SEPT Knowledge Base - User contributions [en]

Printing - ETB/MARC

2024-11-27T15:30:07Z

Admin boerj2:

Note: A VPN connection might be required to complete printing from a device using the WiFi

==== Download Drivers ====
# Download the '''Smart Start printer Driver''' for your system from either:
## Windows
### [https://www.support.xerox.com/en-us/product/altalink-c8000-series/downloads Xerox Smart Start - Driver Installer]
### [https://www.microsoft.com/en-ca/p/xerox-print-and-scan-experience/9wzdncrfj1f8 Microsoft APP Store]
## OSX
### [https://www.support.xerox.com/en-us/product/altalink-c8000-series/downloads Xerox Smart Start - Driver Installer] ''NOTE'': use '''Mac OS Common Print Driver Installer'''
# Accept the UAC if required [[File:Printing - ETB-MARC pic1.png]]
# Agree to the Terms of Service [[File:Printing - ETB-MARC pic2.png]]
# Select the correct printer from the discovered printers by clicking quick install: [[File:Printing - ETB-MARC pic3.png]]
## If you don't see desired printer listed, you might need to connect to the [https://uts.mcmaster.ca/services/computers-printers-and-software/virtual-private-networking/ VPN] if you're on the WiFi
## Select "Don't your printer?"
## Enter the printer IP in the textbox as:
### '''130.113.86.63 - 1st Floor'''
### '''130.113.102.11 - 2nd Floor'''
### '''130.113.129.94 - 5th Floor'''
### '''130.113.158.49 - MARC 260''' [[File:Printing - ETB-MARC pic4.png]]
## click Continue
## Click Quick Install
# Click Done [[File:Printing - ETB-MARC pic5.png]]

==== Configure Authentication ====

===== Windows 11 =====

# Open the run Dialog with '''⊞ Win + R'''
# Type in '''control printers'''
# Select Printers & Scanners [[File:Printers & Scanners.png|Printers & Scanners]]
# Select the printer that was just installed i.e. ETB 219 PS
# Click on '''More Devices and Printers settings'''. This will open up a new window
# Right Click on the printer that was just installed and select '''Xerox Printer Properties''' [[File:Xerox printer properties.png|Xerox printer properties]]
# In the accounting tab, under:
## ''Default User ID'' type in the authentication as required i.e. '''printer code or MacID'''
## ''Default Account ID'' type in the corresponding password i.e. '''printer code or MacID password'''

===== Windows 10 =====

# Open the run Dialog with '''⊞ Win + R'''
# Type in '''control printers'''
# Right Click on the printer that was just installed and select '''Xerox Printer Properties''' [[File:Xerox printer properties.png|Xerox printer properties]]
# In the accounting tab, under:
## ''Default User ID'' type in the authentication as required i.e. '''printer code or MacID'''
## ''Default Account ID'' type in the corresponding password i.e. '''printer code or MacID password'''

MARC 269 Software List

2024-11-12T19:18:01Z

Admin boerj2:

Current list as of 2024-11-12
{| class="wikitable sortable"
|+
!'''Publisher'''
!'''Display Name'''
!'''Display Version'''
!'''Auto Update'''
|-
|Adobe
|Adobe Acrobat (64-bit)
|24.004.20220
|Yes
|-
|Autodesk
|AutoCAD 2025 - English
|25.0.58.0
|No
|-
|Autodesk
|Autodesk CFD Viewer 2024
|24.0.0.0
|No
|-
|Autodesk
|Autodesk ReCap
|5.2.1.15
|No
|-
|Autodesk
|Autodesk ReCap Photo
|19.1.3.4
|No
|-
|Autodesk
|CFD 2024
|24.0.0.0
|No
|-
|AVL List GmbH
|AVL Simulation Suite R2024.1
|R2024.1
|No
|-
|CNCSimulator.com
|CNCSimulator Pro
|3.0.0.0
|No
|-
|Creative Labs Inc.
|OpenAL
|2, 0, 7, 0
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS 2024 SP03.1
|32.131.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS CAM 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Flow Simulation 2024 SP03.1
|32.31.0003
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Manage Client 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS PDM Client 2024 SP03.1
|32.31.0004
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Plastics 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Visualize 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systèmes SolidWorks Corp
|SOLIDWORKS eDrawings 2024 SP03.1
|32.30.0020
|No
|-
|FARO Scanner Production
|FARO LS 1.1.700.0 (64bit)
|7.0.0.23
|No
|-
|Freescale
|CodeWarrior Development Studio for S12(X) V5.1
|5.1.0000
|No
|-
|Gamma Technologies, LLC
|GT-SUITE v2024
|2024.2.0000
|No
|-
|Google LLC
|Google Chrome
|130.0.6723.117
|Yes
|-
|Hexagon Manufacturing Intelligence, Inc.
|Adams 2023.4.1
|33.4.1
|No
|-
|Igor Pavlov
|7-Zip 24.08 (x64)
|24.08
|Yes
|-
|MathWorks
|MATLAB R2024a
|24.1
|No
|-
|Mechanical Simulation Corporation
|CarSim 2024.1
|2024.1
|No
|-
|Microsoft Corporation
|Browser for SQL Server 2019
|15.0.2000.5
|No
|-
|Microsoft Corporation
|Configuration Manager Client
|5.00.9128.1000
|Yes
|-
|Microsoft Corporation
|Cortana
|4.2308.1005.0
|Yes
|-
|Microsoft Corporation
|Local Administrator Password Solution
|6.2.0.0
|Yes
|-
|Microsoft Corporation
|Microsoft Edge
|130.0.2849.80
|Yes
|-
|Microsoft Corporation
|Microsoft ODBC Driver 11 for SQL Server
|12.3.6179.1
|No
|-
|Microsoft Corporation
|Microsoft ODBC Driver 17 for SQL Server
|17.10.6.1
|No
|-
|Microsoft Corporation
|Microsoft ODBC Driver 18 for SQL Server
|18.3.3.1
|No
|-
|Microsoft Corporation
|Microsoft OLE DB Driver 19 for SQL Server
|19.3.5.0
|No
|-
|Microsoft Corporation
|Microsoft OLE DB Driver for SQL Server
|18.7.4.0
|No
|-
|Microsoft Corporation
|Microsoft OneDrive
|24.206.1013.0004
|Yes
|-
|Microsoft Corporation
|Microsoft Project Professional 2019 - en-us
|16.0.18025.20140
|No
|-
|Microsoft Corporation
|Microsoft Visio Professional 2019 - en-us
|16.0.18025.20140
|No
|-
|Microsoft Corporation
|Microsoft Visual Studio Code
|1.94.2
|Yes
|-
|Microsoft Corporation
|PowerShell 7-x64
|7.4.6.0
|Yes
|-
|Microsoft Corporation
|Teams Machine-Wide Installer
|1.4.0.7174
|Yes
|-
|Microsoft Corporation
|Visual Studio Community 2022
|17.10.4
|No
|-
|Minitab, LLC
|Minitab 22
|22.1.0.0
|No
|-
|Mozilla
|Mozilla Firefox (x64 en-US)
|130.0.1
|Yes
|-
|Notepad++ Team
|Notepad++ (64-bit x64)
|8.6.8
|Yes
|-
|NXLog Ltd
|NXLog-CE
|2.10.2150
|Yes
|-
|Palo Alto Networks, Inc.
|Cortex XDR 8.6.0.3704
|8.6.0.3704
|Yes
|-
|Quanser
|QICii_USB
|1.0.3
|No
|-
|Siemens
|Siemens NX 12.0
|12.0.0.27
|No
|-
|Siemens
|Siemens NX 2406
|24.06.6001.00006
|No
|-
|TeamViewer
|TeamViewer Host
|15.57.5.0
|Yes
|-
|The Git Development Community
|Git
|2.45.2
|Yes
|-
|ThermoAnalytics, Inc.
|GT-TAITherm 2023.2.2
|2023.2.2
|No
|-
|VideoLAN
|VLC media player
|3.0.21
|Yes
|-
|VMware, Inc.
|VMware Horizon Agent
|8.10.0.22012512 (2306)
|No
|-
|Waves Audio Ltd.
|Maxx Audio Installer (x64)
|2.7.13058.0
|No
|-
|Zoom
|Zoom Workplace (64-bit)
|6.2.49050
|Yes
|}

MARC 269 Software List

2024-11-12T19:14:13Z

Admin boerj2:

