What is the problem? Cannot print with mmu v2 in single mode
What did you already try to solve it? tried many things. tried altering the g code to let it know what filament i want to use. no fix
Additional information about your setup (OctoPrint version, OctoPi version, printer, firmware, octoprint.log, serial.log or output on terminal tab, ...)
I'm still waiting for my MMU 2.0.
I remembered that one plugin made problems with the single mode MMU 1.0 too. Can't remember what. I'll investigate.
Have you tried the save mode with OctoPrint?
Could both of you please share some logs so the people capable of potentially fixing anything in OctoPrint (read: me) are at least able to understand what is not working? "Cannot print" isn't really helpful. Thanks.
Even sans logs it'd be helpful if you could describe what the problem is. I avoid using single mode because it wants to prompt for a filament; instead I use MMU2 mode and just select one filament.
I am running the MK# with the MMU V2 and I experience the same issue or near same issue.
ISSUE: Octopi is not aware of an Intervention step required by the user to confirm the loaded filament on the RamBo LCD.
MY SETUP
OctoPrint 1.3.10 running on OctoPi 0.15.1
Slic3r PE connected via KEY to Octopi
Slic3r PE configuration has 1 extruders with support ticked for Single Extruder Multi Material Mode.
OctoPi set up of printer is AUTO, AUTO, 5 Extruders, 1 shared nozzle
Trail on log
Changing monitoring state from "Offline" to "Detecting serial port"
Serial port list: ['/dev/ttyACM0']
Connecting to: /dev/ttyACM0
Changing monitoring state from "Detecting serial port" to "Opening serial port"
Connected to: Serial<id=0x723537f0, open=True>(port='/dev/ttyACM0', baudrate=115200, bytesize=8, parity='N', stopbits=1, timeout=10.0, xonxoff=False, rtscts=False, dsrdtr=False), starting monitor
Starting baud rate detection...
Changing monitoring state from "Opening serial port" to "Detecting baudrate"
Trying baudrate: 115200
Send: N0 M110 N0*125
Recv: start
Changing monitoring state from "Detecting baudrate" to "Operational"
Send: N0 M110 N0*125
Recv: echo: 3.5.0-1749
Recv: echo: Last Updated: Nov 22 2018 23:35:16 | Author: (none, default config)
Recv: Compiled: Nov 22 2018
Recv: echo: Free Memory: 2038 PlannerBufferBytes: 1392
Recv: echo:Stored settings retrieved
Recv: adc_init
Recv: CrashDetect ENABLED!
Recv: PAT9125_RES_X=0
Recv: PAT9125_RES_Y=240
Recv: PAT9125_init:1
Recv: PAT9125_RES_X=0
Recv: PAT9125_RES_Y=240
Recv: PAT9125_init:1
Recv: FSensor ENABLED
Recv: echo:SD card ok
Recv: Error:No Line Number with checksum, Last Line: 0
Recv: Resend: 1
Send: N1 M115*39
Recv: ok
Recv: fsensor_autoload_check_start - autoload ENABLED
Recv:
Send: N2 M21*18
Recv: FIRMWARE_NAME:Prusa-Firmware 3.5.0 based on Marlin FIRMWARE_URL:https://github.com/prusa3d/Prusa-Firmware PROTOCOL_VERSION:1.0 MACHINE_TYPE:Prusa i3 MK3 EXTRUDER_COUNT:1 UUID:00000000-0000-0000-0000-000000000000
Recv: ok
Recv: echo:SD card ok
Send: M20
Recv: ok
Recv: Begin file list
Recv: G18E27~1.GCO 2632986
Recv: G25CAC~1.GCO 8763285
Recv: End file list
Recv: ok
Send: M105
Recv: ok T:107.1 /0.0 B:70.6 /0.0 T0:107.1 /0.0 @:0 B@:0 P:42.4 A:38.4
Send: M105
Recv: ok T:104.8 /0.0 B:70.2 /0.0 T0:104.8 /0.0 @:0 B@:0 P:42.2 A:38.2
Send: M105
Recv: ok T:102.6 /0.0 B:69.8 /0.0 T0:102.6 /0.0 @:0 B@:0 P:41.9 A:38.5
Send: M105
Recv: ok T:100.5 /0.0 B:69.4 /0.0 T0:100.5 /0.0 @:0 B@:0 P:41.8 A:38.0
Recv: MMU version valid
Recv: MMU - ENABLED
Send: M105
Recv: ok T:98.5 /0.0 B:69.0 /0.0 T0:98.5 /0.0 @:0 B@:0 P:41.7 A:38.1
Changing monitoring state from "Operational" to "Printing"
Send: N0 M110 N0*125
Recv: ok
Send: N1 M73 P0 R11*36
Recv: NORMAL MODE: Percent done: 0; print time remaining in mins: 11
Recv: SILENT MODE: Percent done: 255; print time remaining in mins: -1
Recv: ok
Send: N2 M73 Q0 S11*39
Recv: NORMAL MODE: Percent done: 0; print time remaining in mins: 11
Recv: SILENT MODE: Percent done: 0; print time remaining in mins: 11
Recv: ok
Send: N3 M201 X1000 Y1000 Z1000 E5000*57
Recv: ok
Send: N4 M203 X200 Y200 Z12 E120*8
Recv: ok
Send: N5 M204 P1250 R1250 T1250*80
Recv: ok
Send: N6 M205 X8.00 Y8.00 Z0.40 E1.50*60
Recv: ok
Send: N7 M205 S0 T0*36
Recv: ok
Send: N8 M107*45
Recv: ok
Send: N9 M107*44
Recv: ok
Send: N10 M115 U3.5.0*84
Recv: ok
Send: N11 M83*40
Recv: ok
Send: N12 M104 S215*80
Recv: ok
Send: N13 M140 S60*97
Recv: ok
Send: Tx
Send: N14 M190 S60*107
Recv: echo:busy: paused for user
Printer seems to support the busy protocol, will adjust timeouts and set busy interval accordingly
Recv: echo:busy: paused for user
Recv: echo:busy: paused for user
Recv: echo:busy: paused for user
Recv: echo:busy: paused for user
Recv: echo:busy: paused for user
Recv: echo:busy: paused for user
Result is that you have to press a button to say what filament lane number is to be used, rather than defaulting to a specific pre-configured selection.
Unless of course I am not doing something correct here, but this is the problem I have and I hope it reflects the above less detailed explanations of the experience.
Sorry for that, here it is.. it is relatively basic but for me, helps a lot.. But for single filament jobs always use LANE #1 postion phycially as sometime the job process sometiomes screws up and references a different lane on the MMU Selector as #1 if you choose from #2 to #5