In this article I present the family of digital servo drives for d.c. motors with SCR bridge called “D SERIES“. Why is it called with this name? Our loyal customers will surely have used our 12IRC, 12SPC, 6AXC and 6IC drives at least once: they were born in the ’80s and were grouped in the […]
Having the right accessories to complete your servo drive is essential for its correct operation and to comply with regulations such as the Electromagnetic Compatibility standards. In this post we will talk about: Inductors (three-phase chokes, smoothing inductors) Resistors for motor braking energy dissipation Power-supply units capable to recover motor braking energy to mains EMC […]
After having examined, in the previous post, how to figure out what servomotor we are using, what kind of data we need and where to find them, we are now looking at how to use that information to choose the right servo drive. The essential parameters needed to choose a new servo drive are: Type […]
When a customer asks us what drive he should choose to replace a damaged one, the first question we ask is always the same: what kind of motor does the converter control? The motor data needed are: Type (e.g. DC, brushless, induction) Electrical specifications (e.g. armature current, supply voltage) Type of speed transducer mounted (e.g. […]
Servo drive for asynchronous motors. Digital. Maximum output voltage 460Vac. IGBT power bridge.
Servo drive for d.c. motors. Digital. Maximum output voltage 480Vcc. Power bridge with SCR.
Servo drive for d.c. motors.
Analog.
Maximum output voltage 260Vac.
IGBT power bridge.
Servo drive for synchronous motors.
Analog.
Maximum output voltage 260Vac.
IGBT power bridge.
Servo drive for synchronous motors and direct current. Digital. Maximum output voltage 460Vac. IGBT power bridge.
To adjust the speed of the following electric motors: D.c. motors Synchronous three-phase motors (brushless). Asynchronous three-phase motors.