Current list as of 2024-11-12
{| class="wikitable sortable"
|+
|'''Publisher'''
|'''Display Name'''
|'''Display Version'''
|'''Auto Update'''
|-
|Adobe
|Adobe Acrobat (64-bit)
|24.004.20220
|Yes
|-
|Autodesk
|AutoCAD 2025 - English
|25.0.58.0
|No
|-
|Autodesk
|Autodesk CFD Viewer 2024
|24.0.0.0
|No
|-
|Autodesk
|Autodesk ReCap
|5.2.1.15
|No
|-
|Autodesk
|Autodesk ReCap Photo
|19.1.3.4
|No
|-
|Autodesk
|CFD 2024
|24.0.0.0
|No
|-
|AVL List GmbH
|AVL Simulation Suite R2024.1
|R2024.1
|No
|-
|CNCSimulator.com
|CNCSimulator Pro
|3.0.0.0
|No
|-
|Creative Labs Inc.
|OpenAL
|2, 0, 7, 0
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS 2024 SP03.1
|32.131.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS CAM 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Flow Simulation 2024 SP03.1
|32.31.0003
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Manage Client 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS PDM Client 2024 SP03.1
|32.31.0004
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Plastics 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systemes SolidWorks Corp
|SOLIDWORKS Visualize 2024 SP03.1
|32.31.0002
|No
|-
|Dassault Systèmes SolidWorks Corp
|SOLIDWORKS eDrawings 2024 SP03.1
|32.30.0020
|No
|-
|FARO Scanner Production
|FARO LS 1.1.700.0 (64bit)
|7.0.0.23
|No
|-
|Freescale
|CodeWarrior Development Studio for S12(X) V5.1
|5.1.0000
|No
|-
|Gamma Technologies, LLC
|GT-SUITE v2024
|2024.2.0000
|No
|-
|Google LLC
|Google Chrome
|130.0.6723.117
|Yes
|-
|Hexagon Manufacturing Intelligence, Inc.
|Adams 2023.4.1
|33.4.1
|No
|-
|Igor Pavlov
|7-Zip 24.08 (x64)
|24.08
|Yes
|-
|MathWorks
|MATLAB R2024a
|24.1
|No
|-
|Mechanical Simulation Corporation
|CarSim 2024.1
|2024.1
|No
|-
|Microsoft Corporation
|Browser for SQL Server 2019
|15.0.2000.5
|No
|-
|Microsoft Corporation
|Configuration Manager Client
|5.00.9128.1000
|Yes
|-
|Microsoft Corporation
|Cortana
|4.2308.1005.0
|Yes
|-
|Microsoft Corporation
|Local Administrator Password Solution
|6.2.0.0
|Yes
|-
|Microsoft Corporation
|Microsoft Edge
|130.0.2849.80
|Yes
|-
|Microsoft Corporation
|Microsoft ODBC Driver 11 for SQL Server
|12.3.6179.1
|No
|-
|Microsoft Corporation
|Microsoft ODBC Driver 17 for SQL Server
|17.10.6.1
|No
|-
|Microsoft Corporation
|Microsoft ODBC Driver 18 for SQL Server
|18.3.3.1
|No
|-
|Microsoft Corporation
|Microsoft OLE DB Driver 19 for SQL Server
|19.3.5.0
|No
|-
|Microsoft Corporation
|Microsoft OLE DB Driver for SQL Server
|18.7.4.0
|No
|-
|Microsoft Corporation
|Microsoft OneDrive
|24.206.1013.0004
|Yes
|-
|Microsoft Corporation
|Microsoft Project Professional 2019 - en-us
|16.0.18025.20140
|No
|-
|Microsoft Corporation
|Microsoft Visio Professional 2019 - en-us
|16.0.18025.20140
|No
|-
|Microsoft Corporation
|Microsoft Visual Studio Code
|1.94.2
|Yes
|-
|Microsoft Corporation
|PowerShell 7-x64
|7.4.6.0
|Yes
|-
|Microsoft Corporation
|Teams Machine-Wide Installer
|1.4.0.7174
|Yes
|-
|Microsoft Corporation
|Visual Studio Community 2022
|17.10.4
|No
|-
|Minitab, LLC
|Minitab 22
|22.1.0.0
|No
|-
|Mozilla
|Mozilla Firefox (x64 en-US)
|130.0.1
|Yes
|-
|Notepad++ Team
|Notepad++ (64-bit x64)
|8.6.8
|Yes
|-
|NXLog Ltd
|NXLog-CE
|2.10.2150
|Yes
|-
|Palo Alto Networks, Inc.
|Cortex XDR 8.6.0.3704
|8.6.0.3704
|Yes
|-
|Quanser
|QICii_USB
|1.0.3
|No
|-
|Siemens
|Siemens NX 12.0
|12.0.0.27
|No
|-
|Siemens
|Siemens NX 2406
|24.06.6001.00006
|No
|-
|TeamViewer
|TeamViewer Host
|15.57.5.0
|Yes
|-
|The Git Development Community
|Git
|2.45.2
|Yes
|-
|ThermoAnalytics, Inc.
|GT-TAITherm 2023.2.2
|2023.2.2
|No
|-
|VideoLAN
|VLC media player
|3.0.21
|Yes
|-
|VMware, Inc.
|VMware Horizon Agent
|8.10.0.22012512 (2306)
|No
|-
|Waves Audio Ltd.
|Maxx Audio Installer (x64)
|2.7.13058.0
|No
|-
|Zoom
|Zoom Workplace (64-bit)
|6.2.49050
|Yes
|}

MARC 155B CNC Instructions

2024-11-11T18:49:34Z

Admin boerj2:

== G-Code Setup ==

=== G-Code Generations ===
The CNC Mill's in MARC can utilize G-Code Generated from Fusion or V-Carve Pro. Only FUSION will be covered on a '''HIGH''' level overview.

==== Requirements: ====
A login to Autodesk is required for this setup and configuration with an active subscription on the account.

# A design that is in a FUSION 360 compatible format. Step files are recommended for transfers from other software like SolidWorks or Siemens NX
# Known material properties
# List of known CNC Bits that will be used. ''*Note: A single example will only be provided in the example below''

==== Fusion 360 Configuration ====
In the design area, load the part. ''It is recommended but not required to align the part with the expected axis during import.''

Instructions to load a part can be found here: [https://www.autodesk.com/support/technical/article/caas/sfdcarticles/sfdcarticles/How-to-import-or-open-a-file-in-Autodesk-Fusion-360.html How to load parts into Fusion]

Full Fusion instructions for learning the FUNDAMENTALS of MILLING can be found here: [https://www.autodesk.com/learn/ondemand/curated/milling-basics?contextId=AP-C-FUNDAMENTALS-OF-MILLING Autodesk Learning - On Demand Milling Basics]

===== Model Setup =====

# In the document settings, ensure that the units is set to mm
# For each of the '''bodies''' set the material by:
## Right click on the body
## Select ''Physical Material'' [[File:Fusion 360 Material Body Selection .png]]
## Choose the material that will be used i.e. ''Polyethylene, High Density'' [[File:Fusion 360 HDPE Material Selection.png]]
## Drag the material to the material onto the body

===== Milling setup =====
From the dropdown select '''Manufacture'''

[[File:Fusion 360 Configuration Dropdown.png]]

====== Machine Import ======

# Select Machine Library from the manage section in the ribbon by either clicking on the dropdown and selecting ''Machine Library'' or by clicking the icon that looks like a machine (2nd from the left in the screenshot below) [[File:Fusion 360 Machine Library Selection Item.png]]
# In the machine library, select the Autodesk library
# Check the box in the filter section to select the ''Milling'' capability
# Find the Autodesk Generic 3-axis router, or similar 3 axis mills where the description indicates that XYZ axis on the Head [[File:Fusion 360 Machine Library mill selection.png]]
# Drag the machine to the '''My Machines - Local''' library
# Select the name and location of the '''CURRENT''' project to save the model to. [[File:Fusion 360 Model Download save location.png]]
# The machine should now be in the local machine library. Click on close. [[File:Fusion 360 Local Machine library.png]]

====== Machine Setup ======
Each setup is used to individually indicate a physical setup that will be done and where the system is referencing the co-ordinates. Only the general G54 home position will be used and explained in the documentation below. Use of secondary, tertiary and other coordinates are out of the scope of this configuration and setup.

# Right click on Setups and select New Setup [[File:Fusion 360 Machine Setup - Operational.png]]
# In the ''Setup tab'', select the machine from earlier in the Machines option by clicking on ''Select'' in the ''Machine'' section [[File:Fusion 360 Machine Setup - Selection.png]]
# Click on the '''My Machines - Local''' library and highlight the imported machine.
# Click on Select button (NOT Close). This will select the machine and allow for simulations.
# On the ''Stock tab'', in the S''tock'' section, click on the mode dropdown and select '''Fixed size box''' [[File:Fusion 360 Machine Setup - Model Sizing.png]]
# Enter the MEASURED size of the stock in, and select your reference point where you want to cut the part out of. For accuracy of the model, the center is recommended.
# DO NOT CLOSE THE SETUP CONTINUE BELOW

Only complete the items below if you need to correct the model orientation in the machine.

# Back in the S''etup tab,'' in the ''Work Coordinate System (WCS)'' click on orientation [[File:Fusion 360 Machine Setup - Model orientation config.png]]
# Select the '''known''' axis that aligns with the model that you have in your physical setup. X & Y is usually easiest as you can align that with the machine x and y coordinate directions
# for each of the axis, select the corresponding item on the model by either selecting a known line, face or feature that aligns in the correct plane for the model and axis [[File:Fusion 360 Machine Setup - Model Axis selection.png]]
# Select the G54 location on the model/stock in a known accessible location by clicking on one of the white dots on the '''STOCK BOX POINT''' [[File:Fusion 360 Machine Setup - G54 selection with axis alignment.png]]
# Click on '''OK'''

Only complete the below if the model is already in the correct axis alignment.

# Ensure that the Origin Selection is set to '''Stock Box Point'''
# Select the Stock point by clicking on one of the white dots on the stock box point. [[File:Fusion 360 Machine Setup - G54 with model configuration.png]]
# Click on '''OK'''

You should now have your model on the machine and a setup shown in the setups

[[File:Fusion 360 Machine setup - Completed with G54 set.png]]

====== Creating a tool and an operation ======
For this operation, a simple example of clearing a single pocket will be showcased.

