• Dutco Tennant LLC, PO Box 233, Dubai, U.A.E.
Wastewater Cable Operated Mechanical Screen Wastewater Solutions
Wastewater Cable Operated Mechanical Screen Pretreatment Screens & Screen Handling Equipments
Wastewater Cable Operated Mechanical Screen Dutcotennant
Wastewater Cable Operated Mechanical Screen Dutcotennant LLC
Wastewater Cable Operated Mechanical Screen Dutco
Wastewater Cable Operated Mechanical Screen Dutco LLC

The cable-operated mechanical screen is the perfect solution for coarse or fine screening of the mechanical pre-treatment of wastewater. It has a robust design and high loading capacity which makes it particularly suitable for heavy screening removal of tasks. It works as an outstanding solution because of its high cleaning performance and its smart PLC control system. As the cleaning process can be repeated often as necessary in any position, the machine is also able to efficiently remove bulky screenings, screenings trapped between the screen bars, sand deposited in the front of the screen that impedes the downward movement.

The cleaning starts when the driver of the Cable Operated Mechanical Screen is operated in order to adjust a difference in water levels that has resulted from a build-up of screening in the barrack. By the suspension of rope on three cables, the grab cleaner is lowered to the screen bars in an open position. When it reaches the bottom of the channel, it swings into the bar screens. The screenings are collected during the cleaning cycle and are transported to the discharge position and are then pushed by the scrapper device into the container, conveyor belt, and others. The cycle of screening cleaning is repeated until the difference in water levels have been adjusted. After that, the grab screen will return to the original rest position above the operation floor. Cable-operated mechanical screens are a variant of the front raked bar screen that is used for capturing solid materials in both municipal and industrial wastewater treatment plants and can be preferred as coarse and fine screens. They are superbly strong equipment specially suited to be used in wide and deep channels for the purpose of protecting the pumps and mechanical equipment in the plant from damages and enhancing the next operations. These screen types can be easily mounted on any channel depth at an angle that runs between 90 degrees and 60 degrees and is generally preferred in deep channels because of its durable structure. They also have an automatic cleaning mechanism that can be set by time or water level. They are also equipped with a grab rake which is raised and lowered by means of one or two sets of cables for cleaning the stationary barrack. The operation mechanism of these screens can be arranged based on the width of the channel.

Features and Benefits

  • Durable design
  • Suitable for use in deep channels
  • Capable of removing large amounts of solid materials
  • No mechanical components underwater level
  • Quick and easy installation
  • Low investment and maintenance cost
  • Low energy consumption

Other Details

  • Cable operated mechanical screens are the model of front raked bar screens which are used to capture solid materials in municipal and industrial wastewater treatment plants, and can be preferred as fine and coarse screens. They are robust equipment especially designed for use in deep and wide channels for the purpose of protecting the pumps and mechanical equipment in plant from damages and enhancing the following operations. This type of screen can be easily mounted in any channel depth at an angle between 60 and 90, generally preferred in deep channels due to its durable structure. These equipment have an automatic cleaning mechanism which can be set by time or water level. They are equipped with a grab rake that is raised and lowered by means of one or two sets of cables to clean the stationery bar rack. Operation mechanism of these screens can be arranged according to channel width.
  • Durable design
  • Suitable for use in deep channels
  • Capable of removing large amounts of solid material
  • No mechanical components under water level
  • Quick and easy installation
  • Low investment and maintenance cost
  • Low energy consumption