Series 86 Gear Motor

Sunlight Series 86 Gear Motor is designed for demanding applications where high torque output, controlled speed reduction, and reliable mechanical transmission are key requirements. The 86mm gear motor format provides a stronger platform for equipment that must move heavier loads, overcome higher resistance, or maintain stable performance through frequent working cycles. This category can be considered for industrial machinery, larger conveyors, lifting devices, rotary equipment, automated production systems, commercial drive modules, and customized OEM mechanisms. A gear motor is especially valuable when the driven system requires lower speed and higher force than a standard motor can provide directly. By using a reduction structure, Series 86 Gear Motor products can deliver more practical output torque while helping the equipment maintain smoother and more controlled motion. Buyers evaluating this category should review torque demand, speed reduction ratio, rated output speed, allowable radial and axial load, shaft diameter, gearbox durability, backlash tolerance, installation position, lubrication needs, motor voltage, current, duty cycle, and expected working environment. For high torque applications, overload conditions and heat rise must be considered carefully because both the motor and gearbox are affected by continuous mechanical stress. Sunlight can work with customers to determine whether the application requires intermittent movement, long running time, frequent reversal, or holding torque at low speed. This category should be different from Series 80 Gear Motor by focusing more strongly on high torque drive requirements and demanding mechanical loads. It should also remain distinct from brushless DC motor categories by highlighting the role of the gearbox in speed reduction and torque multiplication. Sunlight Series 86 Gear Motor is suitable for customers who need a robust geared drive solution that can be adapted to specific installation structures and motion patterns. With the right ratio and configuration, it can support dependable operation, reduced system complexity, and stable power transmission in machinery where torque performance directly affects equipment reliability.