• Disk section: disk, base, bottom frame, body support, transmission mechanism (reducer, motor, coupling, small gear, slewing bearing, etc.)
• Short tube section: short tube, scraper assembly (transferring materials to next process), and sector gate assembly (adjusting the size of the discharge opening)
• Dust cover: configured upon customer’s request
• Others: anchor bolts, nuts for tightening, washers, lifting devices (for equipment lifting), etc.

• Frequency conversion motor → coupling → hard tooth reducer → small gear → slewing bearing gear ring → disk transmission structure. The large diameter slewing bearing structure can withstand the pressure of materials in over 20m trough for a long time. Moreover, the slewing bearing has a large resistance to overturning moment, as well as low running resistance and smooth operation, ensuring great stability and uniform disk feeding.
• The reducer and motor are installed below the disk surface, ensuring compact size and reasonable layout, thus small footprint. Simple foundation shape allows for regular arrangement during deployment.
• The reducer is relatively independent of the disk, during maintenance, you only need to remove the reducer, no need for emptying the bin or removing the sleeve and disk surface.
• The short helical tube is designed to prevent material clogging and hanging, ensuring smooth discharge. A maintenance door is provided on the short tube for dealing with blockages and debris cleaning.
• The feed rate is adjusted through an adjustable control gate and the disk’s frequency conversion speed regulation, providing a wide adjustment range. After setting, the control gate does not need to be adjusted.
• All transmissions apply oil-immersed lubrication (including slewing bearings and small gears) with multi-stage sealing structures, ensuring good lubrication and sealing of transmission components, and preventing exterior objects from entering the lubrication section.
• The fully enclosed structure ensures no material spillage and no dust flying around the disk.
• The disk surface applies a waffle-patterned liner wear-resistant liner minimized liner wearing (by placing materials underneath) structure, ensuring a long service life for the liner.
• All structural parts have undergone shot blasting rust removal treatment to ensure no rusting for over 6 years.
• The PDXJ type disk feeder is a specialized for coal feeding in blast furnace and coking industries. The reducer applies oil-immersed lubrication, featuring compact structure and easy maintenance.
• A dust cover is provided on the upper side of the disk surface, which can also be equipped with a dust removal port connected to the on-site dust removal pipeline, preventing dust from flying, thus ensuring a good working environment.

Notes
1. The production capacity is based on a bulk density of 2.0 t/m³. If the density changes, the feeding capacity can be calculated based on the density ratio.
2. Type of liner and whether the disk comes with a dust cover can be decided upon customer’s request.