75 64 74

59 69 58 68

79 88 79 87

68 76 68 76

2150 2431

100 40

91 95

86 90

82 89

82 88

78 84

76 80

71 75

65 68

84 90

73 78

86 95

82 88

84 85

86 85

83 81

85 78

83 73

72 68

90 87

79 75

Sound Performance Data

80 79 68 88 76 to 2150 ®-H 80unit 94 84 80that 76meets 71 performance 64 86 74 specifications, 86 83 85 86 Once a Vektor has 87 been84selected use 80 the following procedure 2150 60 96 90 86 86 81 77 71 65 87 76 87 82 81 83 79 77 72 65 85 73 attain sound data for the specific fan RPM and % WOV. Interpolation will be used to determine the eight sound 2150 50 94 88 86 85 81 77 71 65 87 75 90 84 82 82 78 76 71 65 84 72 power levels and decibel rating. Inlet Sound Power by Octave Band

Vektor-H Size 18 2150

40

93

87

86

84

80

76

71

64

86

74

93

86

82

82

77

75

70

64

84

72

700 700

50 40

77 77

71 71

63 63

60 59

56 56

52 52

44 44

35 35

63 63

52 51

77 77

71 71

66 65

68 67

56 56

53 52

45 45

37 37

67 66

56 55

66

60

52

76

64

77

77

77

1150

80

78

76

72

73

69

80 78

74 71

62 60

55 53

80 78

69 66

5 67 58 67 57 78

6 64 53 64 52 73

7 57 45 57 44 67

8 50 37 49 36 60

1 78 76 82 78 82

2 76 72 76 72 78

3 73 69 73 68 82

in. 7519 70 4 5 74 69 68 60 74 68 67 58 83 81

71 67

6 65 55 64 54 78

7 58 47 57 46 71

39 51 38 62

77 79 77 78 77 83

71 76 71 76 71 79

67 82 66 78 65 78

68 81 68 78 67 78

57 80 56 77 56 74

53 75 53 73 52 72

46 68 45 67 45 65

37 61 37 59 37 58

Nozzle Size 9 operating in. in.the Nozzle The Vektor-H 18, 94 13-inch at 1530 rpm and 75% WOV. Size8718 Sound 2431Size 100 88 nozzle 85 85is 81 Nozzle 79 75 69 87 76 86 84 87 Viewing 90 19 86 86 76 93 82 RPM %WOV 1 2 3 4 and 5 80% 6 7 8is needed L89 1 2 3 for 4 75% 5 WOV. 6 7 8 L92 A dBA wA dBA w Power Table, between 60 WOV find values Also note that 2431interpolation 80 95 90 86 87 83 80 75 68 77 to 86 85 89 90 83 83 85 72 80 700between 100 82 67 58 67 55 76 72 69 68 60 55 47 68 57 interpolation 145071 1750 used37 interpolation 2431 60 97 93and64 89 89 rpm 85 will53 81be 45 75 69to find 91 sound 79 87power 84 at 84 1530 86 rpm. 82 Finally, 80 75 an39 69 88 76 700outlet 80 81 71 63 57 44 36 65 53 78 72 68 58 54 46 38 67 56 2431 50 area 96 will 91be 64 89 88 84 to 52 80 75 final 69 90 78 power 91 86 84the67 86 81 Outlet 79 74Area 68 Chart 87 76 using nozzle performed provide sound using Nozzle 700 60 77 70 63 60 57 52 44 35 63 52 77 71 67 68 57 53 46 37 67 56 2431 40 95 90 89 88 84 80 75 68 90 78 95 88 85 85 81 78 73 68 87 75 provided on page 3.

Vektor-H Size 1871 1150 100 75 76 72 75 Nozzle Size 1150 60 82

Example

Example

Inlet Sound Power by Octave Band 65 58 51 74 63 76 79 76 74 9 in. 68 Nozzle 64 57 50 74 63 75 76 73

Nozzle 66 59

RPM 1150 %WOV 50 700 100 1150 40 700 80 1450 100 700 60 1450 80 700 50 1450 60 700 40 1450 50

1 82 82 81 81

77 2 77

73 3 72

71 77 71 75

64 72 64 76

4 73 67 73 63 77

77 85 77 88 77 88

70 78 71 81 71 81

63 77 63 79 63 79

60 76 60 78 59 77

57 73 56 73 56 72

52 71 52 71 52 71

44 65 44 65 44 64

35 58 35 57 35 57

1150 1450 1150 1750

100 40 80 100

75 87 78 84

76 81 76 78

72 78 72 82

75 77 73 80

71 72 69 81

66 70 65 78

60 64 58 72

52 57 51 65

76 79 74 85

64 67 63 73

77 87 76 86

77 80 79 82

77 78 76 86

80 77 78 86

74 72 71 85

71 70 67 82

62 64 60 77

55 57 53 67

80 79 78 89

69 67 66 78

1150 1750 1150 1750 1150 1750

60 80 50 60 40 50

82 88 82 90 81 90

77 81 77 84 77 84

73 82 72 84 72 84

74 80 73 82 73 82

68 77 67 77 67 77

64 76 64 76 64 75

57 70 57 70 57 69

50 63 50 62 49 62

74 83 74 84 74 84

63 71 62 72 62 72

75 84 78 84 82 87

76 79 76 78 76 81

73 85 73 82 73 83

75 84 74 81 74 81

70 83 69 81 68 78

66 80 65 78 64 76

59 73 58 71 57 70

52 66 51 64 51 64

76 87 75 85 74 84

64 76 63 73 63 72

1450 1750 1450 2099

100 40 80 100 60 80

81 89 85 88

75 84 78 82

76 84 77 88

77 81 76 83

78 77 73 84

73 74 71 84

67 69 65 78

60 62 58 71

81 83 79 89

70 72 67 78

82 90 79 91

78 84 76 86

82 83 82 91

83 82 81 90

81 76 80 88

78 75 75 88

71 69 68 83

62 63 61 74

85 83 84 94

74 72 72 82

93

85

87

85

82

82

76

69

88

68 77

78 89

76 82

78 90

78 88

77 87

73 87

67 80

59 72

81 92 80 89 79 89

69 81 68 78 67 77

L74 wA dBA 62 67 55 74 62 65 53 81 70 63 52 79 67 63 52 80 68 63 51 79 67

EXAMPLE: Calculations for78a Vektor-H Size 18 1450 88 81 79 73 71 65 57 80 2099

52 8 51

76 64 L75 wA dBA 63 68 57 74 63 67 56 85 74 67 56 84 72 67 56 81 69 66 55 80 68

1450 50 19-inch 88 81 nozzle 79 77 72 71 64 57 79 67 83 79 78WOV 78 to 84 74 72 65WOV: 58 2099 60 93 88 89 87 81 75 69 89 78 91 83 70 First, interpolate the data83 at 1450 rpm between 80% and 80 60%87 find 84 75%77

1450

[

}]

1450 40 87 81 78 77 72 70 64 57 79 67 87 80 78 77 72 70 64 57 2099 50 92 89 90 87 82 80 75 69 89 77 92 85 88 85 83 82 76 70 80% 75% 1750 100 84 78 82 80 81 78 72 65 85 73 86 82 86 85 82 77 67 89 2099 40 92 89 90 87 82 79 74 69 89 77 93 88 88 86 81 80 75 69 88 X (72 dB - 69 dB) = 71.58 dBA rpm at 75% WOV, dBA = 72 dB 80% 60% 1750 80 88 81 82 80 77 76 70 63 83 71 84 79 85 84 83 80 73 66 87 Ratings do not include the effects of duct end correction. The A-weighted sound ratings shown have been calculated per AMCA Standard 301. dBA levels are not licensed

78 76 76

85

7323 72 72

{(

)

-12 watts, calculated per AMCA Standard 301. Values shown are for Installation by1750 AMCA International. The sound in decibels, 60 90 84 power84level ratings 82 shown 77 are76 70 referred 62 to 1084 72 84 78 82 81 81 78 71 64 Type A: Free inlet, Free outlet. The sound pressure shown in fan dBA are loudness values at 5 ft. in a hemispherical free field calculated per AMCA Standard 301. The 82 77 75 69 62 84 72 87 81 83 81 78 76 70 64 1750Certified 50Ratings90 84 to L84 A values only. AMCA Seal applies wi

Perform a similar interpolation with data at 1750 rpm to find the dB level for 75% WOV: 1750

40

89

[

84

84

81

77

100 WOV, 88 dBA 82 =88 76 83 dB84 1750 rpm2099 at 75% 2099

80

93

85

87

85

82

2099

60

93

88

89

87

83

50 Interpolate2099 between

92 1450 89 the

90 and

{(

74

69

8480% 78 8280% 76 81

75

62

83

72

)

90

84

}] 83

82

76

75

75% 71 89 88 dBA 88 X (7678dB 91 - 73 86 dB) 91 =9075.19 60% 69 88 77 89 82 90 88 87 87 69

89

78

91

80

87

83

84

84

69

63

84 83

83 80

74 72

94 92

82 81

77

70

89

78

87 rpm 82 values 80 75 at 69 77 by 92 85 88the85 83 82 76in 1750 75%89WOV replacing percent WOV

2099 40 92 89 90 87 82 79 74 69 89 77 93 88 with the RPM values and use the calculated dB from the 75% WOV steps.

[

{(

88

86

75

70 the 69

89 77 equation

81

80

}]

= 72.54 dBA

88

Ratings do not include the effects of duct end correction. The A-weighted sound ratings shown have been calculated per AMCA Standard 301. dBA levels are not licensed by AMCA International. The sound power level ratings shown are in decibels, referred to 10-12 watts, calculated per AMCA Standard 301. Values shown are for Installation Type A: Free inlet, Free outlet. The sound pressure shown in fan dBA are loudness values at 5 ft. in a hemispherical free field calculated per AMCA Standard 301. The AMCA Certified Ratings Seal applies to Lwi A values only.

1530 rpm at 75% WOV, dBA =

75.19 dB -

)

1750 - 1530 X (75.19 dB - 71.58 dB) 1750 - 1450

76

23

Perform the same interpolation procedures for the 9-inch nozzle which provides the dBA for 75% WOV at 1530 rpm (= 68.45 dBA). Using the values calculated for 75% WOV at 1530 rpm, interpolation by nozzle outlet area should be used between small and large nozzles to find the sound power of the 13-inch nozzle. 13-inch nozzle 1530 rpm at 75% WOV, dBA =

[

72.54 dB -

{(

1.97 in2 - 0.92 in2 2 2 1.97 in - 0.44 in

)

X (72.54 dB - 68.45 dB)

}]

= 69.73 dBA

AMCA Licensed Ratings

Sound tests of Vektor-H Laboratory Exhaust Systems were conducted in Greenheck’s AMCA Accredited Laboratory in accordance with AMCA Standard 300. Inlet sound ratings comply with AMCA Publication 311, qualifying these models to bear the AMCA seal for sound and air performance. The sound power levels published here can be compared directly with those of other similarly rated fans, or used as a baseline to determine sound levels in occupied spaces.

