CP7 training(6.0) (1).pdf - 第9页

FK-9F98-27 CP-7 Series T raini ng T ext for Service Engineers Edition 6.0 Chapter 2. Cam Box Adjustm ent [2/8] 2.4 Cam Lever and Solenoid V alve Layout Cam Box cam levers and valve locations are illustrated here. 12 11 1…

100%1 / 147
FK-9F98-27 CP-7 Series Training Text for Service Engineers
Edition 6.0 Chapter 2. Cam Box Adjustment [1/8]
Chapter 2 Cam Box Checks and Adjustments
2.1 Interference Check
1. With the cam angle at 0 degrees, check all stations for interference before turning the cam.
2. As a precaution, it is best not to connect the air supply before adjustment of step 2.8 as some
stations may interfere if the air cylinders are not adjusted correctly.
3. Lower the vacuum switching brackets at stations 9 and 13 to ensure sufficient clearance when
the cam is rotated.
4. Check for interference between the various sensors and their flags before rotating the cam. Pay
special attention to station 1 and station 9 nozzle up & down detection sensors and flags located
in the cam box. Also, check the station 1 waste tape cutter upper and lower limit detection
sensors located (near the dump parts box) at station 13.
5. Secure the station 1 vacuum switching lever so that it does not interfere with the top surface of
the mechanical valve.
2.2 Cam Box Check
1. Check for any dust, tools, or other foreign matter within the Cam box.
2. Perform an initial check of all bolts and connectors to ensure they are tight.
2.3 Securing the Motor Coupling and Mechanical Locks
1. Use a torque wrench to tighten the motor coupling and mechanical locks.
A: Motor Coupling 32.3N.m
B: Mechanical Lock (M4) 4.9N.m
C: Mechanical Lock (M5) 8N.m
A
C
B
B
B
B
Figure 1
Fuji Machine Mfg. Co., Ltd. (Okazaki)
SMT Equipment Quality Assurance Dept.
CS Section
2-1
FK-9F98-27 CP-7 Series Training Text for Service Engineers
Edition 6.0 Chapter 2. Cam Box Adjustment [2/8]
2.4 Cam Lever and Solenoid Valve Layout
Cam Box cam levers and valve locations are illustrated here.
12
11
10
9
8
6 7
4 5
3
2
1
“B“ Cam
Figure 2
“A “ Cam
1. ST1 Cut 7. ST9 Up & Down Nozzle
2. ST14 Nozzle Change 8. ST8 Up & Down FQ
3. ST1 Fwd & Bwd Feeding jaw 9. 10SOL-7,8 ST14 Select Clutch
4. ST1 Up & Down Nozzle 10. 10SOL-3,4 ST1 Fwd & Bwd Feed Jaw
5. ST2 Up & Down PQ 11. 10SOL-1,2 ST1 Up & Down
6. ST10 Up & Down RQ 12. 10SOL-5,6 ST9 Up & Down
2.5 B-Cam Scale Angle Check (Timing Reference Point)
1. Set a dial indicator on the cam lever of the waste tape cutter (B-axis). Check that the
maximum diameter (low point) of the cam is set to: 194 degrees: CP-732/733E, (190
degrees: CP-742/743(M)E)
Figure 3
+0.01+0.01
194
190
(
187.5
)
(190)
(
742
(
M
)
E
)
198
(
192.5
)
Waste Tape Cutter
2. When measuring with the dial gauge, find the center point and move the cam lever
0.01mm as indicated above. If the setting is balanced, the readings should be as
indicated. However, if not, move the angle scale so the readings are within range.
IMPORTANT!
The Cam B axis scale is the reference point for all timing within the Cam Box. Be sure
this adjustment is carried out correctly. Otherwise, the machine timing will be adversely
affected.
Fuji Machine Mfg. Co., Ltd. (Okazaki)
SMT Equipment Quality Assurance Dept.
CS Section
2-2
FK-9F98-27 CP-7 Series Training Text for Service Engineers
Edition 6.0 Chapter 2. Cam Box Adjustment [3/8]
2.6 Cam-axis Synchronization (Using B-axis Scale)
1. Set a dial gauge against the nozzle holder. When the nozzle index stops, the cam angle
should be between 140 and 144 degrees. When starting to move, the cam angle should be
between 234 and 238 degrees.
144
234
Starting point
Stopping point
No movement
range
141
237
(Within 3 degrees on each side)
Figure 4
2. Set a dial indicator on the theta index helical gear. When the theta index stops, the cam
angle should be between 70 and 72 degrees. When starting to move, the cam angle should
be between 296 and 298 degrees.
296
Stopping point
298
No movement
range
Starting point
(Within 2 degrees on each side)
Figure 5
3. Set a dial indicator on the RQ cam lever (Station 10). Make sure that when the cam lever is
at the low point, the cam axis is between 94 and 274 degrees.
274
277
No movement
range
(Within 3 degrees on each side)
Stopping point
Starting point
Figure 6
Movement direction
toward low point.
10
th
Sta. Lever
4. After checking the above, ensure the A-axis scale matches the B-axis reference scale.
Notes:
1. In all cases above, the maximum difference between the stopping and starting points
should be within +/- 1 degree.
Example: (fig. 4 above) If the nozzle index stops at 142 degrees, it should begin moving at
236 +/- 1 degree.
2. The exact timing of movement varies a little from machine to machine. (but still within
tolerance). The main point is to ensure that the stopping and starting points are balanced.
Fuji Machine Mfg. Co., Ltd. (Okazaki)
SMT Equipment Quality Assurance Dept.
CS Section
2-3