Replaced JLF PCB for Sanwa TP-MA PCB Board Omron 187 Microswitches Hot Swap Joystick Board for OTTO DIY V2 V5 Kit Replaced JLF PCB for Sanwa TP-MA PCB Board Omron .187" Microswitches Hot Swap Joystick Board for OTTO DIY V2 V5 Kit The Sanwa TP-MA PCB Assembly is one of the most common microswitch PCBs, with a tried and true design that remains one of the fighting game standards. That said, should a microswitch need replacement due to damage or fault, your options are quite limited. You either buy a new TPMA PCB or solder a new replacement microswitch. Enter our JLF PCB. The device will fit Omron terminal microswitches that can substitute the switches found in the TPMA. Just snap in each microswitch into the PCB's metal connectors - no soldering needed. And it support many kinds of other microswitches, Honeywell and other s. Features: *Compatible Omron microswitches *Compatible Honeywell microswitches *Will fit Sanwa JLF-TP-8YT, Sanwa JLF-TP-8Y-SK Joystick, and most Sanwa JLF clone models that use TPMA design. *5-pin JST-NH male connector attaches to existing JLF 5-pin female harness present in most Fightsticks. *Aluminum core for durability. *Will work with OTTO DIY V2 and V5 Kit for JLF. Our Design: Replacing a switch on your Sanwa JLF PCB is tedious and daunting! We aim to make life a bit easier with the Shuriken JLF PCB. It fits perfectly into an authentic Sanwa JLF stick (or clone) as it is designed to be a drop-in replacement. It is also compatible with the Sanjuk V3 and the OTTO DIY V2 & V5 Kit. Each switch can be replaced separately with no need for soldering and no need to replace a whole PCB that might have other functioning switches. H Position for Honeywell Microswitches O Position for Omoron Microswitches \_ Position for other \_ types microswitches Compatible with Honeywell microswitches Compatible with Omron microswitches Click the picture to know more details Compatible with ZIPPY VM-05B-00D0-Z Microswitches Work with OTTO DIY V2 V5 Kit for JLF This Listing Include: One pcs JLF PCB We care your orders _x000D_