Typical Technical Data AFC Line Pan
| Bottom Plate Thickness | 1.18 in 30.0 mm |
| Top Plate Thickness | 30 plus 25 mm (1.18 plus 0.98 in) 30 plus 25 mm (1.18 plus 0.98 in) |
| Dogbone Breaking Force | 1011640.0 lb 4500.0 kN |
Features
Cat AFC components achieve this. Each is designed for powerful, reliable and economical operation with low maintenance over a long service life, promoting high productivity and delivering a great return on investment.
As with all Cat products, these systems are the result of extensive R&D work and comprehensive laboratory and field testing. This ensures the optimum solution for haulage system and sprocket. This led to a unique design concept with optimized first/last tooth geometry rackbars available with pitches of 126 mm for medium-production and 146/151 mm for high-production shearers.
Benefits
• Head drive does not cause a production bottleneck, maximum stability at maximum power, high power drives can be installed, upgrade normally possible, high AFC performance and availability
Benefits
• Drive module can be replaced underground without disassembly of the gearboxes, drive units are available in different sizes and are independent of the gearbox used
Benefits
• More efficient power transmission with GR sprocket (97% vs. 93%), resulting in extended sprocket and chain life and less chain stretch
Benefits
• Maximum chain life and minimum conveyor downtime for double cut
The UEL gearbox - a planetary gearbox with an integrated clutch - is designed for higher-power requirements. This friction clutch is closed through face support hydraulic fluid. A hydraulic control system allows the clutch to be set to a certain torque.
Benefits
• Caterpillar has the right drive for your application ensuring smooth and safe operation of the conveyor with overload protection and a range of other safety features as required
The latest development is the Cat PowerChain. It is available in sizes 34, 42 and 52. Size 52 is designed to be used with up to 1200 kW (3 × 1,608 hp), with a chain suitable for up to 1800 kW (3 × 2,412 hp) under development.
Benefits
• Faster removal of mined coal by providing high-reliability, high-availability transportation with design features ensuring low wear and long service life, greater permissible elongation of chain compared to round link
Benefits
• Stage loader and crusher completely matched to AFC, both with higher capacity to prevent bottlenecks; tailor-made belt tailpiece for required capacity and belt dimensions, allowing BTP to handle longitudinal and lateral entry gradients; automated chain tensioning system
That's why Caterpillar has focused on rolled steel designs for line pans. All aspects of the line pans have been engineered with reliability, productivity and serviceability in mind.
Benefits
• Minimizes friction, reduces power requirements for the face conveyor and results in longer service life of the flights and profiles
Benefits
• Lower friction and longer service life for wear parts. Up to 10 million tonnes (11 million tons) under normal conditions and up to 20 million tonnes (22 million tons) under favorable conditions.
Benefits
• Longer service life of dogbone pockets, no damage to conveyor or dogbone housing as the dogbone always breaks first
Our line pans are suitable for bi-directional operation.
Benefits
• High stability of the pan ensured by three welds even when the top plate is totally worn out
Benefits
• Long service life with matched profile type end
Benefits
• Increased flexibility, adaptation to undulating seams, short snake sections possible
Benefits
• High pan stability, even for high-reaction forces; safe operation; low noise; minimum maintenance; full reversibility
Benefits
• Easy access to bottom chain, minimum downtime during maintenance or repair
Benefits
• Ability to replace wear parts, substantially longer service life, lower overall pan wear
Benefits
• Minimal friction and power loss, longer flightbar and profile service life, lower noise
Benefits
• High stability and positive force transmission, easy maintenance, trouble-free operation in both directions
Benefits
• Optimal adaptation to local conditions, perfect functioning with various shearer haulage systems
Benefits
• Longer service life, simple replacement of wear parts, lower friction and power loss
