6-2013
WWW.MBMCORP.COM
icreaseAIR Digital Creaser
Operators Manual
Version 3.0
800-223-2508
TABLE OF CONTENTS
SPECIFICATIONS…………………………………………………………………………………………….1a
SAFETY PROCEDURES/CARE & MAINTENANCE.………………………………………………….1b
COMPONENT IDENTIFICATION…………………………………………………………………………2
NOTES……………………………………………………………………………………………………..3
SETTING UP YOUR icreaseAIR………………………………………………………………………..4
Delivery Tray Assembly…………………………………………………………………………….4
Paper Stop Assemblies………………………………………………………………………….….5
MACHINE CONTROLS ………………………………………………………………………………………….6
PUMP CONTROLS……..............................................................................................6
PULSED FEED CONTROLS……………...…………………………………………………………………….7
TOUCH SCREEN CONTROLLE R..........................………………………………………………….8
Perf Mode..........................……………………………………………….………9
Feeder Mode........................ ..............…………………………….……...10
Crease Mode...................………………………………………….…….………10
Transport and Vacuum Operation Controls……………………………………………….………11
Programming for Crease Mod e.....………..…….........…...............................……12
Half Fold.....................................................................................12
Tri-fold................................................................................……12
Z Fold........................................................................................12
Letter Fold..................................................................................12
Roll Fold.....................................................................................12
Gate Fold....................................................................................13
Double Gate..................................... .... ......... ........ .... ...................13
Double Parallel..............................................................................13
Perfect Bind Double Hinge..............................................................13
Perfect Bind Single Hinge.......................... ....... ..............................14
Perfect Bind No Hinge............................... ....... ..............................14
Custom Crease Setups...................................................................14
Saving/Recalling Custom Jobs..........................................................15
Micro Adjusting the Crease Position...................................................15
Batch Counter..........…………………………………………………………………..16
FEED TABLE ASSEMBLY………………………………………………………………………………….17
Component Identification…….…………………………………………………….17
Adjusting Feed Rails………..……………………………………………….………18
Setting the Automatic Feeder…………………………………………………….19
Squaring the Feed Rails…………………………………………………………….19
Micro Skew Adjustment …………………………………………………………..19
Height Adjustment Caliper.………………………………………………….……20
Loading the Feeder.…………………………………………………………………21
Checking the Sensor…………………………………….……..............…..........……22
Perf Shaft & Strike Plate……………………………………………………………22
Removing the Perf Shaft to Change Configurations………………………23
ROTARY PERF & SCORE ASSEMBLY…………………………………………………………..24-27
Component Identification………………………………………………………….27
Perforation & Scoring Assemblies……………………………………………….27
Gripper Wheel Perf Score Mounting……………………………………………28
Folding Direction of Paper…………………………………………………………28
System (Rotary Actuated Creasing) Assembly……………………………………….29
RAC
Component Identification……………………………………………….………..29
Adjusting RAC rollers (depth of crease)…………………………………….. 30
Changing Lower Crease Die……………………………………………………... 30
TROUBLESHOOTING………………………………………………………………………………………..… 31
ELECTRICAL SPECIFICATIONS
Power Requirement: 110v, 60 HZ, AC, or International 230v, 50/60HZ, AC
20 amp line required for models with pump
Circuit Protection: 3 AMP Circuit Breaker, 3 AMP Fuse
NOTE: Older buildings, overloaded lines, and bad grounds can affect the
operation of your IcreaseAIR. A regulated dedicated line is recommended.
Operating the machine through a power strip is not recommended.
OPERATING SPEEDS
MODE 8.5 X 11 Sheet(est)
Perf Mode 12,000
Crease Mode 5500
SPECIFICATIONS
Net Weight: icreaseAIR…………………………………………………..350 lbs
Overall Dimensions: …………………………………………………………………..32”Lx27”Wx26”D
Boxed Dimensions: …………………………………………………………………48”Lx48”Wx52”H
Min. Sheet Size: ………………………………………………………………..5”x5”
Max. Sheet Size: …………………………………………………………………18”x20”
NOTE: The icreaseAIR is capable o f handl ing many types of applications above and
beyond the standard specifications. It is possible to feed quite a variety of jobs, from
30” sheets to die cut stocks. Ho w ever, the performance of the icreaseAIR on these
special applicatio ns is directly related to the expe rience o f the operator.
