skr 1.3 lcd displays brands

2023-01-03 12:32:11

Update : someone with the same setup than me ( SKR 1.3 + Ender 2) sent me a firmware.bin file and the screen works! The first time i put his firmware it didn"t work and after going through the pdf guide it says one has to press the red button and wait 10sc for the changes to takes effect, and after waiting it worked.

Then when I compile I get a lot of warnings from Marlin/src/pins/lpc1768/pins_BIGTREE_SKR_V1.3.h which i guess means that"s where he defined the right pins for the ENDER2_DISPLAY?

I had problem with error marlin #error "Please select no more than one LCD controller option." during compilation comes from SanityCheck.h. I found a solution here https://github.com/MarlinFirmware/Marlin/issues/5545 and I disabled SanityCheck.h at

About your issue with preheating, I have to check with my printer. I use fresh version of Marlin-bugfix-2.0.x and I have SKR MINI E3 DIP v1.0. What I noticed heating up is slightly slower then on original Melzi board.

Regarding the 2 display error, just uncomment one of the displays so you"re only keeping one display marked as active. Right? Or is it something different. I haven"t looked at the link given with your explanation. Thank you for the info by the way. My biggest issue is still the fact my hotend and bed heat up when I try to preheat the bed only.

On Fri, Nov 1, 2019, 15:21 Grrby @.***> wrote: Hi, After planing around, my Ender2 display works with SKR MINI E3. I just copy solution from SKR 1.3 board and assigned proper stm32 pins. So I added ENDER2_DISPLAY to Marlin/src/pins/lpc1768/pins_BIGTREE_SKR_E3_DIP.h #if HAS_SPI_LCD #define BEEPER_PIN PA15 #define BTN_ENC PB6 #if ENABLED(CR10_STOCKDISPLAY) #define LCD_PINS_RS PB8 #define BTN_EN1 PA9 #define BTN_EN2 PA10 #define LCD_PINS_ENABLE PB7 #define LCD_PINS_D4 PB9 //#else //#error "Only CR10_STOCKDISPLAY is currently supported on the BIGTREE_SKR_E3_DIP." #endif ///////////////////////////////////////////////////////////////////////////////////////// #if ENABLED(ENDER2_DISPLAY) #define BTN_EN1 PA9 #define BTN_EN2 PA10 #define DOGLCD_CS PB8 #define DOGLCD_A0 PB9 #define DOGLCD_SCK PA15 #define DOGLCD_MOSI PB7 #define FORCE_SOFT_SPI #define LCD_BACKLIGHT_PIN -1 #endif //#endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////// #endif // HAS_SPI_LCD I had problem with error marlin #error "Please select no more than one LCD controller option." during compilation comes from SanityCheck.h. I found a solution here #5545 http://url and I disabled SanityCheck.h at #if COUNT_LCD_24 > 1 #error "Please select no more than one LCD controller option." #endif Maybe someone will find better and more elegant solution. — You are receiving this because you commented. Reply to this email directly, view it on GitHub <#15624?email_source=notifications&email_token=AA5O2XQJKJFCBLOGO264CDTQRQ3PDA5CNFSM4JDIIYR2YY3PNVWWK3TUL52HS4DFVREXG43VMVBW63LNMVXHJKTDN5WW2ZLOORPWSZGOEC3BWVQ#issuecomment-548805462>, or unsubscribe https://github.com/notifications/unsubscribe-auth/AA5O2XQ5L7JAOTCMGFLXR4DQRQ3PDANCNFSM4JDIIYRQ .

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I have STM32F103RE as well but I compiled for STM32F103RC, so it"s not enough room for full option like mesh bedleveling. I"ll try to change to RE version.

Micro SD is an nightmare. I have original encloser on my Ender2 and SKR board is bit shorter then Melzi, so now I need tweezers to remove SD. I"m going to cutout a base for better access.

Thanks @TheAssassin for the PR! I bought an SKR Mini E3 v1.2 for my Ender 2, and been struggling with the display, and the comments here helped me to get things kinda going, and now I hope that the glitches will go away.

