Girdle Pocket Elevator
General Design
- Function
- Gravity Feeding without any scooping
- Gravity discharging, conveying speed usually below 1 m/s
- Very gentle conveying of sticky, hot or sensitive goods
- Differences between:
- Parallel style with a pair of disks at the head end (PES)
- Parallel style with two pairs of disks at the head end (PZS)
- Triangular shape (D)
- Housing:
- Head section:
- Divided hood for good maintenance
- External pillow blocks with spherical roller bearings
- Drive shaft passage with divided rotary shaft seals, packing glands, labyrinth seals, or similar
- Drive disks with guiding edges in cast iron rubber coated
- Various wear-resistant lining options
- Inspection hatches and suction fittings
- Elevator Boot:
- Deflection pulleys made of cast iron or steel
- External pillow blocks with spherical roller bearings
- Inspection and/or cleaning hatches
- Belt tensioning with stainless steel tensioning spindles
- Various wear-resistant lining options
- Steel cord belts:
- Rubber belts with steel cords, with glued holders or fastening grooves to mount the pockets
- Hot vulcanized belt connection
- Anti-static
- Wear-resistant
- Oil and grease resistant
- Heat-resistant
- Pockets made of steel, rubber, plastic:
- Steel/rubber: Side pieces made in carbon (or galv. CS) or
stainless steel, in bended & welded design with bolted-in rubber bottoms
- Full steel: Pockets made in carbon (or galv. CS) or
stainless steel with pocket bottoms in bended & welded design with bolted-in steel bottoms
- Full rubber: Full rubber pockets with narrow fastening frame
made in carbon steel (or galv. CS) or stainless steel
- Plastic: Polyurethane (PU) with fastening elements made of
carbon or stainless steel
- Other customized types available on request
- Drive concepts
- Directly driven with a clutch
- Directly driven with bevel geared drives (with hollow shaft)
- Each with integrated or separate/external backstop
- Installation or inspection doors adapted to platform levels
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