KMX-M70K0-002 Z-axis Motor
Part No.: KMX-M70K0-002
Item Name: Z-axis Motor
Brand: YAMAHA
Applicable Models: YAMAHA YRM20 Series Mounter, specially for RM Rotary Mounting Head
Function: It drives the vertical Z-axis lifting movement of the mounting head, precisely controlling the pickup height of nozzles and pressing depth during component placement, so as to realize accurate component mounting on circuit boards with various surface height differences.
- KMX-M70K0-002 Z-axis Motor
KMX-M70K0-002 is the Z-axis motor for YAMAHA YRM20 mounter, exclusively matched with RM rotary mounting head as the core drive component for nozzle lifting. This original YAMAHA motor accurately adjusts pickup height and placement pressing depth for PCBs of various thicknesses, minimizing component damage and placement deviation to boost production yield.
Worn Z-axis motors often lead to unexpected downtime. We stock sufficient brand-new original and fully tested replacement motors with competitive prices and fast shipment. We supply full-series YAMAHA mounter drive parts for easy installation, restoring high mounting precision and cutting production loss effectively.
For inquiries, please contact us at +8613537875415 or Lizzy@smtlinemachine.com.
Visit us at Xintian Industrial Area, Baoan, Shenzhen City, China.liang
FAQ
Q1: What mounters is this Z-axis motor compatible with?
Compatible with Z-axis drive unit of YAMAHA series mounter.
Q2: What is the core function of KMX-M70K0-002 Z-axis motor?
Drives vertical lifting of mounter nozzle Z-axis, accurately controls pick & place height to ensure mounting precision.
Q3: Can it directly replace the original motor?
Fully matched parameters and mounting dimensions with original motor, direct replacement without extra debugging.
Q4: What production problems will be caused by motor failure?
Z-axis lifting jamming, mounting offset, abnormal component picking, machine servo error & shutdown.
Q5: What symptoms indicate the motor needs replacement?
Replace when abnormal running noise, severe positioning deviation, weak lifting force, frequent servo alarms or coil aging short circuit.