@brenca Your fix got my Ender 2 display working on the SKR MINI E3 V1.2. Nice fix. I now have MKS_MINI_12864 enabled and Brenca fix was to add #define BTN_ENC PB6 and make sure BOGLCD_SCK is PB5.

Is this also fixing the initial issue? Because the issue is for SKR 1.3 which uses LPC1768 environment, whereas the SKR MINI 1.3 uses STM32. If there is pins to change it should be in Marlin/Marlin/src/pins/lpc1768/pins_BTT_SKR_V1_3.h . I don"t know how to check if this file has been corrected, I am a github beginner. Thanks for the huge help so far everyone.

skr 1.3 lcd displays brands

I have an Ender 3 Pro with an Skr1.3 and TMC2209s fitted, which is almost silent, so I decided to go this route on the E5+. I did not, however, want to replace the stock screen. I only really need the screen for being able to stop a print, or to move the axis – I print from Octoprint so have no need of a BTT TFT3.5 V3 screen etc (although I DO have one on the Ender 3)

Remove the board, and mount the adapter plate you printed earlier, then attach the SKR1.3 to the mounting plate. (You may at this point find it easier to connect the blue USB cable and sdcard extender before mounting as space is tight!) Note, when mounting the end-stop plugs in the SKR you will need to carefully cut off one of the lugs so it can fit. Looking at the diagram above, they connect to the two rightmost pins in the relevant sockets.

#define MachineEnder5Plus#define BedDC#define ABL_BLTOUCH#define ABL_BI#define MelziHostOnly // Enable this to turn off local SD support and instead prioritize options for Octoprint or USB#define SKR13 // 32 bit board - assumes 2208 drivers#define SKR_2209

#define DualZ // Uses 5th driver on CRX or SKR boards as Z2#define MeshStd#elif ANY(MachineCR10Orig, SKR13, SKR14, SKR14Turbo) && DISABLED(SKR13_ReverseSteppers)

Cycle the power, and you should now have a working screen, with Marlin 2.0 on your SKR, running 2209s in UART mode (No need to set VREFS) and enjoy the silence!

skr 1.3 lcd displays brands

Within all the 32-bit boards that have been released, the SKR 1.3 has many advantages that have made it a success:Low cost. Barely higher than the equivalent with Ramps.

skr 1.3 lcd displays brands

To fix the blue or blank screen on a 3D printer, make sure your LCD cable is connected to the correct port on your machine. You also want to check that your voltage is set correctly based on your region. Changing SD card can help if it is damaged. Reflashing your firmware has worked for many people.

The blue or blank screen on your 3D printer’s LCD panel can appear due to a number of different reasons. I’ll go through all of them below to cover the possibilities and help you quickly get back to 3D printing.

One common reason why the Ender 3 can show a blue screen is due to not plugging in your LCD cable in the correct port on your Ender 3. There are three LCD ports that you’ll see on the Ender 3, so ensure that you are using the third port (on the right) to get it working correctly.

The connector should be named EXP3 and it’s keyed so you can only put it in one way. In this step, you also want to unplug the LCD screen altogether and plug it back in.

Some people have reported that they were using an incorrect voltage for their 3D printer that not only displayed a blank screen on the LCD interface but blew up the power supply as well a little while later.

Several people experiencing the Ender 3 blank blue screen have reported a common fix in regard to their SD card. They were actually using a fried SD card that had stopped functioning and was instead causing the LCD screen to go blank.

I’ve read around about users who got into contact with either Amazon or Creality’s customer service and have been sent a new motherboard, LCD screen or cables to get their screen working again.

Users who have encountered an unsolvable Ender 3 Pro blue screen of death decided to opt for this mainboard and found it booting up the LCD screen perfectly.

One strange strategy that worked for one user to fix the blue screen on their Ender 3 was to turn off the 3D printer and manually push the print bed back with a little pressure to have the LCD screen light up.

skr 1.3 lcd displays brands

BIGTREE-TECH’s SKR V1.3 offers a great amount for its money. Including 32-bit processing, built-in UART channels and Smoothieware and Marlin compatibility. Is this too good to be true? Let’s find out.

