详情描述

Overview:


Chain Plate Quantitative Feeding Machine for High-Temperature Clinker, designed to address the metering and control issues of high-temperature clinker in the cement industry. This is an automatic quantitative feeding metering device that employs load sensors for high precision metering, reliable operation, simple maintenance, and low maintenance volume. It is suitable for the conveyance and metering of high-temperature materials. The chain plates can be embedded in special conveyor belts or powered by chain wheels and chains. The high-temperature-resistant chain plates are molded for durability and non-deformation, featuring advanced technology and high degree of automation, suitable for individual machines and more.DCS Distributed Control System is an ideal device for the automated batching control system.


This equipment is suitable for bulk materials with high temperatures, moderate humidity, or high friction and poor fluidity, such as clinker from the kiln, hot clinker for grinding, clay, iron ore concentrate, slag, etc. It can be widely used in industries such as building materials, metallurgy, power, and chemicals.


 

Product Advantages:

1. No belt change required; save on belt costs, reduce cooling time, and boost production efficiency.

2. Thick material layer, low-speed operation. Thus, it boasts stable operation and near-static measurement accuracy.

3. Replace belt scale, no need to change the main unit and software, featuring reliable variable frequency speed regulation technology.

4. The chain plate quantitative feeding machine features high automatic quantitative adjustment accuracy, wide adjustment range, and low operation and maintenance costs.

 

Technical Specifications:

1. Measurement Control Accuracy: Error can be better than1％。

2. Work Method: Continuous Automatic

3. Working Voltage:380VAC ±10%, 50Hz ±2Hz, models below 2.2Kw can also use 220VAC。

4. Material Temperature: <450℃。

5. Interface Signal:0-10V or 4-40mA.

6. Communication interface available:RS485/RS232。


Production and Usage Site: