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Hello, You can download this legacy software from our website here: anaheimautomation.com/software#:~:text=HMI%2DMT5000%20Series-,KNC%2DHMI%2DF%20Series,-KNC%2DHMI%2DSZ. Please feel free to contact us by phone or email if you have any additional questions. We can be reached at (714) 992-6990 or sales@anaheimautomation.com. Have a great day!

Hola, gracias por contactarnos. Antes de que podamos ayudarlo, díganos el número de pieza de la HMI que está utilizando. ¡Gracias!

@@Anaheimautomationinc MT4434 TE

Thank you! We're happy you found these videos helpful.

Hello, and thank you for reaching out to us with your questions. A stepper motor requires a driver and a controller to operate. Arduino is a controller, so you would still need a stepper driver. Which model you will need depends on the motor's electrical rating. We cannot supply Arduino code as we do not distribute Arduino Products. For the motor in the video, our MBC01081 or MBC15081 drivers would have been used. We also offer controllers that would work for this, such as our PCL601USB. If you have any additional technical questions, please feel free to contact our engineers directly at (714) 992-6990 or applications@anaheimautomation.com. For assistance with pricing and availability, please contact our sales representatives at (714) 992-6990 or sales@anaheimautomation.com.

Hello, you can download the software from our website here: www.anaheimautomation.com/downloads/software/software.php.

The Kinco Servo+ software can be downloaded directly from our website: www.anaheimautomation.com/downloads/software/software.php#:~:text=(click%20here)-,Kinco%20Servo%2B,-KNC%2DSRV%2DCD

Hello, thank you for your question. To reset a servo driver: 1. Open Kinco servo+ software and establish communication with the driver. 2. Open the Init Save Reboot window 3. Select Init Control Parameters 4. Select Save Control Parameters 5. Reboot servo drive 6. The motor number will remain but all other settings will be reset.

Hello, All of our products are stocked at and ship from our facility in Anaheim, CA. For a quote on pricing and lead time, please contact our sales representatives at sales@anaheimautomation.com or (714) 992-6990. You can also visit our website at www.anaheimautomation.com to shop online 24/7. Have a great day!

There is an error in the English manual regarding the numbering of ports in mini USB 5->1. In the Chinese manual, the pins are numbered correctly 1-5.

Hello, thank you for contacting us with your question. This video only discusses position control, however, there are other control options (speed, position, and torque). A servo motor can rotate continuously in one direction. This falls under speed control, and this method does not rely on steps. Position control can rotate in one direction continuously if the controller supplying the pulses is pulsing continuously (if the pulses stop, the motor will stop). Torque control is exactly like speed control except that you add the ability to control the torque through an analog voltage signal. If you have any further questions, please contact our engineers at (714) 992-6990 or applications@anaheimautomation.com and they will be happy to assist you.

Hola, Lamentamos la demora en responder a su solicitud. Puede descargar el software de Kinco HMI y PLC aquí: www.anaheimautomation.com/downloads/software/software.php. Si tiene más preguntas, puede enviar un correo electrónico a nuestros ingenieros de aplicaciones a application@ananaheimautomation.com. Gracias por contactarnos. ¡Que tenga un buen día!

Thank you for contacting us with your question. In the Kinco Servo+ program, follow these steps: 1. Click on the "Driver" drop-down menu and select "Init Save Reboot." 2. Click "Save Control Parameters," then wait 3 seconds. 3. Click "Save Motor Parameters," then wait another 3 seconds. It will then be safe to turn off or reboot. 4. Click "Init Control Parameters: to factor reset the drive. If this does not resolve the issue, or if you need further assistance, please contact our engineers for further technical assistance at applications@anaheimautomation.com.

Hello! Thank you for contacting us. The software for our Kinco MT5000 series HMIs can be downloaded from our website here: www.anaheimautomation.com/downloads/software/software.php#:~:text=KNC%2DHMI%2DMT5000%20Series. If you require any additional assistance or information, please contact our engineers at (714) 992-6990 or applications@anaheimautomation.com. Hope this helps!

You're very welcome. Glad you found the video helpful.

Nuestros ingenieros pueden ayudarle con este problema. Por favor, póngase en contacto con ellos por correo electrónico en applications@anaheimautomation.com. ¡Gracias!

Good afternoon. Thank you for contacting us with your question. Our engineers can certainly assist you with this problem. To contact them directly, please call our offices at (714) 992-6990 or email your request to applications@anaheimautomation.com and you will receive a response as soon as possible.

