Features
1. Tengyu PL concrete proportioning machine can effectively guarantee batching accuracy and increase productivity. It is also featured with simple structure, reliable operation and convenient maintenance. Due to accurate measurement, this concrete batching machine can effectively guarantee the quality of fly ash bricks or sand-lime bricks.
2. The machine body adopts split type layout structure, convenient for feeding various materials.
3. PL concrete proportioning machine is well known for its high-level automation.
4. Our concrete batching machines can automatically complete batching according to customers’ concrete proportion.
Attentions
1. When we start the PL concrete proportioning machine, the measurement hopper should be empty. Otherwise, we should manually empty the left materials in the hopper. If it does not display ‘0’, we should press the reset button and make it display ‘0’.
2. If the batching controller of the concrete batching machine does not work normally, we can turn off the power then reboot.
3. After starting up the concrete proportioning machine, the first batching and measurement process is an automatic correction procedure. We will follow the first corrected result to do batching work. Each material will be batched in two stages so as to meet the measurement requirements.
4. When using the PL concrete batching machine, we should notice that the measurement hopper is not stuck by some debris.
5. Before starting this concrete proportioning machine, we need to check whether wires or components in the line are loose or not. If loose, we should connect and reinforce them. It is forbidden to put debris in the hopper.
Specifications of PL Concrete Batching Machine | Type | PL800 | PL1200 | PL1600 |
| Scale Hopper Volume | 800 L | 1200 L | 1600 L |
| Store Hopper | 1500 L*2 | 2500 L*3 | 3000 L*2 |
| Productivity of PL Concrete Proportioning Machine | 48 m³/h | 56 m³/h | 75 m³/h |
| Batching Precision | ± 1％ | ± 1％ | ± 1％ |
| Materials | 2 | 3 | 4 |
| Load Height | 2400 mm | 3000 mm | 3000 mm |
| Belt Speed | 1 m/s | 1 m/s | 1 m/s |
| Power | 3*2.2=6.6 kw | 3*4=12 kw | 3*4+1*5.5=17.5 kw |