Test Methods

The sound data in this brochure is the result of extensive testing, which included inlet sound tests on Vektor-H Laboratory Exhaust Systems. AMCA Standard 300 clearly defines methods used to test fans in a reverberant sound test room. The reverberant room is specifically designed to allow sound waves to be dispersed evenly throughout the room. The walls have a hard surface that reflects sound and are positioned to prevent resonances which could result in quiet areas within the room. 22

Vektor-H Size 9 Inlet Sound Power by Octave Band 4 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

1800

100

81

81

73

69

65

63

58

53

73

1800

80

82

80

74

69

65

63

58

53

73

1800

60

81

80

74

69

65

63

58

53

1800

50

79

79

74

70

65

63

58

1800

40

77

78

73

70

65

63

2350

100

82

84

80

75

72

2350

80

84

84

81

76

2350

60

85

84

82

2350

50

86

84

2350

40

87

2900

100

2900

9 in. Nozzle

1

2

3

4

5

6

7

8

LwiA dBA

61

79

81

74

74

69

65

60

54

75

64

61

80

81

73

72

67

64

58

54

74

62

73

61

81

80

73

70

66

63

58

53

73

61

53

73

61

82

80

73

69

65

63

57

53

72

61

58

53

72

61

83

80

73

69

65

63

57

53

72

61

68

63

58

78

67

81

84

81

80

78

71

67

60

82

71

72

67

63

58

79

67

81

84

81

80

75

69

65

59

81

69

77

73

68

63

58

80

68

82

84

80

78

73

68

64

59

79

68

82

77

73

68

63

58

80

68

83

83

79

76

72

68

63

59

78

67

84

83

77

73

68

63

58

80

68

83

84

79

76

72

68

63

59

78

67

85

88

85

81

78

72

68

63

84

72

81

87

87

84

82

76

73

65

87

75

80

85

88

85

82

78

72

68

62

84

72

82

87

87

83

82

74

70

64

86

75

2900

60

90

90

85

83

79

72

68

63

85

73

82

87

87

82

78

73

69

63

84

73

2900

50

93

90

85

83

80

72

68

63

85

74

84

87

86

81

78

72

68

63

84

72

2900

40

96

91

86

83

80

72

69

63

85

74

84

87

87

82

78

72

68

63

84

73

3450

100

89

90

87

86

82

76

73

66

87

76

84

91

89

88

86

80

77

70

90

79

3450

80

91

91

88

87

83

76

72

66

88

77

85

91

90

88

86

79

75

68

90

79

3450

60

95

91

88

88

84

76

73

66

89

78

87

90

90

86

83

77

73

67

88

77

3450

50

98

91

88

88

84

76

73

66

89

78

89

90

89

86

82

77

73

67

88

76

3450

40

100

91

88

88

85

77

73

66

90

78

90

90

90

86

82

77

73

67

88

77

4050

100

94

94

90

90

86

81

77

70

91

80

86

94

92

93

91

86

82

75

95

84

4050

80

98

94

91

92

87

81

77

70

93

81

89

95

92

92

89

83

81

72

94

82

4050

60

101

92

91

93

88

81

77

70

93

82

93

93

93

91

87

82

78

71

93

81

4050

50

103

91

91

94

89

81

78

70

94

83

95

93

93

90

87

81

78

71

92

81

4050

40

104

90

91

95

89

81

78

70

95

83

97

93

93

90

86

81

78

71

92

80

Vektor-H Size 10 Inlet Sound Power by Octave Band 5 in. Nozzle

Nozzle Size

LwiA dBA

10 in. Nozzle

RPM %WOV

1

2

3

4

5

6

7

8

1

2

3

4

5

6

7

8

1800 1800

100 80

77 79

77 77

70 71

69 67

67 65

64 64

62 62

55 55

72 72

61 60

77 76

77 78

72 72

74 72

71 68

66 64

62 61

55 54

76 74

64 62

1800

60

82

78

73

66

64

63

61

55

72

60

76

78

70

69

67

63

61

55

72

61

1800 1800

50 40

83 84

79 80

73 74

67 67

65 65

63 63

61 61

55 55

72 73

61 61

78 82

76 77

71 71

68 66

66 64

63 63

61 61

55 55

72 71

60 60

2350 2350

100 80

81 84

79 81

74 76

75 73

72 71

67 66

65 65

60 60

77 76

65 65

82 80

79 79

79 76

80 78

78 75

71 68

68 65

61 60

82 79

70 68

2350

60

86

82

79

73

70

66

64

60

77

65

80

78

73

75

73

67

65

60

77

66

2350 2350

50 40

86 87

83 84

81 83

74 75

71 71

66 67

64 64

60 61

78 79

66 68

81 82

80 81

74 76

74 74

72 71

67 66

64 64

60 60

77 77

65 65

2900 2900

100 80

83 85

80 82

78 79

79 78

77 75

73 71

70 69

64 64

82 80

70 69

86 83

81 80

82 80

84 82

83 80

77 74

73 70

66 64

87 84

75 72

2900

60

86

85

83

79

76

71

68

64

82

70

83

79

77

80

77

72

69

65

82

70

2900 2900

50 40

87 89

87 89

86 88

80 82

77 77

71 72

68 68

64 64

83 85

72 73

84 86

82 84

79 80

79 78

76 75

71 71

68 68

64 64

81 81

69 69

3450 3450

100 80

84 86

82 85

81 83

83 83

80 79

77 76

74 73

68 68

85 85

74 73

88 86

84 84

84 83

87 85

87 84

83 79

79 75

71 68

91 88

79 76

3450

60

88

87

87

86

80

75

72

67

87

75

86

83

80

83

80

77

73

68

85

74

3450 3450

50 40

91 93

90 92

88 90

87 88

81 82

76 76

72 72

67 68

88 89

76 77

87 89

84 86

82 84

83 84

79 79

76 75

72 71

68 67

85 85

73 74

4050 4050

100 80

85 87

84 87

85 87

87 88

84 83

82 80

79 77

72 71

89 89

78 78

90 90

89 89

85 85

91 90

90 88

90 85

84 80

76 73

95 92

84 81

4050

60

91

90

90

93

85

80

77

71

92

81

89

87

84

87

84

82

78

72

89

78

4050

50

95

92

91

94

87

80

77

71

93

82

90

88

85

87

83

80

77

71

89

77

4050

40

98

94

92

95

88

81

77

71

94

83

92

89

88

90

83

79

76

70

90

78

10-12

Values shown are for inlet LwiA sound power levels for Installation Type A: Free inlet, Free outlet. The sound power level ratings shown are in decibels, referred to watts, calculated per AMCA Standard 301. The A-weighted sound ratings shown have been calculated per AMCA International Standard 301. The sound ratings shown are loudness values at a distance of 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA International Standard 301. Values shown are for Installation Type A: free inlet hemispherical sone levels. dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal applies to LwiA values only.

LwiA dBA

23

Vektor-H Size 12 Inlet Sound Power by Octave Band 6 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

1400 1400

100 80

85 86

76 75

68 69

65 65

60 61

59 59

54 54

50 49

69 69

1400

60

87

76

70

66

61

59

54

49

1400 1400

50 40

85 84

76 76

70 70

65 65

61 61

59 59

54 54

49 49

1850 1850

100 80

90 91

82 82

74 75

70 72

66 68

65 64

61 59

1850

60

90

83

76

73

68

64

1850 1850

50 40

89 87

82 81

76 76

73 72

68 68

64 64

2300 2300

100 80

91 92

87 87

80 79

77 78

72 74

2300

60

92

86

81

79

2300 2300

50 40

90 89

85 84

81 81

79 78

2750 2750

100 80

93 94

90 90

85 84

2750

60

93

90

2750 2750

50 40

93 93

89 88

3274 3274

100 80

95 96

3274

60

3274

50

3274

40

13 in. Nozzle

1

2

3

4

5

6

7

8

57 57

75 76

79 79

72 72

67 66

63 61

66 61

58 54

50 50

LwiA dBA 72 70

60 59

70

58

81

78

71

64

60

59

53

49

69

58

69 69

58 57

83 86

78 78

71 70

65 65

60 60

59 59

53 53

49 49

69 69

58 58

56 54

74 75

63 64

78 81

80 81

76 76

74 73

69 68

71 67

69 62

59 56

78 76

66 64

59

54

76

64

86

81

74

71

65

64

59

54

74

62

59 59

54 54

75 75

64 63

88 91

82 83

74 75

71 72

66 67

64 64

59 58

54 54

74 75

63 64

68 69

64 64

59 59

79 80

68 69

83 85

82 83

81 80

80 78

76 74

71 70

78 70

66 61

83 80

72 69

74

69

64

59

81

69

89

84

79

77

72

68

64

59

79

67

74 74

69 69

64 64

59 59

80 80

69 69

90 91

86 87

79 79

77 78

72 72

68 68

64 63

59 59

79 80

68 68

81 83

77 78

72 73

68 69

63 63

84 84

72 73

86 88

85 86

84 83

85 84

80 78

75 74

79 73

72 67

87 85

75 73

86

84

79

74

69

63

85

74

92

88

83

82

76

72

68

63

83

72

85 85

84 83

79 78

74 74

69 69

63 63

85 85

74 73

93 94

89 90

84 84

82 82

77 77

72 73

68 68

63 63

84 84

72 72

93 93

91 91

87 88

82 83

77 79

73 74

68 68

89 90

77 78

90 93

89 89

86 87

91 91

85 84

81 79

80 77

80 74

91 91

80 79

96

94

91

90

85

79

74

68

91

79

95

93

89

89

82

77

74

68

89

78

96

94

90

89

84

79

74

68

90

79

96

93

89

88

82

77

74

68

89

77

97

94

89

89

84

79

74

69

90

79

97

93

89

88

82

78

74

68

89

78

Vektor-H Size 13 Inlet Sound Power by Octave Band 7 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

