wooden pellet 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. Enhanced Material and Structural Design
The enclosure for the raw material intake and finished-pellet gathering mechanism in the pelletizing system is built using heavy-duty stainless steel, ensuring remarkable structural integrity, abrasion resistance, and enhanced rust prevention. The discharge outlet’s position is fully adaptable to varying process requirements.
2. Advanced Motor Technology with Compact Form Factor
Developed as a pioneering motion solution tailored for biomass pellet production systems, this drive unit integrates high-strength NdFeB rare-earth magnets, offering exceptional power output within a minimized footprint. Its architecture is nearly 45% more compact than standard three-phase asynchronous motors with identical output ratings. Capable of operating reliably at temperatures as high as 180°C and exhibiting a magnetic degradation level under 5%, the motor guarantees consistent performance throughout prolonged use in high-heat settings.
3. Direct-Drive Benefits and Operational Efficiency
By rotating the spindle without a reduction gear, the system eliminates the need for a traditional transmission assembly. This design contributes to quiet functioning, improved energy utilization, reduced breakdown frequency, and decreased manufacturing costs.
4. Superior Energy Performance and Operational Longevity
When paired with a variable-frequency starter, the motor operates at over 90% efficiency within a 25–100% load span—exceeding the performance of typical asynchronous motors. It also delivers an additional 10–30% energy conservation under sustained use. The low starting current further alleviates voltage冲击 on insulation components, significantly prolonging the motor's operational lifespan.
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 establishment in 2004, Jinan Taichang Transmission Machinery Co., Ltd. has been a modern manufacturer of industrial machinery, operating with a registered capital of 20 million RMB and specializing in integrated R&D and production. The company maintains ISO9001:2000 international quality management system certification, complies with CE standards, and possesses multiple industry-specific qualifications.
By employing cutting-edge inspection technologies, the company ensures high product reliability, upholds a strong brand reputation, and offers timely technical support—consolidating lasting confidence from customers across the country. Driven by the principle of “Client-First, Excellence through Innovation” and a core belief in “Customer-Centric Collaboration,” we deliver top-tier services to every partner and have earned broad acknowledgment throughout the industry.
