Direct current DC motors CEAR
The DC motor remains the first choice in various industrial sectors due to its compactness, reliability and excellent price-performance ratio. High efficiency, high dynamic performance, wide speed range available with load maintenance or overload are the reason why DC motor is an essential component of modern industrial plants.
TECHNICAL CHARACTERISTICS
- Simple motor control and inverter programming: simple solutions to complex regulation problems
- Wide speed range and smooth operation down to very low speeds or idle torque hold: easily adaptable to all operational needs
- Speed control at constant torque / power: reduced power and inverter size
- High dynamic response: motors with low inertia and thus faster working cycles and lower starting currents; easily adapts to applications with rapid load and speed fluctuations
- Smooth rotation: reduced mechanical load on the system
- Compact design: great space saving
- Energy saving: motor and inverter, which are characterized by high efficiency; energy recovery through electric braking
- Compliance with applicable standards and directives on electromagnetic compatibility; savings in systems to reduce electromagnetic emissions
- High reliability with a simple maintenance program and significant savings
- Easy availability of spare parts and components with a significant reduction in downtime.
Advantages
Motor power range from 0.1 to 2300 kW. Adaptability, reliability, energy saving. Drive systems with DC motors offer a number of advantages that result in significant savings in installation and operating costs.
EXAMPLES OF USE
An example of the use of a drive with a 110 kW DC motor in a production line for the production and formation of welded pipes. The electric motor has forced cooling via a fan on top of the motor.
An example of the use of a 55kW DC motor in connection with a ROSSI reducer in mechanical engineering. The electric motor has forced cooling via a fan on top of the motor.