950 950

100 80

76 77

74 73

67 66

61 60

57 57

54 54

50 50

46 47

65 65

950

60

78

73

66

61

57

54

50

47

950 950

50 40

79 80

73 73

67 67

61 60

57 57

54 54

50 51

47 48

1450 1450

100 80

87 87

77 77

71 72

70 70

65 64

63 62

58 57

1450

60

88

78

72

71

65

62

1450 1450

50 40

88 88

79 79

73 74

71 70

65 65

62 62

1950 1950

100 80

89 90

80 81

77 78

76 77

71 72

1950

60

91

83

79

78

1950 1950

50 40

92 92

84 84

80 80

78 77

2450 2450

100 80

93 93

86 86

80 81

2450

60

94

88

2450 2450

50 40

94 94

88 88

2971 2971

100 80

97 97

2971

60

2971

50

2971

40

24

LwiA dBA

14 in. Nozzle

1

2

3

4

5

6

7

8

LwiA dBA

54 53

76 74

72 71

66 67

71 70

63 60

56 55

51 51

47 47

70 69

59 57

65

53

74

71

67

65

57

54

50

47

66

54

65 65

54 54

74 75

71 71

66 66

63 60

56 55

53 53

50 50

48 48

65 64

53 52

54 53

72 72

61 61

87 82

78 79

74 73

74 74

71 71

69 66

62 60

55 54

77 76

65 64

57

53

73

61

85

78

75

73

66

63

58

53

74

63

57 57

53 53

73 73

61 61

85 85

77 76

74 73

72 70

64 63

62 61

57 56

52 52

73 72

61 60

69 68

65 64

60 59

78 78

66 67

83 80

80 80

80 76

78 77

75 74

76 74

72 68

63 61

82 80

70 69

73

68

64

59

79

68

84

80

78

77

72

70

65

60

79

67

73 73

68 68

64 64

59 59

80 79

68 68

86 87

80 80

77 77

76 76

71 70

68 67

64 63

59 59

78 77

66 66

81 82

77 77

74 73

70 69

65 64

83 83

71 72

86 85

83 84

82 80

84 82

80 78

79 78

78 74

71 68

87 85

75 73

83

84

79

74

69

64

85

73

88

83

80

82

77

74

70

65

83

72

84 84

84 83

78 78

74 74

69 69

64 64

85 84

73 73

90 91

84 84

80 81

81 80

76 75

73 72

69 68

64 64

82 82

71 70

91 91

83 84

86 87

82 83

79 78

75 74

70 69

88 88

76 77

89 91

86 87

84 83

89 86

85 83

82 81

85 80

79 74

92 89

80 77

97

93

87

89

85

80

75

69

90

79

93

87

82

87

82

79

76

70

88

76

96

93

88

89

84

80

75

69

90

78

94

88

84

86

82

78

75

70

87

76

96

93

89

89

84

79

75

69

90

78

95

89

85

85

81

77

74

69

87

75 10-12

Values shown are for inlet LwiA sound power levels for Installation Type A: Free inlet, Free outlet. The sound power level ratings shown are in decibels, referred to watts, calculated per AMCA Standard 301. The A-weighted sound ratings shown have been calculated per AMCA International Standard 301. The sound ratings shown are loudness values at a distance of 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA International Standard 301. Values shown are for Installation Type A: free inlet hemispherical sone levels. dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal applies to LwiA values only.

Vektor-H Size 16 Inlet Sound Power by Octave Band 8 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

750 750

100 80

73 74

69 69

65 64

59 59

57 58

52 52

44 44

38 38

63 63

750

60

76

69

65

59

58

52

44

38

750 750

50 40

77 77

69 69

65 64

58 58

58 58

52 52

44 44

38 38

1350 1350

100 80

84 86

78 79

74 75

71 72

71 71

66 66

59 58

1350

60

88

80

76

74

71

66

1350 1350

50 40

87 86

80 80

76 76

73 72

71 71

66 65

1750 1750

100 80

88 91

82 83

79 80

77 79

74 75

1750

60

93

85

82

81

1750 1750

50 40

92 91

84 84

82 82

80 79

2150 2150

100 80

91 94

86 87

82 84

2150

60

96

90

2150 2150

50 40

94 93

88 87

2431 2431

100 80

94 95

2431

60

2431

50

2431

40

18 in. Nozzle

1

2

3

4

5

6

7

8

51 51

72 73

69 69

66 65

69 65

62 59

56 53

47 46

40 39

LwiA dBA 68 65

57 54

63

52

72

68

65

61

56

52

44

38

63

52

63 63

52 51

73 73

68 68

65 65

60 58

56 56

51 51

44 43

38 38

63 62

51 51

52 51

75 75

64 64

83 83

79 77

76 75

76 74

75 73

76 70

67 62

57 54

81 77

69 66

58

51

76

65

82

77

75

73

71

67

60

52

76

64

58 58

51 51

76 76

64 64

83 84

79 80

75 74

72 71

71 70

66 65

59 58

52 51

75 75

64 63

71 71

66 65

60 59

80 81

68 69

87 86

80 79

80 79

80 79

79 76

85 77

78 70

65 62

88 82

76 71

76

71

65

59

82

71

87

80

78

78

74

73

66

60

80

69

75 75

71 71

65 65

59 59

81 81

70 70

88 90

81 83

78 78

78 77

73 73

71 70

65 64

59 58

79 79

68 68

82 84

78 80

76 76

71 71

65 64

84 86

73 74

86 86

82 83

84 85

86 86

83 80

85 80

83 79

72 68

90 88

79 76

86

86

81

77

71

65

87

76

87

82

81

83

79

77

72

65

85

73

86 86

85 84

81 80

77 76

71 71

65 64

87 86

75 74

90 93

84 86

82 82

82 82

78 77

76 75

71 70

65 64

84 84

72 72

88 90

85 86

85 87

81 83

79 80

75 75

69 68

87 89

76 77

86 86

84 85

87 89

90 90

86 83

86 83

87 85

76 72

93 92

82 80

97

93

89

89

85

81

75

69

91

79

87

84

84

86

82

80

75

69

88

76

96

91

89

88

84

80

75

69

90

78

91

86

84

86

81

79

74

68

87

76

95

90

89

88

84

80

75

68

90

78

95

88

85

85

81

78

73

68

87

75

Vektor-H Size 18 Inlet Sound Power by Octave Band 9 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

