Specifications

4.9.3 Coolant Hose
A coolant hose is supplied to aid in cleaning the machine of chips. The coolant pump
must be turned on to use this hose. To increase the pressure through the hose, turn off the
coolant valves located below the spindle.
4.9.4 Checking Coolant Levels
The coolant level should be higher than the baffles located near the coolant pumps and
can be checked visually.
4.10 Air
A single air line is required and located at the rear of the machine. A shut-off valve is
supplied below the main pressure gauge.
4.10.1 Air Hose
A hand air hose is located to the right of the front door and may be used anytime during
operation.
4.10.2 Air Blast
Two air lines are located below the spindle and can be turned on and off by a button on
the front control panel or by the program using an auxiliary event.
4.10.3 Checking Air Pressure
Two pressure gauges are located at the rear of the machine. One regulates the main
incoming pressure to the machine, the second regulates how much air runs through the
spindle bearing assembly keeping out contamination.
4.11 Chip Removal
Chips can be removed with the auger located in the lower front base of the machine.
Chips will exit through the chip spout located on the left side of the machine.
4.11.1 Auger Operation
The auger button is located on the front control panel and can rotate the auger forward or
reverse. To run the auger in reverse you need to hold the reverse button down. Reverse
would only be used in cases where the auger screw gets jammed. This might help free it
up.
If the auger gets jammed and the reverse feature does not free it up, then you should press
the E-stop and pull the coolant tank out towards the front of the machine so you will be
able to see where the auger is jammed. Free up the jammed material and then push the
tank back in place. Do not place your hand down in the chute when it is running or
power is on trying to free the jam. Never remove the chute when power is on.
We recommend the auger be run continuously when the parts you are cutting produce a
lot of chips. Failure to do so may cause chips to overflow into the coolant tank.