DESKTOP SIGN MAKER
USER'S MANUAL
ROLAND DG CORPOR ATION
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YEARS OF MANUFAC-
TURE
ROLAND DG CORPORATION
1227 Ohkubo-cho, Hamamatsu-shi, Shizuoka-ken, JAPAN 432
1995
MODEL NAME
RELEVANT DIRECTIVE
:
:
See the MODEL given on the rating plate.
EC MACHINERY DIRECTIVE (89/392/EEC)
EC LOW VOLTAGE DIRECTIVE (73/23/EEC)
Typographic Conventions
This manual uses certain typographic symbols, outlined below.
This indicates a point requiring particular care to ensure safe use of the product.
: Failure to heed this message will result in serious injury or
death.
: Failure to heed this message may result in serious injury or
death.
: Failure to heed this message may result in minor injury.
: Indicates important information to prevent machine breakdown
or malfunction and ensure correct use.
NOTICE
: Indicates a handy tip or advice regarding use.
i
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To Ensure Safe Use
If you find some abnormality, immediately turn off the power switch and check the user's manual to find
out what is wrong.
WARNING
Never disassemble or
modify this product.
CAUTION
Handle the power cord
with care.
Do not step on or damage the power
cord, or allow heavy objects to be
placed atop it. Failure to heed this
may result in electrocution or fire.
CAUTION
When pulling the power
cord from an electrical
socket, be sure to grip the
plug.
CAUTION
CAUTION
CAUTION
Handle the blade with care.
Do not allow liquids, metal
objects or flammables
inside the machine.
Fire or breakdown may result.
Do not install in an
unstable or high location.
Do not installation the machine on
the edge of a table, or it may fall.
CAUTION
CAUTION
CAUTION
Ensure the safety of the
area around the platen
before switching on the
power.
Do not inadvertently allow
the hands, hair, or necktie
near the carriage while in
operation.
Do not allow the hands
near the platen while in
operation.
The carriage moves simultaneously
when the power is switched on.
ON
ii
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About the Labels Affixed to the Unit
These labels are affixed to the body of this product. The following figure describes the location and
content of these messages.
Rating plate
Do not allow the hands near
the platen while in operation.
iii
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To Ensure Correct Use
NOTICE
NOTICE
NOTICE
Do not connect to an AC outlet that
supplies other than the specified
voltage.
This product is a precision instru-
Do not install in an area subject to
ment and must be handled with care. dust or high humidity or with poor
ventilation.
NOTICE
When the unit is not in use for an
extended period, detach the power
supply plug from the AC outlet.
3
iv
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Thanks and Best Wishes
Thank you very much for purchasing the CAMM-1 PNC-900.
Since we wish you many years of productive use of your PNC-900, we ask you to read this manual and make yourself familiar
with the PNC-900’s operational procedures and requirements before running it.
If you find some abnormality, immediately turn off the power switch and check the user's manual to find out what is wrong.
TABLE OF CONTENTS
1 PRECAUTIONS
• Precautions Regarding Placement ................................................................................................................. 2
• Precautions in Use ....................................................................................................................................... 2
2 CHECKING SUPPLIED ITEMS......................................................................................................... 2
3 PART NAMES AND FUNCTIONS
• Front View ................................................................................................................................................. 3
• Rear View .................................................................................................................................................................... 3
• Operation Panel............................................................................................................................................................ 4
4 BASIC OPERATION
4-1 Making the Connection with the Computer ........................................................................................... 5
4-2 DIP Switch Settings ............................................................................................................................... 5
4-3 Installing the Blade ................................................................................................................................ 6
• Installation ................................................................................................................................................. 6
• Removal .................................................................................................................................................... 6
4-4 Loading the Sheet - SETUP Key
• Turning on the Power .................................................................................................................................. 7
• Loading the Sheet ....................................................................................................................................... 7
• Removing the Sheet .................................................................................................................................... 7
• About the Cutting Area ................................................................................................................................ 8
4-5 Setting the Origin Point -
,
,
,
, and ORIGIN SET Keys ............................................ 8
4-6 Cutting Test to Check Blade Force -
,
,
,
, and TEST Keys......................................... 9
4-7 Downloading Cutting Data .................................................................................................................. 10
• Software Settings ...................................................................................................................................... 10
• Pausing Cutting Operations - Pause Key, Pause LED and SETUP Key ........................................................... 10
• Continuing Cutting .................................................................................................................................... 11
• Cutting a Thick Sheet ................................................................................................................................ 11
4-8 Applying the Completed Cutout .......................................................................................................... 11
4-9 When Cutting Is Completed ................................................................................................................. 12
Performing a Demo Cutting ....................................................................................................................... 12
5 SETTINGS FOR EACH FUNCTION
• Using the Sheet Effectively (Rotate Function) - ROTATE key and ROTATE LED .......................................... 13
• Plotting on Paper Media - PEN MODE Key and PEN MODE LED ................................................................ 14
6 ABOUT THE BLADE ........................................................................................................................... 15
7 WHAT TO DO IF...
If the PNC-900 doesn't run... ........................................................................................................................ 16
The sheet is not cut properly ......................................................................................................................... 17
The sheet slips away from the pinch rollers during the cutting process .............................................................. 17
8 LIST OF CAMM-GL III INSTRUCTIONS
• mode1 ...................................................................................................................................................... 18
• mode2 ...................................................................................................................................................... 18
• Instructions in mode1 and mode2 ................................................................................................................ 19
9 LIST OF DEVICE CONTROL INSTRUCTIONS ........................................................................ 20
10 LIST OF OPTIONS .......................................................................................................................... 22
11 SPECIFICATIONS OF PNC-900
• Hardware Specifications ............................................................................................................................ 23
• Interface Specifications .............................................................................................................................. 24
Copyright © 1993 ROLAND DG CORPORATION
1
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1 PRECAUTIONS
• When Moving the PNC-900...
Do not try to pick up or move the PNC-900 by grasping the top area of the unit -- be sure to use both hands to grip the PNC-
900 securely on the left and right sides.
• Precautions Regarding Placement
• When choosing a place to set up the PNC-900, make sure you have a space that is at least 488 mm (19-1/4") wide, 290 mm
(11-7/16") in depth, and 217 mm (8-9/16") in height.
• Since the sheet moves during cutting, make sure the unit is placed on a stable, sturdy surface. Also make sure there is nothing
that can block the sheet at both front and rear.
• Never leave the unit in a place that is subject to high levels of humidity.
• Never leave the unit in a place that is subject to direct sunlight, or where the temperature could go to extremes.
• Never leave the unit in a place that is excessively dusty.
• Since it is normal for this device to emit heat when in operation, never place it where it is poorly ventilated and such heat
cannot dissipate.
• Precautions in use
• To prevent injuries, be very careful when handling the blades.
• Use the rated power voltage within ±10%.
• When turning the power to the unit off and then on again, wait at least 10 seconds after switching the power off before
switching it back on.
• Always be careful whenever the unit is operated so as not to risk getting fingers or hair caught in its mechanisms.
• The power cord should always be handled with due care. Do not place heavy objects upon it.
• Under no circumstances should you attempt to disassemble the unit.
