TDG Series Quantitative Belt Feeder
Short Description
Brand: RUICHUAN
Product Origin: Shandong, China
Categories: Weigh Feeders
Application: Continuous quantitative feeding and flow control for bulk materials in industrial dosing, conveying, and batching lines
Product Type: Quantitative belt feeder
描述
Overview
The TDG Series Quantitative Belt Feeder is designed for continuous weighing, feeding, and flow control of bulk materials. It receives weight signals from the material on the belt and speed signals from belt operation, then continuously compares the actual feed rate with the set value to regulate belt speed and keep material flow stable at the required output.
This equipment is suitable for industrial dosing and conveying lines that require stable feeding, continuous operation, and adjustable throughput. The series adopts a full steel frame structure and combines belt conveying, variable frequency speed regulation, weighing control, and automatic adjustment functions in one integrated feeder system.
Applications
- Bulk material dosing systems
- Continuous feeding lines
- Industrial batching and proportioning systems
- Conveying and metering lines for dry bulk materials
- Production processes requiring stable feed rate control
- Industrial plants handling powders, granules, and small lump materials
Suitable Materials and Working Conditions Include
- Powder materials
- Granular materials
- Pellet materials
- Small lump bulk materials
- Dusty working environments
- Continuous duty feeding applications
- Processes requiring adjustable feed rate and flow stability
Technical Characteristics
- Full steel frame structure for stable system performance
- Box-type frame and side retaining plates to help reduce material spillage
- Self-adjusting sealed bearings for harsh dusty environments
- Variable frequency speed control with wide adjustment range
- New gravity tensioning structure for stable belt tension
- Automatic belt deviation correction function
- High-precision load cell and frequency counting device
- Effective belt slip monitoring capability
- Continuous working mode
- Optional extended type, enclosed type, and all stainless steel type
Optional Configuration / Notes
- System accuracy: up to +/- 1.5%
- Speed regulation range: 10:1
- Working mode: continuous
- Model code example: TDG(L,F)0800-18 indicates a quantitative feeder with 800 mm belt width and 1.8 m center distance between pulleys.
- Actual model selection should be based on required feed rate, belt width, installation space, and material characteristics.
- Detailed electrical configuration, control method, and layout drawing are available upon request.
Technical Parameters And Main Performance Indicators
Key Technical Indicators
| Item | Specification |
|---|---|
| System Accuracy | Up to +/- 1.5% |
| Speed Regulation Range | 10:1 |
| Working Mode | Continuous |
| Optional Versions | Extended type, enclosed type, all stainless steel type |
Main Technical Parameters
| Model | Reference Model | Belt Width | Feed Range | Motor and Reducer | Load Cell Range | Weight |
|---|---|---|---|---|---|---|
| TDG(L,F)0650-18 | DEL/DEM0618 | 650 mm | 0.5-30 | SBD651Y90L-4 1.1 kW / SA67*** | 20-70 kg | 800 kg |
| TDG(L,F)0650-20 | DEL/DEM0620 | 650 mm | 0.5-30 | SBD651Y90L-4 1.1 kW / SA67*** | 20-70 kg | 850 kg |
| TDG(L,F)0800-18 | DEL/DEM0818 | 800 mm | 5-50 | SBD651Y90L-4 1.1 kW / SA67*** | 30-100 kg | 900 kg |
| TDG(L,F)0800-20 | DEL/DEM0820 | 800 mm | 5-50 | SBD651Y90L-4 1.1 kW / SA67*** | 30-100 kg | 950 kg |
| TDG(L,F)0800-18 | DEL/DEM0818 | 800 mm | 30-90 | SBD651Y90L-4 1.5 kW / SA67*** | 30-100 kg | 900 kg |
| TDG(L,F)0800-20 | DEL/DEM0820 | 800 mm | 30-90 | SBD651Y90L-4 1.5 kW / SA67*** | 30-100 kg | 950 kg |
| TDG(L,F)1000-20 | DEL/DEM1020 | 1000 mm | 50-120 | SBD651Y90L-4 1.5 kW / SA77*** | 50-100 kg | 1100 kg |
| TDG(L,F)1200-20 | DEL/DEM1220 | 1200 mm | 80-150 | SBD651Y90L-4 2.2 kW / SA77*** | 50-100 kg | 1290 kg |
| TDG(L,F)1400-20 | DEL/DEM1420 | 1400 mm | 100-200 | SBD651Y90L-4 3.7 kW / SA77*** | 100-200 kg | 1450 kg |
Note: Some model details in the source image should be confirmed against the original specification sheet before final publication.