700 700

100 80

82 81

71 71

64 64

67 63

58 57

53 52

45 44

37 36

67 65

700

60

77

70

63

60

57

52

44

35

700 700

50 40

77 77

71 71

63 63

60 59

56 56

52 52

44 44

35 35

1150 1150

100 80

75 78

76 76

72 72

75 73

71 69

66 65

60 58

1150

60

82

77

73

74

68

64

1150 1150

50 40

82 81

77 77

72 72

73 73

67 67

64 64

1450 1450

100 80

81 85

75 78

76 77

77 76

78 73

1450

60

88

81

79

78

1450 1450

50 40

88 87

81 81

79 78

77 77

1750 1750

100 80

84 88

78 81

82 82

1750

60

90

84

1750 1750

50 40

90 89

84 84

2099 2099

100 80

88 93

2099

60

2099

50

2099

40

19 in. Nozzle

1

2

3

4

5

6

7

8

55 53

76 78

72 72

69 68

68 67

60 58

55 54

47 46

39 38

68 67

57 56

63

52

77

71

67

68

57

53

46

37

67

56

63 63

52 51

77 77

71 71

66 65

68 67

56 56

53 52

45 45

37 37

67 66

56 55

52 51

76 74

64 63

77 76

77 79

77 76

80 78

74 71

71 67

62 60

55 53

80 78

69 66

57

50

74

63

75

76

73

75

70

66

59

52

76

64

57 57

50 49

74 74

62 62

78 82

76 76

73 73

74 74

69 68

65 64

58 57

51 51

75 74

63 63

73 71

67 65

60 58

81 79

70 67

82 79

78 76

82 82

83 81

81 80

78 75

71 68

62 61

85 84

74 72

73

71

65

57

80

68

78

76

78

78

77

73

67

59

81

69

72 72

71 70

64 64

57 57

79 79

67 67

83 87

79 80

78 78

78 77

74 72

72 70

65 64

58 57

80 79

68 67

80 80

81 77

78 76

72 70

65 63

85 83

73 71

86 84

82 79

86 85

86 84

85 83

82 80

77 73

67 66

89 87

78 76

84

82

77

76

70

62

84

72

84

78

82

81

81

78

71

64

85

73

84 84

82 81

77 77

75 74

69 69

62 62

84 83

72 72

87 90

81 84

83 83

81 82

78 76

76 75

70 69

64 63

84 83

72 72

82 85

88 87

83 85

84 82

84 82

78 76

71 69

89 88

78 77

91 89

86 82

91 90

90 88

88 87

88 87

83 80

74 72

94 92

82 81

93

88

89

87

83

81

75

69

89

78

91

80

87

83

84

84

77

70

89

78

92

89

90

87

82

80

75

69

89

77

92

85

88

85

83

82

76

70

89

77

92

89

90

87

82

79

74

69

89

77

93

88

88

86

81

80

75

69

88

76

10-12

Values shown are for inlet LwiA sound power levels for Installation Type A: Free inlet, Free outlet. The sound power level ratings shown are in decibels, referred to watts, calculated per AMCA Standard 301. The A-weighted sound ratings shown have been calculated per AMCA International Standard 301. The sound ratings shown are loudness values at a distance of 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA International Standard 301. Values shown are for Installation Type A: free inlet hemispherical sone levels. dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal applies to LwiA values only.

LwiA dBA

25

Vektor-H Size 22 Inlet Sound Power by Octave Band 10 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

500 500

100 80

72 72

69 70

62 61

60 60

57 57

50 50

43 42

35 35

62 62

500

60

72

70

61

60

57

50

42

34

500 500

50 40

73 73

71 71

60 60

59 59

57 57

50 50

42 42

34 34

800 800

100 80

79 80

73 74

69 69

69 68

67 65

63 61

54 53

800

60

81

74

69

68

64

61

800 800

50 40

81 81

74 74

68 68

68 68

64 64

60 60

1100 1100

100 80

87 86

82 81

79 77

75 74

74 71

1100

60

87

82

77

74

1100 1100

50 40

86 87

82 82

77 77

74 74

1400 1400

100 80

92 91

88 87

86 84

1400

60

91

87

1400 1400

50 40

90 90

87 88

1722 1722

100 80

97 96

1722

60

1722

50

1722

40

22 in. Nozzle

1

2

3

4

5

6

7

8

51 51

75 73

69 69

68 66

64 63

60 59

53 52

44 43

37 36

LwiA dBA 66 65

54 53

62

51

71

67

63

62

58

51

43

36

63

52

62 62

51 51

71 73

67 67

62 61

61 59

58 56

51 49

42 42

35 34

63 61

51 50

48 46

71 70

60 59

79 76

81 77

79 75

77 74

73 71

68 66

58 57

51 50

78 76

67 64

53

46

70

58

74

74

70

71

69

64

56

49

73

62

53 52

46 46

70 70

58 58

80 82

74 74

69 69

69 68

66 64

61 60

54 53

47 47

71 70

59 58

71 69

63 62

57 55

79 77

67 66

82 79

87 84

88 85

83 80

81 80

78 75

69 66

61 59

86 84

75 73

71

68

61

55

77

65

77

81

81

76

77

73

65

58

81

69

71 70

68 68

61 61

55 55

77 77

65 65

85 87

81 81

79 78

74 74

74 72

70 69

63 62

57 56

78 78

67 66

81 80

79 77

77 75

70 69

64 62

85 83

73 72

86 84

88 85

92 89

86 83

84 82

81 79

75 72

67 65

90 87

78 76

83

79

76

74

68

62

82

71

84

83

87

79

81

78

71

64

85

74

84 84

80 80

76 76

74 74

68 68

62 62

83 83

71 71

89 91

83 84

85 84

78 78

78 77

76 75

69 69

64 63

83 83

72 71

93 93

91 91

86 86

84 83

82 81

77 75

70 69

90 89

78 78

90 90

86 83

94 92

89 85

85 82

83 81

80 76

72 70

92 89

80 77

95

92

90

85

82

80

75

69

88

77

92

82

91

83

83

82

76

70

89

77

94

92

90

85

82

80

75

69

88

77

93

85

89

82

82

81

75

70

88

76

94

93

91

86

82

80

75

68

89

78

94

87

89

83

82

81

75

69

88

76

Vektor-H Size 24 Inlet Sound Power by Octave Band 13 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

