3/6/9PCS Mechanical Endstop Limit Switch Touch Switch Module with Cable 3D Printer Parts RAMPS 1.4 Mega2560 Control Board Quake 6pcs

Mechanical Endstop Limit Switch Module – 3D Printer RAMPS 1.4

6pcs
Sale price  $24.61 Regular price  $29.53
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3/6/9PCS Mechanical Endstop Limit Switch Touch Switch Module with Cable 3D Printer Parts RAMPS 1.4 Mega2560 Control Board Quake 6pcs

Mechanical Endstop Limit Switch Module – 3D Printer RAMPS 1.4

Sale price  $24.61 Regular price  $29.53
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Mechanical Endstop Limit Switch Module for 3D Printers & CNC Machines

Upgrade your 3D printer or CNC build with the Dolyper Mechanical Endstop Limit Switch Module — a reliable, easy-to-install touch switch kit designed for RepRap printers, RAMPS 1.4 boards, Mega2560 control boards, and other popular RepRap-compatible electronics. Available in convenient 3-pack, 6-pack, or 9-pack bundles to suit your project needs.

Key Features

  • Wide Compatibility: Fully supported by RepRap electronics, RAMPS 1.4, Mega2560, and other mainstream RepRap control boards.
  • Premium 22AWG Wiring: Thick copper-core wire rated up to 2A current and 300V voltage — far superior to standard thin copper connections.
  • High-Temperature Insulation: The insulating layer withstands temperatures up to 80°C, ensuring stable performance even in demanding environments.
  • Generous Cable Length: Each module comes with a 70 cm (approx. 27.5 in) cable for flexible routing inside your printer or CNC enclosure.
  • Compact & Precise: Measures just 32 × 10 mm — a slim, universal form factor that fits most standard mounting positions.
  • No Assembly Required: Plug-and-play design; connects straight to your control board with no soldering needed.
  • Universal Mounting: Commonly used model with strong universality across DIY and commercial 3D printer builds.

Wiring / Connection Guide

  • Red Wire → VCC (RAMPS "+")
  • Black Wire → GND (RAMPS "−")
  • Green Wire → SIGNAL (RAMPS "S")

Note: A properly configured 3D printer or CNC system typically requires a minimum of three mechanical endstop switches (one per axis).

Specifications

Item Type Mechanical Endstop Limit Switch
Wire Gauge 22AWG copper core
Rated Current Up to 2A
Rated Voltage Up to 300V
Max Insulation Temp 80°C
Cable Length 70 cm (~27.5 in)
Module Size 32 × 10 mm
Assembly Required No
Compatible Boards RAMPS 1.4, Mega2560, RepRap boards
Country of Origin Made in China

Package Contents

  • 3, 6, or 9 × Mechanical Endstop Limit Switch Module with Cable (select your quantity above)

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Frequently Asked Questions

Q: Are these mechanical endstop limit switches compatible with RAMPS 1.4 and Mega2560 boards?

A: Yes! These mechanical endstop limit switch modules are fully compatible with RAMPS 1.4, Mega2560 control boards, and a wide range of other RepRap-based 3D printer and CNC electronics. The three-wire (VCC, GND, SIGNAL) connector plugs directly into the standard endstop header on your control board.

Q: How many endstop switches do I need for my 3D printer?

A: A standard Cartesian 3D printer requires a minimum of three mechanical endstop switches — one for each axis (X, Y, and Z). Selecting the 3-pack covers a single printer, while the 6-pack or 9-pack is ideal for multi-printer setups or as backup spares for your workshop.

Q: What is the cable length on each module?

A: Each mechanical endstop limit switch module includes a 70 cm (approximately 27.5 inches) cable, providing ample length for flexible routing within most 3D printer frames and CNC enclosures.

Q: Do I need to solder anything to install these limit switches?

A: No soldering is required. These modules come pre-assembled and pre-wired with a standard 3-pin connector, making installation straightforward — simply plug into your RAMPS or compatible control board's endstop connector.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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