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Lazerlite PREMIUM TURBO VENTILATORS

Lazerlite Lazerlite

Effective ventilation can increase comfort, productivity and energy efficiency at a work place or other commercial buildings. A well designed ventilation system can reduce heat, condensation and exhaust pollutants. We have a range of products to suit commercial, industrial and residential premises.

All are products are manufactured as per the industry set standards, these ventilators are commonly used for exhausting dust and fumes out of various industrial establishments and households. These ventilators can be customized as per the specifications provided by the customers.

Owing to the optimum performance, unique pattern and minimum maintenance, our ventilators are highly demanded in the various ventilation operations. We have a team of quality controllers that monitor entire manufacturing processes to ensure a defect free range.

Designs

Premium Turbo Ventilators ALUMINIUM

Wind Drive Turbo Ventilators have oval aluminum metal vents. Even just a little bit of wind can be just enough for the turbo ventilator to rotate. The speed of the turbine is directly proportional to the speed of the wind. The hot air inside the shed tends to rise up. When the turbines rotate, they suck the warm air out through the vent, thereby, bringing out a drop in temperature in the shed and allow supply of fresh air through doors and windows.

Specifications

LAZERLITE 24" ALU TURBINE TECHNICAL SPECIFICATIONS

Material Used: Totally Aluminium Built
Number of Vanes: 0.47 mm thickness, 38 Numbers Centre
Shaft: Stainless Steel
Bearing: 2 No’s Self Lubricate Sealed
Rivets: Aluminium Pneumatic Rivets
Turbine Doom Thickness: 1 mm (Stainless Steel)
Turbine Outer Dia: 680 mm
Turbine Doom Dia: 380 mm
Turbine Rotor Dia: 655 mm (Stainless Steel)
Turbine Throat Dia: 610 mm
Turbine Height: 230 mm
Turbine Weight: 4 Kgs
Lazerlite

WIND DRIVEN TURBO VENTILATORS STAINLESS STEEL

Complete Stainless Steel 304 Ventilators are used in oxidative environments like methane, sulphur dioxide or acidic environments in plating and cleaning pants using hydrochloric acid, Nitric Acid, Sulphuric Acid etc. Other applications include removing chlorine fumes above enclosed swimming pools, Minimizing condensation under metal roofs covering water storage tanks or reservoirs. Entire Ventilator Body parts are made from tested SS304 material ensuring trouble free and maintenance free performance for the entire lifetimes.

Specifications

24" Stainless Steel Mirror Finish Turbine Technical Specifications
Material Used: Totally Stainless Steel Built
Number of Vanes: 0.3 mm thickness, 38 Numbers
Centre Shaft: Stainless Steel
Bearing: Self Lubricated - 2 Nos
Rivets: Aluminium Pneumatic Rivets
Turbine Doom Thickness: 1mm Stainless Steel
Turbine Outer Dia: 686 mm
Turbine Doom Dia : 380mm
Turbine Rotor Dia: 655 mm
Turbine Throat Dia: 610mm
Turbine Height: 360 mm
Turbine Weight: 4.6 Kgs
Lazerlite

JUMBO AIR ROOF VENTILATORS

Specifications

24” ASJ Turbine Technical Specifications

Material Used: Totally Aluminum Built
Number of Vanes: 42 Blades,0.5 mm thickness
Centre Shaft: Stainless Steel
Bearing: SKF - 2 No's
Rivets: Aluminum Pneumatic Rivets
Coupler: Aluminum Pneumatic Rivets
Turbine Doom Thickness: 1.2 mm
Turbine Outer Dia: 760 mm
Turbine Doom Dia: 430 mm
Turbine Rotor Dia: 675 mm
Turbine Throat Dia: 610 mm
Turbine Height: 495 mm
Turbine Weight: 5.5 Kgs

POWER ROOF EXTRACTORS

Power Roof extractors LAZERLITE Ventilators the leading manufacturer of latest technology roof ventilators in India, proudly introduces the Power Roof extractors. These Power roof ventilators prove to be highlyeffective in removing Heat, Dust, Gases and Smoke from industrial sheds and for keeping humidity and temperature at required level Power Roof Extractors can install above the Industrial sheds and it matches there roof design. This ventilator is designed and developed under the guidance of vendor’s skilled professionals as per the set industry norms. We have vide ranges of Power Roof Extractors in Single and Three Phase and it have aerofoil bladed Impeller mounted directly on the Motor and a rain protection cowl on the top Roof Extractors can be installed on flat or slant roof. A fabricated supporting base structure is required for mounting on slant roof on which exposed sides are to be properly covered to prevent any leakages of rain water.

Lazerlite

TURBO TYPE

Usage

Installation manual with video

Installation Guide

Lazerlite

Installation Video

Lazerlite
  • Equipment Required

    Drill
    Riveter and rivets, or if using screws a screw driver / drill
    Hammer
    Snips or similar cutting tool
    Turn up tool or suitable pliers Spirit level
    Approved roofing sealant / silicone
    Marker
    KnifeSpirit level
    Approved roofing sealant / silicone
    Marker, Knife

  • Location

    Position the ventilator as close to the roof ridge as possible. Check that the position is not over roof beams or other obstructions that may impede air flow through the ventilator.


  • Cutting the opening

    Slide the base flashing under the ridge at the chosen location and using the circular hole in the base flashing draw the outline onto the roof.

    Remove the base flashing and cut out the roof. With a sharp knife cut out the roof underlay.

    Using a turn-up tool or suitable pliers turn up the troughs of the roof on the lower side of the roof cut out to prevent wind driven rain entering the building.

    Please note: For ventilators that are larger than 600mm extra support will be required. Please refer to The Metal Roofing Code of Practice for information.

  • Fixing the base flashing

    Lay a bead of approved roofing sealant down the tops of the roofing ribs to be covered by the base flashing on both sides of the roof cut out.

    Lay the base flashing under the ridge and over the cut out hole in the roof. Fix the base flashing to the roof using at least 10 x tek screws or rivets.

    Seal using an approved roofing sealant between the ridge and the base flashing and fix the ridge back down to the roof structure through the base flashing


  • Installation of the vari-pitch

    It is recommended gloves be worn for this work to protect from any sharp edges on the metal. Revolve the two movable parts of the vari-pitch until when placed on the base flashing the ventilator is level. Mark this position with a marker on the base flashing and the vari-pitch. Once this is achieved remove the ventilator from the base flashing. Using the approved roof sealant, seal around the joint between the 2 moving parts of the vari-pitch from the inside of the unit. Also seal the vertical joints and all screws from the inside.

    Please note: Do not seal between the base flashing and the vari-pitch all the way around as this joint allows for the escape of any condensation build up within the unit.

    Using the approved roofing sealant seal the upper 1/3rd of the up-stand of the base flashing.

    Refit the ventilator to the base flashing at the previously marked position. Rivet the vari-pitch to the base flashing using at least 8 x rivets.

    Using the supplied metal strips, fasten 3-4 of them across the seam of the two movable parts of the vari-pitch (this is to stop the vari-pitch adjusting itself in the wind once the unit has been installed).

    For the SVV-900 the turbine head will need to be fixed to the vari-pitch throat using at least 12 rivets.

  • Note

    If it is required that the ventilator be placed further from the ridge than the base flashing allows, a metal cowl flashing can be used.

    This is easily obtained from your local roofing accessory manufacturer or sheet metal workshop.