sawdust pellet making machine
1. The system features a reduced activation current (e.g., for an 850–280 kW motor, the idle current measures just 8–10 A), which prevents losses under no-load conditions and enables a greater share of motor power to be allocated to production processes.
2. High output, low energy consumption; producing one ton of finished pellets requires only 45-50 kWh of electricity.
3. The minimal replacement expense for wearable components contributes to a reduction in overall operational costs.
4. Variable frequency drive activation and programmable logic controller configuration facilitate distant management and instantaneous surveillance.
1. Robust Material Composition and Structural Adaptability
Constructed from industrial-grade stainless steel, the housing for the feedstock inlet and pellet collection assembly offers superior mechanical strength, exceptional resistance to wear, and improved anti-corrosion characteristics. The configuration of the output chute can be flexibly adjusted to accommodate diverse operational demands.
2. Innovative Drive System with High Power Density
Engineered as a breakthrough actuation unit specifically for biomass pelletizing machinery, this motor incorporates high-performance NdFeB rare-earth permanent magnets, enabling excellent power generation within a highly condensed form factor. Its design achieves approximately 45% greater space efficiency compared to conventional three-phase induction motors of equivalent capacity. With the ability to function continuously in environments up to 180°C and demonstrating a flux loss rate of less than 5%, the system ensures dependable operation under extended high-temperature conditions.
3. Efficiency and Reliability through Direct Drive Mechanism
The motor directly actuates the spindle, removing the necessity for an external speed reducer. This streamlined approach results in diminished acoustic emission, heightened energy conversion efficiency, fewer operational failures, and reduced overall production expenses.
4. Energy-Saving Performance and Enhanced Durability
When used in conjunction with a variable-frequency drive controller, the motor maintains efficiency exceeding 90% across load variations from 25% to 100%—outperforming standard asynchronous motor systems. It achieves energy savings of 10–30% during continuous operation, and its low intrush current minimizes electrical strain on insulation materials, thereby extending the service life of the entire drive system.
Parameters
Model | Power（kw） | Capacity（t/h) | Motor cooling method |
ZQLKJ560 | 150+2.2+2.2+2.2 | 2-2.5 | 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
About us
Since its founding in 2004, Jinan Taichang Transmission Machinery Co., Ltd. has grown into a contemporary industrial equipment producer with a registered capital of 20 million RMB and a focus on integrated research, development, and manufacturing. The company holds ISO9001:2000 international quality management system certification, meets CE requirements, and has obtained numerous sector-specific accreditations.
Leveraging advanced testing methods, the company guarantees exceptional product dependability, sustains a reputable brand image, and provides rapid technical assistance—strengthening enduring trust among clients nationwide. Guided by the motto “Customer-Preferred, Innovation-Driven” and a fundamental commitment to “Partner-Focused Cooperation,” we provide high-quality solutions to all collaborators and have gained widespread recognition within the field.