# Select the 2D Operations dropdown and select 2D Pocket [[File:Fusion 360 Machining Operation - 2D Pocket Selection.png]]
# In the ''Tool tab'' and the ''tool section'', click on ''Select'' to create a new tool [[File:Fusion 360 Machining Operation - Tool Selection.png]]
# Using the list that you had created earlier find the tool that you want to use
# Select the '''Fusion Library''' - '''Milling tools''' from the menu on the left and turn on the library if required [[File:Fusion 360 Machining Tool library selection.png]]
# In the filters on the right, select the correct type of mill that you want to create the operation for i.e. ''Flat End Mill''
# Find and select the correct milling bit that you are creating the operation with. '''IT IS HIGHLY RECOMMENDED THAT YOU MEASURE YOUR MILL BIT TO ENSURE YOU HAVE THE RIGHT SIZE.''' [[File:Fusion 360 Milling Bit selection .png]]
# In the cutting data section select the correct material and operation type that will be completed. [[File:Fusion 360 Machining Speeds and Feeds defaulting.png]]
# Click on Select
# Change the coolant type to ''Disabled'' from the default that reads ''Flood'' [[File:Fusion 360 Machining Coolant Change.png]]
# In the ''Geometry Tab'' under the ''Geometry section'', click on ''Select.''
# Click on the model feature that needs to be machined [[File:Fusion 360 Machining Pocket Selection.png]]
# In the ''Heights Tab'', check that the clearance height is '''at least''' clearing the fixture mounting hardware. Screws through the materials should be fine with a 10mm clearance. [[File:Fusion 360 Machine clearance heights for fixturing.png]]
# In the ''Passes Tab'' under the ''Stock to Leave'' option, take note of the stock that is left for '''Roughing passes'''. This should not be selected for finishing passes. [[File:Fusion 360 Roughing vs Finishing stock to leave.png]]
# In the ''Passes Tab'', under the ''Multiple Depths'' section, based on the chip per tooth and loading of the bit, select the option and setup the appropriately calculated depth step down. [[File:Fusion 360 Machining Step down selection.png]]
# Confirm that the toolpath generated successfully and that the operation is completed without any issues by reviewing the list of steps under the setup menu. [[File:Fusion 360 Setup Action confirmation.png]]

====== G-Code Posting ======
Once all operations are completed to post the G-Code

# Under the Actions Section in the ribbon, select the dropdown and choose Post Process option or click on the G1G2 icon. [[File:Fusion 360 Post Process configuration Selection.png]]
# Under the ''Machine and Post'' section, click on the open folder icon under the ''Post'' section
# Click on '''Fusion Library'''
# In the Search Bar at the top search for mach4
# Select '''Mach4Mill''' and click ''Select'' [[File:Fusion 360 Mach 4 Mill post processor selector.png]]
# Click on the 3 dots to save to your local library similar to when the machine was downloaded [[File:Fusion 360 Local Post Library Folder.png]]
# Click on Select Folder
# Click on Copy to My Posts
# Under the ''Program Section'' provide a numbered name only. It is highly recommended that you name your project in the format like in the table below. This will result in a unique number of the format 10010301 that is easily identifiable
# Click on POST

{| class="wikitable"
|+
!Setup
!Part
!Group
!Revision
|-
|xx
|xx
|xx
|xx
|-
|10
|01
|03
|01
|}

====== Verify the G-Code ======
#Click on Open on the popup on the bottom right or open the NC Code from the post location
#In the file read through the configuration and confirm:
##Machine Description
##Tool list (Denoted as T# - Diameter in mm, Z-Min as length of the bit and type of bit)
##Operation Sequence
#Note that comments are in ( ) brackets [[File:NC Posted Code from Fusion for Mach4.png]]

== Machine Setup ==

=== Physical Setup ===

# Ensure that there is a spoil board on the machine. The machine has multiple mounting channels that can be used to mount the spoil board
# Mount the stock on the spoil board using either screws, mounting clamps or double sided tape as required by the mounting solution that you have planned for.
[[File:Spoil Board and Homing Position MARC 155B.jpg|400x400px]]

=== Avid CNC Software ===
To manage the mill, use the Avid CNC Software from the desktop:

[[File:Avid CNC Software Launcher.png]]

==== Home the system ====

# Regardless of where the machine is, click on Enable [[File:Avid CNC Enable Button.png]]
# Select the Jogging Tab and then bring the CNC mill head '''up all the way''' using either the '''Z+'''or '''Page Up''' button on the keyboard. The motor will '''NOT STOP''' so when you hear it clicking, it has reached the top. [[File:CNC Jogging Controls.png]]
# Click on '''Zero Z''' button [[File:Avid CNC Zero Config.png]]
# Click on '''Home X Y Axes'''. This should move the machine to the back right and enable soft limits. ''IFF'' the machine is not in the back right corner, click the home button again. [[File:Avid CNC Soft Limits Enabled.png]]
# This completes the system homing process

=== Loading G-Code ===
Things of note:

* The machine has the Y move in the normal axis and the X in the reverse axis.
* When you move the head in the X axis, you are homing the Y axis
* When you move the head in the Y axis, you are homing the X axis
* The machine head has ~80-100mm of head clearance. Do not expect the retract height to be able to go above the maximum clearance
* There is no sensor for the Z Height

# On File click Load G-Code File [[File:Mach 4 File Load.png]]
# Open the file from the location that you saved the file to
# Once the File is loaded, it NEEDS to look the same as the file generated [[File:GCode Preview in MACH4.png]]
# The path is described in 2 dimensions in the pathing plotter on the right hand side. Everything in '''GREEN''' should be within the '''YELLOW''' square. [[File:Pathing Plotter MACH4.png]]

=== Set the Part Home Location ===
All setups require that the cutting bit be in the machine for the homing operation.

==== For the X and Y Planes ====
Repeat the steps for both the X and Y Directions. This will require you to manually jog the machine over to the coordinates where your G54 location was specified in the setup that was completed in fusion.

Jogging keys are:
{| class="wikitable"
|+
!Direction
!Key
|-
|Up
|Page Up
|-
|Down
|Page Down
|-
|Left
|Left Arrow Key
|-
|Right
|Right Arrow Key
|-
|Back
|Back Arrow key
|-
|Forward
|Forward Arrow Key
|}

# Move the machine to one of the planes to home.
# Move the Head down to be on the SIDE of the stock material [[File:MARC 155B Homing X Axis.jpg|533x533px]]
# Change the RAPID and JOG rates to 10% [[File:MARCH4 Jogging and Rapid Rate Control.png]]
# Move towards the stock by holding down the relevant keys for short intervals until the bit touches the stock. If the stock is METAL use a paper to see when the parts are in contact with each other. The paper should be able to move but not be pinched.
# Click on Zero X or Zero Y depending on the plane that you are zeroing. [[File:MARCH 4 Zero Plane Button.png]]
# Repeat for the other plane

==== For the Z Plane ====

# Move the head up to CLEAR all mounting hardware
# Move the head to some point that is relevant to the G54 i.e.
## If the G54 is on the bottom left of the stock, move the head to spoil board
## If the G54 is on the top left of the stock, move the head to above the stock
# Slowly move the head down and touch the top of the homing point
# Click on Zero Z

=== Air Cuts ===
Before ANY cuts are made, a air cut is highly recommended
This instruction assumes that the Z Zero is on top of the stock. Adjust the heights accordingly for the air cut to clear your stock.

# Click on the MDI tab
# Enter the following commands:<syntaxhighlight lang="gcode" line="1" start="1">
G0 Z 20.0
G0 X 0.0 Y 0.0
</syntaxhighlight>
# Click on Cycle Start MDI. This will result in the head moving up 20.0mm from the Z Zero and then to go to the X and Y 0 locations. [[File:MACH 4 MDI Movements.png]]
# Zero the Z '''AGAIN'''. This assumes that the stock and cuts are no more than 20 mm in depth/height and that all operations will be able to run in the remaining headroom.
# Click on the G Code tab
# Set the Rapid and Jog rates back to 100%
# Set the SPINDLE speed to your expected speed. The system does not set the speed. [[File:MACH 4 Spindle speed override.png]]
# Keep your hand on the E-STOP next to the machine.
# Click on Cycle Start Gcode (Green button)
# OBSERVE the full process.

''To complete a cut, reset the G54 Z to the correct location and follow the Air Cut procedure without adjusting the Z Zero Height.''

MARC 155B CNC Instructions

2024-11-11T18:47:53Z

Admin boerj2:

== G-Code Setup ==

=== G-Code Generations ===
The CNC Mill's in MARC can utilize G-Code Generated from Fusion or V-Carve Pro. Only FUSION will be covered on a '''HIGH''' level overview.

==== Requirements: ====
A login to Autodesk is required for this setup and configuration with an active subscription on the account.

# A design that is in a FUSION 360 compatible format. Step files are recommended for transfers from other software like SolidWorks or Siemens NX
# Known material properties
# List of known CNC Bits that will be used. ''*Note: A single example will only be provided in the example below''

==== Fusion 360 Configuration ====
In the design area, load the part. ''It is recommended but not required to align the part with the expected axis during import.''