425 425

100 80

69 70

70 71

65 62

63 62

56 56

51 51

47 46

38 37

64 63

425

60

70

69

61

62

55

51

45

37

425 425

50 40

70 70

69 69

61 61

62 62

55 55

51 50

45 45

37 36

675 675

100 80

72 78

75 75

74 75

69 68

68 68

63 62

57 55

675

60

78

76

75

67

67

62

675 675

50 40

79 79

76 75

75 75

67 67

67 67

62 61

925 925

100 80

77 84

77 81

78 81

72 75

72 74

925

60

85

82

81

74

925 925

50 40

85 85

82 82

81 81

74 74

1175 1175

100 80

81 89

81 86

84 86

1175

60

89

87

1175 1175

50 40

89 89

87 87

1425 1425

100 80

86 94

1425

60

1425

50

1425

40

26

LwiA dBA

27 in. Nozzle

1

2

3

4

5

6

7

8

LwiA dBA

52 52

72 70

71 70

74 73

63 63

59 58

53 53

47 46

39 38

68 67

57 56

63

51

66

69

68

63

56

51

45

37

65

53

63 62

51 51

67 69

69 69

66 63

62 61

55 55

51 50

45 44

37 36

63 62

52 51

50 48

73 73

61 61

76 73

79 77

81 79

73 72

72 70

67 64

59 58

52 51

77 76

66 64

55

47

72

61

72

75

75

69

68

62

56

50

73

61

55 55

47 47

72 72

61 60

75 78

75 75

74 74

68 66

67 66

61 60

56 55

48 47

72 71

60 60

69 70

65 64

59 57

77 79

66 68

78 76

85 84

85 82

78 74

75 74

75 71

68 66

60 58

82 80

71 68

73

69

64

56

79

67

75

82

79

71

73

69

64

58

78

66

73 73

69 69

64 64

56 56

79 79

67 67

81 83

80 81

79 80

72 72

72 72

68 68

64 64

57 57

77 77

66 66

77 80

77 79

75 76

71 71

65 64

82 84

71 73

82 80

86 84

92 89

83 80

81 79

80 77

76 73

66 64

88 85

77 74

86

80

79

75

71

63

84

73

78

82

85

76

77

75

71

64

83

71

86 86

80 80

79 79

75 75

70 70

63 63

84 84

73 73

85 88

84 86

85 86

78 79

78 78

74 74

70 70

64 63

83 84

72 72

85 91

90 91

82 85

81 84

80 81

77 77

70 70

88 89

76 78

86 84

87 84

98 96

89 86

86 84

85 82

83 79

72 71

94 91

82 80

92

91

92

86

84

81

77

70

90

78

82

82

91

81

81

79

77

70

88

76

93

92

92

86

84

81

77

70

90

78

90

89

92

84

83

80

76

70

89

77

93

92

92

86

84

81

76

70

90

78

93

91

92

85

84

80

76

70

89

78 10-12

Values shown are for inlet LwiA sound power levels for Installation Type A: Free inlet, Free outlet. The sound power level ratings shown are in decibels, referred to watts, calculated per AMCA Standard 301. The A-weighted sound ratings shown have been calculated per AMCA International Standard 301. The sound ratings shown are loudness values at a distance of 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA International Standard 301. Values shown are for Installation Type A: free inlet hemispherical sone levels. dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal applies to LwiA values only.

Vektor-H Size 30 Inlet Sound Power by Octave Band 15 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