1a
BEFORE USE:
• Read through the owner’s manual. Follow instructions CAREFULLY.
• NEVER use a wet area. Electric shock could occur .
• Use a GROUNDED outlet and a GROUNDED circuit. Do no use ungrounded
equipment on the same circuit.
• Always use a dedicated line. DO NOT use with line splitt i ng surge protector.
DURING USE:
• Keep fingers and hands away from creasing bar, perf blades, and rubber
rollers.
• Keep cords clear of moving parts.
AFTER USE:
• Turn off machine at the top panel, then unplug the main power cord. This
will prevent damage to your machine by power/voltage spikes.
• To unplug cords, always grasp the plug body, never pull on cords to
disconnect. Wire fatigue and possible shock could result from improper
disconnect procedures.
BE ALERT! BE CAREFUL!
SAFETY PROCEDURES
CARE AND MAINTENANCE
The icreaseAIR is a preci sion machine. It is very important to keep it free of excessiv e
dust, dirt and foreign matter. We recommend that you keep the machine
when not in use.
BEARINGS/BUSHINGS: The bearing s ar e sealed roller b eari ng s and are designed to
be self lubricating, however dirt and dust can get into them causing clogging and dirt
build up. It is recommended to oil them daily under heavy use or monthly under light
use. The Bushings are Bronze and require lubrication more frequently. Oil these once a
week under heavy use.
STRIKE DIE: The groove in the lower die should be cleaned periodically using a
toothbrush to remove any dirt or build up.
SENSOR EYE: Clean the lower reflector tape located on the plate under the strike plate
of the machine. Dust will cause the beam to not reflect correctly. Clean when
necessary.
REMOVEABLE SCREWS: When these show s i gns of wear or stripping, replace as soon
as possible. If these strip or hollow out they can be costly to remove. If you do keep
your icreaseAIR clean and in top condition, it will give you years of service.
1b
covered
COMPONENT IDENTIFICATION
Air Feed Table Assembly
Delivery Tray
Pump with
Vacuum Valve
Perf and Score Assemblies
Crease Bar
Paper Stop
Touch Screen Pg. 8
Feed Rail Assembly
Touch Screen
Power Switch
REFERENCES
Feed Table Assemb l y Pg. 17
Delivery Tray Pg. 4
Pump with Vacuum Valve Pg. 6,7
Perf and Score Assemblies Pg. 24-27
Crease Bar Pg. 29
2
NOTES:
3
icreaseAIR
Install on top of the first
Tuck Lip up as shown
SETTING UP YOUR icreaseAIR
This machine is 99% ready to go when it arrives on your dock. There are only a few
items that need to be put into position before it is ready to use. Those 2 items are
below:
DELIVERY TRAY ASSEMBLY
INSTALLING THE DELIVERY TRAY
Position the tray to slide it under the dowel pins and rest it on the lower dowel pins.
Upper Position shown below
dowel pin and under the
second.
4
PAPER STOP ASSEMBLIES
INSTALLING THE PAPER STOPS
There are 3 different paper stops. 2 will have bends and 1 will be straight. The straight
paper stop is the rear or back paper stop. The other 2 are the right and left paper stop
and should be positioned as shown below. They hold their position using a magnet
which makes it easy for adjustment. The positions for the paper stops will change for
each individual job. If the paper stops are set to close the paper will hit them as it exits
the machine and will cause a paper jam. If they are set too loose the paper will stack in
an unorganized manner. Getting the position correct is imperative to smooth operation
of the machine.
Now that the Machine is setup, let's learn how to use the machine. The
sections below will guide you through the operation of the machine.
