Ampelair Industrial Ventilators

Overview

The Building Code of New Zealand sets out minimum ventilation requirement for industrial and commercial premises. However depending on the building use this can be less than adequate. It is generally recognised that workplace efficiency is improved when ventilation matches the interior conditions. Extracting oppressively hot air and fumes minimises worker lethargy, loss of concentration, and consequent loss of productivity. Even in colder weather, effective air circulation improves the workplace environment, so your investment works all year.

Round Vane (RV) Industrial Range

Ampelair RV Industrial Ventilators are engineered and constructed to require very little maintenance even after years of service. With their low profile design and aluminium construction, Ampelair ventilators are designed to give optimum efficiency through the angle of the vane and the enlarged surface area. Even in cross winds the vane shape will retain its rotational strength.

Features
  • Designed for farm and light commercial Buildings

  • Two sizes, 500 mm & 600 mm

  • Complete with variable pitch base for quick and easy to installation

  • Strong, lightweight construction Alloy Construction

  • Powder coat finish available to suit your roof colour.

  • Dual bearing system.

  • Manufactured to provide long trouble free operation in Industrial and Commercial applications

Dampers

Manual and Electronically operated dampers are available for most sizes. Please contact your nearest Ampelite office for more information.

Warranty

Ampelair Round Vane (RV) ventilators feature a 10 year warranty. For full warranty details, please download a copy of the Ampelair RV brochure or contact your nearest Ampelite office.

MODELTHROATVENTILATOR HEADVARIABLE PITCH BASE

WIDTH

HEIGHT

WIDTH

HEIGHT

RV 500

500 mm

640 mm

320 mm

750 mm

190 mm

RV 600

600 mm

730 mm

390 mm

800 mm

210 mm

Ampelair ventilators are designed to give optimum efficiency with very little maintenance

       Round Vane (RV) Industrial Range



Straight Vane (SV) Industrial Range

Ampelair SV Industrial Ventilators suit new installations or replacements for large commercial and industrial applications. Aluminium construction with throat sizes 600mm to 900mm, every industrial building large or small needs to keep air circulating and keep temperatures to a comfortable level. Ampelite SV ventilators are an effective, reliable, maintenance free ventilation solution. Using only the power of the wind they extract stale air and allow fresh air to circulate.

Features
  • Designed for large commercial & industrial buildings

  • Variable pitch base on all models for quick and easy installation

  • Strong alloy construction with fully enclosed stainless steel bearings
    Dampers

    Manual and Electronically operated dampers are available for most sizes. Please contact your nearest Ampelite office for more information.

    Warranty

    Ampelair Straight Vane (SV) ventilators feature a 15 year warranty. For full warranty details, please download a copy of the Ampelair SV brochure or contact your nearest Ampelite office.

    MODELTHROATVENTILATOR HEADVARIABLE PITCH BASE

    WIDTH

    HEIGHT

    WIDTH

    HEIGHT

    SV600

    600 mm

    770 mm

    450 mm

    900 mm

    280 mm

    SV900

    900 mm

    1100 mm

    930 mm

    12000 mm

    390 mm



    Ampelair ventilators are designed to give optimum efficiency with very little maintenance

    Straight Vane (SV) Industrial Range



    Vent Capacity Table - applies to both ROUND and STRAIGHT vanes
    VENT CAPACITY TABLE

    STACK
    HEIGHT
    METRES

    WIND

    SPEED

    Km/hr

    TEMP

    DIFF

    °C

    150

    300

    500

    600

    900

    3

    6

    6

    0.04

    0.15

    0.35

    0.61

    1.62

    12

    0.04

    0.16

    0.36

    0.63

    1.67

    18

    0.04

    0.17

    0.38

    0.66

    1.76

    8

    6

    0.05

    0.18

    0.42

    0.73

    1.93

    12

    0.05

    0.18

    0.43

    0.74

    1.1.96

    18

    0.05

    0.19

    0.45

    0.79

    2.09

    12

    6

    0.07

    0.27

    0.63

    1.09

    2.89

    12

    0.07

    0.28

    0.64

    1.11

    2.94

    18

    0.07

    0.28

    0.64

    1.12

    2.96

    16

    6

    0.08

    0.34

    0.77

    1.34

    3.56

    12

    0.09

    0.34

    0.79

    1.38

    3.66

    18

    0.09

    0.35

    0.81

    1.41

    3.74

    6

    6

    6

    0.04

    0.16

    0.36

    0.63

    1.67

    12

    0.05

    0.19

    0.42

    0.73

    1.94

    18

    0.05

    0.19

    0.43

    0.75

    1.99

    8

    6

    0.05

    0.18

    0.42

    0.74

    1.96

    12

    0.05

    0.19

    0.44

    0.76

    2.03

    18

    0.05

    0.2

    0.46

    0.8

    2.12

    12

    6

    0.07

    0.28

    0.64

    1.11

    2.94

    12

    0.07

    0.29

    0.66

    1.14

    3.03

    18

    0.07

    0.31

    0.71

    1.24

    3.29

    16

    6

    0.09

    0.34

    0.79

    1.38

    3.66

    12

    0.09

    0.35

    0.81

    1.41

    3.75

    18

    0.09

    0.37

    0.84

    1.47

    3.9

    9

    6

    6

    0.04

    0.17

    0.38

    0.66

    1.76

    12

    0.05

    0.18

    0.43

    0.75

    1.99

    18

    0.05

    0.21

    0.48

    0.84

    2.23

    8

    6

    0.05

    0.2

    0.45

    0.79

    2.09

    12

    0.05

    0.21

    0.46

    0.8

    2.12

    18

    0.06

    0.23

    0.53

    0.92

    2.45

    12

    6

    0.07

    0.28

    0.64

    1.12

    2.96

    12

    0.08

    0.3

    0.71

    1.24

    3.29

    18

    0.08

    0.32

    0.74

    1.28

    3.4

    16

    6

    0.09

    0.35

    0.81

    1.41

    3.74

    12

    0.09

    0.37

    0.84

    1.47

    3.9

    18

    0.09

    0.37

    0.86

    1.49

    3.95

    BUILDING TYPERECCOMENDED AIR CHANGES PER HOUR

    Warehouses

    4 to 8

    Factories and Workshops

    5 to 8

    Gyms Tennis and Squash Courts

    7 to 10

    Assembly Halls, Garages

    10 to 15

    Toilets

    12 to 15

    Laundries

    20 to 40

    Stables, Piggeries and Poultry

    20 to 50

    Bakeries, Boiler Houses

    30 to 40

    Number of Vents

    Calculations to decide the number of vents.

    1. Determine the volume of the building. (Fig. 1)
      Volume of section A = 0.5 x L x W x Ha 
      Volume of section B = L x W x Hb
      Total building volume = Volume of section A + Volume of section B
      Note: For factories, the combined volume A + B should be used.
      Where Volume B is air-conditioned, only Volume A is used to calculate the number of ventilators required. No air should be drawn from the air conditioner space.
      Using ventilators in the ceiling space of air conditioned building reduces the load on the air-conditioning plant and helps reduce power consumption.

    2. Select the number of ventilators required:
      METRIC = V x A/ch
      EX/c x 3.6
      Where:
      V = volume of building or roof space
      A/ch = air changes per hour
      EX/c = Exhaust capacity of ventilator



    Calculations to decide the number of vents

    Consideration should be given to the space occupied by stored goods or machinery. The adjustment to volume can reduce the number of vents required by up to 50%.

    Industrial Ventilators