SIDE CHANNEL BLOWERS
Performance:
- Flow Rates up to 1110 m³/hr
- Pressure up to 600 mbar (g)
- Vacuum down to -440 mbar (g)
Features:
- Horizontal or Vertical installation
- Single, Double & Triple Impeller Models
- Plug & Play
- High Performance
- Quiet
- Efficient
- No Maintenance
Applications:
- Water Treatment Applications
- Medical Vacuum
- Metal Treatment
- Pneumatic Conveying
- Filling Systems
- Vacuum Holding
- Pool / Spa
- Textile Industry
ROTARY LOBE BLOWERS
Performance:
- Flow Rates up to 7000 m³/hr
- Pressure up to 980 mbar (g)
- Vacuum down to -460 mbar (g)
Features:
- Positive Displacement
- Very High Performance
- Can be used in Pressure or Vacuum Applications
- Can be Mounted Vertically or Horizontally
- Robust
- Virtually Maintenance Free
- Integral Anti-Pulsation System
Applications:
- Water Treatment Applications
- Pneumatic Conveying
- Packaging Facilities
- Textile Industry
- Smoke & Dust Extraction
- Air Drying
- Bottling Plants
- Galvanizing Process
BLOWER PACKAGES
Performance:
- Flow Rates up to 1110 m³/hr
- Pressure up to 600 mbar (g)
- Vacuum down to -460 mbar (g)
Features:
- Rotary Lobe Blower
- Motor
- Baseplate Assembly
- Vee-Drive Belts and Pulleys
- Automatic Belt Tensioner
- Belt Guard
- Air Inlet Filter
- Air Inlet Silencer
- Discharge Silencer
- Integral Safety Valve
- Non-return Valve
- Anti Vibration Mounts
Applications:
- Water Treatment Applications
- Pneumatic Conveying
- Packaging Facilities
- Textile Industry
- Smoke & Dust Extraction
- Air Drying
- Bottling Plants
- Galvanizing Process
AIR BLOWERS
Air Blowers, by EVANAIR, are electrical machines that generate high volumes of Air Flow at lower discharge pressures. Various different methods of technology are used to generate the exact Flow Rates and Discharge Pressures required by customers and system processes.
HOW DO AIR BLOWERS WORK?
Air Blowers make use of a high speed spinning action, to draw in the atmospheric air surrounding them, through an inlet port, and to discharge that air through a discharge port. The actual achievable performance depends on a number of factors, such as design technology as well as atmospheric conditions.
HOW ARE AIR BLOWERS DESIGNED?
Air Blowers have been designed using many differing methods of technology. Over the years, many new designs have been tried and tested. At EVANAIR we focus on two primary technolgy methods. Side Channel Blowers, using a single spinning impeller that creates air flow using centrifugal force, and ROOTS Blowers, utilising the positive displacement effect of close meshing rotors, to genereate suction and forced discharge of air.
HOW DO AIR BLOWERS PERFORM?
Air Blowers do not compress air. This is an often made mistake. By definition, an Air Blower is not an air compressor. An air blower works on the principal of drawing air in and discharging it. Except for the forced discharge, there is no air compression. An Air Blower works on a maximum compression ratio of 1:1. This mean that it does not compress air. It simply blows it.
DOES ATMOSPHERIC AIR AFFECT AN AIR BLOWER?
Atmospheric Air is the air surrounding a particular location and is not a constant value. Atmospheric Air can be influenced and changed by altitude, temperature and humidity. The atmospheric air pressure surrounding an Air Blower will determine the overall possible performance of the unit. At “Normal Conditions” defined as 0m asl, 0deg C and 0% R/H, the atmospheric air is 1,013 mbar (a). This value will decrease with changes in altitude, temperature and humidity. Therefore, with a compression ration of 1:1, an Air Blower is only able to blow out what it can suck in. i.e. a maximum discharge pressure of 1,013 mbar(a). The volume of air being blown at this discharge pressure can be changed and controlled by using bigger or smaller selected models, or by changing the operating speeds.