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STD Jackpot CNC Controller V1.2 - FluidNC -

License: GPL 3.0

Project source: Cloned from 4 layer Jackpot RC2

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Creation time: 2023-08-01 02:06:53
Update time: 2023-10-28 03:13:59

Making your own Boards

If you decide to make and buy your own boards from here, a ~$2 US per board is a nice way to support future development, and pay for the R&D that went into this board. Money is not the only way, reviews, showing your projects, word of mouth, and answering questions helps.
Donations are not required but much appreciated, if you have interest in larger orders please reach out for more information.


Where and how to donate


The Jackpot CNC Controller!


Detailed information here, https://docs.v1e.com/electronics/jackpot/


For sale here, https://www.v1e.com/products/jackpot-cnc-controller


Questions should be asked here, https://forum.v1e.com/c/software/fluidnc/43



  • ESP32-wroom-32 Based control board

    • 32bit dual-core 2450mhz board.
    • WiFi, Bluetooth (rarely used), or USB Direct connection
    • Onboard or external antenna
    • Socket based for easy swapping if anything were to ever go wrong
    • 38 pin - ESP32-DevKitC CP2102 - MicroUSB, These seem to be the most reliable.
    • 25.4mm header width
  • 9-24VDC

    • Current required is a minimum of 19W (24Vx0.8A).
    • If you plan on using the high current outputs adjust accordingly.
  • 6x Stepper driver sockets

    • This controller is designed for use with TMC2209 drivers in UART control mode only
    • Typically, TMC2209 drivers are limited to 4 addresses. This controller uses a CS (chip select) pin for 3 of the drivers to allow 6 drivers to be individually controlled.
    • The sockets are labeled XYZABC, but you can use any socket for any axis or motor number. The letters are just for reference only.
    • No Stallguard
  • 7x Inputs

    • All switch inputs are active low, the LED goes on when ground is connected to the pin.
    • They have a 10k pullup external to the ESP32. The signal pin (S) should be connected to the ground pin (G) to activate the switch.
    • The 5V is optional and is used for external switches that require 5V.
    • Define the pins in the config file like this…
    • Define an N.O. switch like this. gpio.xx.low
    • Define an N.C. switch like this. gpio.xx
  • 2x Line level outputs

    • PWM Capable
    • The MOSFETs switch to ground. You can use any voltage up to the VMot max as the positive, as long as it uses the same ground reference.
    • Can be used to drive 2.5A continuously before they overheat. You can use them intermittently up to 3.5A. If using above 2.5A you should test to see if they start to overheat.
    • They can be used with inductive loads (solenoids, relays, DC fans)
  • 2x 5V outputs

    • PWM Capable
    • These will source and sink about 25mA each.
    • See the “Spindle” section of the FluidNC wiki for common uses.
  • 1x Expansion Module socket

    • 6 PACK expansion module source
    • Buy Them
    • This should be able to use any CNC I/O module. Use an 11mm standoff or a 3D printed support in the mounting hole provided.
    • These Modules can be just about anything you need, more inputs, outputs, relays, spindle, VFD, Servo, OLED…
  • 1x MicroSD card slot

    • larger than 2gb needed
    • Fat32
    • 30 character or less file names, 100 character or less file location
  • Firmware

    • FluidNC
    • Text based config file for simple firmware edits.
    • No compiling to flash a board or change the configuration.
    • ~100% GRBL compatible
    • Custom ESP3D-UI which includes a tablet mode with Gcode viewer.
  • Dimensions