5
MACHINE CONTROLS
There is one switch on the icreaseAIR the main power. Everything else is controlled by
the Touch Screen.
MAIN POWER
On the operator side cover at the top o n the r i ght side is the main power button . This
is the on and off power for the machine. When pressed it will illuminate. This is how
you know the machine is on. Do not leave the machine on when not in use.
PUMP CONTROLS
The pump is controlled by the touch screen. Pressing t he run butto n the pump is
powered on. Use the knobs on the pump (pictured below right) to control the output of
the pressure and vacuum. As illustrated on the knobs you can control the suction and
the blow affecting the stock. Use care to not remove the pump knobs completely as they
have a directional specific spring for each knob. Depending on t he stock you are using
you will adjust these knobs to ensure proper feeding. The suction can be adjusted as
well as the vacuum pickup point to ensure enough suction to pull the bottom sheet. The
pressure will “fluff” the stack along the rails and make it easier to pull the bottom sheet
as well.
6
PULSED FEED CONTROLS
The feed button is the control of a pulsed suctio n valve that allows the machine to fully
control the feed of the paper. This mode of operations is a much more consistent way
to run the machine. While the output speed is slower the end result is much more user
friendly feed. To use the pulse suction press the FEED button on t he Touch Screen.
When using the pulsed feed it is very important that the proximity sensor is adjusted
correctly. See the images below to identify the pulse senso r and position it needs to be
in.
Note: Make sure nothing is below the proximity sensor and it is
positioned between the sheet metal and perf shaft. If this position is
not correct the pulse feed will not work and the suction valve will stay
off.
Air Valve Assembly
7
icreaseAIR
1 2 3
4
MBM Corporation 800-223-2508
TOUCH SCREEN CONTROLLER
icreaseAIR
THE TOUCH SCREEN CONSISTS OF FOUR SECTIONS:
1. MBM Logo and Service Access
2. P erf Mode
3 . Feeder Mode
4. Crease mode
Touch Screen Operation
When the machine is turned on the display may take up to 7 seconds for the home
screen to display. There is a screen saver that will turn the display off if the machine is
not touched within 30 minutes. The power light will stay illuminated letting you know
the machine is still on.
MBM logo and Service Access
If the logo is pressed a password screen is displayed. This is for factory and service
access only. This Screen is for internal use only. The password is not given out.
8
Perf Mode
From the home screen press t he perf mode button the perf mode screen will be
displayed.
Home: Takes you back to the home scr e en.
Counter Reset: Resets the displayed counter to 0.
Jog Left and Right: Slowly advances the rollers left or right.
Batch Counter: Allows for stopping the machine after a batch number is reached.
Run: Turns on the transport.
Feed: Starts the feeding of paper in pulse mode.
Stream : Turns off pulsed feed and continuously feeds the sheets of paper.
When the run button is pressed the graphic will change red and the button will flash.
This is the indicator the machine is in running. When the feed button is pressed the
graphics will change red and the paper will start to feed.
9
Feeder Mode
Feed mode is the mode to run your IcreaseAIR as a feed er into our CountCoat UV Coater. It
runs much slower than the other mode s giving the sheets enough spacing to move through the
UV coater.
Home: Takes you back to the home screen.
Counter Reset: Resets the displayed counter to 0.
Jog Left and Right: Slowly advances the rollers left or right.
Batch Counter: Allows for stopping the machine after a batch number is reached.
Run: Turns on the transport.
Feed: Starts the feeding o f p a per in pulse mode.
Crease mode
Crease mode is used to apply a Compression Crease/Score to a piece of paper. In this mode
there are several Automatic Setup selections or you can do a custom selection and enter the
distance in mm.
Crease selections include half, tri-fold, z fold, letter fold, roll fold, gate fold, double gate, double
parallel, 3 perfect bind selections and 12 custom crea se locations.
10
TRANSPORT AND VACUUM OPERATION
• The Run Button will start the Transport in any given mode. When
pressed it will also turn the air portion of the pressure pump on.