• When the unit is not in use, keep the pinch rollers raised. Also, pull out the power cord plug from the receptacle.
• Never move the tool carriage by hand.
• Never allow any liquids, metallic objects, or flammable material to get inside the unit.
• Never allow any strong shock to be applied to this unit.
• Do not place heavy objects on top of the unit.
2 CHECKING SUPPLIED ITEMS
Check the following to make sure that you received all the items that were shipped along with the unit.
Power Cord: 1
Test-use Sheet: 2
User's Manual: 1
Blade for Sheet (Carbide): 1
Blade Holder: 1
Test-use Application Sheet: 1
Test-use Water-based Fiber-tipped
Pen: 1
2
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3 PART NAMES AND FUNCTIONS
• Front View
Stationary Pinch Roller
During cutting, this roller holds the
sheet down so that it is in contact
with the grit roller.
Tool Carriage
The tool carriage is where the
blade holder is mounted. The
tool carriage performs the
cutting by moving the tool
left/right or up/down.
Guide Lines
Align the sheet with these
lines when loading.
DIP Switches
Used to make various
settings.
Grit Roller
Grasps and moves the sheet during
cutting.
Serial (RS-232C)
Input Connector
In a serial configuration, this
connector is where you need
to connect the serial cable
that is used to communicate
with your computer.
Platen
The sheet is moved over the platen during
the cutting process.
Movable Pinch Roller
Parallel (Centronics) Input
Connector
During cutting, this roller holds the sheet down so
that it is in contact with the grit roller. It can easily
be slid to the right or left, and should be positioned
to suit the width of the sheet being used.
In a parallel configuration, this
connector is where you need to connect
the parallel cable that is used to
communicate with your computer.
Pen Force Control Slider
Sets the blade force to be used with the
tool.
Operation Panel
These are keys for making settings for the
various functions.
• Rear View
Sheet Loading Lever
Used to raise or lower the pinch rollers when
loading or unloading a sheet.
Power Switch
When pushed toward [I], power is
turned on.
Push toward [O] to turn it off.
Power Connector (AC IN)
This jack accepts connection of the power
cord.
3
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• Operation Panel
* The TEST key and the cursor keys
function only when the SETUP LED is
lighted, and the ROTATE key functions
only when the SETUP LED is extin-
guished.
DESKTOP SIGN MAKER
SETUP Key
After the sheet has been loaded, press this
key to determine the width of the sheet
automatically. Also, pressing this key after
using the PAUSE key to temporarily stop a
cutting operation in progress thereby
deletes the data that has been sent to the
PNC-900 from the computer.
SETUP LED
This lights up when the SETUP key is
pressed.
SETUP
PAUSE
Cutting can be performed when this is lit.
PAUSE Key
PAUSE LED
This lights up when the PAUSE key is
pressed to pause the PNC-900.
When pressed once, this temporarily halts
cutting in progress. Pressing this key again
releases the paused state.
PEN MODE Key
PEN MODE LED
This lights up when the PEN MODE key is
pressed.
Press this to perform plotting with a pen on
paper. (Be sure to load a pen in the tool
carriage.)
PEN MODE
ROTATE
TEST
ROTATE LED
This lights up when the ROTATE key has
been pressed.
ROTATE Key
Pressing this key sets the origin point at the
bottom right of the sheet and rotates the
direction of cutting by 90°.
TEST Key
Pressing this key executes a cutting test,
allowing confirmation of the suitability of
the pressure for the blade.
ORIGIN SET Key
Press this key to move and set the origin
point for cutting.
(Cursor Keys)
Use these keys when moving the tool
carriage for setting the origin or performing
a cutting test.
ORIGIN SET
The direction of the arrows on the
, and keys indicates the direction in
which the tool carriage moves in relation to
the sheet. Pressing the key, for
example, moves the tool carriage to the
left, and pressing the key moves it to
,
,
the right. However, pressing the
key does not actually cause the tool
carriage to move -- instead, the sheet
or
POWER/ERROR LED
This lights up when the power is switched
on, and flashes when an error is generated.
POWER
ERROR
moves. This means that pressing the
causes the sheet to move toward the front
of the machine, and pressing the
makes the sheet move to the rear.
key
4
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4 BASIC OPERATION
4-1 Making the Connection with the Computer
* Always make sure that the power is off on both the computer and the PNC-900 whenever
any cables are connected or disconnected.
Parallel interface cable
Power connector
Serial interface cable
Power outlet
Power cord
Serial connector
Parallel input connector
Serial input connector
or
parallel connector
Cables are available separately. One which you are sure matches the model of computer being used should be selected.
When the PNC-900 is connected to the computer via the serial port, the communication parameters for the PNC-900 need to
be set at the same values as for the computer. Use the DIP switches on the right-hand side of the PNC-900 to make these
settings. Refer to "4-2 DIP Switch Settings" on page 5 to make the correct settings.
4-2 DIP Switch Settings
* DIP switches settings must be made only when the power is turned off.
The DIP switches are located on the right-hand side of the unit. The settings that can be made with these DIP switches are the
communication parameters for when the serial port is used, and the value for the blade offset.
When the PNC-900 and the computer are connected through the serial port, use SW-1 through SW-6 to make the correct
settings for communication parameters.
The blade offset, which is set with SW-7, should normally be set to OFF (0.25 mm).
The setting for sheet weight, made with SW-8, should normally be set to OFF (light). See "Cutting a Thick Sheet" on page 11
for an explanation of the settings for SW-8.
DIP switch
SW-1
Function
Baud rate
OFF
ON
OFF
ON
9600
4800
Enable
EVEN
7-bit
SW-2
SW-3
SW-4
SW-5
SW-6
SW-7
SW-8
Parity check
Parity check
Data bits
Disable
ODD
8-bit
Stop bits
1-bit
2-bit
Handshake
Blade offset
Sheet weight
Hardwire
0.25
XON/XOFF
0.5*
Light
Heavy
*Option required ; please consult your dealer.
• All DIP switches are set to OFF when shipped from the factory.
• When SW-2 is set to OFF, SW-3 may be set to either ON or OFF.
5
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4-3 Installing the Blade
* Always make sure the power switch is off before installing (or replacing) the blade.
To prevent injuries, be very careful when handling the blades.
Do not touch the tip of the blade with your fingers, as the cutting performance of the blade
will be impaired.
• Installation
(1) Insert the blade into the blade holder until it snaps into
place with an audible click.
(2) Loosen the tool securing screw on the tool carriage, then
insert the blade holder.
Tighten the tool securing screw until the blade holder is
secured in place.
*Take care not to break or chip the blade.
Tool carriage
Blade hold
Push-pin
Tighten
Blade
Loosen
Blade holder
Tool securing screw
Blade Completely installed
4 mm
• Removal
(1) Loosen the tool securing screw on the tool carriage, then
remove the blade holder from the tool carriage.
(2) Press the push-pin and remove the blade from the blade
holder.
Tool carriage
Blade holder
Push-pin
Blade holder
Blade
Tool securing screw
6
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4-4 Loading the Sheet — SETUP Key
• Turning on the Power
* When the power switch is pressed to turn on the unit, the tool carriage moves. Take care
to ensure that your hands or other objects do not become caught in the moving parts.