400 400

100 80

67 68

71 71

66 67

63 63

62 62

57 57

47 47

40 40

66 67

400

60

69

72

65

62

62

57

48

40

400 400

50 40

69 69

72 72

65 65

62 62

61 61

57 57

47 47

40 40

700 700

100 80

76 81

80 80

75 78

70 72

70 71

65 66

58 58

700

60

83

78

78

71

71

65

700 700

50 40

83 84

78 78

78 78

71 71

70 70

65 65

900 900

100 80

79 87

81 83

79 83

74 77

74 76

900

60

87

85

84

78

900 900

50 40

88 89

85 86

84 86

78 78

1100 1100

100 80

84 91

85 88

86 88

1100

60

91

89

1100 1100

50 40

92 93

89 90

1279 1279

100 80

88 95

1279

60

1279

50

1279

40

30 in. Nozzle

1

2

3

4

5

6

7

8

55 55

74 72

74 74

71 69

64 63

63 61

57 57

47 47

40 39

LwiA dBA 68 67

57 56

66

55

69

73

67

62

61

57

47

39

66

55

66 66

54 54

69 69

73 72

67 67

62 62

60 60

56 56

47 46

39 39

66 66

54 54

52 51

75 76

63 65

80 77

85 82

82 79

75 72

75 72

70 66

60 58

52 51

80 77

68 65

58

50

76

64

76

80

76

69

70

65

58

50

75

63

58 57

50 50

75 75

64 64

80 83

80 80

77 78

70 71

70 71

65 65

58 58

51 51

75 76

63 64

72 72

66 65

61 60

79 81

68 70

82 79

87 86

86 84

81 78

82 78

77 74

70 66

60 58

86 83

74 71

77

73

66

58

82

71

76

81

80

74

74

71

65

58

79

67

76 76

72 72

65 65

58 58

82 82

70 71

83 86

82 83

82 83

75 76

75 76

71 71

65 65

58 58

80 81

68 69

79 82

79 81

76 77

71 71

65 64

84 86

73 75

85 82

89 87

93 90

86 83

88 82

84 79

76 72

66 64

92 87

80 76

89

82

81

78

71

64

87

75

79

84

86

78

78

76

70

63

84

72

89 90

82 82

81 81

77 77

71 70

64 63

86 87

75 75

88 91

86 87

88 88

80 81

80 80

76 76

70 70

63 63

85 85

74 74

89 91

91 93

83 86

82 85

80 81

75 75

68 68

88 90

77 79

89 85

90 88

99 96

92 87

93 86

90 84

81 77

72 68

97 92

86 81

95

92

93

86

85

82

76

69

91

79

82

87

91

82

82

80

75

68

88

76

95

93

93

87

85

82

76

69

91

79

93

90

92

85

84

80

75

68

89

78

96

93

94

86

85

81

75

68

91

79

95

91

93

86

85

81

75

68

90

79

Vektor-H Size 36 Inlet Sound Power by Octave Band 17 in. Nozzle

Nozzle Size RPM %WOV

1

2

3

4

5

6

7

8

LwiA dBA

350 350

100 80

70 71

67 69

66 67

66 66

60 60

53 53

44 44

39 39

66 66

350

60

71

71

66

65

60

53

43

39

350 350

50 40

72 71

71 71

66 66

65 64

59 59

53 53

43 43

39 39

500 500

100 80

79 80

74 75

74 75

71 71

68 69

61 61

54 53

500

60

79

74

75

70

68

61

500 500

50 40

79 79

74 74

75 74

70 69

68 68

61 60

650 650

100 80

86 86

81 82

80 81

75 76

74 75

650

60

86

81

81

75

650 650

50 40

86 86

81 81

81 81

75 75

875 875

100 80

92 92

88 90

87 88

875

60

92

89

875 875

50 40

93 93

90 90

1051 1051

100 80

95 96

1051

60

1051

50

1051

40

38 in. Nozzle

1

2

3

4

5

6

7

8

55 55

75 73

71 70

71 68

68 67

62 60

53 53

44 42

38 37

69 67

57 56

66

54

72

68

67

66

59

52

43

38

66

55

66 65

54 54

71 71

68 68

67 66

66 66

58 58

52 52

43 43

38 38

66 66

54 54

48 47

73 74

61 62

87 85

80 78

78 76

74 72

71 68

64 61

54 53

47 46

76 74

65 63

53

46

73

61

81

74

72

69

67

60

53

46

72

60

53 53

46 46

73 72

61 61

80 80

74 74

73 73

70 70

67 66

60 60

53 53

46 46

72 72

60 60

68 69

61 61

55 54

79 80

67 68

89 87

88 86

84 83

78 76

79 76

72 69

63 61

55 54

83 81

71 69

74

68

61

54

79

67

84

81

78

73

73

67

60

54

77

66

74 74

68 68

61 61

54 54

79 79

67 67

86 86

81 81

79 80

74 74

72 73

67 67

60 60

54 54

77 78

66 66

82 83

79 81

76 77

70 70

63 64

85 86

74 75

87 84

95 93

92 90

86 83

88 84

82 79

73 71

66 64

91 88

80 77

88

83

80

77

70

63

86

75

82

88

86

79

79

76

69

63

84

73

88 88

83 83

80 80

76 76

70 70

63 63

86 86

75 75

88 91

88 88

86 87

80 81

79 79

75 75

69 69

63 63

84 85

73 73

93 94

92 93

86 87

84 86

81 83

76 76

69 70

90 91

78 80

91 86

99 97

96 93

91 87

94 89

88 85

81 77

74 69

97 93

85 81

95

94

93

87

86

82

76

70

91

80

86

92

89

82

83

81

75

69

88

77

96

94

93

87

85

82

76

69

91

79

90

92

90

84

83

81

75

69

89

77

97

94

93

87

85

82

75

69

91

79

94

92

92

85

84

80

75

69

89

78

10-12

Values shown are for inlet LwiA sound power levels for Installation Type A: Free inlet, Free outlet. The sound power level ratings shown are in decibels, referred to watts, calculated per AMCA Standard 301. The A-weighted sound ratings shown have been calculated per AMCA International Standard 301. The sound ratings shown are loudness values at a distance of 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA International Standard 301. Values shown are for Installation Type A: free inlet hemispherical sone levels. dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal applies to LwiA values only.

LwiA dBA

27

Vektor Products Vektor-H Vektor-HS

Vektor-H

Vektor-HS

Inline Centrifugal

Inline Centrifugal High Plume Variable Nozzle 270 cfm (459 m³/hr)

Maximum Flow

High Plume Nozzle 270 cfm (459 m³/hr) 24,000 cfm (40,776 m³/hr)

Maximum ESP

Up to 3.5 in. wg (875 Pa)

Up to 3.5 in. wg (875 Pa)

Housing Style Stack Style Minimum Flow

Underwriters Laboratories AMCA Certification Warranty

Patents

24,000 cfm (40,776 m³/hr)

UL/cUL Listed for Electrical 705 (File no. 40001) and UL Listed for Grease Removal 762 Power Ventilators for Restaurant Exhaust Appliances (File no. MH11745)

UL/cUL Listed for Electrical 705 (File no. 40001)

Sound and Air Performance

-

1 Year

1 Year



Patent Pending

Vektor-MD Vektor-MD

Vektor-CD

Inline Mixed Flow

Centrifugal

Minimum Flow

High Plume Dilution Nozzle 1,500 cfm (2,549 m³/hr)

High Plume Dilution Nozzle 500 cfm (850 m³/hr)

Maximum Flow

80,000 cfm (135,921 m³/hr)

140,000 cfm (237,862 m³/hr)

Maximum ESP

Up to 8 in. wg (2000 Pa)

Up to 14 in. wg (3500 Pa)

Housing Style Stack Style

Vektor-CD Underwriters Laboratories Other Patents Pending

AMCA Certification Warranty Other Patents Pending

Patents

UL/cUL Listed for Electrical 705 (File no. 40001)

UL/cUL Listed for Electrical 705 (File no. 40001) Induced Flow Fan Air and Sound Performance

Induced Flow Fan Air and Sound Performance

1 or 3 Years

1 Year

United States: 7320636, 7682231, 7048499 Singapore: 124135, 124106 Mexico: 258949, 243465 P.R. China: 20058006160.6, 01813109.3 Hong Kong: 1114659

United States: 7547249 Singapore: 124105

Our Warranty Greenheck warrants this equipment to be free from defects in material and workmanship for a period of either 1 or 3 years from the shipment date depending on the model and warranty period selected. Any units or parts which prove defective during the warranty period will be replaced at our option when returned to our factory, transportation prepaid. Motors are warranted by the motor manufacturer for a period of one year. Should motors furnished by Greenheck prove defective during this period, they should be returned to the nearest authorized motor service station. Greenheck will not be responsible for any removal or installation costs. As a result of our commitment to continuous improvement, Greenheck reserves the right to change specifications without notice.

28 28

P.O. Box 410 • Schofield, WI 54476-0410 • Phone (715) 359-6171 • greenheck.com

Prepared to Support Green Building Efforts

00.LAB.NB002 R2 1-2012 Copyright © 2012 Greenheck Fan Corp.