SGE-365-3-0890 00300M-00300F

Industrial equipments are devices that are primarily used for the manufacturing or production of goods. These kind of equipments are widely used in factories and industrial settings because they are the backbone of any production process. The SGE-365-3-0890 00300M-00300F is one such piece of equipment and it has a wide range of applications in the industrial sphere.

Design and features

The SGE-365-3-0890 00300M-00300F is an arm-mounted device with a mechatronic design. It weighs around 5kg and has a maximum speed of 30 revolutions per minute. It also features a profiled drive shaft, adjustable encoder, and a lockable safety relay. It is powered by three phase power supply voltages ranging from 0 to 600 Volts and can handle power input up to 600 Watts. The device also features a variety of safety features such as an emergency stop, ISO13849-1 compliant control inputs, and a customizable fault protection system.

Application fields

The SGE-365-3-0890 00300M-00300F is primarily used in the automotive industry. Its primary function is to transfer power from the engine to the wheels, thus enabling the movement of a vehicle. It is also used in robotics and manufacturing, where it functions as a power transfer mechanism between different components. It is also used in the medical and healthcare industry to provide precision movement and power transfer.

Working principle

The SGE-365-3-0890 00300M-00300F works on the principle of an electric motor driving a rotary shaft. The device converts electrical energy from the power supply into mechanical energy and transfers the energy to the shaft. The shaft is then connected to a set of pulleys, which convert the mechanical energy into useful power for the different components. The device also has a safety relay, which prevents the motor from overloading and overheating.

Conclusion

The SGE-365-3-0890 00300M-00300F is a versatile and reliable piece of industrial equipment. It is used in a variety of industries and applications, due to its ability to transfer power efficiently from the power source to the components. The device is robust and compact, allowing it to fit in even the tightest spaces. Furthermore, its safety features make it perfect for use in hazardous environments.