Log on to the hbc.haascnc.com

Note: Only Haas Certified Service technicians can log into this site.

 Note: Make sure you have pop up blocker deactivated.

Select the Service tab [1].

Select Documents and Software [2].

Select Control Software [3].

Select Next Generation Control.

Select Robot Software.

Select the file RobotScriptsx-xx.zip to download the software file.

Download and add the file to your USB memory device. This must be a service key.

Insert the USB device to the control. The USB memory device must contain these items:

• Your HaasKey.txt file
• RobotScriptsx-xx.zip

 Note: Make sure machine is in Service Mode. (DEBUG mode).

Press [CURRENT COMMANDS].

Go to Devices>Robot>Setup tab.

Press [E-Stop].

Press [F1] to connect the robot[1].

When connected the robot icon[2] will have a green check mark.

Press the [Emergency Stop] and press [F2] to update the robot. 

Press [Y] to load the the robot software.

Navigate to the USB0 and select the RobotScriptsx-xx.zip and press [Enter].

A pop-up Update Robot will display:

Applying update, please wait.

A message Robot Update Verfified will also be displayed.

When complete the Update Robot pop-up will display:

Update Complete

Power cycle robot to complete update.

If you try to reset alarms an alarm 9158 Robot Power Cycle Required will generate.

Power cycle the robot and reconnect to the robot.

Navigate to Diagnostics>System tab and press Page Down to the Hardware box and verify the Robot software was updated[1].

DO NOT turn off the machine or robot.

Hit the E-Stop on the Haas control to prevent unexpected robot motion.

Use a 3 mm allen key to remove the hardware from the battery shield and take off the battery shield and gasket.

Note: The battery shield may need to be pryed off using a flathead screwdriver.

Remove the compartment cover using a flathead screwdriver. Replace the batteries. Take note of the direction each battery is before removing the old batteries.

Put the compartment cover and battery shield back on, make sure the battery cover is secure tightly.

Follow this video to connect to the virtual teach pendent on a laptop.

Go into the Navigate iPendent to check Master/Cal is enabled.

Click MENU>NEXT>SYSTEM>Master/Cal, it will pop-up in the list on the screen as shown.

Skip this step if Master/Cal is already enabled.

If it is not enabled, follow these steps:

•  Go to the System Variables screen: MENU>NEXT>SYSTEM>Variables
• Scroll down to $MASTER_ENB
• Set $MASTER_ENB to 1 by pressing 1 and pressing enter

Reset Pulsecoder Alarm

Go the the Master/Cal screen: MENU>NEXT>SYSTEM>Master/Cal

Click RES_PCA [1], the pendent will display a message asking if you want to reset pulsecoder alarms.

Click Yes [2], a message will appear as shown that says 'Pulsecoder alarm reset!' [3]

After the pulsecoder alarm has been reset, cycle power on the robot. DO NOT cycle power on the machine.

Re-establish pulse for each axis

When axes lose power, the pulse on each axis needs to be re-established. This is done by jogging each joint at least 10-20 degrees in each direction.

Follow these steps to do this:

• Enter the Jogging iPendent from the Robot Homepage.
• Click the Jog Panel button [1] to open the Jog Panel, make sure the E-Stop on the machine is released.
• Click Reset [2] to reset all faults
• Click the switch [3] to turn it on
• Click Shift [4] and then jog the joints

Note: If an alarm pops up while jogging, reset the alarm and lower the jogging rate [5] until the arm is able to be jogged again. This will happen once the arm has left the DCS zone and it will need to be jogged at a slower rate.

Copy Master Count to Reference Count & Checking the Zero Reference Position

Go back to the Navigate iPendent.

Copy the Master Count values to the Reference Count values by doing the following:

• Go to the System Variables screen: MENU>NEXT>SYSTEM>TYPE>Variables
• Scroll down to $DMR_GRP (should be number 199) and once it is highlighted, hit ENTER twice and the variables shown in [1] should be on the screen.
• Scroll to $MASTER_COUNT and click DETAIL when it is highlighted. Take note of these values.
• Press PREV to go back to the variable list and then go into the $REF_COUNT by pressing DETAIL when it is highlighted. Copy the values from the $MASTER_COUNT by typing them in and pressing enter to change the values.
• Press PREV to go back to the variable list and set $REF_DONE to TRUE

While still inside $DMR_GRP[1] System Variables, go to $REF_POS and make sure the axis values are set to a value of 0 as shown in [2].

Line Up Witness Marks

Go back to the Jogging iPendent, open the Jog Panel and turn on the switch.

Jog each joint so that the witness marks line up, use the image shown to locate the positions of the witness marks on HRP-1.

Note: The witness marks on Joint 6 may not be visible, remove the gripper and make sure the dowel pin hole is positioned upward.

Quick Master and Calibrate

After lining up the witness marks, the robot is at its zero position.

Go to Master/Cal screen: MENU>NEXT>SYSTEM>Master/Cal 

Note: if Master/Cal is not showing up, go back to step 2 to enable it again.

Scroll to QUICK MASTER and press ENTER to select [1].

A message will appear asking if you want to quick master, click YES [2].

A message will appear saying that the Robot has been mastered.

While still in Mast/Cal mode, scroll to CALIBRATE and press ENTER [3].

Click YES when the screen asks if you want to calibrate [4].

A message will display saying that the robot has been calibrated, then press DONE.

Apply DCS Parameters

After quick mastering and calibrating, the robot will be in a faulted state until you apply DCS parameters.

Go into the Jogging iPendent mode.

Go to the DCS menu: MENU>NEXT>SYSTEM>DCS

Scroll down to option 13 - Mastering parameters.

Click APPLY to apply the changes and press OK.

Enter 1111 for the Master Code.

Cycle power on the robot.

Verify Quick Mastering

Move all joints to zero and check to see if the lines on both sides of the joint are lined up. If they are not lined up, repeat the procedure.