Print head fy38 for Kingroon KP3S

prusaprinters

(Google translated English)I designed and shared a lightweight print head mounter to fix V6Hotend, Sherpa-mini, 3010 Hotend Fan, 5015 Section Fan and Panasonic GX-H8A or B Probe for Kingroon KP3S. An X belt tension adjustment mechanism, X head position fine adjustment mechanism, and acceleration sensor board mounting hole are also provided on the back of the print head.Some parts are M3 tapped, so we recommend purchasing a tap drill set even if it is inexpensive.Reference URL(JPN): https://amzn.to/43nC3XjProcessing example: https://www.youtube.com/watch?v=5AMY5ZxE_U4It seems that the following screws are used except for the Sherpa-mini part, so I designed it so that it can be distributed and covered with a general button bolt set.Reference URL(JPN): https://amzn.to/445JB20M3x8 3pcsM3x10 4pcsM3x12 1pcsM3x14 2pcsM3x16 4pcsM3x20 5pcsM3nut 3pcsM3insert nut 4pcsThe description of [probe] on Klipper by attaching Panasonic GX-H8A or B is as follows.Reference URL(JPN): https://www.monotaro.com/p/4711/0427/[probe]## Inductive Probe - If you use this section , please comment the [bltouch] sectionpin: ^!PC4 # Added "!" for non-proximity ON, no ! for non-proximity OFF. ^ is a pull-up specification (when turned ON - connected sensor)x_offset: 0 # X distance between nozzle and sensory_offset: -19.4 # Y distance between nozzle and sensorsamples: 2 # number of samples for each pointsamples_result: median # how each sample is calculated: median=median, average=averagesample_retract_dist: 1.0 # Height (mm) to lift the tool head between each sample. Detection does not turn off unless distance is taken by the sensorsamples_tolerance: 0.006 # Tolerance between samples (mm). Retry operation when the variation exceeds this value.samples_tolerance_retries: 2 # number of sample retriesz_offset: 1.2 # Increasing the value moves the nozzle closer to the bed.For details on installing probes, please refer to Eitoku's article below.(JPN) https://note.com/eitoku_note/n/n0dcc3f176f32Moyashi's article below is recommended for adjusting Klipper using the accelerometer.(JPN) http://hitoriblog.com/kingroon_kp3s/docs/tuning_klipper_using_an_accelerometer/Kishi Sangyo's article below is recommended for the entire review of Klipper's printer.cfg.(JPN) https://note.com/tcbjr8d/n/nf9b6892c5f1aFor the Sherpa-mini part, he will be a wonderful extruder created by Annex-Engineering. Please refer to the following for reference, reuse, and redistribution of various data such as 3D data.https://github.com/Annex-Engineering/Sherpa_Mini-Extruderhttps://store.annex.engineering/https://discord.gg/MzTR3zEhttps://github.com/Annex-Engineering/ANNEX-Engineering-License-Agreement/blob/main/LICENSE.md (Original Japanese)Kingroon KP3Sに対しV6Hotend, Sherpa-mini, 3010 Hotend Fan と 5015 Section Fan, Panasonic GX-H8A or B Probeを固定する軽量なプリントヘッド用マウンターを設計したので共有致します。プリントヘッド背面にXベルトテンション調整機構とXヘッド位置微調整機構、加速度センサ基板取付穴を設けています。一部M3タップ加工箇所あり安価なものでもタップドリルセットの購入をお勧めします。参考URL：https://amzn.to/43nC3Xj加工例：https://www.youtube.com/watch?v=5AMY5ZxE_U4Sherpa-mini部分を除き下記ねじを使っていそうです、一般的なボタンボルトセットで分散カバーできるよう設計してみました。参考URL：https://amzn.to/445JB20M3x8 3pcsM3x10 4pcsM3x12 1pcsM3x14 2pcsM3x16 4pcsM3x20 5pcsM3nut 3pcsM3insert nut 4pcsPanasonic GX-H8A or B を取り付ける事によるKlipper上での[probe]記載は当方下記としています。参考URL：https://www.monotaro.com/p/4711/0427/[probe]## Inductive Probe - If you use this section , please comment the [bltouch] sectionpin: ^!PC4    #非近接ONは"!"追加、非近接OFFは!なし。^はプルアップ指定(ONすると－接続されるセンサ)x_offset: 0  #ノズルとセンサのX距離y_offset: -19.4         #ノズルとセンサのY距離samples: 2          #各ポイントのサンプル数samples_result: median    #各サンプルの計算方法: median=中央値、average=平均値sample_retract_dist: 1.0   #各サンプル間のツールヘッドを持ち上げる高さ(mm)。センサにより距離取らないと検出OFFにならないsamples_tolerance: 0.006 #サンプル間の許容誤差(mm)。バラツキがこの値を超えた場合リトライ動作。samples_tolerance_retries: 2 #サンプルの試行回数z_offset: 1.2       #値を増やすとノズルがベッドに近づく。プローブ導入詳細はEitokuさんの下記記事参照がお勧めです。https://note.com/eitoku_note/n/n0dcc3f176f32加速度センサーを使ったKlipperの調整にはmoyashiさんの下記記事がお勧めです。http://hitoriblog.com/kingroon_kp3s/docs/tuning_klipper_using_an_accelerometer/Klipperのprinter.cfg検討全体には貴志産業さんの下記記事がお勧めです。https://note.com/tcbjr8d/n/nf9b6892c5f1aSherpa-mini部分は Annex-Engineering さん作成の超絶素敵エクストルーダーとなります。3Dデータなど各種データ参照や再利用、再配布などに対してはぜひ下記をご参照ください。https://github.com/Annex-Engineering/Sherpa_Mini-Extruderhttps://store.annex.engineering/https://discord.gg/MzTR3zEhttps://github.com/Annex-Engineering/ANNEX-Engineering-License-Agreement/blob/main/LICENSE.md