Press it again to stop the transport and turn of the pump. Each Mode
has a timeout feature to preserve the life of the machine.
• The Feed Button is what controls the suction portion of the feeder.
Press it once to turn pulse feed action. This is controlled by a sensor
just before the perf shaft that tells the machine to turn the suction off
until the end of the sheet is reached. The concep t of this is that the
machine will only feed one sheet at a time. Providi ng better
registration when in Crease Mode.
• The Stream Button is designed as a turbo button for when in perf
mode and running faster. This button opens the valve and provides
continuous suction.
• A document may be slowly advanced through the transport by
pushing and holding one of these buttons. These will not turn on the
pump.
EXAMPLE:
The motor should advance transport at slow speed and stop
whenever your finger is lifted.
• Controls on-off function of motor.
EXAMPLE:
Machine will run at mode and speed previously selected.
• Machine will stop.
11
PROGRAMMING FOR CREASE MODE
Half Fold: Press the Crease Mode Button > Half > Start Measuring > Physically Run a
sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
Tri-Fold: Press the Creas e Mode Button > Tri-Fold > Start Measuring > Physically Run
a sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
Z-Fold: Press the Crease Mod e Bu tt on > Z-Fold > Start Measuring > Physically Run a
sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
Letter Fold: Press the Crease Mode Button > Letter > Start Measuri ng > Physically Run
a sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
Roll Fold: Press the Crease Mode Button > More > Roll > Start Measuring > Physically
Run a sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
12
Gate Fold: Press the Crease Mode Button > More > Gate > Start Measuring >
Physically Run a sheet through the machine for the sensor to measure > Accept > Run
> Feed.
EXAMPLE:
Double Gate Fold : Press the Crease Mode Button > More > Double Gate > Start
Measuring > Physically Run a sheet through the machine for the sensor to measure >
Accept > Run > Feed.
EXAMPLE:
Double Parallel Fold: Press the Crease Mode Button > More > Double Parallel > Start
Measuring > Physically Run a sheet through the machine for the sensor to measure >
Accept > Run > Feed.
EXAMPLE:
Perfect Bind Double Hinge: Press the Crease Mode Button > More > Perfect Binding
Score > Enter The Book Thickness > Double Hinge > Start Measuring > Physically Run
a sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
13
Perfect Bind Single Hinge: Press the Crease Mode Button > More > Perfect Binding
Score > Enter The Book Thickness > Single Hinge > Start Measuring > Physically Run a
sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
Perfect Bind No Hinge: Press the Crease Mo de Button > More > Perfect Binding
Score > Enter The Book Thicknes s > No Hinge > Start Measuring > Physically Run a
sheet through the machine for the sensor to measure > Accept > Run > Feed.
EXAMPLE:
Custom Crease Job: Press the Crease Mode Button > Custom > Enter In Distance For
each Crease in mm > Accept > Run > Feed.
14
Saving Custom Crease Jobs: Press the Crease Mode Button > Custom > Enter In
Distance For each Crease in mm > Save > Select Position to save in 1, 2, 3, or 4.
Recalling Custom Crease Jobs: P ress the Crease Mode Button > Custom > Recall >
Accept > Run > Feed.
Micro Adjusting the Crease Position: Press the adjust button from the run screen.
You can micro adjust each crease by pressing the arrow keys each direction. Each press
will adjust by 1/9th of a mm. Each adjustment is relative to the one before it so if you
adjust crease 1 by 3 clicks it w i l l als o move all the creases after it i n the same direction.
To keep the subsequent creases in their same locations you would then need to adjust
them each back the number of clicks you adjusted the previous location, in this case 3
clicks.
15
Batch Counter: Press the Batch Counter button from the run screen in any mode and
it will take you to the Batch Count Screen.
Press the Enter Batch Amount Button to enter in the number you want to run per batch.
Press the Reset Batch Button to start from 0. Press the On Button. The button turns red
as shown below.
As you are running and the batch number is reached the screen will display "Batch
Complete".
