WinchRack_Type2 V1 for ERCF buffer
youtube WinchRack_Type2 V1 Testing video : https://www.youtube.com/watch?v=6KahxyvfvtI
ERCF(당근)과 연동하여 테스팅한 유투브 영상입니다.
youtube WinchRack_Type2 V1 Applying ERCF video : https://www.youtube.com/watch?v=UDQim4SroeI
v6cl (방탄쪼끼) is a nice member of the same country and VORON User kakao chat room.
He is adept at design and has helped shortcomings in the multi-color ERCF buffer, for which we are grateful.
Building upon his design, I have received wonderful ideas to modify the structure for improved spatial aspects and easier spool install.
방탄쪼끼님 멋져요!
You can access his original material through the link below.
v6cl WinchRack original Verison github : https://github.com/v6cl/WinchRack/tree/main
v6cl Test youtube video : https://www.youtube.com/shorts/trHfZH3sDRs
Winchrack base component list has been imported as is.
Wago 5pin x 2
(Choose option1) Opto endstop x 1 (https://zrr.kr/ZYrV)
(Choose option2) Opto interrupt x 1 (https://a.aliexpress.com/_oFFfkt0)
n20 gear motor 300 rpm 5v ~ 6v x 1 (https://zrr.kr/33Ta)
ls-p20/15 3kg x 2 (https://zrr.kr/Rqkb)
mosfet switch 1ch x 1 (https://zrr.kr/TrOc)
608zz x 8 (optoion 1 more : you can get 4mm bearing ball 608zz decomposition)
623zz x 8
silicon ring x 1 (https://zrr.kr/E5Dk)
PTFE tube 3x4 or 2x4
m3 insert nut (OD 5mm, L 4mm)
m3 bolts
m4 bolt 15mm x 2 (For ls-p20/15)
m2 self tapping screw 8~10mm x 4
6mm collet for 4mm PTFE Tube x 1 (https://zrr.kr/7WdG)
D2F Micro switch
4mm Bearing ball (608zz including 7 pcs 4mm ball. You can get it decomposition 608zz)
# Assembly precautions When assembling, make sure to clean the inside of the 608 bearing to ensure smooth rotation when turned. The bearing should rotate smoothly with minimal friction, at least for several turns.
Due to the friction of the bearing balls, the front and rear rails move, so be sure to assemble the 4mm bearings and switches.
It is permissible to change the polarity of the power supply to reverse the motor direction, or to relocate the motor while maintaining the polarity marked on the motor as positive (+). If you changing motor location, use stl file AccelMotor_mag_holder_Frame_Reverse.stl and FrontFoot_Reverse.stl
-
AccelPedal 623zz 고정할때 둥근머리 볼트로 고정해야 합니다.
When fixing AccelPedal 623zz, you should use a rounded head M3 bolt. -
AccelPedal 조립 후 스풀 롤러와 Accel Roller 고무와 마찰이 잘 되도록 하기 위해
전자석이 1mm 정도 떨어졌다 붙었다 하게 됩니다.
최적 위치 조절하면서 볼트를 조여 주세요.
After assembling the AccelPedal, the electromagnet should be positioned about 1mm away and then attached,
allowing for optimal adjustment while tightening the rear bolt to ensure good friction between the spool roller and the Accel Roller rubber.
- 5kg 무게 저울 센서 (보드 포함) 1개
5kg Loadcell including HX711 - 아두이노 NANO 1개
Arduino Nano Board
Recommnad small size board : ESP32-C3 - 0.96 inch OLED 12C 버전 1개
- M3 insert 6 PCS
- M4*12mm 4 PCS
- M3*8mm 6개
- 기타 전원선
- File modification for filament switch performance enhancement : SensorDetection_middle_Narrow.stl file.
- Motor Mount location changing.
- Changing Rear Roller 608zz 4pcs instead of printout TPU Roller.
- Add 2.5mm ~ 3mm space and 41mm pipe. You can adjust gap.
- Version1 Final Release
락액락 통에 넣을 수 있는 사이즈로 길이를 줄였습니다.
- Reduce lenth to 227mm
필라멘트 잔여량 측정이 가능하도록 무게 측정하는 버전 개발 진행
- Spool Weight Beta Testing version Modeling added
테스팅결과 스풀의 무게로 롤러 양쪽이 쳐지는 문제가 발생이 되었습니다.
구조적으로 쳐짐이 발생되지 않도록 설계 보강하였습니다.
- Design Change to Withstand Spool Weight Load
- Filament Remaing Weight arduino coding verify complted
- Relase Measure Filament remaing weight
- Writing Connection Diagram
- WinchRack V3 is redesigning the sensor rail to be simpler and reduce bearing parts.
감사합니다.