MOST General Move GET PUT RETURN A B G A B P A A Action distance B Body motion Gain control P Place Directions: Write the method description in the proper format for each of the following exercises. Fill out the sequence model and calculate the time in TMU and seconds. Example: Get a washer 5 in (12.5 cm) away, place on a bolt located 5 in away and return to the original position A1 Gi Ai P3 Ai = 70 TMU, 2.52 seconds. MOST, Controlled Move Get Move/ Return actuate A B G B G M X I TMU A Action distance B Body motion G Gain control Move controlled X Process time I Align Directions: Write the method description in the proper format for each of the following exercises. Fill out the sequence model and calculate the time in TMU and seconds. M Example: From a standing position in front of dual palm station of an index conveyor, the operator pushes with both hands buttons and holds it for 1.5 second during conveyor move. After the conveyor is stopped the operator returns hands to his side. A A G M X 10 AL 1. Develop the activity sequence model and determine the normal time for the following work activity: A worker walks three steps, picks up a screwdriver from the floor, returns to his original position, and places the screwdriver on his worktable. 2. Develop the activity sequence model and determine the normal time for the following work activity: A clerk walks 8 steps, bends and picks up a file folder from the floor, places it on the counter within reach at that location, and then returns to her original location. 3. Develop the activity sequence model or models and determine the normal time for the following work activity: An assembly worker obtains four bolts in one hand from a bin located 10 in away on his worktable and puts one bolt each into four holes in the bracket within easy reach in front of him. 4. Develop the activity sequence model and determine the normal time for the following work activity: A machinist standing in front of his milling machine, grasps the waist level feed lever on the machine, and rotates the lever one crank to engage the feed. The process time to mill the part is 50 sec. There is no alignment and no action by the worker at the end of the process time. 5. Develop the activity sequence model and determine the normal time for the following work activity: A material handling worker grasps a carton weighing 20 lb on a counter and slides it along the countertop a distance of 2 A