Tube vibration and oscillation depend on many factors,
such as the tube length, size, weight, straightness, stand
alignment, roller speed, etc. If at any time you feel the tube
is excessively vibrating or oscillating, release the foot
switch. If in II-High speed, change to I-Low speed and try
again. If in I-Low speed, change to another cutting method
for that piece, such as a hand cutter.
To change speeds, release foot switch and allow cutter to
come to a complete stop. Move switch to the desired
position. Do not change operating speed while machine is
running.
Cutting Tube
1. Check that the tubing is not visibly bent and no fit-
tings are attached. Cutting bent tubes or tubes with
fittings can result in excessive vibration and loss of
control. Use a hand cutter if needed. Mark the tubing
at the desired length. For convenience, a measuring
scale is provided on the machine.
2. If needed, adjust the power tubing cutter size range
with the quick switch size adjustment.
3. Place the tubing on the rollers so that the cutting
mark is located under the cutter wheel, on the zero
mark of the scale. If the tubing extends beyond the
machine, position supports under the tube. Supports
should be adjusted so the tube sits squarely on the
rollers. This will help insure proper tracking of the cut.
See Figure 3.
4. Assume a proper operating position to help maintain
control of the machine and tube
(see Figure 10)
:
• Be sure you have convenient access to the tools
and switch.
• Be sure that you can control the foot switch. Do not
step on foot switch yet. In case of emergency, you
must be able to release the foot switch.
• Be sure that you have good balance and do not
have to overreach.
5. Advance the quick feed system until the support
rollers contact the tube
(Figure 9)
. Align the cutter
wheel with the mark on the tubing. Tighten the feed-
screw to bring the cutter wheel in contact with the
tube. After cutter wheel contacts tube, advance the
feedscrew an additional 1 to 1½ turns to grip the
tube. Do not over advance the feedscrew, this can
oval the pipe and increase burr formation.
Figure 9 – Support Rollers Contacting Tubing
6. Move the I-Low/O-OFF/II-High switch into the appro-
priate position for the tube being cut
7. Depress the foot switch. The rollers and the tube will
start to rotate. Keep hands way from rotating parts.
Figure 10 – Cutting Tubing
8. Advance the feed screw by slowly and continuously
tightening the feedscrew until the tubing is cut.
Aggressive cutting can damage the cutter wheel
and cause excessive burrs. Maintain the support
rollers in contact with the tube to help hold the tube in
place.
If the tubing spirals while being cut, stop the cut and
check the machine set up, especially the alignment of
the tube stands. Different tube materials may need
slight additional tightening of the feedscrew to improve
tracking.
944-732-258.09_REV C
9
PC116/PTC-400 Power Tubing Cutter
Support Rollers
Cutter
Wheel
Tube
Scale
Summary of Contents for PC116
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Page 116: ...944 732 258 09_REV C Cortador de tubos el trico PC116 PTC 400 114...
Page 132: ...944 732 258 09_REV C PC116 PTC 400 motordriven r rkap 130...
Page 164: ...944 732 258 09_REV C PC116 PTC 400 Elektrisk r rkutter 162...
Page 180: ...944 732 258 09_REV C PC116 PTC 400 S hk k ytt inen putkileikkuri 178...
Page 198: ...944 732 258 09_REV C PC116 PTC 400 Elektryczny obcinak do rurek 196...
Page 263: ...PC116 PTC 400 PC116 PTC 400...
Page 265: ...944 732 258 09_REV C PC116 PTC 400 263 UL CSA EN62841 1...
Page 266: ...944 732 258 09_REV C PC116 PTC 400 264 GFCI GFCI OFF ON...
Page 267: ...944 732 258 09_REV C PC116 PTC 400 265 PC116 PTC 400...
Page 275: ...944 732 258 09_REV C PC116 PTC 400 273 12 7 8 I O I O 9 1 2 3 13 4 13 O...
Page 279: ...944 732 258 09_REV C PC116 PTC 400 277 RIDGID Ridge Tool RIDGID com 2012 19...
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Page 296: ...944 732 258 09_REV C PC116 PTC 400 elektri ni reza cijevi 294...
Page 312: ...944 732 258 09_REV C PC116 PTC 400 Elektri ni cevni rezalec 310...
Page 328: ...944 732 258 09_REV C Elektri ni no za cevni materijal PC116 PTC 400 326...
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Page 331: ...944 732 258 09_REV C PC116 PTC 400 329 UL CSA EN62841 1...
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Page 341: ...944 732 258 09_REV C PC116 PTC 400 339 4 13 O OFF PC116TS 13 1 14 14 2 15 3 4...
Page 343: ...944 732 258 09_REV C PC116 PTC 400 341 0 2 5 18 QR PC116 PTC 400...
Page 344: ...944 732 258 09_REV C PC116 PTC 400 342 RIDGID RIDGID RIDGID...
Page 346: ...944 732 258 09_REV C PC116 PTC 400 344...
Page 362: ...944 732 258 09_REV C PC116 PTC 400 Elektrikli Boru T p Makaslar 360...
Page 363: ...PC116 PTC 400 PC116 PTC 400...
Page 365: ...944 732 258 09_REV C PC116 PTC 400 363 UL CSA EN 62841 1...
Page 366: ...944 732 258 09_REV C PC116 PTC 400 364 GFCI GFCI OFF ON...
Page 375: ...944 732 258 09_REV C PC116 PTC 400 373 12 7 8 I Low O OFF II High O OFF 9 1 2 3 13 4 13 O OFF...
Page 378: ...944 732 258 09_REV C PC116 PTC 400 376 RIDGID RIDGID RIDGID...
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Page 384: ...944 732 258 09_REV C PC116 PTC 400 382 GFCI GFCI...
Page 391: ...944 732 258 09_REV C PC116 PTC 400 389 1 2 3 3 4 10 5 9 1 1 9 6 I O II 7 10 8...
Page 393: ...944 732 258 09_REV C PC116 PTC 400 391 13 O O PC116TS 13 1 14 14 2 15 3 4...
Page 395: ...944 732 258 09_REV C PC116 PTC 400 393 0 2 5 18 PC116 PTC 400 QR...
Page 396: ...944 732 258 09_REV C PC116 PTC 400 394 RIDGID RIDGID RIDGID...