The SDL drive series are Full Digital high performance micro-step devices based on the precise pwm control technology to regulate the sinusoidal current. Thanks to this solution the SDL drives are able to control stepper motors through digital step, direction, rating and starting current signals with less noise, less heating and smooth motion in open as well as in closed loop of torque, velocity and position. Designed for the control of 2 or 4 phase hybrid stepper motors, a wide range of stepper drives with a different power level are available to be used with motor series from 1.7” to 4.2”. The SDL drives offer reliability and first-class performances and can be used in many types of machines such as such as X-Y-Z tables, laser cutting systems, pick & place devices, etc. They are suitable for use in applications that require a high precision, speed and easiness of use.
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● Equipped with Advanced Security Features: √ tested for direct unit installation √ real-time monitoring of the functioning parameters √ malfunctions monitoring and management ● Key characteristics of the Drive: √ low motor vibration √ compact size √ low mechanical noise √ no resonance √ low heat production √ high reliability √ operations in closed loop √ excellent EMC √ easy set-up √ high speed and torque √ AC / DC power supply √ wide power range |
| Family | Power supply | Max current | Digital inputs | Digital outputs | Functions description |
|---|---|---|---|---|---|
| SDLWD180vA114c0200 | 24 ÷ 70 Vcc | 5,0 Arms | 4 optoisolati 200 kHz configurabili 5Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 100mA uscita transistor per Fault | - - - |
| SDLWD180vA114c0201 | 24 ÷ 70 Vcc | 5,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 100 mA uscita transistor per Fault | Gestione intena delle rampe. |
| SDLWA180vA114c0200 | 24 ÷ 48 Vca | 5,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 100 mA uscita transistor per Fault | - - - |
| SDLWA180vA114c0201 | 24 ÷ 48 Vca | 5,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 100 mA uscita transistor per Fault | Gestione intena delle rampe. |
| SDLWT180vA114c0200 | 115 o 220 Vca | 5,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 100 mA uscita transistor per Fault | - - - |
| SDLWT180vA114c0201 | 115 o 220 Vca | 5,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 100 mA uscita transistor per Fault | Gestione intena delle rampe. |
| SDLWD170vB211c0200 | 24 ÷ 130 Vcc | 8,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 700 mA uscita transistor per Fault | - - - - |
| SDLWD170vB211c0201 | 24 ÷ 130 Vcc | 8,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 700 mA uscita transistor per Fault | Gestione intena delle rampe. |
| SDLWA170vB211c0200 | 24 ÷ 90 Vca | 8,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 700 mA uscita transistor per Fault | - - - |
| SDLWA170vB211c0201 | 24 ÷ 90 Vca | 8,0 Arms | 4 optoisolati 200 kHz configurabili 5 Vcc line-driver oppure 24 Vcc NPN o PNP | 1 optoisolata 24 Vcc 700 mA uscita transistor per Fault | Gestione intena delle rampe. |