BIGTREE-TECH was kind enough to supply the SKR V1.3 along with some TMC2208’s V1.2. Furthermore they also supplied a TFT35 V1.2 Touch Screenfor the purpose of this review. However the set up guides for the firmware configuration and the BIQU TFT35 will be covered in a further post.

Firstly SKR V1.3 from BIGTREE-TECH, comes packaged in a black box with a RED logo on the front. On one side there is the companies official website address, and the other a link to their Facebook group.

Inside the box and the SKR V1.3 is sealed in an anti-static bag. While alongside is the supplied micro SD memory card and a USB cable. On the memory card you will find firmware for both Marlin 2 and Smoothieware. However it is likely out of date. But keep a hold of it for reference and start with the latest version of either Marlin V2 or Smoothieware. Also included is some spare jumper bridges and a business card with the company details.

One thing that is particularly nice on the SKR V1.3 is how cleanly soldered the board is. It makes a nice change to look at a PCB and get excited about how good it looks. Perhaps its a bit geeky to get excited over this. Nonetheless it makes a nice change not to wash flux off or re-solder any points.

The stepper drivers themselves are extremely clean. Only one TMC2208 had solder from the chip seeping through. This can be a normal occurrence and doesn’t effect the stepper drivers performance or its cooling. If you are wishing to setup the SKR V1.3 with TMC2208’s in UART mode chances are you are going to need to solder J2 on the back of the stepper driver to the adjoining pad.

Supplied in just an anti-static bag the BIQU TFT35 V1.2 Touchscreen isn’t quite as finely finished as the SKR V1.3 or the TMC2208’s V2.1. Whilst that’s not critical the functionality of the touch screen is important. The screen itself doesn’t seem very well handled during the manufacturing process. It is not particularly firmly attached and the rear of the screen is peeling away, with the amount of light from it I can only presume it is the TFT35’s backlight, and is not adhering well. However time will tell if this will affect performance. As long as it functions and behaves responsively, then it should not overly matter.

BIGTREE-TECH’s SKR V1.3 features the 100 MHz LPC1768 ARM cortex-M3 CPU for the SKR’s 32-bit processing. Supporting the following stepper drivers TMC2130, TMC2208, TMC2100, ST820, DRV8825, and A4988 stepper drivers.

Depending upon your particular printer setup, the SKR V1.3 can either be powered with a 12 V or 24 V and is protected with removable 10 Amp and 20 Amp blade fuses. The 20 Amp fuses is for the heating systems such as heat bed and extruder. Whilst the 10 Amp fuse is taking care of the stepper drivers and elements on the board itself.

The SKR V1.3 natively supports dual extruder setup with a single Z-axis, dedicated pins for TFT touch screen, and dedicated pins for a BLTouch automatic bed levelling probe.

BIGTREE-TECH’s SKR V1.3 is a remarkably capable 32-bit board, which punches way above its price tag. Ridiculously so! Currently for sale at around $19 USD with free delivery, that’s £15 delivered to us in the United Kingdom for the board.

Taking full advantage of what Marlin firmware V2 has to offer, the SKR V1.3 teamed with their faultless TMC2208’s offers faster and finer finished prints than an 8-bit setup. Whilst this is to be expected, I still was not expecting as good a performance for a board costing as low as the SKR V1.3.

If your thinking of moving from an 8-bit to a 32-bit board you cant go wrong with the SKR V1.3 from BIGTREE-TECH. If I was to say one thing it would be, Just order it! Ordinarily I would mumble to the screen if someone wrote that, but for a board with the capability of the SKR V1.3 and price. It would be simply mad not too!

It would have been an extra touch to have had supplied spare blade fuses, but not a deal breaker. The only complaint that I have with the SKR V1.3 is lack of dedicated servo pins. Despite there being workarounds in my opinion there should be more connectivity not less.

skr 1.3 lcd displays brands

If it is software, you should not see it on a stable stock marlin release with minimal customizations to enable the LCD. Usually nothing else shares pins with the LCD, but please do double check pin assignments.

Issue could be due to bad wiring or wires running in areas where they are picking up noise as the system boots up; LCD ribbons are not particularly noise resistant. I say wiring but it could be anywhere along the circuit, including circuit boards.

skr 1.3 lcd displays brands

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