iRubric: Controller Instruction Manuals rubric

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Controller Instruction Manuals

Rubric Code: DX6562

By defenbad

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Public Rubric

Subject: Vocational

Type: Assignment

Grade Levels: 6-8, 9-12, Undergraduate

Controller Instruction Manuals
	Presentation & Layout Below is the criteria by which the project will be scored. 20 pts	Power-Up & DNC Instructions Below is the criteria by which the project will be scored. 20 pts	G54's & Tool Length Offset (TLO) Below is the criteria by which the project will be scored. 20 pts	Tool Wear Offsets Below is the criteria by which the project will be scored. 20 pts	Program Proofing Instructions Below is the criteria by which the project will be scored. 20 pts
HAAS Mill Controller 100 pts	Presentation & Layout **************** Uniqueness of presentation (10) **************** Flow of Instructions (10)	Power-Up & DNC Instructions **************** Accuracy of machine power-up procedures (10) **************** Accuracy of DNC Instructions (10)	G54's & Tool Length Offset (TLO) **************** Accuracy of directions to offset screen (5) ************** Methods used to obtain part G54 (5) ************** Methods of setting TLO's for Multiple Tools (5) **************** Accuracy of inputting offset values. (5)	Tool Wear Offsets Ability to accuratly program for tool wear if a part is being cut undersized (10), or being cut oversized (10)	Program Proofing Instructions Use of safety lines, M00's single block features and pseudo tool heights to proof a program (20)
HAAS Lathe Controller 100 pts	Presentation & Layout **************** Uniqueness of presentation (10) **************** Flow of Instructions (10)	Power-Up & DNC Instructions **************** Accuracy of machine power-up procedures (10) **************** Accuracy of DNC Instructions (10)	G54's & Tool Length Offset (TLO) **************** Accuracy of directions to offset screen (5) ************** Methods used to obtain part G54 (5) ************** Methods of setting TLO's for Multiple Tools (5) **************** Accuracy of inputting offset values. (5)	Tool Wear Offsets Ability to accuratly program for tool wear if a part is being cut undersized (10), or being cut oversized (10)	Program Proofing Instructions Use of safety lines, M00's single block features and pseudo tool heights to proof a program (20)
Mitshubishi Controller 100 pts	Presentation & Layout **************** Uniqueness of presentation (10) **************** Flow of Instructions (10)	Power-Up & DNC Instructions **************** Accuracy of machine power-up procedures (10) **************** Accuracy of DNC Instructions (10)	G54's & Tool Length Offset (TLO) **************** Accuracy of directions to offset screen (5) ************** Methods used to obtain part G54 (5) ************** Methods of setting TLO's for Multiple Tools (5) **************** Accuracy of inputting offset values. (5)	Tool Wear Offsets Ability to accuratly program for tool wear if a part is being cut undersized (10), or being cut oversized (10)	Program Proofing Instructions Use of safety lines, M00's single block features and pseudo tool heights to proof a program (20)
FANUC Controller 100 pts	Presentation & Layout **************** Uniqueness of presentation (10) **************** Flow of Instructions (10)	Power-Up & DNC Instructions **************** Accuracy of machine power-up procedures (10) **************** Accuracy of DNC Instructions (10)	G54's & Tool Length Offset (TLO) **************** Accuracy of directions to offset screen (5) ************** Methods used to obtain part G54 (5) ************** Methods of setting TLO's for Multiple Tools (5) **************** Accuracy of inputting offset values. (5)	Tool Wear Offsets Ability to accuratly program for tool wear if a part is being cut undersized (10), or being cut oversized (10)	Program Proofing Instructions Use of safety lines, M00's single block features and pseudo tool heights to proof a program (20)

Subjects:

Vocational

Types:

Assignment

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