docs:blackbox-x32:layout

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docs:blackbox-x32:layout [2022/08/22 17:25]
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docs:blackbox-x32:layout [2024/08/05 15:15] (current)
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 ==== 1. Front Side ==== ==== 1. Front Side ====
  
-{{:docs:blackbox-x32:tour-front.png|}}+{{:docs:blackbox-x32:tour-front.png?600|}}
  
-  * a) USB LEDs: Flashes in Red/Green to indicate serial data transmit/receive traffic+  * a) USB LEDs: Flashes in Blue/Green to indicate serial data transmit/receive traffic
   * b) Power Switch: Used to turn the Main Power off, can be used in case of an emergency to bring the machine to an immediate stop   * b) Power Switch: Used to turn the Main Power off, can be used in case of an emergency to bring the machine to an immediate stop
   * c) Status LEDs   * c) Status LEDs
     * Door LED: On when the Door input signal is active     * Door LED: On when the Door input signal is active
-    * Tool On: Indicates the Tool is Enabled+    * Tool On: Indicates the Tool is Enabled (Also Relay1)  
 +    * Tool Rev: Indicated Tool Direction is reversed (Also indicates Relay2) 
     * Tool PWM: Shows the proprotional RPM or output power of the PWM/0-10v outputs     * Tool PWM: Shows the proprotional RPM or output power of the PWM/0-10v outputs
     * Coolant LED:  Shows status of the Coolant signal (M8 = on, M9 = off)     * Coolant LED:  Shows status of the Coolant signal (M8 = on, M9 = off)
     * Probe LED: Lights up when the Probe Input activates     * Probe LED: Lights up when the Probe Input activates
     * Motors Enabled LED:   Indicates when the firmware has the Motor Drivers Enabled. In Grbl Settings set $4=1 (required for BlackBox drivers to function correctly) and $1=255 (to keep motors always enabled)     * Motors Enabled LED:   Indicates when the firmware has the Motor Drivers Enabled. In Grbl Settings set $4=1 (required for BlackBox drivers to function correctly) and $1=255 (to keep motors always enabled)
-  * d) Reset Button:  Restarts the Firmware; Mode button used to put microcontroller into Bootloader mode +  * d) Mode and Reset Buttons:  Reset: Restarts the Firmware; Mode button used to put microcontroller into [[docs:blackbox-x32:faq-bootloader|Bootloader mode]] 
-  * e) Power LED:   +  * e) Power LED: If the Power LED is Green: Power Input OK
-    * If the Power LED is Green: Power Input OK +
-    * If the Power is Red: Power connected with incorrect polarity+
   * f) Current Adjustment:  Adjust stepper driver current, see Section [[docs:blackbox-x32:currentadjustment|2.2.1 Current Adjustment]]   * f) Current Adjustment:  Adjust stepper driver current, see Section [[docs:blackbox-x32:currentadjustment|2.2.1 Current Adjustment]]
   * g) Fault Indicators: Indicates a problem with the stepper driver on the relevant axis:  The LED indicates   * g) Fault Indicators: Indicates a problem with the stepper driver on the relevant axis:  The LED indicates
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 ==== 2.  Left Side ==== ==== 2.  Left Side ====
  