16
FEED TABLE COMPONENT IDENTIFICATION
1
2
3 4 5 6 7
8
9
10
11
1. Height Adjustment Caliper
2. Feed Rail Lock Knob Front
3. Paper Back Stop
4. Feed Rails
5. O-ring Caliper Assembly
6. Vacuum Pickup Point Adjustment Knob
7. Micro Skew Adjustment Knob
8. Feed Rail Lock Knob Rear
9. Vacuum Wheel O-ring
10. Vacuum Wheel
11. Vacuum Wheel O-ring Drive Belt
17
ADJUSTING THE FEED RAILS
The feed rails on your icreaseAIR are designed to adjust easily in case of a problem wit h
crooked feeding. By loosening the feed rail alignment lock knobs you can move each rail
independently to square them to your stock. To maintain an accurate perf or score, it is
important to get the rails as aligned and snug to the sheet as possible without
“squeezing” the sheet, as this will create drag and cause the sheets to hang up in the
rails. If your crease locations are slightly inconsistent the rails being too snug or tight.
Loosening the rails slightly may be an easy solution to correct this.
To adjust this correctly, use one rail as your reference, t he l e ft (operator side). Pl a ce
your stock squarely against it and then bring your right rail in and tighten, looking down
at it from the rear. Adjust the rail with the skew adjustment knob so it is squared to the
sheet. Then tighten the lock knob, and place your icreaseAIR in perf mode. Set a sheet
in the feeder, and under the feed wheels, then press run.
Check perf by folding over and aligning the perfed edge.
Perf holes should line up within a blade’s width. If they do not line up, adjust rails
accordingly, moving your left rail first and then adjusting the right rail to square the
sheet. This may take a few attempts, but this adjustment is important to produce quality
perf and score jobs.
EXAMPLE:
18
Lock Knob
Adjustment Knob
SQUARING THE FEED RAILS
The constant fine tuning of the rails will make it necessary to bring the rails back to true
“square”. To do this, take a sheet of 8 1/2 x 11” cover stock and place it in the feed
table against the operator side guide. Pressing the sheet against the rail, slide the rail
over so that the front edge of the stock lines up to the front edge of the feed table.
Loosen the feed rail adjustment lock knob, and use the skew adjustment knob to adjust
the rail so that the sheet is aligned with the left to right with the edge. Once this is
done, slide the opposit e sid e guide into position and adjust it to the ed ge of the sheet.
Your rails should now feed the sheet perfectly aligned providing a straight perf or score.
MICRO SKEW ADJUSTMENT
The micro skew adjustment will allow for the rear adjustment of the feed rails. It
adjusts both of the rear feed rails at the same time. This makes it easier to adjust for
and straighten the perf or score.
SETTING THE AUT OM A T IC FEEDER
For efficient Auto-feeding, the setting of the caliper to the vacuum wheel is very
important. Use a piece of the s tock to be run as a “feeler gauge”. Place a
sheet under the feed wheels, turn the feed wheel adjustment screw
(Counterclockwise to raise, clockwise to lower) s o th at the paper can slip freely under
the wheels. The feed wheels should be barely touching the stock. If during the feeding
you begin to get doubles, lower the feed wheels just enough to stop the double
sheeting. The paper between the friction plate and the auto feed wheel must move
freely and should not be gripped.
19
HEIGHT ADJUSTMENT CALIPER
Height Adjustment Knob
Caliper Disk Lock Knob
The caliper setting is what ensures the feeding of one sheet and prevents the feeding of
double sheets. It is very important that this caliper be set correctly. To set the caliper
take one sheet of the stock you are running and slide it between the caliper and vacuum
wheel. Take a second sheet and slide it back and forth, in and out while lowering the
height adjustment until the second sheet cannot slide under the caliper. DO NOT
OVERTIGHTEN! It is very important that the sheet is not pinched in anyway.
There are 2 different calipers; the o-ring and the metal caliper. The metal caliper is
designed to work better with heavy stock and the o-ring caliper is designed to work with
lighter stocks. Use the o-ring caliper when running any multi-part forms.