When turning the power to the unit off and then on again, wait at least 10 seconds after
switching the power off before switching it back on.
Switch on the power switch on the left side of the PNC-900.
• Loading the Sheet
Sheets with a width (horizontal dimension) of 50 mm (1-15/16") to 305 mm (12") can be loaded. There is no particular
restriction on sheet length (vertical dimension). This means that either cut sheets or roll sheets can be used.
CAUTION
The tool carriage moves when the SETUP key is pressed. Take care to ensure that your
hands or other objects do not become caught in the moving parts. Be sure to raise the
sheet loading lever before attempting to move it. Never attempt to force the sheet loading
lever.
Move the sheet loading lever
Before attempting to move the
(2)
(1)
Raise
Sheet loading lever
(3)
The SETUP LED
lights up and the tool
carriage moves to the
origin.
Loading the sheet is
completed.
ch roller
Press the
SETUP key
PAUS
→
When you have finished loading the sheet, be sure to set the
origin to the bottom left of the sheet. See "4-5 Setting the
Origin Point" on page 8 for an explanation of how to do this.
* When using a roll sheet, load in place by passing the front edge of the sheet through from the rear of the
PNC-900 over the platen.
It may be helpful to use a sheet base (available separately).
• Removing the Sheet
(1)
The SETUP LED goes out and the tool carriage
moves to the right edge of the cutting area.
→
SETU
Press the SETUP key
Hold down for about 1 sec.
(2)
(3) Remove the sheet.
Lower
Sheet loading lever
7
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• About the Cutting Area
280 mm (11")
Cutting area
About 1 mm (about 0.04")
24,998 mm (984-1/8")
About 15 mm
(about 9/16")
Cutting
coordinate
origin (0,0)
Y
* The pairs of arrows
indicate the positive
direction along X and Y
axes.
X
Stationary
Movable pinch roller
Pinch Roller
4-5 Setting the Origin Point — , , , , ORIGIN SET
Keys
The PNC-900 allows you to set the origin point (0,0) to any location in the cutting area.
When the origin has been set at the desired point, cutting can be carried out anywhere on the loaded sheet.
After the sheet has been loaded, be sure to set the origin to the bottom left of the sheet. (When the Rotate function is used by
pressing the ROTATE key, the direction of cutting is rotated 90°, moving the origin to the bottom right of the sheet.)
Also, to make efficient use of a sheet, you can set a new origin in an area on the sheet that has not been cut and then carry out
cutting.
Immediately after loading a sheet and pressing the SETUP key to illuminate the SETUP LED, the origin point (0,0) is
automatically set to a location near the stationary pinch roller.
When loading the sheet, the origin is set at the left front edge of the sheet if the sheet is loaded close to the stationary pinch
roller without pulling the part of the sheet closest to the front of the unit over the platen. This makes it unnecessary to set a
new origin point.
When the sheet is loaded with the part of the sheet closest to the front of the unit aligned with the guide line on the platen, no
cutting is carried out on the portion of the sheet that is closer to the front of the unit than the origin point (i.e., cutting cannot
be performed on areas of the sheet with negative coordinates). Follow the procedure described below to set the origin to the
lower left edge of the sheet.
Procedure
* If a sheet has not yet been loaded, then before setting the origin point, refer to "Loading
the Sheet" on page 7 to load the sheet correctly. Loading a sheet after the origin has been
set (by pressing the SETUP key to extinguish the SETUP LED) cancels the origin that has
been set.
(1)
(2)
Press the ORIGIN SET key
The SETUP LED flashes
once
The origin point has
been set
ORIGIN
→
Use the
,
,
, and
keys to move the tool carriage
to the position on the sheet where the origin point is to be set.
8
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4-6 Cutting Test to Check Blade Force — , , , , and
TEST Keys
Before carrying out actual cutting, you may wish to perform a "cutting test" to check whether the unit produces the cutout
satisfactorily.
This "cutting test" allows you to determine whether the settings you have for the blade force are appropriate. See below for a
detailed explanation of blade force.
Procedure
* If a sheet has not yet been loaded, then refer to "Loading the Sheet" on page 7 to load
the sheet correctly.
Move the pen force control slider all the way to the left (minimum blade force). Increase
blade force gradually, keeping an eye on how well the sheet is being cut.
(1)
(2)
Press the TEST key
Cutting test starts
→
TEST
Use the
,
,
, and
keys to move the tool carriage
to the position on the sheet where the cutting test is to be
executed.
The resulting cutouts will then appear as illustrated. When
completed, first peel off the portion indicated by slanted lines.
If it can be peeled off by itself, without disturbing the square,
you will know that the blade force is at the appropriate level.
Next, peel off the square, and look at the backing that was
under it. If you can clearly make out the lines left by the
blade, you will know that you have the optimum setting.
Peel off first
Then peel this off
Origin
If you do not get results like those shown above, adjust the pen force control slider to obtain the appropriate blade force.
How to Adjust Blade Force
The pen force control slider is located on the right side of the unit. Move the blade force control slider sideways to alter the
blade force.
When slid to the farthest setting on the left, the blade force will be set to 30 g. As the slider is moved to the right, the blade
force will be gradually increased. When at the farthest setting on the right, the blade force will be set to 200 g, which is the
maximum blade force setting provided by the unit. At the center, the blade force will be approximately 120 g.
When making the blade force setting, it is important to take into consideration the hardness of the blade and the thickness of
the sheet to be cut, and set the most appropriate value. If the blade force is too weak, the sheet will not be cut satisfactorily. If
the blade force is too strong, blade life will be shortened.
Additionally, be aware that problems such as the following may occur.
• The sheet is easily torn
• The blade pierces the sheet
• Cutting extends through the base paper, and normal advancing of the sheet becomes impossible
• The unit suffers damage
9
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4-7 Downloading Cutting Data
The unit will begin cutting when it receives cutting data sent from the computer.
• Software Settings
When cutting with commercially available application software, select PNC-900 as the setting for the output device. (If the
PNC-900 cannot be selected, choose any model in the CAMM-1 series -- PNC-1900/1600, PNC-1800, PNC-1100,
PNC-1000A, or PNC-1000.)
Select either the parallel (Centronics) or serial (RS-232C) interface. Choose the one that the host computer and the PNC-900
are connected by.
* When loading a sheet that has been cut, be sure to use a sheet that is about 50 mm
longer than the vertical size of the cutting data. If data larger than the vertical length of the
sheet is sent, the PNC-900 will attempt to cut the data even if it does not all fit in the
sheet. This means that the sheet is dislodged from the grit roller, and cutting continues
with no sheet. This can cause not only breakage to the blade but also damage to the unit,
and adequate care is required to prevent this.
If the sheet becomes dislodged, immediately press the PAUSE key or turn off the power
switch.
• Pausing Cutting Operations — PAUSE Key, PAUSE LED, and SETUP
Key
If you want to stop the PNC-900 momentarily while it is performing cutting, follow the procedure described below.