Instructions to load a part can be found here: [https://www.autodesk.com/support/technical/article/caas/sfdcarticles/sfdcarticles/How-to-import-or-open-a-file-in-Autodesk-Fusion-360.html How to load parts into Fusion]

Full Fusion instructions for learning the FUNDAMENTALS of MILLING can be found here: [https://www.autodesk.com/learn/ondemand/curated/milling-basics?contextId=AP-C-FUNDAMENTALS-OF-MILLING Autodesk Learning - On Demand Milling Basics]

===== Model Setup =====

# In the document settings, ensure that the units is set to mm
# For each of the '''bodies''' set the material by:
## Right click on the body
## Select ''Physical Material'' [[File:Fusion 360 Material Body Selection .png]]
## Choose the material that will be used i.e. ''Polyethylene, High Density'' [[File:Fusion 360 HDPE Material Selection.png]]
## Drag the material to the material onto the body

===== Milling setup =====
From the dropdown select '''Manufacture'''

[[File:Fusion 360 Configuration Dropdown.png]]

====== Machine Import ======

# Select Machine Library from the manage section in the ribbon by either clicking on the dropdown and selecting ''Machine Library'' or by clicking the icon that looks like a machine (2nd from the left in the screenshot below) [[File:Fusion 360 Machine Library Selection Item.png]]
# In the machine library, select the Autodesk library
# Check the box in the filter section to select the ''Milling'' capability
# Find the Autodesk Generic 3-axis router, or similar 3 axis mills where the description indicates that XYZ axis on the Head [[File:Fusion 360 Machine Library mill selection.png]]
# Drag the machine to the '''My Machines - Local''' library
# Select the name and location of the '''CURRENT''' project to save the model to. [[File:Fusion 360 Model Download save location.png]]
# The machine should now be in the local machine library. Click on close. [[File:Fusion 360 Local Machine library.png]]

====== Machine Setup ======
Each setup is used to individually indicate a physical setup that will be done and where the system is referencing the co-ordinates. Only the general G54 home position will be used and explained in the documentation below. Use of secondary, tertiary and other coordinates are out of the scope of this configuration and setup.

# Right click on Setups and select New Setup [[File:Fusion 360 Machine Setup - Operational.png]]
# In the ''Setup tab'', select the machine from earlier in the Machines option by clicking on ''Select'' in the ''Machine'' section [[File:Fusion 360 Machine Setup - Selection.png]]
# Click on the '''My Machines - Local''' library and highlight the imported machine.
# Click on Select button (NOT Close). This will select the machine and allow for simulations.
# On the ''Stock tab'', in the S''tock'' section, click on the mode dropdown and select '''Fixed size box''' [[File:Fusion 360 Machine Setup - Model Sizing.png]]
# Enter the MEASURED size of the stock in, and select your reference point where you want to cut the part out of. For accuracy of the model, the center is recommended.
# DO NOT CLOSE THE SETUP CONTINUE BELOW

Only complete the items below if you need to correct the model orientation in the machine.

# Back in the S''etup tab,'' in the ''Work Coordinate System (WCS)'' click on orientation [[File:Fusion 360 Machine Setup - Model orientation config.png]]
# Select the '''known''' axis that aligns with the model that you have in your physical setup. X & Y is usually easiest as you can align that with the machine x and y coordinate directions
# for each of the axis, select the corresponding item on the model by either selecting a known line, face or feature that aligns in the correct plane for the model and axis [[File:Fusion 360 Machine Setup - Model Axis selection.png]]
# Select the G54 location on the model/stock in a known accessible location by clicking on one of the white dots on the '''STOCK BOX POINT''' [[File:Fusion 360 Machine Setup - G54 selection with axis alignment.png]]
# Click on '''OK'''

Only complete the below if the model is already in the correct axis alignment.

# Ensure that the Origin Selection is set to '''Stock Box Point'''
# Select the Stock point by clicking on one of the white dots on the stock box point. [[File:Fusion 360 Machine Setup - G54 with model configuration.png]]
# Click on '''OK'''

You should now have your model on the machine and a setup shown in the setups

[[File:Fusion 360 Machine setup - Completed with G54 set.png]]

====== Creating a tool and an operation ======
For this operation, a simple example of clearing a single pocket will be showcased.

# Select the 2D Operations dropdown and select 2D Pocket [[File:Fusion 360 Machining Operation - 2D Pocket Selection.png]]
# In the ''Tool tab'' and the ''tool section'', click on ''Select'' to create a new tool [[File:Fusion 360 Machining Operation - Tool Selection.png]]
# Using the list that you had created earlier find the tool that you want to use
# Select the '''Fusion Library''' - '''Milling tools''' from the menu on the left and turn on the library if required [[File:Fusion 360 Machining Tool library selection.png]]
# In the filters on the right, select the correct type of mill that you want to create the operation for i.e. ''Flat End Mill''
# Find and select the correct milling bit that you are creating the operation with. '''IT IS HIGHLY RECOMMENDED THAT YOU MEASURE YOUR MILL BIT TO ENSURE YOU HAVE THE RIGHT SIZE.''' [[File:Fusion 360 Milling Bit selection .png]]
# In the cutting data section select the correct material and operation type that will be completed. [[File:Fusion 360 Machining Speeds and Feeds defaulting.png]]
# Click on Select
# Change the coolant type to ''Disabled'' from the default that reads ''Flood'' [[File:Fusion 360 Machining Coolant Change.png]]
# In the ''Geometry Tab'' under the ''Geometry section'', click on ''Select.''
# Click on the model feature that needs to be machined [[File:Fusion 360 Machining Pocket Selection.png]]
# In the ''Heights Tab'', check that the clearance height is '''at least''' clearing the fixture mounting hardware. Screws through the materials should be fine with a 10mm clearance. [[File:Fusion 360 Machine clearance heights for fixturing.png]]
# In the ''Passes Tab'' under the ''Stock to Leave'' option, take note of the stock that is left for '''Roughing passes'''. This should not be selected for finishing passes. [[File:Fusion 360 Roughing vs Finishing stock to leave.png]]
# In the ''Passes Tab'', under the ''Multiple Depths'' section, based on the chip per tooth and loading of the bit, select the option and setup the appropriately calculated depth step down. [[File:Fusion 360 Machining Step down selection.png]]
# Confirm that the toolpath generated successfully and that the operation is completed without any issues by reviewing the list of steps under the setup menu. [[File:Fusion 360 Setup Action confirmation.png]]

====== G-Code Posting ======
Once all operations are completed to post the G-Code

# Under the Actions Section in the ribbon, select the dropdown and choose Post Process option or click on the G1G2 icon. [[File:Fusion 360 Post Process configuration Selection.png]]
# Under the ''Machine and Post'' section, click on the open folder icon under the ''Post'' section
# Click on '''Fusion Library'''
# In the Search Bar at the top search for mach4
# Select '''Mach4Mill''' and click ''Select'' [[File:Fusion 360 Mach 4 Mill post processor selector.png]]
# Click on the 3 dots to save to your local library similar to when the machine was downloaded [[File:Fusion 360 Local Post Library Folder.png]]
# Click on Select Folder
# Click on Copy to My Posts
# Under the ''Program Section'' provide a numbered name only. It is highly recommended that you name your project in the format like in the table below. This will result in a unique number of the format 10010301 that is easily identifiable
# Click on POST

{| class="wikitable"
|+
!Setup
!Part
!Group
!Revision
|-
|xx
|xx
|xx
|xx
|-
|10
|01
|03
|01
|}

====== Verify the G-Code ======
#Click on Open on the popup on the bottom right or open the NC Code from the post location
#In the file read through the configuration and confirm:
##Machine Description
##Tool list (Denoted as T# - Diameter in mm, Z-Min as length of the bit and type of bit)
##Operation Sequence
#Note that comments are in ( ) brackets [[File:NC Posted Code from Fusion for Mach4.png]]

== Machine Setup ==

=== Physical Setup ===

# Ensure that there is a spoil board on the machine. The machine has multiple mounting channels that can be used to mount the spoil board
# Mount the stock on the spoil board using either screws, mounting clamps or double sided tape as required by the mounting solution that you have planned for.
[[File:Spoil Board and Homing Position MARC 155B.jpg|400x400px]]

=== Avid CNC Software ===
To manage the mill, use the Avid CNC Software from the desktop:

[[File:Avid CNC Software Launcher.png]]

==== Home the system ====

# Regardless of where the machine is, click on Enable [[File:Avid CNC Enable Button.png]]
# Select the Jogging Tab and then bring the CNC mill head '''up all the way''' using either the '''Z+'''or '''Page Up''' button on the keyboard. The motor will '''NOT STOP''' so when you hear it clicking, it has reached the top. [[File:CNC Jogging Controls.png]]
# Click on '''Zero Z''' button [[File:Avid CNC Zero Config.png]]
# Click on '''Home X Y Axes'''. This should move the machine to the back right and enable soft limits. ''IFF'' the machine is not in the back right corner, click the home button again. [[File:Avid CNC Soft Limits Enabled.png]]
# This completes the system homing process

=== Loading G-Code ===
Things of note:

* The machine has the Y move in the normal axis and the X in the reverse axis.
* When you move the head in the X axis, you are homing the Y axis
* When you move the head in the Y axis, you are homing the X axis
* The machine head has ~80-100mm of head clearance. Do not expect the retract height to be able to go above the maximum clearance
* There is no sensor for the Z Height

# On File click Load G-Code File [[File:Mach 4 File Load.png]]
# Open the file from the location that you saved the file to
# Once the File is loaded, it NEEDS to look the same as the file generated [[File:GCode Preview in MACH4.png]]
# The path is described in 2 dimensions in the pathing plotter on the right hand side. Everything in '''GREEN''' should be within the '''YELLOW''' square. [[File:Pathing Plotter MACH4.png]]

=== Set the Part Home Location ===
All setups require that the cutting bit be in the machine for the homing operation.

==== For the X and Y Planes ====
Repeat the steps for both the X and Y Directions. This will require you to manually jog the machine over to the coordinates where your G54 location was specified in the setup that was completed in fusion.

