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Model | Head diameter(mm) | Conveying capacity(t/h) | Max lift height(m) | Power(kw) |
TDTG20/15A | 200 | 4.5-5.5 | 15 | 1.1-1.5 |
TDTG26/18D | 260 | 9-11 | 17 | 2.2 |
TDTG30/23 | 300 | 15-18 | 20 | 3-4 |
TDTG30/26 | 300 | 18-22 | 20 | 3-5.5 |
TDTG40/28 | 400 | 35-45 | 25 | 4-7.5 |
TDTG50/33 | 500 | 50-60 | 35 | 5.5-15 |
TDTG60/47 | 600 | 100-120 | 45 | 15-22 |
TDTG80/56 | 800 | 200-300 | 50 | 22-55 |
The High Voltage Motor Bucket Elevator stands as a heavy-duty vertical conveying solution engineered for industrial-scale grain processing facilities and bulk material handling operations. Designed to operate on 660V or 1000V high-voltage power systems, this elevator delivers exceptional lifting capacity while minimizing energy consumption through efficient motor design. With a conveying capacity ranging from 20 to 40 tons per hour and lifting heights up to 30 meters, it provides reliable material transport in large-scale operations where conventional low-voltage elevators may be impractical.
This industrial-grade elevator is specifically constructed to handle the rigorous demands of continuous operation in environments such as large grain terminals, port facilities, and industrial processing plants. Its robust design incorporates high-strength materials and advanced safety features, making it suitable for handling not only grains but also other granular materials in food processing and agricultural industries.
The elevator is equipped with a high-voltage induction motor (37-55 kW) designed for continuous duty cycles. This motor achieves an efficiency rating of IE3 or higher, reducing energy consumption by up to 15% compared to standard motors. The motor is fully enclosed with IP55 protection, ensuring reliable operation in dusty environments.
The elevator buckets are constructed from abrasion-resistant steel or food-grade stainless steel, depending on application requirements. The bucket attachment system features reinforced mounting points that withstand continuous cyclic loading, extending service life to over 15,000 operating hours under normal conditions.
Integrated safety systems include overspeed protection, belt misalignment sensors, and emergency stop circuits that comply with international safety standards. The explosion-proof design (ATEX certified) makes it suitable for handling combustible dusts, with sealed bearings and spark-resistant components throughout.
The elevator's modular construction allows for flexible configuration, with sections that can be easily assembled to achieve the required lifting height. This design simplifies installation in both new facilities and existing plants, with minimal modification to infrastructure.
In port facilities and inland grain terminals, the elevator efficiently transfers bulk grains between storage silos, trucks, and shipping vessels. Its high capacity ensures rapid turnaround of transport vehicles during peak operation periods.
Within large-scale food processing facilities, the elevator integrates with other equipment to form continuous production lines, conveying materials between cleaning, processing, and packaging stages with minimal manual intervention.
Grain storage complexes utilize multiple elevators to manage the flow of grains between receiving, drying, and storage areas. The high-voltage design reduces electrical infrastructure costs in facilities requiring multiple elevators by utilizing existing high-voltage distribution systems.
The elevator requires a dedicated high-voltage supply (660V or 1000V) with appropriate overcurrent protection and isolation equipment. A step-down transformer is included for powering control systems and auxiliary components at standard 380V levels. Professional electrical installation by certified high-voltage technicians is required to ensure compliance with safety regulations.
The variable frequency drive allows operators to adjust conveyor speed between 30-50 rpm to accommodate different material characteristics. The system includes load-sensing technology that automatically adjusts speed during periods of variable material flow, preventing overload conditions and ensuring consistent throughput.
Daily inspections should check for unusual noise, vibration, or material spillage. Weekly maintenance includes lubrication of bearings and tension checks of the drive belt or chain. Major components such as motors and gearboxes require annual inspection by qualified technicians, with lubricant replacement according to manufacturer specifications based on operating hours.
This high efficientrotary vibrating cleaning machine has gathered differentfunctions in one, can efficiently remove different sizes'impurities.
Use screw rollerfeeding device, The full width of the screen surface is uniform, with step-less output capacity adjustment, digital display, simple and intuitive.
Airtight de-dust device, with less dust.
Use cardan flexible suspension system,which makes the machine work smoothly.
The cardan is durable, machine performs verystable.
Onelayer with brush cleaning structure, can automatically clean outimpurities.
Output capacity of single machineis big.
The ROTARY CLEANING MACHINE is a high-performance cleaning equipment under the Rice Mill Machine category, designed by Golden-Cereal™ to efficiently remove impurities from grains during processing. As a core component in grain processing lines, it plays a critical role in enhancing grain purity, ensuring downstream processing (such as husking, whitening, or grading) operates smoothly.
Unique selection chamber to separate stones from grain,especially errective for brown rice.
Unique sieve structure to save blowing rate.
Negative-pressure air suctionto prevent dust from escaping the machine.
Equipped with three main models—TQSX85B, TQSX100B, and TQSX125A—the machine caters to diverse production scales, with capacity ranging from 3.5-4.5 t/h to 7-8.5 t/h. Its advanced design ensures exceptional performance in removing impurities, especially for sensitive grains like brown rice, where preserving grain integrity is critical. Whether integrated into small rice mills or large-scale grain processing plants, this destoner enhances product quality by reducing impurity levels to below 0.1%, meeting international food safety standards.
Ideal for modern agricultural processing facilities, it integrates pneumatic technology with robust engineering to deliver consistent performance across varying operational scales. Whether deployed in small rural mills or large industrial complexes, this husker ensures high husking rate (up to 98%) and low grain damage (below 2%), making it a cornerstone for businesses prioritizing quality and productivity. Its adaptability to diverse paddy varieties and climates further solidifies its position as a versatile solution in global grain processing markets.
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