Pulse Signal: In single pulse (pulse/direction) mode, this input represents pulse signal, active at each rising or falling edge (set by inside jumper J3); 4-5V when PUL-HIGH, 0-0.5V when PUL-LOW. In double pulse mode (pulse/pulse) , this input represents clockwise (CW) pulse，active at high level or low level (set by inside jumper J3). For reliable response, pulse width should be longer than 1.5μs. Series connect resistors for current-limiting when +12V or +24V used.
DIR+ DIR-
DIR Signal: In single-pulse mode, this signal has low/high voltage levels, representing two directions of motor rotation; in double-pulse mode (set by inside jumper J1), this signal is counter-clock (CCW) pulse，active at high level or low level (set by inside jumper J3).
DIR+ DIR-
For reliable motion response, DIR signal should be ahead of PUL signal by 5μs at least. 4-5V when DIR-HIGH, 0-0.5V when DIR-LOW. Please note that motion direction is also related to motor-driver wiring match. Exchanging the connection of two wires for a coil to the driver will reverse motion direction.
ENA+ ENA-
Enable Signal: This signal is used for enabling/disabling the drive. High level (NPN control signal, PNP and differential control signals are on the contrary, namely Low level for enabling.) for enabling the drive and low level for disabling the drive. Usually left unconnected(enabled).
P2 Function ( DM860S Details)
+VDC
Power Supply, 20~50 VDC, Including Voltage Fluctuation and EMF Voltage
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
This dropped into my laser cutter and worked perfectly (after adjusting the jumper switches) I had bought 5 other cheaper DM542’s which all caused a misalignment issue as they gradually lost steps. Definitely recommend spending the relatively small amount extra to get cloudray quality.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
Exactly what you want for nema 23 motors. Those tb6600 drivers are junk.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
I was shocked. Yeah, they will run hot since you’re pumping constant current at all times, but oh my god, finally a simple controller to replace a $2k servo drive.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
Funktioniert bestens auf meinem Berger und Lahr Schrittmotor. Habe aber noch nicht alles austesten knnen.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
La gestion du courant semble efficace. Il ne chauffe pas trop pour mon domaine d’utilisation.
Attention: ce n’est pas 18-50VDC mais bien 24V-50V fournir. Il ne marche pas avec 20V.
Le datasheet est disponible sur le web et est trs complet.
Dimensions vrifier pour l’application: pas si petit que cela.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
This is the most cost effective stepper driver I’ve found that can handle higher voltages. On my machine, it outperformed $180 drives. It doesn’t require any software tuning to take full advantage of the driver, so it was very simple to install.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
Has performed very well. Using to drive a large stepper. No problems so far using a 48 vdc supply on a high torque stepper. Control is great.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.
The most important thing about this driver is how well it drives a stepper motor. There is no noise as a result of no vibration even when I set the amperage that would overdrive the motor. It is also very convenient that the rms amperage is shown on the dip switch table. These drivers are so smooth and quiet they are really worth the additional money. I have replaced all of my TB6600 with these. The TB6600 are really not good for a series of reasons. I definitely highly recommend this driver.