Quick-access screener

Tuesday, 31 March, 2009 | Supplied by: Rendertech Limited


The Air-Lift quick-access system for circular vibratory screeners allows rapid interior cleaning, inspection and screen changes while reducing manual effort.

The device consists of two vertically mounted air cylinders that are located on opposing sides of any circular screener and affixed to mounting brackets on the lower and upper screening frames.

To operate, a quick-acting band clamp connecting the frames is removed and a remote air valve is actuated, raising the upper frame(s). The procedure is reversed to reconnect the frames.

One entire raise/lower cycle, including disconnection and reconnection of the frames, can reportedly be accomplished in 5 minutes, reducing downtime during inspection, cleaning and screen-changes.

Safety features include a safety lock-out that secures the frames in the open or closed position when the upper screener housing is raised or lowered, safety bars that prevent the housing from accidentally descending while in a fully raised position during screen changes or washdown, and optional enclosures that cover the pneumatic cylinders.

The Air-Lift device is available on any new Kason screener, and can be retrofitted to any circular vibratory screener of any make or model from 1000 to 2540 mm in diameter, including screeners having single or multiple decks, and screens with or without centre holes and/or anti-blinding devices.

Kason screeners equipped with the device are available in mild steel, or in stainless steel finished to 3 A cGMP, USDA, FDA or industrial standards.

Online: www.rendertech.co.nz
Phone: 03 5977 1181
Related Products

Aplex SiER-G1101M Modbus Gateway

The Aplex SiER-G1101M, an Industrial 1-port RS-232/422/485 Modbus Gateway, is digitising the...

ifm Hygienic Flow Meter with IO-Link

The ifm Hygienic Flow Meter with IO-Link is an example of technology in the food industry that...

BOGE Low Pressure Turbo 150

The Low Pressure Turbo 150 (LPT) from BOGE is designed to provide good efficiency values at an...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd