commercial wood pellet mill
1. High output, low energy consumption; producing one ton of finished pellets requires only 45-50 kWh of electricity.
2. Low replacement costs for wearing parts further reduce production costs.
3. Low starting current (e.g., for an 850-280 kW motor, the No-load current is only 8-10 A), eliminating no-load current losses and allowing more motor power to be used in production.
4. Variable frequency drive activation and programmable logic controller configuration facilitate distant management and instantaneous surveillance.
The industry's inaugural dedicated motor designed for biomass pellet equipment utilizes high-remanence NdFeB rare earth permanent magnets, achieving an exceptional power density. This motor's dimensions are approximately 45% smaller compared to three-phase asynchronous motors of equivalent performance. Its permanent magnet can endure maximum operating temperatures of up to 180°C, with a demagnetization rate below 5%, ensuring reliable long-term functionality even under extreme heat conditions.
Boasting a compact structure, the device is fitted with foot supports that play a key role in stabilizing the mechanism’s center of gravity. Meanwhile, for heat management, users can configure either a ducted ventilation cooling systewThe spindle is driven directly by the motor, eliminating the need for a reducer to transmit power.
This direct-drive design brings multiple advantages: it operates with low noise, delivers high efficiency, features a low failure rate, and helps reduce production costs.
Parameters
Model | Power（kw） | Capacity（t/h) | Motor cooling method |
ZQLKJ560 | 150+2.2+2.2+2.2 | 1.5-2.5 | Air cooling |
ZQLKJ700 | 185+2.2+2.2+2.2 | 3-4 | Water cooling |
ZQLKJ850 | 280+2.2+2.2+2.2 | 4-5 | Water cooling |
ZQLKJ960 | 355+2.2+2.2+2.2 | 6-7 | Water cooling |
Packaging and Shipping
