Application
- Wastewater treatment plants
- Water treatment plants
- Irrigation systems
- Water level regulation
- Sludge plants
- Pump stations
- Mining industry
- Abattoirs
FEATURES & BENEFITS
- Four or more cleaning rakes dependent on channel depth
- Specific materials of construction available to suit the application: 3CR12, 304SS, 316SS
- Inclined at 70°-90° to the horizontal
- Chain Technical Features:
-Lower chain guide with no moving part
-Modular design
-High tensile strength due to thick links and pins
-Low wear due to roller elements
-Hardened duplex S/S pins with S/S links and hubs - Removable covers for ease of maintenance
- No lower bearing or sprocket submerged below water level
- Recessed side frame to remove chain from flow path
- Mechanical torque overload switch prevents damage to equipment
- The angle of the tapper bar prevents any object from getting stuck in between the bars, allowing for a smooth and constant flow
Optional Extras
- Discharge flopper gate
- Screen swivel system
- Variable speed waste removal
DESCRIPTION
The Incline Bar Screen (IBFS) is used for `fine screening’ where the removal of waste material from 5mm up to 12mm in size is required in water and wastewater treatment.
The screenings are collected against a taper bar screenfield and the waste is removed by means of a multiple rake system. The rakes pass over the screenfield and in doing so remove the entrapped screenings waste which is caught between the taper bar screenfield. The screenings waste is then carried by the dual chain driven rake system up the debris plate and is discharged at the top back end of the screen via the scraper system, and down the discharge chute for further processing.
The screens are fitted with a single motor-gearbox drive mechanism.
As an electrical standard the screens are timer based or as an additional option the screen drive can be fitted with a differential level system, so that screens can be set to determine the frequency at which the rakes pass over the screenfield.
Under normal operating conditions the controller (be it a PLC or differential level controller) ensures that the screen is operated intermittently, based on timers set for raking and standing.
Due to minimal maintenance, great reliability and ease of operation, this screen is extremely popular in water plants wherever there is a diminutive allowance for technical operators. The sizing of this screen is calculated to suit max Peak Wet Weather Flow.
Screening waste discharge is processed to suit further waste removal systems, namely conveyors, screw compactors or direct discharge into waste bins.
