Hi,

Those are just tool/offset numbers for reference and sorting:

T# - Tool Number
D# - Tool Radius/Diameter Offset
L# - Tool Length Offset

These values are also important for CAM integration.

Best regards.

What is "Reference Chip Load"?

Hi,

Basically that is the chip load based on Tool Type, Workpiece and Tool Material before cut parameters (Chipt thinning, WOC, etc) were applied.

Reference Chip load is what you can edit in the "Manufacturer Overrides"

I'd like to setup "Custom Tables" for my endmill "Manufacturer Speeds and Feeds" with "Reference Chip loads" that force equal (or fixed proportional) cutting chip loads that are independent of the Workpiece material type. Can that be done?

Hello,

You can (sort of) do this If you leave the custom Chip load and SFM for a material as default and set the custom parameters to the Material Group instead.

Material Groups are marked in the list by a group number.

There is no way to set the custom overrides for all materials at once. Only to groups and materials.

Alternatively you can just create a tool in the DB and save its Speed and Feed overrides % to whatever you want. Those apply proportionally to all materials.

Hope this helps.

Best regards!

Added and cut parameters above.

No. Cut parameters are always specific to the current material and basically saved as-is.
That is their function.

Best regards.

Thanks - I found another way to do what I wanted.

What is "Max Torque"

Hi.

That is maximum torque a tool can habdle.

But, I'm getting "Max Torque" = 1.02 ft-lb for a 0.25 inch solid carbide endmill and the torque spec for a 0.25 20 TPI Grade 2 bolt is ~3 times that![/url]http://www.federalscrewproducts.com/torque-chart.htm[url]

OOPs not 3 times, 5 times.

Yeah, but an End Mill has flutes!
Fluted portion is considered to be weaker.
Plus there is x2 safety factor. So 1 ft-lb is actually 2 ft-lb as calculated and then reduced by a factor of 2.