Design Drawing
schematic diagram
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ID Name Designator Footprint Quantity Contributor
1 100nF C1,C3,C4,C6,C8,C9,C11,C12,C13,C14,C21,C22,C26,C28,C32 C0402 15 GCM155R71C104KA55D
2 100uF C2,C7,C15,C16,C25,C27,C29 CAP-SMD_BD6.3-L6.6-W6.6-LS7.2-FD 7 FZ100UF35V90RV0145
3 10uF C10 C0805 1 CL21A106KAYNNNE
4 47uF C17,C18 C0805 2 CL21A476MQYNNNE
5 2.2uF C19,C20 C0805 2 0805F225M500NT
6 39pF C23 C0402 1 CC0402JRNPO9BN390
7 6.8nF C24 C0402 1 0402B682K500NT
8 B340A-13-F D1 SMA_L4.4-W2.6-LS5.0-RD 1 B340A-13-F
9 BAT54S D4,D5,D6,D7,D8,D9,D10 SOT-23-3_L2.9-W1.3-P1.90-LS2.4-BR 7 BAT54S_C266597
10 B560C-13-F D18 SMC_L6.9-W5.9-LS7.9-RD 1 B560C-13-F
11 B340A D19,D20 SMA_L4.3-W2.6-LS5.2-RD 2 B340A
12 PZ254V-11-07P H1 HDR-TH_7P-P2.54-V-M 1 PZ254V-11-07P
13 ESP32-S2-LEFT H2 HDR-TH_19P-P2.54-V-F 1 ESP32-S2-LEFT
14 ESP32-S2-RIGHT H3 HDR-TH_19P-P2.54-V-F 1 ESP32-S2-RIGHT
15 HX25418-4A J3,J4,J5,J6,J7,J8 CONN-TH_HX25418-4A 6 HX25418-4A
16 Header-Male-2.54_2x7 J9 HDR-TH_14P-P2.54-V-M-R2-C7-S2.54 1 Header-Male-2.54_2x7
17 10uH L1 IND-SMD_L5.4-W5.2 1 MWSA0503S-100MT
19 Mounting Hole 3.5 MH1,MH2,MH3,MH4 MOUNTING HOLE 3.5 4 Mounting Hole 3.5
20 1x12P 12 Plugin,P=2.54mm Female Header MOD1 HDR-TH_12P-P2.54-V-F (MODULE) 1 A2541HWV-12P (MODULE)
21 TMC2209 Stepstick Left Pins P1,P3,P4,P6,P8,P10 HDR-TH_8P-P2.54-V-M 6 TMC2209 Stepstick Left Pins
22 StepStick Right P2,P5,P7,P9,P11,P13 HDR-TH_8P-P2.54-V-F-1 6 StepStick Right
23 AO3402_C14385 Q3,Q4 SOT-23_L2.9-W1.3-P1.90-LS2.4-BR 2 AO3402_C14385
24 22kΩ R1,R43,R44 R0402 3 0402WGF2202TCE 22K
25 4.7kΩ R2,R29,R30,R31,R33,R34,R35,R36,R37,R38 R0402 10 0402WGF4701TCE 4.7K
26 1kΩ R3,R6,R8,R9,R10 R0402 5 0402WGF1001TCE 1K
27 10kΩ R4,R5,R11,R12,R13,R16,R17,R20,R21,R32,R39,R40 R0402 12 0402WGF1002TCE 10K
28 49.9Ω R7,R14,R15,R18,R19,R22,R23 R0402 7 0402WGF499JTCE 49.9
29 270kΩ R24 R0402 1 RC-02W2703FT 270K
30 13kΩ R25 R0402 1 0402WGF1302TCE 13K
31 100kΩ R26,R41,R42 R0402 3 0402WGF1003TCE 100K
32 51kΩ R27 R0402 1 0402WGF5102TCE 51K
33 TF-01A SD1 TF-SMD_TF-01A 1 TF-01A
34 DB302-5.0-2P-GN-S TB1 CONN-TH_DB302-5.0-2P 1 DB302-5.0-2P-GN-S
35 DB125-2.54-4P-GN TB2,TB3 CONN-TH_DB125-2.54-4P-GN 2 DB125-2.54-4P-GN
36 SN74AHCT125PWR U1 TSSOP-14_L5.0-W4.4-P0.65-LS6.4-BL 1 SN74AHCT125PWR
37 74AHCT595PW,118 U2,U3,U4 TSSOP-16_L5.0-W4.4-P0.65-LS6.4-BL 3 74AHCT595PW,118
38 TPS54360DDAR U5 SOIC-8_L5.0-W4.0-P1.27-LS6.0-BL-EP2.0 1 TPS54360DDAR
39 74HC4066PW,118 U9 TSSOP-14_L5.0-W4.4-P0.65-LS6.4-BL 1 74HC4066PW,118


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