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Drying capacity up to 5,5 t/h with moisture reduction from 25% to 15%. A specialized solution for integration into a process line with a separate grain cooling circuit after drying.
| Parameter | Value |
|---|---|
| Model | PGD-1006.900 |
| Moisture reduction from 25% to 15% (Corn) | 5.5 T/Hour |
| Auger capacity | 30 T/Hour |
| Total Power of Heatgenerator(-s) | 900000 kcal/h |
| Number of grain columns | 6 |
| Number of modules | 1 |
| Drying Mode | Heating only |
| Parameter | Value |
|---|---|
| Heat generator model(s) | CHG-900 |
| Heat generator air flow | 50000 m³/hour |
| Heat generator(-s) total power (out) | 900000 kcal/h |
| Heated air maximum temperature | 135 °C |
| Working Voltage | 380 V |
| Power Consumption | 21.5 kW |
| Fuel Bunker Capacity | 300 kg |
| Parameter | Value |
|---|---|
| Length | 4220 mm |
| Width | 2450 mm |
| Height | 4120 mm |
| Grain column length | 362 mm |
| Grain column width | 600 mm |
| Parameter | Value |
|---|---|
| Upper loading auger motor power | 5.5 kW |
| Upper loading auger capacity | 30 T/Hour |
| Lower unloading auger motor power | 5.5 kW |
| Lower unloading auger capacity | 30 T/Hour |
| Parameter | Value |
|---|---|
| Roller motor-reducer power | 2.2 kW |
| Roller capacity | 30 T/Hour |
| Dryer capacity | 8050 kg |
| Moisture reduction from 25% to 15% (Corn) | 5.5 T/Hour |
| Parameter | Value |
|---|---|
| Total power consumption | 34.7 kW |
| Input voltage | 380 V |
| Power supply phases | 3 phases |
| Production time (days) | 30 |
| Warranty service | 2 Years |
The solid fuel Modular Graindryers full heating PGD-1006.900 is designed as the main drying stage within a processing line, where intensive moisture removal and subsequent grain cooling are separated between different equipment units. The heat generator output power is 900000 kcal/h, with a maximum air temperature of up to 135 °C, and it allows maintaining the specified drying intensity throughout the entire seasonal campaign. This configuration is especially rational for enterprises for which it is more advantageous to provide grain cooling after it exits the dryer on their own — for example, by using older-generation graindryers, separate cooling columns, or specially arranged containers that are available on hand or purchased at a low price.
The dryer design includes 6 grain columns and 1 modules that form the heating working zone. The modular construction principle makes it possible to further increase the dryer height by adding modules — up to 4 modules per structure — as well as extend the length by increasing the number of columns up to 13. This means that the enterprise can start with a configuration that matches current volumes and gradually expand the system as output grows, without dismantling the existing system.
The fuel bunker with a capacity of 300 kg ensures long autonomous operation of the solid fuel heat generator, which significantly reduces drying costs compared to gas or diesel alternatives. At seasonal volumes of up to 8000 tons, this difference in operating costs becomes one of the determining factors in the profitability of an in-house drying unit. If the farm already has the ability to organize grain cooling after drying, investing in its own drying capacity becomes even more economically justified.
The heat generator with a total power of 900000 kcal/h is the foundation of the drying complex PGD-1006.900, and its parameters determine the upper limit of the entire system’s productivity. That is why, when designing and planning production, it is important to consider the possibility of installing a heat generator with power reserve and frequency control from the very beginning — this approach creates the potential for further expansion of the drying section without the need to replace the power unit.
The modular architecture of the dryer with 6 grain columns and 1 modules in the current configuration allows for phased expansion: adding modules increases the height of the grain shaft and the one-time loading volume, while expanding the number of columns increases the length of the working zone and the overall throughput. Our team will help you plan production growth without hitting your budget hard.