BW automatic weighing feeder is a kind of high-precision, low-flow, continuous control quantitative feeding and metering equipment for bulk materials.

BW series weighing feeder is one of the highly accurate dynamic weighing systems on the market.

It provides speed and total weight information, as well as feed speed control functions, which help improve product quality and reduce waste.

Due to the accurate weighing instrument, the weighing accuracy of this system is higher than 99.5%.

unique design

The platform metering plate or weighing roller is directly installed on a platform load cell. Our unique "direct weighing" design removes the intermediate mechanical connection part, allowing the material to be weighed directly on the sensor.

This design minimizes the zero drift typically caused by intermediate connecting parts. Select the appropriate high-sensitivity, high-precision load cell for each specific practical application to obtain the best performance.

flexibility

The simple design of the BW weighing feeder allows the capacity and use to be reconfigured in loose areas. Simple changes to the weighing rollers, metering plates and / or load cells allow users to access the full capacity of the weighing feeder.

Stainless steel or mild steel structure

BW weighing feeder can be used in low carbon steel or stainless steel structure dustproof housing, with maintenance windows on the sides and top.

The BW weighing feeder can be used in the food processing industry. It has a unique design, a hygienic structure, and easy belt removal during cleaning. It is a perfect fusion of hygienic and food-grade application characteristics.In this application, the BW weighing feeder meets the FDA's material requirements for structure and contact surfaces.

In terms of hygiene, a stainless steel IP66 load cell can be used without worrying about damage during internal flushing.

reliability

The BW weighing feeder is specially designed for the process weighing with higher accuracy and lower load. This design can eliminate the accumulation of materials and ensure accurate and reliable measurement.

A set of belt tensioners to keep belt tension at a very low critical point, and low-volume applications help prevent belt slippage.

The conveying part of BW weighing feeder is composed of a lightweight precision stainless steel metering plate or weighing roller, combined with a 304 stainless steel frame.

The weighing part is precisely mounted on the frame, and the preset mechanical overload limiter avoids accidental overload damage of the load cell.

●Low capacity ● Standard or hygienic

● Quick installation ● Unique platform bridge

Easy to maintain

The simple design of the BW weighing feeder provides an easy way to disassemble and assemble the main components. The weighing frame is a retractable cantilever support structure that can be pulled out from the side of the sealed and dust-proof casing. The belt can be removed without tools in one minute And replaced.

Standard main components such as geared motors and their transmission components provide years of trouble-free service and require almost no maintenance.

The belt can be actively cleaned. A plow-type cleaner is used to clean the internal belt before the driven wheel. A polyacetal resin blade is installed on the main roller side to clean the material surface of the belt.

Advanced microprocessors based on electronics provide quick and easy set-up, calibration and operation, as well as mixing, dosing, feeding rate control, special outputs and interfaces.

how to work

BW weighing feeder is used to convey accurate material flow. The system consists of three parts: a weight and speed detection device, a weighing controller, and a mechanical conveying system.

The material passes through an adjustable mechanical shaping door to stabilize the material flow of a specific particle size at a suitable height.

The belt is driven by an AC motor and a matching helical gear worm reduction device. The weighing controller can automatically adjust the belt speed to obtain a suitable flow.

With belt weighing and belt speed sensors, a small increase in total weight will be measured and the flow rate will be calculated. The measured flow is compared with the set flow, and then the weighing controller PID-adjusts the belt speed.