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The MKS SERVO42D is a cutting-edge closed-loop stepper motor driver designed for precision applications like 3D printing and CNC engraving. With features like 256 microstepping, RS485 communication, and multiple control modes, it ensures optimal performance and reliability. Its aluminum alloy construction enhances durability and heat management, making it a top choice for professionals seeking efficiency and accuracy.
| Manufacturer | POLISI3D |
| Product Dimensions | 3.8 x 3.8 x 0.5 cm; 109 g |
| Batteries required | No |
C**P
Incorrect CAN behaviour
1) I am seeing error frames when running on a bus that's using extended identifiers. The identifiers used by the servo are standard identifiers, but they should co-exist on a bus that also uses extended identifiers - assuming it is using a CAN peripheral that does not only support 11-bit identifiers (I've not seen one of those for a long, long time).2) The servo responds to CAN commands by sending a response using the same identifier. This is not good, as an identifier should only be sent by a single node! It is possible for messages to disrupt each other if an identifier is sent by more than one node and the transmissions are scheduled at the same time.3) The servo appears to send random responses at times.4) A few times it has displayed "Test OK" and lost all of its settings. Not sure what's causing that.
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