Hello, thank you for contacting us. Our engineers will be happy to assist you with this issue. Please contact them directly, either by phone at (714) 992-6990 or by email at applications@anaheimautomation.com, and they will respond to your request as quickly as possible.

Hello, and thank you for contacting us. Our engineers will be happy to assist you with this question. Please contact them by phone at (714) 992-6990 or by email at applications@anaheimautomation.com and they will respond to your request as soon as possible. Have a great day!

Hello, Thank you for your question. Our engineers will be happy to assist you. Please contact them directly at (714) 992-6990 or applications@anaheimautomation.com and they will respond to your request as soon as possible. Have a great day!

Thank you very much. We hope it was helpful to you.

Good afternoon! Thank you for contacting us. Our engineers will be happy to assist you with this issue if you contact them directly. They can be reached by phone at (714) 992-6990 or by email at sales@anaheimautomation.com. We are open Monday - Friday, from 8am to 5pm PST.

Hello! We're glad you enjoyed the video, and we would be happy to assist you with your question. Please contact our applications engineers directly at (714) 992-6990 or applications@anaheimautomation.com and they will be able to provide you with support. Have a good day!

Thank you for contacting us. Unfortunately, we do not sell any Panasonic products. We are therefore unable to offer technical assistance on Panasonic brand servo motors. We hope you are able to resolve your issue. Have a good day.

Hello, thank you for reaching out to us. We have reviewed your comment and made corrections to the code as shown below. This should properly increment the number components so that you no longer have issues with the minutes or hours. Also, please verify that your timer execution cycle on your timer is set to 10 (*100 ms) rather than the default of 1 (*100ms). This will more accurately reflect the seconds time increment as opposed to the milliseconds you were experiencing. In order to reset the timer, you can designate a local bit (LB) to trigger a reset. One way to do this is to add the first batch of code shown below after seconds++, and for testing purposes a bit-state switch can be added into the frame with the timer. Assign address type LB with address 0 to the bit state switch and change the switch type on the second tab titled "Bit State Switch" to Set 1 Pulse and the Pulse Width to 10 (*100ms). In the macro window, create a new parameter for reset making it a bit data type and LB0 for the address and address type. Upon testing, you will find that activating this bit to 1 will designate all values to equal 0 and will resume counting when the bit value is 0 again. seconds++; if(reset == 1){ seconds = 0; minutes = 0; hours = 0; } if(seconds == 60){ seconds = 0; minutes++; if(minutes == 60){ minutes=0; hours++; } } We hope this helps.

@@Anaheimautomationinc Thanks for answering, I have modified the time in the timer, it already counts the seconds well. The minutes should mark up to 60. And they reach 99. In numeric data I should put min 0 max 60 or put min 0 max 99, I have put both. and when it reaches 99 it goes out of range. The hours do not mark them. I don't know how to do macros, I haven't studied c language. Could you do the macro? When a PLC output is active, it starts counting, and you can reset it. I would be grateful to you. Thank you and regards

@@manolomanu1243 We apologize for the inconvenience. The macro we provided in our previous response should have given the results you're looking for. If the difficulty persists, we recommend contacting our applications engineers directly. They can be reached by email at applications@anaheimautomation.com or by phone at (714) 992-6990. They will be able to assist you more thoroughly.

Hello, very good videos. I have made the macro, the hour counter. On the HMI When the HMI is switched off, the accumulated hours are deleted. What can be done so that the accumulated hours are not deleted when the HMI is disconnected. Thank you and regards@@Anaheimautomationinc

It is the Current percentage as a function of the Sin of the angle

Hello Farah, You do not need a macro to display the RTC. The HMIs have built in system registers for reading the RTC. Those registers are as follows: LW10000: RTC Seconds (0-59) LW10001: RTC Minutes (0-59) LW10002: RTC Hours (0-23) LW10003: RTC Day (1-31) LW10004: RTC Month (1-12) LW10005: RTC Year (2000 - 2037) LW10006: RTC Week (0-6) By simply using a Number Component, you can display these system registers in the order of your choosing and display the Real Time Counter. Thank you for contacting us. Hope this helps!

@@Anaheimautomationinc Thank you, very helpful. Do you know how to control the timer? start and stop the timer using bit button? I can start the timer using triggered address but cannot stop it..:))

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