Procedure
(1)
Press the PAUSE key
The PAUSE LED lights up and cutting is paused
PAUS
→
(2)
To Resume Cutting
To Terminate Cutting
(2)-1 Halt transmission of cutting instructions from the
computer
(2)-2
Press the
PAUSE key
Hold down the
SETUP key
PAUS
SETU
↓
↓
The PAUSE LED goes out and
cutting resumes
The SETUP LED goes out, cutting instructions already
sent from the computer to the PNC-900 are deleted,
the tool carriage moves to the right, and cutting stops
* If you want to completely stop the operation of the PNC-900, turn off the power switch.
10
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• Continuing Cutting
Cutting After Changing the Sheet
Again carry out the procedure described from "Loading the Sheet" on page 7 to "4-7 Downloading Cutting Data" on page 10.
* If a sheet of the same type is used, there is no need to perform a cutting test.
Continuing Cutting on the Same Sheet
Refer to "4-5 Setting the Origin Point" on page 8 to set the origin for the area where cutting is to be carried out next. Then
send cutting data from the computer to the PNC-900.
• Cutting a Thick Sheet
SW-8, one of the DIP switches located on the right side of the unit, is normally set to OFF (light).
It is recommended that SW-8 be set to ON (heavy) when cutting a thick or heavy sheet. Cutting speed slows down when this
is done, but the force used to move the sheet and the blade increases.
* Remember that DIP switch settings must be made only when the power is turned off.
4-8 Applying the Completed Cutout
Once cutting has been completed, the resulting work can be affixed in place as explained below.
Procedure
Notes
• Make sure beforehand that the surface where the work is to be stuck is clean and free of
all dust or oily deposits.
• When applying the work to a transparent surface, such as a window, you can use a water-
based pen (which can be wiped off afterwards) to mark guidelines on the reverse side of
the glass, to aid in getting the work aligned properly.
• If you discover after it is stuck in place that air bubbles were trapped under the work, use a
needle to puncture them. Then you can smooth out the sheet out so that it sticks securely.
(1)
(2)
Strip away all unneeded portions from the completed work.
For Cut Sheets
Refer to "Removing the Sheet" on page 7 to remove the sheet
from the PNC-900.
*You should direct that a rectangle be cut
around the targeted work.
For Roll Sheets
Use scissors or something similar to sever the area that has
been cut from the roll sheet.
11
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(4)
(3)
Carefully apply the work at the desired location, while
keeping it as straight as possible. Rub over the application
tape to make sure the work is firmly stuck in place. Then peel
off the app
Stick application tape over the completed work.
Press down firmly on the application sheet to remove air
bubbles. If you do not press firmly enough the cut area will
not stick to the surface.
4-9 When Cutting Is Completed
(1) When cutting is finished, press down the sheet loading levers and remove the sheet. (See "Removing the Sheet" on page 7.)
(2) If a blade was used, wipe the blade with a soft cloth to remove any pieces of the sheet that may be adhering to it.
If a pen was used, remove the pen from the tool carriage and cap it securely.
(3) Turn off the power.
If you do not intend to use the unit for an extended period of time, you should pull the plug for the power cord out of the
outlet.
* For routine cleaning, use a soft piece of cloth.
Performing a Demo Cutting
The PNC-900 is equipped with a "self-test" function to conveniently allow you to check whether or not it is capable of operating
normally. Should you ever suspect that the PNC-900 is not performing satisfactorily, you should follow the steps below to
perform the self-test.
* A computer is not required in order to carry out the self-test.
(1) Refer to "4-3 Installing the Blade" and install a blade holder (or pen) in the PNC-900's tool carriage.
(2) Set the pen force to the smallest possible value (the pen force slider should be at the furthest point to the left). If after the first
test you feel that the sheet was not cutout clean enough, you can try gradually increasing the pen force until you have the
optimum level.
(3) Hold down the
key on the panel while you turn the power on.
ON
POWER ON
OFF
(4) Load the sheet (or some paper), following the procedure described
in "4-4 Loading the Sheet."
(5) Press the SETUP key.
Demo cutting starts.
SETU
12
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5 SETTINGS FOR EACH FUNCTION
• Using the Sheet Effectively
(Rotate function) — ROTATE Key and ROTATE LED
If there is still unused material on the right side, rotation allows you to use this remaining material effectively.
This function sets the origin point at the bottom right and rotates the text (or graphics) 90°.
You have already learned of the method whereby a new user origin is set, allowing
further cutting to be carried out within the remaining material. Depending on the
shape and the size of characters, however, you may wish to rotate a character
instead in order to cut it.
In this case, you can use the rotate function to rotate the character string "Roland"
at 90°, so that the whole character string then easily fits into the available material.
The "d" extends beyond the available material.
Procedure
(1)
Check that the SETUP LED has gone
out, and press the ROTATE key.
ROTAT
The ROTATE LED lights up
→
* If the SETUP LED is illuminated, the ROTATE LED will not light up when the ROTATE key
is pressed. Press the SETUP key to extinguish the SETUP LED, then press the ROTATE
key again.
(2)
Press the SETUP key
SETU
The SETUP LED goes out
→
(3)
Send cutting data from the computer
→
Character string rotated by 90°.
Canceling the Rotate Function
After holding down the SETUP key for about one second to make the SETUP LED go out, press the ROTATE key. The
ROTATE LED is extinguished, and the origin returns to the point at bottom left.
The ROTATE function is also canceled when the power to the PNC-900 is turned off.
When the character string “Roland” is rotated by 90°, the X axis, Y axis, and origin change as follows:
0° Rotation
90° Rotation
Y
X
Roland
Y
Origin
Origin
X
* The pairs of arrows indicate the positive directions along the X and Y axes.
13
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• Plotting on Paper Media — PEN MODE Key and PEN MODE LED
The PNC-900 is also capable of plotting on paper media using plotter pens made by this company. You should use only thick
water-based fiber-tipped pens.
Since the design of the PNC-900 differs inherently from that of dedicated plotters, it does not accommodate functions such as
high-speed plotting, automatic pen changes, pen dry protection, or the like.
Procedure
(1) Refer to "Installation" in on page 6 to install a pen. (In the instructions, read "pen" for "blade holder.") There is no need to
perform an operation test when in the Pen Mode.
(2) Refer to "Loading the Sheet" on page 7 to load a piece of paper in the same way as for loading a sheet. Paper with a width
(horizontal dimension) between 50 mm (1-15/16") and 305 mm (12") can be loaded.
(3)
Press the PEN MODE key
PEN MO
The PEN MODE LED lights up
→
(4) Plotting begins when plotting instructions are sent from the computer.
* Be sure to perform pen plotting only in the Pen Mode.
Stopping Plotting on Paper Media
Press the PEN MODE key. The PEN MODE LED is extinguished and the unit returns to the cutting mode.
Pen Replacement
Pens will eventually wear out. Should the tip become rough and produce scratchy lines, try gradually increasing the blade
force (refer to page 8, "4-6 Cutting Test to Check Blade Force"). If increasing the blade force does not help, the pen should be
replaced.
14
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6 ABOUT THE BLADE
If the blade becomes dull
When the blade starts to lose its sharpness, try gradually increasing the blade force (refer to page 8, "4-6 Cutting Test to Check
Blade Force").