Jogging keys are:
{| class="wikitable"
|+
!Direction
!Key
|-
|Up
|Page Up
|-
|Down
|Page Down
|-
|Left
|Left Arrow Key
|-
|Right
|Right Arrow Key
|-
|Back
|Back Arrow key
|-
|Forward
|Forward Arrow Key
|}

# Move the machine to one of the planes to home.
# Move the Head down to be on the SIDE of the stock material [[File:MARC 155B Homing X Axis.jpg|533x533px]]
# Change the RAPID and JOG rates to 10% [[File:MARCH4 Jogging and Rapid Rate Control.png]]
# Move towards the stock by holding down the relevant keys for short intervals until the bit touches the stock. If the stock is METAL use a paper to see when the parts are in contact with each other. The paper should be able to move but not be pinched.
# Click on Zero X or Zero Y depending on the plane that you are zeroing. [[File:MARCH 4 Zero Plane Button.png]]
# Repeat for the other plane

==== For the Z Plane ====

# Move the head up to CLEAR all mounting hardware
# Move the head to some point that is relevant to the G54 i.e.
## If the G54 is on the bottom left of the stock, move the head to spoil board
## If the G54 is on the top left of the stock, move the head to above the stock
# Slowly move the head down and touch the top of the homing point
# Click on Zero Z

=== Air Cuts ===
Before ANY cuts are made, a air cut is highly recommended
This instruction assumes that the Z Zero is on top of the stock. Adjust the heights accordingly for the air cut to clear your stock.

# Click on the MDI tab
# Enter the following commands:<syntaxhighlight lang="gcode" line="1" start="1">
G0 Z 20.0
G0 X 0.0 Y 0.0
</syntaxhighlight>
# Click on Cycle Start MDI. This will result in the head moving up 20.0mm from the Z Zero and then to go to the X and Y 0 locations. [[File:MACH 4 MDI Movements.png]]
# Zero the Z '''AGAIN'''. This assumes that the stock and cuts are no more than 20 mm in depth/height and that all operations will be able to run in the remaining headroom.
# Click on the G Code tab
# Set the Rapid and Jog rates back to 100%
# Set the SPINDLE speed to your expected speed. The system does not set the speed. [[File:MACH 4 Spindle speed override.png]]
# Keep your hand on the E-STOP next to the machine.
# Click on Cycle Start Gcode (Green button)
# OBSERVE the full process.

''To complete a cut, reset the G54 Z to the correct location and follow the Air Cut procedure without adjusting the Z Zero Height.''

File:MACH 4 Spindle speed override.png

2024-11-11T18:44:35Z

Admin boerj2:

MACH 4 Spindle speed override

File:MACH 4 MDI Movements.png

2024-11-11T18:41:11Z

Admin boerj2:

MACH 4 MDI Movements

File:MARCH 4 Zero Plane Button.png

2024-11-11T18:34:32Z

Admin boerj2:

MARCH 4 Zero Plane Button

File:MARCH4 Jogging and Rapid Rate Control.png

2024-11-11T18:32:19Z

Admin boerj2:

MARCH4 Jogging and Rapid Rate Control

File:MARC 155B Homing X Axis.jpg

2024-11-11T18:31:01Z

Admin boerj2:

MARC 155B Homing X Axis

File:Pathing Plotter MACH4.png

2024-11-11T18:25:32Z

Admin boerj2:

Pathing Plotter MACH4

File:GCode Preview in MACH4.png

2024-11-11T18:24:29Z

Admin boerj2:

GCode Preview in MACH4

File:Mach 4 File Load.png

2024-11-11T18:22:57Z

Admin boerj2:

Mach 4 File Load

File:Spoil Board and Homing Position MARC 155B.jpg

2024-11-11T18:15:54Z

Admin boerj2:

Spoil Board and Homing Position MARC 155B

MARC 155B CNC Instructions

2024-11-11T18:07:34Z

Admin boerj2:

== G-Code Setup ==

=== G-Code Generations ===
The CNC Mill's in MARC can utilize G-Code Generated from Fusion or V-Carve Pro. Only FUSION will be covered on a '''HIGH''' level overview.

==== Requirements: ====
A login to Autodesk is required for this setup and configuration with an active subscription on the account.

# A design that is in a FUSION 360 compatible format. Step files are recommended for transfers from other software like SolidWorks or Siemens NX
# Known material properties
# List of known CNC Bits that will be used. ''*Note: A single example will only be provided in the example below''

==== Fusion 360 Configuration ====
In the design area, load the part. ''It is recommended but not required to align the part with the expected axis during import.''

Instructions to load a part can be found here: [https://www.autodesk.com/support/technical/article/caas/sfdcarticles/sfdcarticles/How-to-import-or-open-a-file-in-Autodesk-Fusion-360.html How to load parts into Fusion]

Full Fusion instructions for learning the FUNDAMENTALS of MILLING can be found here: [https://www.autodesk.com/learn/ondemand/curated/milling-basics?contextId=AP-C-FUNDAMENTALS-OF-MILLING Autodesk Learning - On Demand Milling Basics]

===== Model Setup =====

# In the document settings, ensure that the units is set to mm
# For each of the '''bodies''' set the material by:
## Right click on the body
## Select ''Physical Material'' [[File:Fusion 360 Material Body Selection .png]]
## Choose the material that will be used i.e. ''Polyethylene, High Density'' [[File:Fusion 360 HDPE Material Selection.png]]
## Drag the material to the material onto the body

===== Milling setup =====
From the dropdown select '''Manufacture'''

[[File:Fusion 360 Configuration Dropdown.png]]

====== Machine Import ======

# Select Machine Library from the manage section in the ribbon by either clicking on the dropdown and selecting ''Machine Library'' or by clicking the icon that looks like a machine (2nd from the left in the screenshot below) [[File:Fusion 360 Machine Library Selection Item.png]]
# In the machine library, select the Autodesk library
# Check the box in the filter section to select the ''Milling'' capability
# Find the Autodesk Generic 3-axis router, or similar 3 axis mills where the description indicates that XYZ axis on the Head [[File:Fusion 360 Machine Library mill selection.png]]
# Drag the machine to the '''My Machines - Local''' library
# Select the name and location of the '''CURRENT''' project to save the model to. [[File:Fusion 360 Model Download save location.png]]
# The machine should now be in the local machine library. Click on close. [[File:Fusion 360 Local Machine library.png]]

====== Machine Setup ======
Each setup is used to individually indicate a physical setup that will be done and where the system is referencing the co-ordinates. Only the general G54 home position will be used and explained in the documentation below. Use of secondary, tertiary and other coordinates are out of the scope of this configuration and setup.

# Right click on Setups and select New Setup [[File:Fusion 360 Machine Setup - Operational.png]]
# In the ''Setup tab'', select the machine from earlier in the Machines option by clicking on ''Select'' in the ''Machine'' section [[File:Fusion 360 Machine Setup - Selection.png]]
# Click on the '''My Machines - Local''' library and highlight the imported machine.
# Click on Select button (NOT Close). This will select the machine and allow for simulations.
# On the ''Stock tab'', in the S''tock'' section, click on the mode dropdown and select '''Fixed size box''' [[File:Fusion 360 Machine Setup - Model Sizing.png]]
# Enter the MEASURED size of the stock in, and select your reference point where you want to cut the part out of. For accuracy of the model, the center is recommended.
# DO NOT CLOSE THE SETUP CONTINUE BELOW

Only complete the items below if you need to correct the model orientation in the machine.

# Back in the S''etup tab,'' in the ''Work Coordinate System (WCS)'' click on orientation [[File:Fusion 360 Machine Setup - Model orientation config.png]]
# Select the '''known''' axis that aligns with the model that you have in your physical setup. X & Y is usually easiest as you can align that with the machine x and y coordinate directions
# for each of the axis, select the corresponding item on the model by either selecting a known line, face or feature that aligns in the correct plane for the model and axis [[File:Fusion 360 Machine Setup - Model Axis selection.png]]
# Select the G54 location on the model/stock in a known accessible location by clicking on one of the white dots on the '''STOCK BOX POINT''' [[File:Fusion 360 Machine Setup - G54 selection with axis alignment.png]]
# Click on '''OK'''

Only complete the below if the model is already in the correct axis alignment.

# Ensure that the Origin Selection is set to '''Stock Box Point'''
# Select the Stock point by clicking on one of the white dots on the stock box point. [[File:Fusion 360 Machine Setup - G54 with model configuration.png]]
# Click on '''OK'''

You should now have your model on the machine and a setup shown in the setups

[[File:Fusion 360 Machine setup - Completed with G54 set.png]]

====== Creating a tool and an operation ======
For this operation, a simple example of clearing a single pocket will be showcased.

