Meka Horizontal Screens

Meka Horizontal Screens

HIGH STRENGTH SCREEN BODY

The body of the screen is extremely strong supporting the stresses required by the high power mechanism. This rigidity is provided by frames made from beam sections with stiffeners positioned in critical areas. Side plates are made from high quality steel and laser cut holes. Frames are huck-bolted to the side plates insuring structural integrity and eliminate stress fatique in the screen body.

MOTOR BASE

The motor base coupled with the belt tensioning system enables a practical motor assembly and V belt - pulley replacement and provides energy efficiency by keeping the belt tension at the desired level. In addition, by providing a bolted connection between the motor frame and the main frame, cracks and fatigue issues associated with welding are avoided.

SCREEN DECKS

MEKA Horizontal screens can accommodate all media types, wire cloth, urethane and rubber. Steel Wire cloth is suitable for the screening of low moisture materials that are non-corrosive and non-abrasive, and that will not cause clogging or accumulation problems.

RUBBER AND POLYURETHANE SCREEN MEDIA

Rubber and Polyurethane screen media is used for the screening of highly corrosive materials that require high abrasion resistance. They are more resistant to clogging and material accumulation than steel wire mesh.

WET SCREENING

The washing system has been designed for complete reliability with;

Replaceable nozzles,

Inclinable perforated tubes that can adjust the angle of the jets,

An adjustable valve per spray pipe,

Sealing boots along the side plates,

Perforated rubber tubes

MOUNTING ARRANGEMENT

The mounting arrangement of MEKA Horizontal Screens is with coiled springs or with reinforced rubber springs depending on the application.

BEARINGS AND LUBRICATION

Self-aligning taper roller bearings are used to withstand the high thrust and radial loads under which the drive shafts of the triple drive system operate. The roller bearing lubrication is carried out by oil lubrication in an oil bath, which reduces operating temperature for increased bearing life and results in low maintenance.