20
LOADING THE FEEDER
Take the paper and load the feed tray. DO NOT OVER LOAD. The weight and size for
the stock you are running will determine how much can be loaded in the feed rails. The
paper should sit snug between the caliper and back stop. Do not pinch the paper as it
will affect the feeding consistency.
FEEDING NOTE S
• When set properly, the feed is very efficient and flexible. When neglected it ca n
become very frustrating to run even the simplest job. The adjustments
previously discussed are ver y important.
• The icreaseAIR is capable of running 20lb. single sheets, 4-part forms and 100 lb
cover. It is also very capable of handling gloss, coated, and even laminated
stocks. Its flexibil i ty is directly related to the opera tor’s experience.
• All carbonless sets are fed into the icreaseAIR with as little air pressure as
possible. Use just enough pressure to pull a single multi-part form.
21
CHECKING THE SENSORS
1. Turn machine power on and allow screen to turn on
2. There should be 2 lights on the sensor; a green indicating power is getting to the
sensor and orange that is the reflecting signal. If both lights are not on there is a
problem and must be fixed before you are able to run.
3. Make sure the sensor reflector tape is located on the base plate and the red beam
from the sensor is hitting the tape. If not loosen the screws on the sensor and adjust
the beam until it is on the tape.
4. If all above steps work corre ctly, the sensor is working properly, if not, contact the
MBM Corporation service department.
DRIVE CHAIN TENSION
The chain that drives the upper crease die in time will stretch. This is a common
occurrence in chains. The spring tensioner bracket will automatically adjust the tension.
It is important that this chain remain taut and free of any play. It is recommended to
check this periodically. If there is play in the chain drive, make sure the adjustment
spring is in the correct location.
PERF SHAFT & STRI KE PL ATE
22
REMOVING THE PERF SHAFT
1. Loosen Both Screws,
3. Remove Belt
2. Remove Belt
(Changing the position of the lower assemblies)
Turn the power off and unplug the machine. You may want to remove the upper assemblies
before you begin to get them out of the way as the rollers are spring loaded and will give
pressure on the lower rollers. Loosen the set screws on all of the lower assemblies. Loo sen the
2 set screws on the bearing hub located on the inside of the o perator side frame as shown
below.
Next, remove the non-operator side cover. DO NOT REMOVE ANY PULLEY'S! Loosen the
screws on the belt tensioned idler pulley (as shown below).
Slide Bracket Down
You do not need to remove the screws as loosening them will allow enough movement to remove
the belt. Remove the belt. Now remove the belt from the motor by turning the pulley by hand
and walking the belt off the pulley with no flanges on the perf shaft. Once removed there should
be no more belts on the perf shaft and the perf shaft should slide out easily. Slide the perf shaft
out the pulley side 6-8 inches the allow it to rest on the hole in the fra me.
It is only necessary to slide the shaft out about 6 to 8 inches. With the shaft slid to the side, you
can access the lower hubs and reconfigure them as needed from under the fro nt of the machine.
After you have con fi gured the lower sha ft, replace the shaft into its bearing and tighten the set
screws on the bearing hub. The shaft should be tight and not be able to move side to side. With
both drive belts back in position, re-tension the belt idler and tighten while applying const ant firm
pressure on the bel ts by pushing down on the tops of the brackets with the large T-handle
wrench supplied. Replace cover. Align upper assemblies accordingly.
23
PERFORATI NG AND S COR I N G
Your icreaseAIR will come equipped with 1 Perf and 1 Score assembly standard. Up to 4
perf or score assemblies can be used at the same time. Perf and Score assemblies
require the corresponding Perf or Score lower hub assembly in order to function
properly.
PERFORATING
To perforate on your icreaseAIR you will lower the perf blade on the upper assembly
down onto the lower perf assembly. The upper perf assembly will look similar to the
score assembly in design, but will have a black protective guard covering the blade as
illustrated below. The lower perf assembly is made of hardened steel. See the image in
the Perorating and Scoring Section below for detail.
will see a line dead center on the lower assembly and this is where you should lower the
blade located on the upper assembly down onto the lower assembly.