# Select the 2D Operations dropdown and select 2D Pocket [[File:Fusion 360 Machining Operation - 2D Pocket Selection.png]]
# In the ''Tool tab'' and the ''tool section'', click on ''Select'' to create a new tool [[File:Fusion 360 Machining Operation - Tool Selection.png]]
# Using the list that you had created earlier find the tool that you want to use
# Select the '''Fusion Library''' - '''Milling tools''' from the menu on the left and turn on the library if required [[File:Fusion 360 Machining Tool library selection.png]]
# In the filters on the right, select the correct type of mill that you want to create the operation for i.e. ''Flat End Mill''
# Find and select the correct milling bit that you are creating the operation with. '''IT IS HIGHLY RECOMMENDED THAT YOU MEASURE YOUR MILL BIT TO ENSURE YOU HAVE THE RIGHT SIZE.''' [[File:Fusion 360 Milling Bit selection .png]]
# In the cutting data section select the correct material and operation type that will be completed. [[File:Fusion 360 Machining Speeds and Feeds defaulting.png]]
# Click on Select
# Change the coolant type to ''Disabled'' from the default that reads ''Flood'' [[File:Fusion 360 Machining Coolant Change.png]]
# In the ''Geometry Tab'' under the ''Geometry section'', click on ''Select.''
# Click on the model feature that needs to be machined [[File:Fusion 360 Machining Pocket Selection.png]]
# In the ''Heights Tab'', check that the clearance height is '''at least''' clearing the fixture mounting hardware. Screws through the materials should be fine with a 10mm clearance. [[File:Fusion 360 Machine clearance heights for fixturing.png]]
# In the ''Passes Tab'' under the ''Stock to Leave'' option, take note of the stock that is left for '''Roughing passes'''. This should not be selected for finishing passes. [[File:Fusion 360 Roughing vs Finishing stock to leave.png]]
# In the ''Passes Tab'', under the ''Multiple Depths'' section, based on the chip per tooth and loading of the bit, select the option and setup the appropriately calculated depth step down. [[File:Fusion 360 Machining Step down selection.png]]
# Confirm that the toolpath generated successfully and that the operation is completed without any issues by reviewing the list of steps under the setup menu. [[File:Fusion 360 Setup Action confirmation.png]]

====== G-Code Posting ======
Once all operations are completed to post the G-Code

# Under the Actions Section in the ribbon, select the dropdown and choose Post Process option or click on the G1G2 icon. [[File:Fusion 360 Post Process configuration Selection.png]]
# Under the ''Machine and Post'' section, click on the open folder icon under the ''Post'' section
# Click on '''Fusion Library'''
# In the Search Bar at the top search for mach4
# Select '''Mach4Mill''' and click ''Select'' [[File:Fusion 360 Mach 4 Mill post processor selector.png]]
# Click on the 3 dots to save to your local library similar to when the machine was downloaded [[File:Fusion 360 Local Post Library Folder.png]]
# Click on Select Folder
# Click on Copy to My Posts
# Under the ''Program Section'' provide a numbered name only. It is highly recommended that you name your project in the format like in the table below. This will result in a unique number of the format 10010301 that is easily identifiable
# Click on POST

{| class="wikitable"
|+
!Setup
!Part
!Group
!Revision
|-
|xx
|xx
|xx
|xx
|-
|10
|01
|03
|01
|}

====== Verify the G-Code ======
#Click on Open on the popup on the bottom right or open the NC Code from the post location
#In the file read through the configuration and confirm:
##Machine Description
##Tool list (Denoted as T# - Diameter in mm, Z-Min as length of the bit and type of bit)
##Operation Sequence
#Note that comments are in ( ) brackets [[File:NC Posted Code from Fusion for Mach4.png]]

== Machine Setup ==

=== Physical Setup ===

# Ensure that there is a spoil board on the machine. The machine has multiple mounting channels that can be used to mount the spoil board
# Mount the stock on the spoil board using either screws, mounting clamps or double sided tape as required by the mounting solution that you have planned for.

=== Avid CNC Software ===
To manage the mill, use the Avid CNC Software from the desktop:

[[File:Avid CNC Software Launcher.png]]

==== Home the system ====

# Regardless of where the machine is, click on Enable [[File:Avid CNC Enable Button.png]]
# Select the Jogging Tab and then bring the CNC mill head '''up all the way''' using either the '''Z+'''or '''Page Up''' button on the keyboard. [[File:CNC Jogging Controls.png]]
# Click on '''Zero Z''' button [[File:Avid CNC Zero Config.png]]
# Click on '''Home X Y Axes'''. This should move the machine to the back right and enable soft limits. ''IFF'' the machine is not in the back right corner, click the home button again. [[File:Avid CNC Soft Limits Enabled.png]]
# This completes the system homing process

MARC 155B CNC Instructions

2024-11-11T17:41:05Z

Admin boerj2:

== G-Code Setup ==

=== G-Code Generations ===
The CNC Mill's in MARC can utilize G-Code Generated from Fusion or V-Carve Pro. Only FUSION will be covered on a '''HIGH''' level overview.

==== Requirements: ====
A login to Autodesk is required for this setup and configuration with an active subscription on the account.

# A design that is in a FUSION 360 compatible format. Step files are recommended for transfers from other software like SolidWorks or Siemens NX
# Known material properties
# List of known CNC Bits that will be used. ''*Note: A single example will only be provided in the example below''

==== Fusion 360 Configuration ====
In the design area, load the part. ''It is recommended but not required to align the part with the expected axis during import.''

Instructions to load a part can be found here: [https://www.autodesk.com/support/technical/article/caas/sfdcarticles/sfdcarticles/How-to-import-or-open-a-file-in-Autodesk-Fusion-360.html How to load parts into Fusion]

Full Fusion instructions for learning the FUNDAMENTALS of MILLING can be found here: [https://www.autodesk.com/learn/ondemand/curated/milling-basics?contextId=AP-C-FUNDAMENTALS-OF-MILLING Autodesk Learning - On Demand Milling Basics]

===== Model Setup =====

# In the document settings, ensure that the units is set to mm
# For each of the '''bodies''' set the material by:
## Right click on the body
## Select ''Physical Material'' [[File:Fusion 360 Material Body Selection .png]]
## Choose the material that will be used i.e. ''Polyethylene, High Density'' [[File:Fusion 360 HDPE Material Selection.png]]
## Drag the material to the material onto the body

===== Milling setup =====
From the dropdown select '''Manufacture'''

[[File:Fusion 360 Configuration Dropdown.png]]

====== Machine Import ======

# Select Machine Library from the manage section in the ribbon by either clicking on the dropdown and selecting ''Machine Library'' or by clicking the icon that looks like a machine (2nd from the left in the screenshot below) [[File:Fusion 360 Machine Library Selection Item.png]]
# In the machine library, select the Autodesk library
# Check the box in the filter section to select the ''Milling'' capability
# Find the Autodesk Generic 3-axis router, or similar 3 axis mills where the description indicates that XYZ axis on the Head [[File:Fusion 360 Machine Library mill selection.png]]
# Drag the machine to the '''My Machines - Local''' library
# Select the name and location of the '''CURRENT''' project to save the model to. [[File:Fusion 360 Model Download save location.png]]
# The machine should now be in the local machine library. Click on close. [[File:Fusion 360 Local Machine library.png]]

====== Machine Setup ======
Each setup is used to individually indicate a physical setup that will be done and where the system is referencing the co-ordinates. Only the general G54 home position will be used and explained in the documentation below. Use of secondary, tertiary and other coordinates are out of the scope of this configuration and setup.

# Right click on Setups and select New Setup [[File:Fusion 360 Machine Setup - Operational.png]]
# In the ''Setup tab'', select the machine from earlier in the Machines option by clicking on ''Select'' in the ''Machine'' section [[File:Fusion 360 Machine Setup - Selection.png]]
# Click on the '''My Machines - Local''' library and highlight the imported machine.
# Click on Select button (NOT Close). This will select the machine and allow for simulations.
# On the ''Stock tab'', in the S''tock'' section, click on the mode dropdown and select '''Fixed size box''' [[File:Fusion 360 Machine Setup - Model Sizing.png]]
# Enter the MEASURED size of the stock in, and select your reference point where you want to cut the part out of. For accuracy of the model, the center is recommended.
# DO NOT CLOSE THE SETUP CONTINUE BELOW

Only complete the items below if you need to correct the model orientation in the machine.

# Back in the S''etup tab,'' in the ''Work Coordinate System (WCS)'' click on orientation [[File:Fusion 360 Machine Setup - Model orientation config.png]]
# Select the '''known''' axis that aligns with the model that you have in your physical setup. X & Y is usually easiest as you can align that with the machine x and y coordinate directions
# for each of the axis, select the corresponding item on the model by either selecting a known line, face or feature that aligns in the correct plane for the model and axis [[File:Fusion 360 Machine Setup - Model Axis selection.png]]
# Select the G54 location on the model/stock in a known accessible location by clicking on one of the white dots on the '''STOCK BOX POINT''' [[File:Fusion 360 Machine Setup - G54 selection with axis alignment.png]]
# Click on '''OK'''

Only complete the below if the model is already in the correct axis alignment.

# Ensure that the Origin Selection is set to '''Stock Box Point'''
# Select the Stock point by clicking on one of the white dots on the stock box point. [[File:Fusion 360 Machine Setup - G54 with model configuration.png]]
# Click on '''OK'''

You should now have your model on the machine and a setup shown in the setups

[[File:Fusion 360 Machine setup - Completed with G54 set.png]]

====== Creating a tool and an operation ======
For this operation, a simple example of clearing a single pocket will be showcased.

