The Main Technical Parameters of Multi-Purpose Ventilating Dryer
| Model | ZVMD-P7 | ZVMD-P18 | |
| Heating Way | Direct Hot air | ||
| Dimension L x W x H (mm) | Fan | 8780 x 2460 x1858 | |
| Drying Bin(ZVMD-P7) | 7396 x 2460 x860 | ||
| Drying Bin(ZVMD-P18) | 7396 x2460 x1473 | ||
| Net Weight(kg) | Drying Bin(ZVMD-P7) | 1150 | |
| Drying Bin(ZVMD-P18) | 1320 | ||
| Dryer | Type | Axial Flow Fan*2 sets | |
| Power | 2.25KW*2 sets | ||
| Gun Type Burner | Type | Gun Type, High-pressure Spray | |
| Ignition Type | High-pressure Automatic ignition | ||
| Max. Combustion | 23 L /hr (approx.) | ||
| Fuel | Kerosene or Diesel | ||
| Power | 0.25kW | ||
| Total power(kw)/voltage(v) | 4.75/380(Three-phase) | ||
| Drying Bin | Double Layer | 18.15m³(17.5m²) | |
| Single Layer | 7.5m³ (17.5m²) | ||
|
Drying Application | ZVMD-P7 suit small grain crop like Paddy, Wheat, Maize, Sesame, Rapeseed, Vegetable Seed, Coffee Bean,etc. | ||
| ZVMD-P18 suit large grain crop like Peanut, Garlic Bulb, Longan, Corn cob, etc. | |||
| Safety Devices | Thermo-over relay, Control fuse, Air pressure switch, Timer switch, Flame sensor, Automatic electric eye monitor, Abnormal combustion sensor, temperature control device. | ||
1 Pre-sale services
1) Selecting equipment type;
2) Designing and fabricating the products in accordance with the special requirements of the clients;
3) Training technical personnel for our clients;
4) Providing construction and technology consultations or working out proper construction schemes for those new, special or difficult projects.
2 Services provided during the sale:
Respect our clients; present the clients with ease, relaxation and a surprise; devote ourselves to improve the total value of our clients.
1) Checking products acceptance ahead of delivery;
2) Introducing the service system to our clients.
3. After-sales services:
Improve the added value of our products, and let the clients free from the using troubles:
1) Assisting the clients preparing for the first construction scheme;
2) Installing and testing the equipments;
3) Training the first-line operators on site;
4) Examining the equipment regularly;
5) Taking the initiatives to eliminate the failure(s) rapidly at site