Note: The lower perf assembly has a rubber core which is designed to
have some give so that when the perf blade is set against the hardened
steel lower you are not wearing away your perf blade. Because of this
fact; if you set the perf blade anywhere but center on the lower
assembly the lower assembly will “lean” to the right or left and not
give you the ideal perf quality or straightness.
From our quality control testing you
24
Setting the Perf Blade
When locating the perf blade to where you would like to perf you must make sure that
you can move the lower assembly and upper assembly to the location you want to perf.
This may require moving the rubber gripper wheels or other upper and lower
assemblies. The lower assemblies all have a single set screw that once broken loose will
slide along the lower shaft. These are placed in line with each other for easier access. If
you cannot see the lower assembly set screws rotate the lower shaft until they become
accessible. The upper assemblies have one set screw on the upper shaft that when
broken loose will allow you to slide or move them to the desired location.
Make sure that you have even distribution of gripper wheels across the width of your
sheet when setting your perf up. While your sheet size may not require all 4 gripper
wheels to securely guide the sheet you will want as even distribution and uniform
pressure on all the gripper whe el s.
With the corresponding T-Handle wrench provided with your machine, lower the perf
blade down until the blade just touches the hardened steel lower. Then turn the THandle ½ turn and hand screw the lock down to lock the blade into the down position.
You are now ready to perf. Remember, depending on the thickness of stock you may
need to adjust the perf blade up or down to fine tune your perforation.
Important: When you lower a perf or score assembly you are putting
downward force on the lower shaft. These are self tightening and
should automatically adjust. However, if you have multiple perf
assemblies operating at the same time you may need to make fine tune
adjustments to ensure matching perf depth.
25
SCORING
Just as in setting the perforation on your machine setting the score may require you to
move around gripper wheels and other assemblies in order to set up your score in the
proper location.
The score upper assembly will look similar to the perf upper assembly without a safety
guard covering the blade. See the image in the Perorating and Scoring Section below for
detail. The lower assembly for the score will be a solid dark colored lower with 3 grooves
located towards the ed ges of the assembly. These grov es correspond to the depth and
the width of the score as well as the ability to score thicker stocks. A wider groove will
allow for scoring of heavier stock or a deeper score than a thinner groove.
Setting the Score Blade
To set the score into posit i on lock the upper score assembly into place with the single
set screw into the groove on the upper shaft. Loosen the set screw o n the lower
assembly on the perf shaft and slide whichever groove your job requires under the score
blade. Then lower the score blade down and into the lower score assembly groo ve. Take
a strip of the stock you are scoring (approximately 1/2 to 1 inch) and press the advance
button to advance this strip into the score assembly. This will self-center the bottom
score assembly to the s core b lade. With the stock still in the score tighten the bottom
assembly set screw and your score is set. Advance the remaining stock out and you are
ready to score. Remember yo u m ay need to adjust the depth of the score bl a de to avoid
slitting the sheet or scoring too lightly. This will depend on the stock and will require
some fine tuning to achieve the score results you are looking for.
26
Part No. Description
For removing and old blade and attaching a new blade to the pressure adjust mounting
bracket, remove the (1) button head cap screw. BE SURE TO TIGHTEN THE SET
SCREW SECURELY TO THE BAR. Once you have the upper and lower perf assemblies
in place, you can tighten the half dog screw.