# Select the 2D Operations dropdown and select 2D Pocket [[File:Fusion 360 Machining Operation - 2D Pocket Selection.png]]
# In the ''Tool tab'' and the ''tool section'', click on ''Select'' to create a new tool [[File:Fusion 360 Machining Operation - Tool Selection.png]]
# Using the list that you had created earlier find the tool that you want to use
# Select the '''Fusion Library''' - '''Milling tools''' from the menu on the left and turn on the library if required [[File:Fusion 360 Machining Tool library selection.png]]
# In the filters on the right, select the correct type of mill that you want to create the operation for i.e. ''Flat End Mill''
# Find and select the correct milling bit that you are creating the operation with. '''IT IS HIGHLY RECOMMENDED THAT YOU MEASURE YOUR MILL BIT TO ENSURE YOU HAVE THE RIGHT SIZE.''' [[File:Fusion 360 Milling Bit selection .png]]
# In the cutting data section select the correct material and operation type that will be completed. [[File:Fusion 360 Machining Speeds and Feeds defaulting.png]]
# Click on Select
# Change the coolant type to ''Disabled'' from the default that reads ''Flood'' [[File:Fusion 360 Machining Coolant Change.png]]
# In the ''Geometry Tab'' under the ''Geometry section'', click on ''Select.''
# Click on the model feature that needs to be machined [[File:Fusion 360 Machining Pocket Selection.png]]
# In the ''Heights Tab'', check that the clearance height is '''at least''' clearing the fixture mounting hardware. Screws through the materials should be fine with a 10mm clearance. [[File:Fusion 360 Machine clearance heights for fixturing.png]]
# In the ''Passes Tab'' under the ''Stock to Leave'' option, take note of the stock that is left for '''Roughing passes'''. This should not be selected for finishing passes. [[File:Fusion 360 Roughing vs Finishing stock to leave.png]]
# In the ''Passes Tab'', under the ''Multiple Depths'' section, based on the chip per tooth and loading of the bit, select the option and setup the appropriately calculated depth step down. [[File:Fusion 360 Machining Step down selection.png]]
# Confirm that the toolpath generated successfully and that the operation is completed without any issues by reviewing the list of steps under the setup menu. [[File:Fusion 360 Setup Action confirmation.png]]

====== G-Code Posting ======
Once all operations are completed to post the G-Code

# Under the Actions Section in the ribbon, select the dropdown and choose Post Process option or click on the G1G2 icon. [[File:Fusion 360 Post Process configuration Selection.png]]
# Under the ''Machine and Post'' section, click on the open folder icon under the ''Post'' section
# Click on '''Fusion Library'''
# In the Search Bar at the top search for mach4
# Select '''Mach4Mill''' and click ''Select'' [[File:Fusion 360 Mach 4 Mill post processor selector.png]]
# Click on the 3 dots to save to your local library similar to when the machine was downloaded [[File:Fusion 360 Local Post Library Folder.png]]
# Click on Select Folder
# Click on Copy to My Posts
# Under the ''Program Section'' provide a numbered name only. It is highly recommended that you name your project in the format like in the table below. This will result in a unique number of the format 10010301 that is easily identifiable
# Click on POST

{| class="wikitable"
|+
!Setup
!Part
!Group
!Revision
|-
|xx
|xx
|xx
|xx
|-
|10
|01
|03
|01
|}

====== Verify the G-Code ======
#Click on Open on the popup on the bottom right or open the NC Code from the post location
#In the file read through the configuration and confirm:
##Machine Description
##Tool list (Denoted as T# - Diameter in mm, Z-Min as length of the bit and type of bit)
##Operation Sequence
#Note that comments are in ( ) brackets [[File:NC Posted Code from Fusion for Mach4.png]]

=== Avid CNC Software ===
To manage the mill, use the Avid CNC Software from the desktop:

[[File:Avid CNC Software Launcher.png]]

==== Home the system ====

# Regardless of where the machine is, click on Enable [[File:Avid CNC Enable Button.png]]
# Select the Jogging Tab and then bring the CNC mill head '''up all the way''' using either the '''Z+'''or '''Page Up''' button on the keyboard. [[File:CNC Jogging Controls.png]]
# Click on '''Zero Z''' button [[File:Avid CNC Zero Config.png]]
# Click on '''Home X Y Axes'''. This should move the machine to the back right and enable soft limits. ''IFF'' the machine is not in the back right corner, click the home button again. [[File:Avid CNC Soft Limits Enabled.png]]
# This completes the system homing process

File:NC Posted Code from Fusion for Mach4.png

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Admin boerj2:

NC Posted Code from Fusion for Mach4

MARC 155B CNC Instructions

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Admin boerj2: GCode Generation Instructions

File:Fusion 360 Local Post Library Folder.png

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Admin boerj2:

Fusion 360 Local Post Library Folder

File:Fusion 360 Mach 4 Mill post processor selector.png

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Admin boerj2:

Fusion 360 Mach 4 Mill post processor selector

File:Fusion 360 Post Process configuration Selection.png

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Admin boerj2:

Fusion 360 Post Process configuration Selection

File:Fusion 360 Setup Action confirmation.png

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Admin boerj2:

Fusion 360 Setup Action confirmation

File:Fusion 360 Machining Step down selection.png

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Admin boerj2:

Fusion 360 Machining Step down selection

File:Fusion 360 Roughing vs Finishing stock to leave.png

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Admin boerj2:

Fusion 360 Roughing vs Finishing stock to leave

File:Fusion 360 Machine clearance heights for fixturing.png

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Admin boerj2:

Fusion 360 Machine clearance heights for fixturing

File:Fusion 360 Machining Pocket Selection.png

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Admin boerj2:

Fusion 360 Machining Pocket Selection

File:Fusion 360 Machining Coolant Change.png

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Admin boerj2:

Fusion 360 Machining Coolant Change

File:Fusion 360 Machining Speeds and Feeds defaulting.png

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Admin boerj2:

Fusion 360 Machining Speeds and Feeds defaulting

File:Fusion 360 Milling Bit selection .png

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Admin boerj2:

Fusion 360 Milling Bit selection

File:Fusion 360 Machining Tool library selection.png

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Admin boerj2:

Fusion 360 Machining Tool library selection

File:Fusion 360 Machining Operation - Tool Selection.png

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Admin boerj2:

Fusion 360 Machining Operation - Tool Selection

File:Fusion 360 Machining Operation - 2D Pocket Selection.png

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Admin boerj2:

Fusion 360 Machining Operation - 2D Pocket Selection

File:Fusion 360 Machine setup - Completed with G54 set.png

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Admin boerj2:

Fusion 360 Machine setup - Completed with G54 set

File:Fusion 360 Machine Setup - G54 with model configuration.png

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Admin boerj2:

Fusion 360 Machine Setup - G54 with model configuration

File:Fusion 360 Machine Setup - G54 selection with axis alignment.png

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Admin boerj2:

Fusion 360 Machine Setup - G54 selection with axis alignment

File:Fusion 360 Machine Setup - Model Axis selection.png

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Admin boerj2:

Fusion 360 Machine Setup - Model Axis selection

File:Fusion 360 Machine Setup - Model orientation config.png

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Admin boerj2:

Fusion 360 Machine Setup - Model orientation config

File:Fusion 360 Machine Setup - Model Sizing.png

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Admin boerj2:

Fusion 360 Machine Setup - Model Sizing

File:Fusion 360 Machine Setup - Selection.png

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Admin boerj2:

Fusion 360 Machine Setup - Selection

File:Fusion 360 Machine Setup - Operational.png

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Admin boerj2:

Fusion 360 Machine Setup - Operational

File:Fusion 360 Local Machine library.png

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Admin boerj2:

Fusion 360 Local Machine library

File:Fusion 360 Model Download save location.png

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Admin boerj2:

Fusion 360 Model Download save location

File:Fusion 360 Machine Library mill selection.png

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Admin boerj2:

Fusion 360 Machine Library mill selection

File:Fusion 360 Autodesk Library selection.png

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Admin boerj2:

Fusion 360 Autodesk Library selection

File:Fusion 360 Machine Library Selection Item.png

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Admin boerj2:

Fusion 360 Machine Library Selection Item

File:Fusion 360 Material Body Selection .png

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Admin boerj2:

Fusion 360 Material Body Selection

File:Fusion 360 HDPE Material Selection.png

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Admin boerj2:

Fusion 360 HDPE Material Selection

File:Fusion 360 Configuration Dropdown.png

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Admin boerj2:

Fusion 360 Configuration Dropdown

Connecting to VMware Horizon for SEPT Labs/Software

2024-09-20T16:26:43Z

Admin boerj2: /* The Connection Server Authentication Failed due to a certificate error */

<blockquote>'''Note''' that this setup requires your machine to be restarted. Please '''SAVE and CLOSE''' all programs before starting the setup. To connect to these servers, a '''[https://uts.mcmaster.ca/services/computers-printers-and-software/virtual-private-networking/ VPN]''' connection is required at all times.</blockquote>

=== Download and setup VMware ===

# Download the VMWare Horizon Client (At least V8 2309, suggested latest V8): [https://customerconnect.omnissa.com/downloads/info/slug/desktop_end_user_computing/vmware_horizon_clients/horizon_8 All Devices - Horizon Clients] [https://download3.omnissa.com/software/CART25FQ2_WIN_2406/VMware-Horizon-Client-2406-8.13.0-9986028157.exe Windows Client] [https://download3.omnissa.com/software/CART25FQ2_MAC_2406/VMware-Horizon-Client-2406-8.13.0-10025792799.dmg OSx Horizon Client]
# Install the VMWare Horizon Client from your downloads [[File:VMWare Horizon Client.png]]
# Accept Windows UAC by clicking on “Yes” [[File:VMWare Horizon Client pic2.png]]
# Accept licence terms and install the client by clicking on “Agree & Install” [[File:VMWare Horizon Client pic3.png]]
# Click on “Finish” once the application is done installing [[File:VMWare Horizon Client pic4.png]]
# Restart Machine by clicking on “Restart Now” [[File:VMWare Horizon Client pic5.png]]
# Open VMware Horizon Client and click on either “New Server” or “Add Server” [[File:VMWare Horizon Client6.png]]
# Enter the address of the building you wish to connect to
## If your lab is in ETB, enter “[http://etblabs.sept.mcmaster.ca/ etblabs.sept.mcmaster.ca]” and click “Connect” [[File:VMWare Horizon Client pic7.png]]
## If your lab is in MARC, enter “[http://marclabs.sept.mcmaster.ca/ marclabs.sept.mcmaster.ca]” and click “Connect” [[File:VMWare Horizon Client pic8.png]]
## If your lab is the '''GRAD''' open labs, you will find it in the '''''ETB LABS''''' connection. This includes the VDI.
# Enter your MacID and password [[File:VMWare Horizon Client pic10.png]]
# Select the appropriate LAB or desktop application [[File:VMWare Horizon Client pic11.png]]
# Wait for the connection to load [[File:VMWare Horizon Client pic12.png]]
# Connect required USB devices for Lab Experiments [[File:VMWare Horizon Client pic13.png]]

