Fulinzhuhaha automatic feeding line

System Introduction
The automatic feeding system is a product developed by our company for pig farms. Driven by a three-phase AC motor, a scraper chain passes through the pipe to hang feed from the tank to the pig house. The feed line pipeline passes above the trough where the pigs eat, and there is a three-way feed opening at each trough position. The feed automatically flows into the trough driven by the chain. This system can be applied to the measurement equipment for precise feeding of sows in positioning pens of fattening pig houses and breeding pigs.
The automatic feeding system can automatically transport the feed in the tank to the pig feeding trough. The feeding is controlled according to time. Multiple time periods can be set for feeding every day. When the start time is set, the three-phase AC motor Turn on the power, drive the scraper chain, and start conveying materials. When the set shutdown time is reached or the sensor detects that the feed is full during feeding, the three-phase AC power supply will be cut off and the feeding will stop. It is recommended that users set three time periods: morning ~ noon ~ afternoon ~. The control box uses a mature microcomputer time control switch, which can set up to a time period every day. Each feeding time is determined by the length of the feed line in the pig farm, the number of pigs, and the feed intake of the pigs.
The automatic feeding system can realize fully automatic operation, save manpower and reduce the labor intensity of workers.
r Working power supply

Control box

Material line motor
Hoist motor

Work instructions
< br/> Indicator light

Working environment

Temperature ℃～℃, humidity～R

Tank volume

Ton

Chain

Steel rope rubber chain

Conveyor pipe

Galvanized pipe, diameter, length meters / root, thickness

Angle

Ball bearing drive wheel, cast iron inner wheel, thickened galvanized steel shell

Transmission distance




Material technical description
Integrated fiberglass feed storage tower
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Project

Advantages of integrated fiberglass tower

Non-integrated galvanizing Disadvantages of plate tower

Perspective window

Feed is clear at a glance

No or too small to judge

Heat transfer
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The thermal conductivity of the iron tower is twice that of fiberglass. The temperature is stable

The large temperature difference between day and night in the barrel can easily cause sweating and condensation on the inner wall of the barrel. The vitamins in the feed are prone to spoilage, contamination, and rot. The feed is prone to spoilage and mold.

Material

Glass fiber reinforced plastic does not rust or corrode

It is easy to rust, rainwater leakage, contaminated feed in the barrel, feed is easy to deteriorate and become moldy

Process

One-piece forming method, the inner layer is tight and smooth, no arching and bridging

When screws are assembled, the feed is easy to adhere to the screws, causing bridging. The feed is not unloaded smoothly and is easy to agglomerate. Deterioration

Internal maintenance of the feed tower

Cleaning with water and high-pressure air

Flushing of feed agglomerates is not easy to cause rust from the inner layer

Exterior maintenance of the silo tower

No maintenance required (ten years for galvanized iron)

It is easy to rust and needs regular anti-rust maintenance to increase costs

Lifespan

More than years

Short lifespan increases cost

Design

User-friendly, convenient and more durable
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Unsmooth unloading, easy to build bridges, poor weather resistance

Assembly

Simple and fast

Screw assembly takes five times longer to bind glue Easy to age