-{{:docs:blackbox-x32:tour-left.png|}}+{{:docs:blackbox-x32:tour-left.png?600|}}
  
   * a) USB: Port for connecting the controller to your computer   * a) USB: Port for connecting the controller to your computer
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   * b) 0-10v Calibration: Used to calibrate the 0-10v Spindle control signal   * b) 0-10v Calibration: Used to calibrate the 0-10v Spindle control signal
     * Calibration: Section [[docs:blackbox-x32:connect-vfd|3.3.5 0-10v Analog Signal / VFD]]     * Calibration: Section [[docs:blackbox-x32:connect-vfd|3.3.5 0-10v Analog Signal / VFD]]
-  * c) AUX Serial(Advanced feature) Refer to Section [[docs:blackbox-x32:aux-serial|5.1 AUX1 Serial Header]]+  * c) Interface PortFor connecting to accesories
   * d) Door Switch Input: (Advanced feature) Refer to Section [[docs:blackbox-x32:connect-door-sensor|3.6 Connect Door Sensor ]]   * d) Door Switch Input: (Advanced feature) Refer to Section [[docs:blackbox-x32:connect-door-sensor|3.6 Connect Door Sensor ]]
   * e) Servo: Used for pen-plotter applications: See Section [[docs:blackbox-x32:connect-rc-servo|3.3.6 RC Servo ]]   * e) Servo: Used for pen-plotter applications: See Section [[docs:blackbox-x32:connect-rc-servo|3.3.6 RC Servo ]]
-  * f) Relay: Used as a Plasma trigger: See Section [[docs:blackbox-x32:connect-plasma|3.3.4 Plasma Cutter ]] but can also be repurposed for other uses: See Section [[docs:blackbox-x32:jumper-relay|2.1.3 Onboard Relay]] +  * f) Relays 
-  * g) Toolhead Connector +    * Relay 1:  Normally Open SPST relayby default configured as Tool Enable (Plasma trigger, VFD Enable, etc
-    * GND:  Common GND for connections +    * Relay 2:  Normally Open SPDT relayby default configured as Tool Direction (VFD Direction, etc
-    * PWM:  5V TTL PWM signalstraight from Grbl (M3 Sxxx where xxxx = scaled between value of [[https://github.com/gnea/grbl/wiki/Grbl-v1.1-Configuration#30---max-spindle-speed-rpm|$30]] and [[https://github.com/gnea/grbl/wiki/Grbl-v1.1-Configuration#31---min-spindle-speed-rpm|$31]]+  g) 0-10v OutputTypically used with VFD Spindles. See Section [[docs:blackbox-x32:connect-vfd|3.3.5 0-10v Analog Signal / VFD]] 
-    * DIR:  Direction Pinfrom Grbl.  (M3 vs M4)  +  * h) Tool Enable:  0/3.3V signal reflecting tool on/off state. Typically used as a logic signal for switching a Mains relay / IoT relay for spindle control 
-    * 0-10v:  0-10v Signal, typically used with VFD Spindles. See Section [[docs:blackbox-x32:connect-vfd|3.3.5 0-10v Analog Signal / VFD]] +  * i) Tool PWM: 0-3.3v PWM signal reflecting tool rpm/power. Typically used a PWM signal for DC motor controllers, Lasers, etc 
-  * h) Coolant: General output, switchable with M8/M9, refer to Section [[docs:blackbox-x32:connect-coolant|3.7 Coolant Output ]] +  * j) Coolant: General output, switchable with M8/M9, refer to Section [[docs:blackbox-x32:connect-coolant|3.7 Coolant Output ]] 
-  * i) Fuse: Protection fuse for the power input +  * k) Power Input: Connect to 24v Power Supply. Double check polarity before powering on.  See Section [[docs:blackbox-x32:connect-psu|3.1 Connect Power Supply]]
-  * j) Power Input: Connect to 24v Power Supply. Double check polarity before powering on.  See Section [[docs:blackbox-x32:connect-psu|3.1 Connect Power Supply]]+
  
  
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 ==== 3.  Right Side ==== ==== 3.  Right Side ====
  
-{{:docs:blackbox-x32:tour-right.png|}}+{{:docs:blackbox-x32:tour-right.png?600|}}
  
   * a) Probe Input: Connect to a Probe, see Section [[docs:blackbox-x32:connect-xyzprobe|3.5.1 OpenBuilds XYZ Probe Plus ]] and [[docs:blackbox-x32:connect-zprobe|3.5.2 OpenBuilds Z Touch Plate]]  as well as more information on [[docs:xyzprobe:start|XYZ Probe Plus Documentation]]   * a) Probe Input: Connect to a Probe, see Section [[docs:blackbox-x32:connect-xyzprobe|3.5.1 OpenBuilds XYZ Probe Plus ]] and [[docs:blackbox-x32:connect-zprobe|3.5.2 OpenBuilds Z Touch Plate]]  as well as more information on [[docs:xyzprobe:start|XYZ Probe Plus Documentation]]
   * b) Limit Switch Inputs: Connect Limit switches: See Section [[docs:blackbox-x32:connect-xtension-limit|3.4.1 OpenBuilds Xtension Limit Switches ]] and [[docs:blackbox-x32:connect-micro-limit|3.4.2 Micro Limit Switch Kit]]   * b) Limit Switch Inputs: Connect Limit switches: See Section [[docs:blackbox-x32:connect-xtension-limit|3.4.1 OpenBuilds Xtension Limit Switches ]] and [[docs:blackbox-x32:connect-micro-limit|3.4.2 Micro Limit Switch Kit]]
   * c) Stepper Motor Outputs: Connect motors: See Sections  [[docs:blackbox-x32:connect-nema17|3.2.1]], [[docs:blackbox-x32:connect-nema23|3.2.2]] and [[docs:blackbox-x32:connect-nema23-reversed-y2|3.2.3)]] for connection details, and [[docs:blackbox-x32:faq-identify-motor-coils|6.1 Identify Motor Coils]] for troubleshooting information   * c) Stepper Motor Outputs: Connect motors: See Sections  [[docs:blackbox-x32:connect-nema17|3.2.1]], [[docs:blackbox-x32:connect-nema23|3.2.2]] and [[docs:blackbox-x32:connect-nema23-reversed-y2|3.2.3)]] for connection details, and [[docs:blackbox-x32:faq-identify-motor-coils|6.1 Identify Motor Coils]] for troubleshooting information
docs/blackbox-x32/layout.1661189141.txt.gz · Last modified: 2024/08/05 15:15 (external edit)