MOBILE DRYING MACHINE(5HYAN-10/5HPAN-16)

Product Overview

This advanced mobile drying system combines portability with enhanced drying efficiency, featuring a towable design that reaches road speeds up to 20 km/h for easy transportation between locations. Unlike fixed drying systems, it enables on-site moisture reduction immediately after harvest, preventing spoilage during critical post-harvest periods and preserving grain quality. The machine achieves uniform moisture reduction from harvest levels (typically 20-25%) down to safe storage levels of 12-14% with exceptional consistency across each batch.

Product Features

Dual-Capacity Model Range

The 5HYAN-10 handles 10 tons daily (ideal for small farms and cooperatives), while the 5HPAN-16 processes 16 tons daily for larger operations. Both models share core technology but feature scaled components to match their respective throughput requirements, providing consistent performance across the product line.

Enhanced Thermal Efficiency

A redesigned heat exchanger achieves 90% thermal efficiency, representing a 2% improvement over previous generation models. This translates to fuel consumption rates of 40-60 kg/h for the 5HYAN-10 and 60-80 kg/h for the 5HPAN-16, depending on fuel type and moisture reduction requirements, significantly lowering operational costs.

Rapid Deployment System

From transport to fully operational status, the machine can be set up in 25 minutes by a single operator—a 40% improvement over similar mobile dryers. Hydraulic support legs with automatic leveling ensure stable operation on uneven terrain, while quick-connect fuel lines and electrical connections simplify the setup process.

Intelligent Drying Controls

A microprocessor-based control system regulates drying temperature between 40-75°C with grain-specific programming for rice, wheat, corn, and oilseeds. Integrated moisture sensors provide real-time feedback, automatically adjusting airflow and temperature to maintain optimal drying conditions and prevent over-drying.

Product Applications

Large-Scale Farm Operations

The 5HPAN-16 model serves larger farming operations requiring high-capacity on-site drying, enabling timely processing of harvests without transportation delays. Its higher throughput ensures that even substantial harvest volumes can be dried to safe moisture levels before weather-related quality degradation occurs.

Cooperative Shared Equipment

Agricultural cooperatives utilize the 5HYAN-10 as a shared resource among members, providing professional drying capabilities that small individual farmers might not otherwise access. This shared model spreads capital costs while ensuring consistent drying quality across the cooperative's collective production.

Emergency Drying Services

In regions prone to unpredictable weather, agricultural extension services and private operators deploy these mobile units as emergency drying resources during wet harvest seasons. Their portability allows rapid response to moisture-related emergencies, preserving crop value that would otherwise be lost to spoilage.

FAQ

What fuel sources can the mobile dryers utilize?

Both models feature multi-fuel compatibility, operating efficiently on diesel, gasoline, propane, or agricultural waste fuels like rice husks and straw. The combustion system automatically adjusts to different fuel types, maintaining optimal efficiency without performance degradation. Fuel conversion takes less than 30 minutes with standard tools.

How does the drying capacity vary with different grains?

Capacity remains consistent across grain types, but drying times vary based on initial moisture and grain characteristics: rice with 22-24% initial moisture requires 5-6 hours per batch; wheat at 18-20% moisture processes in 4-5 hours; and high-moisture corn (25-28%) takes 6-7 hours to reach safe storage levels.

What maintenance is required during peak harvest season?

Daily maintenance includes cleaning the heat exchanger and removing grain residues from the drying chamber. The air filters should be inspected and cleaned every 8 hours of operation. Weekly maintenance involves checking fuel lines for leaks and lubricating moving parts. A complete service after 500 operating hours ensures continued performance.

Main technical parament