Increasing the blade force temporarily allows the blade to perform better. However, once the blade no longer provides reliable
cutting, it is worn out. Since the blade is expendable, it must be replaced as often as necessary.
Average blade life
The life of a blade is determined mainly by the amount of cutting it performs. The following table shows the average life of
blades.
The total cutting length actually obtained can vary considerably depending on the thickness, toughness, and type of adhesive
layer that the sheet has. Set an appropriate blade force, one that is well matched to the type of sheet and hardness of the blade,
and the life of the blade will be extended. Excessive blade forces can cause the blade to wear out quickly. Care should be
taken.
Blade type
Available cutting length
Approx. 3000 meters
Carbide blade
15
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7 WHAT TO DO IF...
If the PNC-900 doesn't run...
PNC-900
• Is the PNC-900 power on?
Turn on the power.
• Is the unit in SETUP status (the SETUP LED is lit)?
If the SETUP LED is not illuminated, make sure the sheet is loaded correctly and press the SETUP key to illuminate the
SETUP LED.
• Is the PAUSE LED illuminated?
If the PAUSE key has been pressed and the PAUSE LED is lit up, the unit has been paused (see "Pausing Cutting Opera-
tions" on page 10).
If you want to resume cutting, press the PAUSE key again. The PAUSE LED is extinguished, and cutting resumes.
If you want to terminate cutting, first stop the transmission of cutting instructions from the computer to the PNC-900. Then
press the SETUP key. This deletes the cutting instructions that have already been sent from the computer to the PNC-900,
and cutting is stopped.
• If connected via the serial port, do the communication parameters for the PNC-900 match those of the computer?
Set the DIP switches correctly (see "4-2 DIP Switch Settings" on page 5.)
Computer
• Is the computer set up correctly?
Check the following items:
• DIP switches
• Other settings
• Memory switches
• Interface board
• Communication parameters
Read the computer user’s manual and set it up correctly.
Connection cable
• Are the computer and the PNC-900 linked with the right cable?
The type of cable you need is determined by your computer and the software you are using. Even if the computer is the same,
running different software may require a different cable. Use the cable specified in your software.
• Is the cable making a secure connection?
Connect securely.
Software
• Is the OS set up correctly?
Check the following items:
• Output port selection
• Other settings
• Output device selection
• Output port open
• Communication parameters
Check the OS user’s manual and set it up correctly.
• Are the application software settings correct?
Check the following items:
• Output device specifications (select a device name that matches the instruction system. If the wrong device is
selected an incorrect instruction may be output, resulting in an error).
• Communication parameters
• Other settings
Check the software user’s manual and set it up correctly.
The POWER/ERROR LED is blinking
If there is an error in the data downloaded to the PNC-900 from the computer, the PNC-900 generates an error (the POWER/
ERROR LED begins to blink), and cutting cannot be carried out. The error can be canceled by switching off the power.
After turning off the power, check the following.
• If you are using application software, has the correct output device been selected?
Select "PNC-900" as the output device. If this selection is not available, select any model in the CAMM-1 series (the
PNC-1900/1600, PNC-1800, PNC-1100, PNC-1000A, or PNC-1000).
16
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• If you are using a program that you have created yourself, have correct commands been sent?
The PNC-900 is equipped with the CAMM-GL III instruction system. For details, refer to "8 List of CAMM-GL III
Instructions" on page 18.
• Do the DIP switch settings match the settings made for the application software?
Refer to "4-2 DIP Switch Settings" on page 5 to make the correct DIP switch settings.
• Does the connecting cable match the settings for the application software and the computer?
Refer to the operation manuals for your application software and computer to select and connect the appropriate cable.
The sheet is not cut properly
• Are the blade and blade holder installed correctly and securely?
Install these so that there is no looseness (see "4-3 Installing the blade" on page 6).
• Is the blade chipped?
If it is, replace it with a new one (see "4-3 Installing the blade" on page 6).
• Check if there are any dirty deposits on the blade.
If dirty, remove and clean the blade.
• Make sure you are using an appropriate blade force setting.
Perform a "cutting test," then adjust the blade force slider as necessary to obtain the optimum blade force (refer to page 9, "4-
6 Cut Test to Check Blade Force").
• If you are cutting a thick sheet, set DIP switch SW-8 to ON (heavy). (See "4-2 DIP Switch Settings" on page 5 and "Cutting
a Thick Sheet" on page 11.)
The sheet slips away from the pinch rollers during the cutting process
• Are the sheet loading levers on both the left and right sides raised?
If a sheet loading lever has not been raised, then the sheet has not been secured in place. Make sure that the pinch rollers on
the left and right sides are within the boundaries of the sheet, and raise the sheet loading levers. (Refer to "4-4 Loading a
Sheet" in on page 4.)
• Make sure the sheet is parallel with the grit roller.
If the front edge of the sheet you are working with is at an angle, cut off the odd-shaped part to make it straight, then align it
so that it is parallel with the grit roller.
• If the sheet is to be advanced over a long distance, moving the movable pinch roller inward slightly can help prevent the
sheet from becoming dislodged. Also, after loading the sheet, it is recommended that you carry out cutting after first using
the
key to advance the sheet by the amount that will be used for cutting, and make sure that the sheet does not slip away
from the stationary and pinch rollers.
• If a roll sheet is used, carry out cutting after first pulling out the amount of sheet that is to be used. The sheet is susceptible
to slips when it is pulled out by the cutting process.
• Make sure that the left and right edges of the sheet do not touch the inner surfaces of the PNC-900 during cutting. Such
contact may not only damage the sheet, but could also make normal sheet advancing impossible and cause the sheet to slip.
17
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8 LIST OF CAMM-GL III INSTRUCTIONS
*1: -(226-1) — +(226-1) *2: 0 — +(226-1) *3: -(226-1)° — +(226-1)° *4: 21(16) — 3A(16), 3C(16) — 7E(16)
• mode1
Instruction
Format
Meaning of Parameter [Parameter Range (Default)]
Explanation
Move to User Origin
Cut Absolute Line
H
D
M
I
R
L
H
None
D x1, y1..., xn, yn
M x1, y1...xn,yn
I ∆x1, ∆y1...,∆xn, ∆yn
R ∆x, ∆y
xn: Absolute X-axis coordinate [*1] yn: Absolute Y-axis coordinate [*1]
xn: Absolute X-axis coordinate [*1] yn: Absolute Y-axis coordinate [*1]
∆xn: Relative X-axis coordinate [*1] ∆yn: Relative Y-axis coordinate [*1] Cut Relative Line
∆xn: Relative X-axis coordinate [*1] ∆yn: Relative Y-axis coordinate [*1] Tool-up Move to Relative Coordinate Point
p: Line pattern [-5 — +5(0)]
Tool-up to Absolute Coordinate Point
L p
Specify Line Type
B
X
B l
X p,q,r
l: Pitch length [*2 1.5% of (P2-P1) ]
p: Coordinate axis [0, 1] q: Tick interval [*1]
r: Number [1—32767]
Specify Broke Line Pitch
Plot Coordinate System
P
P c1c2...cn
cn: Character
Plot Character
S
S n
Q n
N n
n: Character size [0 — 127(61)]
n: Rotation angle (90°as a unit) [n =0 — 3(0)]
n: Number of special symbol [1—15]
x, y: Center coordinates [*1] r: Radius [*1]
Ø1•Ø2: Start angle • End angle [*1] Ød: Chord tolerance [*1 (5°)]
r: Radius [*1]
Set Character Size
Specify Character Rotate Angle
Plot Special Symbol
Cut Arc
Q
N
C
C x, y, r, Ø1, Ø2(,Ød)
E
E r, Ø1, Ø2(,Ød)
Cut Arc from Tool Position
Ø1•Ø2: Start angle • End angle [*1] Ød: Chord tolerance [*1 (5°)]
x: Center x coordinate [*1(0)] y: Center y coordinate [*1(0)]
r: Radius [*1] Ø1: Start angle [*1] Ø2: End angle [*1]
∆d: Chord tolerance [*1 (5°)]
n: Division line angle [*1] l1: Division line end point distance [*1]
l2: Division line start point distance [*1]
n: Hatching pattern [0 — 3] x, y: Rectangle size [*1]
d: Hatching spacing [*1] t: Hatching angle [1 — 4]
A
G
A x, y
G r,Ø1, Ø2(,Ød)
Specify G & K Center Coordinate
Cut Arc Around A-Instruction Center
K
T
^
K n, l1, l2
Plot Division Line
Plot and Hatch Rectangle
Call mode 2
T n, x, y, d, t
[mode 2 instruction] [parameter]....., [parameter] [terminator]
• mode2
Instruction
Format
Meaning of Parameter [Parameter Range (Default)]
x, y: Absolute center coordinates [*1]
Øc:Center angle [*1] Ød: Chord tolerance [*1 (5°)]
∆x, ∆y: Relative center coordinates [*1]
Øc: Center angle [*1] Ød: Chord tolerance [*1 (5°)]
n: Character set No. [0 — 4, 6 — 9, 30 — 39
Explanation
AA
AR
CA
CI
AA x,y,Øc(,Ød);
Arc Absolute
AR ∆x, ∆y,Øc(,Ød);
Arc Relative
CA n;
CA;
CI r(,Ød);
Alternate Character set
Circle
r: Radius [*1]
Ød: Chord tolerance [*3 (5°)]
CP
CS
CP nx,ny;
CP;
CS n;
nx: Number of characters in X-axis direction [*1]
ny: Number of characters in Y-axis direction [*1]
n: Character set number
Character Plot
Standard Character Set
CS;
DF
DI
DF;
DI run, rise;
DI;
DR run, rise;
DR;
DT t;
EA x, y;
ER ∆x, ∆y;
EW r, Ø1, Øc(,Ød);
None
Default
Absolute Direction
run: X-axis direction vector [*1 (1)]
rise: Y-axis direction vector [*1 (0)]
run: X-axis direction vector [*1 (1)]
rise: Y-axis direction vector [*1 (0)]
t: Label terminator [ [ETX] ]
x, y: Absolute XY coordinates of opposite angle of rectangle [*1]
∆x, ∆y: Relative XY coordinates of opposite angle of rectangle [*1]
r: Radius [*1] Ø1: Start angle [*3]
DR
Relative Direction
DT
EA
ER
EW
Define Label Terminator
Edge Rectangle Absolute
Edge Rectangle Relative
Edge Wedge
Øc: Center angle [*3] Ød: Chord tolerance [*3 (5°)]
n: Pattern [1 — 5 (1)]
d: Spacing [*2 ((P2x-P1x) x 0.01)] Ø: Angle [*3 (0°)]
e: Error mask value [0 — 255 (223)]
FT
IM
FT n(,d(,Ø));
FT;
IM e;
Fill Type
Input Mask
IM;
IN
IP
IN;
None
Initialize
Input P1 & P2
IP P1x, P1y, P2x, P2y;
IP;
P1x, P1y: XY coordinates of P1 [*1]
P2x, P2y: XY coordinates of P2 [*1]
LLx, LLy : lower left coordinates of window
URx,URy : Upper right coordinates of window
c: Character string
IW
LB
LT
IW LLx, LLy, URx, URy;
IW;
LB c1c2c3...cn
[label terminator]
LT n(,l);
Input Window
Label
n: Pattern number [0 — 6 (solid line)]
l: 1 pitch length [*2 (1.5% of (P2-P1))]
Line Type
LT;
18
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Instruction
OA
OC
Format
Meaning of Parameter [Parameter Range (Default)]
Explanation
Output Actual Point
Output Commanded Position
Output Error
OA;
OC;
OE;
OF;
None
None
None
None
OE
OF
Output Factor
When the PNC-900 receives an OF instruction from the computer,
"40,40 [TERM]" is output.
OH
OI
OH;
OI;
None
None
Output Hard-Clip Limits
Output Identification
When the PNC-900 receives an OI instruction from the computer,
"900 [TERM]" is output.
OO
OO;
None
Output Option Parameter
When the PNC-900 receives an OO instruction from the computer,
"0,0,0,0,1,0,0,0 [TERM]" is output. The "1" in this output indicates that
circle and arc commands have been loaded
OP
OS
OW
PA
OP;
OS;
OW;
None
None
None
Output P1 & P2
Output Status
Output Window
Cut Absolute
PA x1, y1(...,xn, yn);
xn, yn: Absolute XY coordinates [*1]
PA;
PD
PR
PT
PD x1, y1(...,xn, yn);
PD;
PR ∆1, ∆y1(...∆xn, ∆yn);
PR;
xn, yn: XY coordinates [*1]
Tool Down
∆xn, ∆yn: Relative XY coordinates [*1]
Cut Relative
PT d;
d: Pen thickness (mm) [0—5 (0.3)]
Pen Thickness
PT;
PU
RA
RR
PU x1, y1(...,xn, yn);
PU;
RA x, y;
xn, yn: XY coordinates [*1]
Tool Up
x, y: Absolute XY coordinates of opposite angle of rectangle [*1]
∆x, ∆y: Relative XY coordinates of opposite angle of rectangle [*1]
Shade Rectangle Absolute
Shade Rectangle Relative
RR ∆x, ∆y;
SA
SC
SA;
None
Select Alternate Set
Scaling
SC Xmin, Xmax, Ymin,
Xmin, Ymin: User XY coordinates of P1 [*1]
Xmax, Ymax: User XY coordinates of P2 [*1]
Ymax;
SC;
SI
SL
SM
SR
SI w, h;
SI;
SL tanØ;
SL;
SM s;
SM;
SR w, h;
w: Character width (cm.) [-128 — +127.99999 (3.8)]
h: Character height (cm.) [-128 — +127.99999 (5)]
tanØ: Character slant [*1 (0)]
Absolute Character Size
Character Slant
s: Character or symbol [*4 (Default: Clears symbol mode)]
Symbol Mode
w: Character width (%) [*1 (3.8 )]
Relative Character Size
SR;
h: Character height (%) [*1 (5 )]
SS
TL
SS;
TL lp(,lm);
TL;
UC (c,)∆x, ∆y,(c,)
,....,∆xn, ∆yn;
UC;
VS v;
VS;
WG r, Ø1, Øc(,Ød);
None
Select Standard Set
Thick Length
lp: Tick length in positive direction [*2 (0.5%)]
lm: Tick length in negative direction [*2 (0.5%)]
c: Tool control value [-(67108863) — -99, +99 — +(67108863)]
∆xn: Units of movement in X-axis direction [-99<∆xn<+99]
∆yn: Units of movement in Y-axis direction [-99<∆yn<+99]
v: Tool speed (cm/sec.) [1 — 20 ]
UC
User Defined Character
VS
Velocity Select
Shade Wedge
WG
r : Radius [*1] Ø1 : Start angle [*3]
Øc : Center angle [*3] Ød : Chord tolerance [*3 (5°)]
XT
YT
XT;
YT;
None
None
X-Tick
Y-Tick
• Instructions in mode1 and mode2
Instruction
!NR
Format
!NR [terminator]
Meaning of Parameter [Parameter Range (Default)]
Explanation
Not Ready
None
!PG
!ST
!PG n [terminator]
!ST n [terminator]
n: [-1600 — +1600 mm]
n: [0, 1]
Page Feed
Select Tool
19
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9 LIST OF DEVICE CONTROL INSTRUCTIONS
Device control instructions are used to determine the communication sequence between the PNC-900 and computer through
RS-232C interface and to tell the computer the current PNC-900 state. Among them, some device control instructions set the
output specifications of CAMM-GL III instructions.
