The unit features a fill head that seals dust-tight against the inlet spout of bulk bags, or connects to transition adapters that seal against open boxes or drums.
The filler uses the company's patented Twin-Centerpost frame to maximize strength and improve accessibility to the fill head while simplifying construction and reducing cost. The frame is mounted on load cells tied into a PLC that controls upstream devices to fill containers at high rate, and then at dribble-feed rate to maximize the number of containers filled per hour, while still achieving required accuracies. An automated vibratory system raises and vibrates the container deck to deaerate and densify material, stabilizing the container. The low-profile configuration of the filler also allows removal of filled containers using a pallet jack, eliminating the need for a fork truck.
Bulk-bag filling-related features include manual fill head height adjustment to accommodate all popular bag sizes, pneumatically-retractable bag hooks, an inflatable connector to seal the bag inlet spout, and a feed chute outlet port for dust-free air displacement during filling.
A transition hood is connected to the fill head using quick-action clamps, to fill boxes from 36- to 48-in. (915 mm to 1220 mm) on a side and 39- to 44-in. (990 mm to 1117 mm) overall height.
For filling of drums from 30 to 55 gal (114 to 208 liter), a pneumatically-actuated, telescoping drum filling adapter swivels inward for rapid connection to the fill head using quick-action clamps, after which an inlet plate is sealed against the rim of the drum.
In all cases, filling cycles are initiated with a manual push button or by electrical contact closure, after which filling, deaeration and any required disconnection of the equipment from the container inlet are automatic.
The filler is constructed of carbon steel with durable industrial finish, or stainless steel finished to industrial, food, dairy or pharmaceutical standards, and is offered with a mechanical or pneumatic conveyor delivery system integrated with the user's upstream process equipment or other material source.