=== Accessing Remote Applications: ===
In some cases, it is better to access individual applications remotely instead of the entire computer. To obtain direct access to these applications they must be assigned to you before accessing them. Upon login, to the respective server (ETB or MARC) you will see any available applications on the dashboard. [[File:VMWare Horizon Client pic14.png]]

Launching any of these applications on the right will open as if it is installed on your location machine. If you are frequently accessing an application, you can create a desktop shortcut by right-clicking on the application and selecting “Create Shortcut to Desktop”. This will place the application on your desktop for easy access. [[File:VMWare Horizon Client pic15.png]]

=== Session Collaboration Setup for Host Machine: ===
Note that to collaborate on the same machine as another user, the VMware Blast option must be selected. To select this option, right-click on the lab you wish to connect to and select “VMware Blast” if it is not already selected. [[File:VMWare Horizon Client pic16.png]]
# Once you have connected to your remote machine and are on the desktop, click the arrow in the bottom right corner of the screen to open the system tray [[File:VMWare Horizon Client pic17.png]]
# Once the system tray is open, click the icon highlighted below to open the session collaboration tool [[File:VMWare Horizon Client pic18.png]]
# Enter the McMaster email address of the person that you want to connect to your session [[File:VMWare Horizon Client pic19.png]]
# Click on the user's name to add them as a session collaborator and when prompted click “Copy Link” [[File:VMWare Horizon Client pic20.png]]
# A session collaboration icon will now appear on your desktop. Double click on this icon to bring up the session control panel. From here you can see who has been invited to your session, provide users with control of the screen, add more people, and end the collaboration session. [[File:VMWare Horizon Client pic21.png]]

=== Joining a VDI Collaboration Session: ===

# To join a user's VDI session, open the VMware Horizon Client and login to the appropriate building where the host has started a session (ETB or MARC). If you have not yet added the server, see [https://servicedesk.sept.mcmaster.ca/kb/pages/viewpage.action?pageId=1572887#ConnectingtoVMwareHorizonforSEPTLabs/Software-SetupServerAddress Setup Server Address]. [[File:VMWare Horizon Client pic22.png]]
# Once you are logged in to the building, any sessions you have been invited to should appear in the list of available labs. Double click on the collaboration session to join. [[File:VMWare Horizon Client pic23.png]]

=== Common Issues: ===

===== Server unavailable - Failed to respond =====
[[File:VMWare Horizon Client pic24.png]] Check that you are connected to the VPN when you add or try and connect to the server. ([https://uts.mcmaster.ca/services/computers-printers-and-software/virtual-private-networking-students/ McMaster Student VPN])

===== When the VMware Horizon Client is first installed, it will default to selecting all “All Monitors” =====
When connecting to a VDI session you only have 1 monitor. This will cause the client to take over all monitors you have available in full screen. To use the Horizon Client on only a single monitor, right-click on the lab you wish to join and under “Display” select either “Fullscreen” or “Window – Large” [[File:VMWare Horizon Client pic25.png]]

==== The Connection Server Authentication Failed due to a certificate error ====
[[File:VMware Certificate Issue.jpg]]

See: [[VMWare Horizon Certificate error]]

Connecting to VMware Horizon for SEPT Labs/Software

2024-09-20T15:26:28Z

Admin boerj2:

<blockquote>'''Note''' that this setup requires your machine to be restarted. Please '''SAVE and CLOSE''' all programs before starting the setup. To connect to these servers, a '''[https://uts.mcmaster.ca/services/computers-printers-and-software/virtual-private-networking/ VPN]''' connection is required at all times.</blockquote>

=== Download and setup VMware ===

# Download the VMWare Horizon Client (At least V8 2309, suggested latest V8): [https://customerconnect.omnissa.com/downloads/info/slug/desktop_end_user_computing/vmware_horizon_clients/horizon_8 All Devices - Horizon Clients] [https://download3.omnissa.com/software/CART25FQ2_WIN_2406/VMware-Horizon-Client-2406-8.13.0-9986028157.exe Windows Client] [https://download3.omnissa.com/software/CART25FQ2_MAC_2406/VMware-Horizon-Client-2406-8.13.0-10025792799.dmg OSx Horizon Client]
# Install the VMWare Horizon Client from your downloads [[File:VMWare Horizon Client.png]]
# Accept Windows UAC by clicking on “Yes” [[File:VMWare Horizon Client pic2.png]]
# Accept licence terms and install the client by clicking on “Agree & Install” [[File:VMWare Horizon Client pic3.png]]
# Click on “Finish” once the application is done installing [[File:VMWare Horizon Client pic4.png]]
# Restart Machine by clicking on “Restart Now” [[File:VMWare Horizon Client pic5.png]]
# Open VMware Horizon Client and click on either “New Server” or “Add Server” [[File:VMWare Horizon Client6.png]]
# Enter the address of the building you wish to connect to
## If your lab is in ETB, enter “[http://etblabs.sept.mcmaster.ca/ etblabs.sept.mcmaster.ca]” and click “Connect” [[File:VMWare Horizon Client pic7.png]]
## If your lab is in MARC, enter “[http://marclabs.sept.mcmaster.ca/ marclabs.sept.mcmaster.ca]” and click “Connect” [[File:VMWare Horizon Client pic8.png]]
## If your lab is the '''GRAD''' open labs, you will find it in the '''''ETB LABS''''' connection. This includes the VDI.
# Enter your MacID and password [[File:VMWare Horizon Client pic10.png]]
# Select the appropriate LAB or desktop application [[File:VMWare Horizon Client pic11.png]]
# Wait for the connection to load [[File:VMWare Horizon Client pic12.png]]
# Connect required USB devices for Lab Experiments [[File:VMWare Horizon Client pic13.png]]

=== Accessing Remote Applications: ===
In some cases, it is better to access individual applications remotely instead of the entire computer. To obtain direct access to these applications they must be assigned to you before accessing them. Upon login, to the respective server (ETB or MARC) you will see any available applications on the dashboard. [[File:VMWare Horizon Client pic14.png]]

Launching any of these applications on the right will open as if it is installed on your location machine. If you are frequently accessing an application, you can create a desktop shortcut by right-clicking on the application and selecting “Create Shortcut to Desktop”. This will place the application on your desktop for easy access. [[File:VMWare Horizon Client pic15.png]]

=== Session Collaboration Setup for Host Machine: ===
Note that to collaborate on the same machine as another user, the VMware Blast option must be selected. To select this option, right-click on the lab you wish to connect to and select “VMware Blast” if it is not already selected. [[File:VMWare Horizon Client pic16.png]]
# Once you have connected to your remote machine and are on the desktop, click the arrow in the bottom right corner of the screen to open the system tray [[File:VMWare Horizon Client pic17.png]]
# Once the system tray is open, click the icon highlighted below to open the session collaboration tool [[File:VMWare Horizon Client pic18.png]]
# Enter the McMaster email address of the person that you want to connect to your session [[File:VMWare Horizon Client pic19.png]]
# Click on the user's name to add them as a session collaborator and when prompted click “Copy Link” [[File:VMWare Horizon Client pic20.png]]
# A session collaboration icon will now appear on your desktop. Double click on this icon to bring up the session control panel. From here you can see who has been invited to your session, provide users with control of the screen, add more people, and end the collaboration session. [[File:VMWare Horizon Client pic21.png]]

=== Joining a VDI Collaboration Session: ===

# To join a user's VDI session, open the VMware Horizon Client and login to the appropriate building where the host has started a session (ETB or MARC). If you have not yet added the server, see [https://servicedesk.sept.mcmaster.ca/kb/pages/viewpage.action?pageId=1572887#ConnectingtoVMwareHorizonforSEPTLabs/Software-SetupServerAddress Setup Server Address]. [[File:VMWare Horizon Client pic22.png]]
# Once you are logged in to the building, any sessions you have been invited to should appear in the list of available labs. Double click on the collaboration session to join. [[File:VMWare Horizon Client pic23.png]]

=== Common Issues: ===

===== Server unavailable - Failed to respond =====
[[File:VMWare Horizon Client pic24.png]] Check that you are connected to the VPN when you add or try and connect to the server. ([https://uts.mcmaster.ca/services/computers-printers-and-software/virtual-private-networking-students/ McMaster Student VPN])

===== When the VMware Horizon Client is first installed, it will default to selecting all “All Monitors” =====
When connecting to a VDI session you only have 1 monitor. This will cause the client to take over all monitors you have available in full screen. To use the Horizon Client on only a single monitor, right-click on the lab you wish to join and under “Display” select either “Fullscreen” or “Window – Large” [[File:VMWare Horizon Client pic25.png]]

===== The Connection Server Authentication Failed due to a certificate error =====
[[File:VMware Certificate Issue.jpg]]

See: [[VMWare Horizon Certificate error]]