Each device control instruction is organized with three letters: [ESC] , "." and one uppercase letter. Device control instruc-
tions are of two types: one with parameters and the other without parameters.
Parameters can be omitted. A semicolon ";" is used as a delimiter to separate parameters if they are input in succession. A ";"
without parameters means that parameters were omitted.
If parameters are omitted, the default value is set. For a device control instruction with para-meters, a terminator needs to be
input in order to signify the end of instructions. A colon ":" is used as the terminator which cannot be omitted.
Instruction
Format
Parameter
Range ([ ] is default)
Explanation
Handshake Instructions
ESC .B
[ESC].B
None
Outputs the current remaining buffer capacity to the
computer.
Output Remaining
Buffer Capacity
ESC .M
[ESC].M<P1>;<P2>;
P1: Delay time
0—32767 (msec) [0 (msec)]
[0 (Sets nothing)]
Sets handshake output specifications.
Set Handshake
Output
<P3>;<P4>;<P5>;<P6>: P2: Output trigger character
P3: Echo terminator
[0 (Sets nothing)]
Specifications (1)
P4: Output terminator
[13 ([CR])]
Note: When you specify some values to <P4> and
<P5>, always set 0 to <P6>. When you specify
some value to <P6>, always set 0 to <P5>.
P5: Output terminator
[0 (Sets nothing)]
P6: Output initiator
[0 (Sets nothing)]
ESC .N
[ESC].N<P1>;<P2>;
<P3>; ••••• ;<P11>:
P1: Intercharacter delay
P2-P11
0—32767 (msec) [0 (msec)]
[All 0 (Sets nothing)]
Sets an intercharacter delay, and also an Xoff
character for performing the Xon/Xoff handshake.
Set Handshake
Output
: Xoff character (for Xon/Xoff)
Immediate response character
(for ENQ/ACK)
Specifications (2)
ESC .H
[ESC].H<P1>;<P2>;
<P3>; •••••••• ;<P12>:
P1: The number of bytes for
data block
0—15358 (byte) [80 (byte)]
[0 (Sets nothing)]
When receiving the ENQ character set by <P2>,
compares the value set by <P1> and the remaining
buffer capacity, and returns the ACK character to
the host computer when the remaining buffer
capacity is larger. The [ESC].H with no parameter
performs a dummy handshake.
Sets ENQ/ACK
Handshake Mode1
P2: ENQ character
[All 0 (Sets nothing)]
P3-P12
: ACK character (only when
<P2> is set)
ESC .I
[ESC].I<P1>;<P2>;
P1: Limit of the remaining
buffer capacity (for Xon/Xoff)
The number of data block bytes
(for ENQ/ACK (mode2))
P2: ENQ character
0—15358 (byte) [80 (byte)]
Used for performing the Xon/Xoff handshake and
the ENQ/ACK handshake mode 2.
Set Xon/Xoff
Handshake and
ENQ/ACK
<P3> ; •••••••• ;<P12>:
The [ESC].I instruction with no parameter performs
a dummy handshake. In a dummy handshake,
always returns the ACK character to the host
computer, regardless of the remaining buffer
capacity, when receiving the ENQ character.
Handshake Mode2
[0 (Sets nothing)]
(for ENQ/ACK (mode2))
0 (for Xon/Xoff)
P3-P12
[All 0 (Sets nothing)]
: Xon character(for Xon/Xoff)
ACK character
(for ENQ/ACK (mode2))
P1: Ignored
ESC .@
[ESC].@ P1;P2:
Controls the DTR signal (No. 20 pin of RS-232C).
An even number parameter (e.g. 0) always sets the
DTR signal to High without performing the
hardware handshake. An odd number parameter
(e.g. 1) performs the hardware handshake and
controls the DTR signal according to the remaining
buffer capacity.
Controls DTR
P2: DTR signal control
0—255
[1]
Status Instructions
ESC .O
[ESC].O
None
Outputs the status codes of PNC-900 shown in
the table below.
Outputs the Status
of Buffer, Pause
Code
Meaning
Data remaining in buffer.
Buffer empty.
0
8
16
Data remaining in buffer. PNC-900
being paused (Pause On being displayed).
24
Buffer empty. PNC-900 being paused
(Pause On being displayed).
20
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Instruction
ESC .E
Format
Parameter
Range ([ ] is default)
Explanation
[ESC].E
None
Outputs an error code related to RS-232C interface
(see the table below), and clears the error
simultaneously. At the same time, the error being
displayed is canceled.
Output RS-232C
Error Code
Error
code
0
Possible cause
and action
No I/O errors
10
Cause: after execution of an output
command, other output instructions are
sent before the output was not completed.
Action: let the computer to read the PNC-
900 output by the output instruction
and then send another output instruction.
Cause: an error occurs in a device
control instruction.
11
12
Action: correct your program.
Cause: incorrect parameter are set to a
device control instruction (the default
value is set to the erroneous parameter)
Action: correct your program.
13
14
Cause: parameters are overflowing.
Action: correct your program.
Cause: the number of the parameters set
is more than specified or a colon ':' was
not used to terminate.
Action: correct your program.
15
16
Cause: framing error, parity error or over-
run error at the time of data receipt .
Action: match the communication
protocols of both computer and PNC-
900 (baud rate, data bit length, stop bit
length).
Cause: the I/O buffer overflows.
Action: This error does not occur when
hardware handshake is performed, but
may occur when software handshake is
performed. If this error occurs, check the
remaining buffer capacity of the PNC-
900 and send less data than the
remaining buffer capacity.
