Detailed Description
The WINROLLER DGBL50A series Conveyor Motorized Roller sets a new benchmark for efficiency in unit handling. By combining a high-efficiency brushless motor with precision gearing, this Motor Roller achieves a 15% noise reduction compared to traditional models. The core advantage lies in its FOC (Field Oriented Control) technology, which allows for maximum torque output and seamless switching between positive and negative torque — making it the ideal choice for high-speed Roller Conveyor systems and zero-pressure accumulation (ZPA) modules.
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High Efficiency Motor
Operates at more than double the efficiency of standard asynchronous motors with sine wave control to minimize iron loss.
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15% Noise Reduction
Quieter operation compared to traditional motor rollers, ideal for noise-sensitive industrial environments.
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FOC Technology
Field Oriented Control enables seamless positive/negative torque switching and instant response to load changes.
Engineered for durability and precision, this Motorized Conveyor Roller extends motor service life significantly while maintaining high torque — even under heavy loads where it outperforms square-wave drivers by 8% to 10%. Whether transporting cardboard boxes, plastic totes, or tires, the stable mechanical structure and anti-static design ensure reliable throughput in demanding industrial environments.
This 50mm Motor Drive Roller is highly adaptable, offering multiple drive options including Poly-V, timing pulleys, O-belts, and sprockets. With safe DC 24V/48V voltage options and a wide speed adjustment range (8.7% to 100%), it seamlessly integrates into diverse applications — from small belt conveyors to complex shuttle systems. Fully compliant with CE, ROHS 2.0, and EMC standards, it is a trusted component for global system integrators in logistics, pharmaceuticals, and new energy manufacturing.
✅ CE Certified
✅ ROHS 2.0
✅ EMC Compliant
Frequently Asked Questions
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What is FOC technology and why does it matter for motorized rollers?
FOC (Field Oriented Control) is an advanced motor control method that independently manages the magnetic flux and torque-producing components of the motor current. In the DGBL50A series, this enables maximum torque output, seamless switching between positive and negative torque, and instant response to load changes — resulting in smoother, more efficient conveyor operation compared to traditional control methods.
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What voltage options are available for the DGBL50A Motor Roller?
The DGBL50A Conveyor Motorized Roller supports two safe low-voltage DC options: DC 24V and DC 48V. These options make it suitable for a wide range of industrial automation systems while ensuring operator safety and compliance with international standards.
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What types of goods can this motorized roller conveyor handle?
The DGBL50A is designed to handle a broad range of unit loads, including cardboard boxes, plastic totes, tires, and other industrial goods. With a maximum load capacity of 550 kg and an anti-static design, it reliably supports demanding throughput requirements across logistics, pharmaceutical, and new energy manufacturing environments.
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What drive options are compatible with this 50mm Motor Drive Roller?
The DGBL50A supports four drive configurations: Poly-V belt, Timing Pulley, O-ring belt, and Sprocket. This flexibility allows it to integrate seamlessly into a wide variety of conveyor layouts, from simple belt conveyor lines to complex multi-zone shuttle and ZPA accumulation systems.
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What certifications does the WINROLLER DGBL50A series hold?
The DGBL50A Motorized Conveyor Roller is fully certified to CE, ROHS 2.0, and EMC standards. These certifications confirm that the product meets European safety, environmental, and electromagnetic compatibility requirements, making it a reliable choice for global system integrators.
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How does the DGBL50A compare to traditional asynchronous motor rollers in terms of efficiency?
The DGBL50A Brushless DC Gear Motor operates at an efficiency level more than double that of standard asynchronous motors. Its sine wave control minimizes iron loss to extend service life, and under heavy load conditions it outperforms square-wave drivers by 8% to 10% in torque output — delivering significant energy savings and longer operational lifespan.