Brand OPG, a trusted name in the motor manufacturing industry, is committed to providing high - quality and reliable motor solutions for diverse applications. Product Name OPG Motor - 6IK140GN - CF Model The 6IK140GN - CF is a uniquely designed motor model, engineered to meet the demands of various industrial and commercial settings. Installation Form This motor is designed for vertical installation. The vertical installation form offers several advantages, such as better space utilization in many machinery setups. It also contributes to improved stability during operation, reducing vibrations and ensuring smooth running of the connected equipment. Layout Form Featuring a coaxial layout, the motor has a compact and efficient structure. The coaxial design allows for seamless power transfer between the motor and the driven components, minimizing energy losses and enhancing overall performance. It also helps in reducing the overall size of the motor - gearbox assembly, making it suitable for applications where space is limited. Gear Type Equipped with a cylindrical gear reducer, the motor ensures smooth and efficient power transmission. Cylindrical gears are known for their high load - carrying capacity and reliability, which makes them ideal for applications that require consistent and robust performance. The gear reducer plays a crucial role in adjusting the speed and torque according to the requirements of the application. Rated Power With a rated power of 1222 kW, this motor is a powerful solution for heavy - duty applications. It can handle high - load operations with ease, providing the necessary energy to drive large - scale machinery. Whether it's in industrial manufacturing, power generation, or other high - power - demanding sectors, the 6IK140GN - CF motor is up to the task. Stages The motor has a dual - stage configuration. The two - stage design allows for a more precise control of the output speed and torque. It provides a stepped - down power transmission, which is beneficial in applications where a significant reduction in speed and an increase in torque are required. This dual - stage setup also helps in optimizing the performance of the motor across a wide range of operating conditions. Reduction Ratio The reduction ratio of 212212 indicates the significant speed reduction that the motor - gearbox system can achieve. A high reduction ratio like this is useful in applications where the input speed needs to be decreased substantially to match the requirements of the driven equipment. It allows the motor to deliver high torque at a lower output speed, which is essential for driving machinery that requires a lot of force to operate. Category As a gear reducer, the 6IK140GN - CF is designed to transfer power from the motor to the load while adjusting the speed and torque. Gear reducers are widely used in various industries to match the motor's output characteristics with the specific needs of the machinery. This motor - gear reducer combination is engineered to provide reliable and efficient power transmission. Usage Range With a usage range of 2122 (the specific nature of this range would need further clarification, but it could refer to a variety of factors such as application types, environmental conditions, etc.), the motor is versatile enough to be used in different scenarios. It could be suitable for use in industrial plants, commercial facilities, or even in some specialized applications depending on what the usage range parameter encompasses. Output Speed Range The output speed range of 122112 rpm provides flexibility in applications. Depending on the selected reduction ratio and the input speed, the motor can deliver a wide range of output speeds. This allows for customization to meet the specific speed requirements of different machinery. Whether it's a slow - moving conveyor system or a high - speed agitator, the motor can be adjusted to operate at the appropriate output speed. Input Speed With an input speed of 1455 rpm, the motor is designed to work efficiently when connected to a power source that provides this rotational speed. The motor's internal components are optimized to handle this input speed and convert it into the desired output speed and torque through the gear reducer mechanism.