PLC 14 Heads Multihead Weigher Coated 2.5 L Stainless Steel 304

This advanced multihead weigher is designed for precision weighing and packing applications across various industries.

It is widely used for weighing:

• Dried Fruits
• Candy and chocolates
• Potato chips and plantain chips
• Seeds and nuts
• Jelly and sticky products
• Animal feed and pet food
• Beans and frozen products

• All stainless steel/aluminum construction
• Auto-pause when there is a material shortage
• High precision and durable load cell
• Help menu to understand each function and parameters
• Multi-language touch screen interface

• HBM ultra precision Load cells
• All machinery units are inter-changeable for easy maintenance
• Resistant to water spraying and humidity
• Special climatization design for frozen environment (optional)
• Auto vibration magnitude adjusting for different products
• Sequential hopper discharging to avoid congestions
• Overweight signal and auto-rejection system
• Continue production by suspending dysfunctional weighing heads
• Leak proof hopper, corrugated hopper, SUS 316, coated optional
• Counting application capability

A typical target weight per pack might be 100 grams of a product. The product is fed to the top of the multihead weigher where it is dispersed to the pool hoppers. Each pool hopper drops the product into a weigh hopper beneath it as soon as the weigh hopper becomes empty.

The weigher's computer determines the weight of product in each individual weigh hopper and identifies which combination contains the weight closest to the target weight of 100g. The multihead weigher opens all the hoppers of this combination and the product falls, via a discharge chute, into a bagmaker or distribution system.

Dispersion is normally by gravity, vibration or centrifugal force, while feeding can be driven by vibration, gravity, belts, or screw systems.

An extra layer of hoppers ('booster hoppers') can be added to store product which has been weighed in the weigh hoppers but not used in a weighment, thus increasing the number of suitable combinations available to the computer and so increasing speed and accuracy.