Dual Z-Axis Stepper Motor Parallel Module with Cable for 3D Printers

₨ 280

Connect two compatible stepper motors in parallel using this compact motor splitter module for 3D printers and CNC applications.
Supplied with a 10cm cable, it offers a simple wiring solution for compatible dual-motor setups.

Add to Wishlist
Add to Wishlist

Description

The Dual Z-Axis Stepper Motor Parallel Module is designed to connect two compatible stepper motors to a single motor driver output in supported 3D printer and CNC control systems. It is useful for setups such as dual Z-axis systems where two motors need to operate together.

Its compact design makes installation convenient, while the included 10cm cable helps simplify connections. This module is intended for small 3D printers or low-current motors where parallel operation is supported. When two motors are connected in parallel, the driver must be capable of supplying the required combined current. Always check your motor and driver specifications before use.

This module can also be used with compatible control boards and splitter applications, including supported RAMPS and CNC Shield setups.

Specifications

  • Product Type: Stepper Motor Parallel Module / Motor Splitter
  • Application: 3D printers and compatible CNC systems
  • Function: Connects two stepper motors in parallel to one driver output
  • Module Size: 25 × 15mm
  • Cable Length: 100mm (10cm)
  • Weight: 4.8g
  • Compatibility: Compatible control boards and motor drivers, subject to electrical requirements

Package Includes

  • 1 × Stepper Motor Parallel Module
  • 1 × 10cm Connection Cable

Note: This module is suitable only when the connected motors and driver support parallel operation. Additional accessories shown in product images are not included. Dimensions may vary by 1–2mm due to manual measurement, and actual product color may differ slightly from screen images.

 

Reviews

There are no reviews yet.

Be the first to review “Dual Z-Axis Stepper Motor Parallel Module with Cable for 3D Printers”

Your email address will not be published. Required fields are marked *