ESC .L
[ESC].L
None
PNC-900 outputs the size of the I/O buffer to the
computer when receiving this instruction. It usually
outputs 1024 (bytes).
Output I/O buffer
size
Abort Instructions
ESC .J
[ESC].J
[ESC].K
[ESC].R
None
None
None
Aborts both the currently executed device control
instruction and output.
Abort Device Control
Instruction
ESC .K
Continues to execute the CAMM-GL III instruction
in operation, aborts other incoming CAMM-GL III
instructions and clears the data buffer.
Initializes all settings established by the device
control instructions. Execution of [ESC].R brings
the same states as the following device control
instructions are executed.
Abort CAMM-GLIII
Instruction
ESC .R
Initialize Device
Control Instruction
[ESC].J, [ESC].M:, [ESC].N:, [ESC].H:,
[ESC].I: and [ESC].@:
21
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10 LIST OF OPTIONS
Option name
Spare blade (for
Product number
ZEC-U1005
Description
Cemented carbide blade (5 pcs/set)
standard vinyl sheet)
Spare blade (for thick,
fluorescent vinyl sheet)
Blade holder
ZEC-U5025
Cemented carbide blade (5 pcs/set)
XD-CH1
Blade holder (1 piece)
Ajustable Blade Holder
XD-CH2
Blade holder (1 piece)
XD-4SPA-WNG
0.3 mm 4 black
Water-based
fiber-tipped pens
XD-4SPB-WNG
0.3 mm one each-black, red, blue, and green
0.3 mm one each-orange, pink, blown, and violet
0.6 mm 4 black
XD-4SPC-WNG
XD-4SPA-WWG
XD-4SPB-WWG
0.6 mm one each-black, red, blue, and green
0.6 mm one each-orange, pink, blown, and violet
2.0 mm 4 black
XD-4SPC-WWG
XD-4SPA-WBG
Thick Water-based
fiber-tipped pens
XD-4SPB-WBG
2.0 mm one each-black, red, blue, and green
2.0 mm one each-orange, pink, blown, and violet
2.0 mm 4 red
XD-4SPC-WBG
XD-4SPD-WBG
XD-4SPE-WBG
2.0 mm 4 blue
XD-4SPF-WBG
2.0 mm 4 green
XD-4SPG-WBG
2.0 mm 4 orange
XD-4SPH-WBG
2.0 mm 4 pink
XD-4SPI-WBG
2.0 mm 4 blown
XD-4SPJ-WBG
2.0 mm 4 violet
XR-2P1A-WN ~ XR-2P8A-WN
XR-2P1B-WN ~ XR-2P8B-WN
XR-2P1C-WN ~ XR-2P8C-WN
XR-2P1D-WN ~ XR-2P8D-WN
XR-2P1A-WW ~ XR-2P8A-WW
XR-2P1B-WW ~ XR-2P8B-WW
XR-2P1C-WW ~ XR-2P8C-WW
XR-2P1D-WW ~ XR-2P8D-WW
RSB-30
32 color plotter pens
(0.3 mm)
Fiber tip pen (0.3 mm) x 2 in 1 color
32 color plotter pens
(0.6 mm)
Fiber tip pen (0.6 mm) x 2 in 1 color
Sheet base (1 piece)
Sheet base
(for roll sheets)
22
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11 SPECIFICATIONS OF PNC-900
Mechanism
Media-movement method
Acceptable sheet widths
Maximum cutting area
50 mm ~ 305 mm (1-15/16" ~ 12")
Width: 280 mm (11")
Length: 24998 mm (984-1/8") (Accuracy assured up to 1600 mm (62-15/16"))
Acceptable paper widths
Acceptable paper types
Tools
50 mm ~ 305 mm (1-15/16" ~ 12")
High-quality paper
Cutters: carbide
Pens: Water-based fiber-tipped pens, Thick water-based fiber-tipped pens (options) and 32 color plotter
pens (options)
Cutting speed
10 mm/sec ~ 200 mm/sec (When DIP switch SW-8 is at ON: 10 mm/sec - 100 mm/sec)
Blade force
30 gf ~ 200 gf
Mechanical resolution
Software resolution
Distance accuracy
Repetition accuracy
0.05 mm/step
0.025 mm/step
Error of less than +/- 0.2% of distance travelled, or 0.1mm, whichever is grater
0.1 mm or less (Excluding stretching/contraction of the sheet,
and provided that sheet length is under 1600 mm (62-15/16"))
Parallel (Centronics compatible)
Interface
Serial (RS-232C)
Buffer size
2K byte
Instruction system
Switches
CAMM-GLIII (mode1and mode2)
Power switch, pen force slider, DIP switches
,
,
,
Control switches
LED
SETUP, PAUSE, PEN MODE, ROTATE, TEST, ORIGIN SET,
POWER/ERROR LED, SETUP LED, PAUSE LED, PEN MODE LED, ROTATE LED
0.5 A /117 V, 0.3 A / 220 - 230 V, 0.3 A / 240 V
Power consumption
Acoustic noise level
[Cutting mode] When DIP switch SW-8 is at OFF: under 63 dB (A)
When DIP switch SW-8 is at ON: under 70 dB (A)
[Standby mode] under 40 dB (A)
(according to ISO 7779)
Dimensions
492 mm (W) x 289 mm (D) x 217 mm (H) (19-3/8" (W) x 11-7/16" (D) x 8-9/16" (H))
Weight
8.7 kg (19.2 lb.)
5 ~ 40°C
Operating temperature
Operating humidity
35% ~ 80% (non-condensing)
23
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• Interface Specifications
[Parallel]
Standard
In compliance with the specifications of Centronics
Input signals
STROBE (1 BIT), DATA (8 BIT)
BUSY (1 BIT), ACK (1 BIT)
TTL level
Output signals
Level of input/output signals
Transmission method
Asynchronous
[Serial]
Standard
RS-232C specifications
Transmission method
Transmission speed
Parity check
Data bits
Asynchronous, duplex data transmission
4800, 9600 (Selected using DIP switches.)
Odd, Even, or None (Selected using DIP switches.)
7 or 8 bits (Selected using DIP switches.)
1 or 2 bits (Selected using DIP switches.)
Stop bits
Parallel Connector (in compliance with
specifications of Centronics)
Serial Connector (RS-232C)
Signal Terminal Signal
Pin Connection
Signal Terminal Signal
number number number
Pin connection
number number number
NC
36 18 HIGH**
NC
NC
NC
NC
NC
DTR
NC
NC
NC
NC
NC
NC
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
NC
NC
HIGH* 35 17
GND
GND
NC
NC
NC
34 16
33 15
NC
GND
18
36
=
1
NC
HIGH* 32 14
NC
1
13
25
8
NC
NC
31 13
30 12
29 11
28 10
HIGH*
GND
BUSY
ACK
D7
7
SG
6
DSR
CTS
RTS
RXD
TXD
FG
14
19
5
4
27
26
25
24
23
22
21
20
19
9
8
7
6
5
4
3
2
1
3
D6
+5 V
+5 V
2
D5
3.3KΩ
GND
1
D4
*
D3
D2
Ω
100
**=
D1
D0
STROBE
24
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A3020195BE V4-1
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