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Door Knobs - Process Plans


Penn State University
Process Plan

Part Name: PSU Door Knobs ( Lion, OldMain, Paw, Football)

Material: 6061 Aluminum

Operations routing summary

ITEM EQUIPMENT DESCRIPTION TIME (min)
Lion OldMain Paw Football
1 Kardex Retrieve stock bar. 0.1 0.1 0.1 0.1
2 SL-20 Servo Bar 300 Face knob end. Turn shaft portion of knob. Drill central hole. 4.8 4.8 4.8 4.8
3 SL-20 Turn top of knob profile. 2.9 2.9 2.9 2.9
4 VF-3 Locator hole.Mill knob face profile. Drill and tap 8 8 10 10
5 EDM Square shape central hole 10 10 10 10
6 Kardex Store product 0.1 0.1 0.1 0.1

Item No. 2
Equipment: HAAS SL-20 Servo Bar 300
Op.
Description
Tooling
Machining Parameters
TIME (min)
N (rpm)
f (ipr)
d (in)
10 Clamp bar 3 jaw chuck      
0.1
20 Face knob end RH face tool
1500
0.01
0.05
0.4
30 Rough turn knob shaft portion RH tool 3/64 nose radius
1500
0.01
0.05
3.4
40 Finish turn knob shaft portion RH tool 3/64 nose radius
1800
0.005
0.01
0.4
50 Drill central hole .3594 in taper shank drill HSS M1
500
0.01
1.2
0.33
60 Unload and inspect        
0.2

Item No. 3
Equipment: HAAS SL-20
Op.
Description
Tooling
Machining Parameters
TIME (min)
N (rpm)
f (ipr)
d (in)
10 Clamp bar 3 jaw chuck      
0.1
20 Face knob profile face RH face tool
1500
0.01
0.05
0.4
30 Rough turn knob profile RH tool 3/64 nose radius
1500
0.01
0.05
3.4
40 Finish turn knob profile RH tool 3/64 nose radius
1800
0.005
0.01
0.4
50 Unload and inspect        
0.33

Item No. 4
Equipment: HAAS VF-3
Op.
Description
Tooling
Machining Parameters
TIME (min)
N (rpm)
f (ipr)
d (in)
10 Clamp part 3 jaw chuck      
0.2
20 Mill profile face 1/32 in End Mill
6000
15 (Paw), 5 (Lion, OM, FB)
0.05
7(Lion), 7(OM), 8.7(Paw), 8.7(FB)
30 Rotate 90° and Center drill Center drill
3000
15
0.1
0.33
40 Drill locator hole .204 in taper shank drill HSS M1
3000
15
0.7
0.25
50 Tap locator hole .246 in tap drill 20 UNF thead
1064
38
0.4
0.33
60 Unload and inspect        
0.2

 


Legend

The graphs following each table show the sequence of operations in the Operations Routing Summary and the Process Plans.
Each node represents an operation identified by its number. All the operations that must be done but whose order may change are connected with an AND junction, whereas operations that must follow a strict sequence appear in that order in a single branch of the graphs.
The schemas show which operations correspond to the each node in the process plans.

 

 

 
 
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