Genuine OMRON TL-Q5MC2 2M NPN NC inductive sensor, suitable as Z probe, with a 5mm sensing distance. Note does not sense Aluminium early enough. Requires a spring steel sheet needs longer screws than the BOM sensor (2x M3x25 instead of M3x20)

Optical sensor PCB for TAP including adapter cable to our wire harness for Plug&Play (For the 5V version you need to ensure 5V, we are working on some documentation. You can also open a ticket for some help!).INFO: (Updated 5.1.23)  At the moment we deliver a 5V only version. There are some issues with the official design. Even with some intermediat solusions we see remaining risk. Warning Do not connect or disconnect the PCB when the printer is powered! Technical Data 5V supply voltage only Open drain signal output Optional 10k pull-up (against +5V) on signal output (via solder bridge) OPB971N51 sensor Contents 1x full assembled and 100% tested PCB 1x short cable (JST-PH => Molex Microfit 3.0)

DIY Z Endstop PCB, requires custom printed part and soldering. Contents 1x PCB 1x 3-Pin JST-XH connector 1x Omron D2F-5L Hint Use our prepared connection cable Nozzle Endstop Wire Harness Downloads Z-Switch_FermioLabs_Rev1.stl Note Pins of the connector and microswitch have to be cutted very flat before soldering!

Wire harness for our Nozzle Endstop with 100cm of black Helukabel Heluflon®-fep-6y 0.25mm² and on both ends you have a already crimped 3-pin JST-XH connector.

X/Y Hall Effect endstop for contactless end position triggering. The endstop is plug&play for our Wire Harness! Contents 1x Hall Effect Endstop, ready and 100% tested 2x 6x3mm black N52 magnets NoteYou need a different print part from the release ([a]_endstop_pod_hall_effect.stl)

DIY X/Y Microswitch Endstop PCB. This PCB is compatible with our Wire Harness! Soldering and printed part required. Contents 1x PCB 1x 4-Pin black JST-XH compatible connector Note: you need two Omron D2F-5L or similar microswitches! Download Microswitch_Edge_Pod.stl