Complete: #S-APP-0129 Com plete: #S-APP-0139
PERFORATING AND SC ORI N G ASSE M BL IE S
H-0215 Screw-10-32x1/2” button head
socket
H-0250 Screw-10-32x 1 1/2”socket cap
H-0270 Screw-1/4”-20x1/4” socket set
H-0275 Screw-1/4-20x1/4” socket set
H-0278 Screw-1/4-20x1/4” socket half
dog
H-0456 Washer – flat .20
H-0580 Compression spring 1 ½”
S-AAM-0930 Upper Wheel Assemlby
S-AM-0931 Lower Forwarding Roller Assy
S-AAM-0933 MOLDED ROLLER WHEEL
ASSEMBLY COMPLETE
S-APP-0131 Score blade assembly
S-APP-0143 9-1 Perf blade assembly
S-APP-0132 Lower score hub assy.Hub ap
S-APP-0133 Lower perf assy. Hub app
S-APP-0622 Bracket-perf/score pres,adj.
assy
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GRIPPER WHEEL PERF-SCORE MOUNTING
Score Wheel
Rubber Grip Wheel Position
Position your score blade as desired. Scores should be made so that the blade runs on
the side of the sheet that will be on the inside of the finished fold. Scores may be made
on the icreaseAIR in three different ways using the different groo v es on the lower score
assembly.
FOLDING DIRECTION OF PAPER
There is a correct and incorrect way to fold a creased paper. Following the diagram
below will show you the correct di r e ction the paper should be folded.
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A B C D E H I
RAC System (Rotary Actuated Creasing)
Assembly
Component ID
A. RAC drive motor
B. Eccentric Drive Shaft
C. Upper crease die
D. Pressure Adjust beari ng blocks (RAC Rollers)
E. Lower crease die
F. Drive chain & tensioner SEE DRIVE CHAIN TENSIONER ON PAGE 13
G. Return springs SEE SERVICE DIAGRAM A ON PAGE 21
H. Compression bracket RAC locknut F-2640
I. Compression Bra cket Adjust Screw A ssy
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ADJUSTING THE RAC ROLLERS
The RAC rollers are set from the factory and it is NOT recommended to make any
adjustments to this without consulting with MBM’s tech-support department.
Should an adjustment be necessary, please follow the steps below.
Loosen the small bearing block lock screws. This allows very slight adjustments of the
bearing block to be made by loosening the thumb lock and turning the height
adjustment screw in the middle of the bearing block. This is a very fine thread and is
capable of making very slight adjustments. Turning the adjustment screw clockwise will
increase the bar pressur e , as counterclockwise will dec r ea se the pressure. Once the
adjustment to the bar has been made, slightly tighten the thumb lock and re-set the
block set-screws.
CHANGING THE LOWER CREASE DIE
The Lower crease die can easily be changed to accommodate thicke r s to cks by removing
the non-operator side cover, slide the bar out and flip it over to use the wider die
channel. Please note, custom die’s are available upon request.
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TROUBLE SHOOTING
• POWER DOES NOT TURN ON
1. Check circuit bre aker on rear panel.
2. Check outlet for pow er.
• TRANSPORT “LOCKS UP” AFTER CREASING
1. Turn the crease bar over to wide groove.
2. Increase pressure of forwarding rollers by tur n the shaft clockwise to
increase the pressure.
3. Check pulleys to make sure they are securely tightened on shafts.
• FEED TABLE NOT FEEDING CORRECTLY
1. Clean feed wheel rollers.
2. Feed wheels do not have equal pressure on them, check adjustment.
3. Contact strip is worn and will not gap the stack.
• SHEETS NOT FEEDING STRAIGHT
1. Unequal feed wheel pressure.
2. Align feed rails “check for squareness”. This can be checked by the lead edge
of the paper feeding into the machine should li ne up with the front edge of the
feed plate.
3. Not enough pressure on forwarding rollers.
4. Clean ALL rubber rollers.
• PERF IS NOT STRAIGHT
1. Check for equal pressure on all grip wheels and that none are hanging up.
2. Recheck all steps under (SHEET NOT FEEDING STRAIGHT)
• PERFORATION IS NOT CLEAN OR CUTS SHEETS
1. Not enough pressure on perf wheel.
2. Perf blade is worn.
• CREASE NOT REGISTERING ON SHEET
1. Clean all Rubber Rollers
2. Turn crease bar over for any stock o ver 9pt .009"
3. Check pressure on grip wheels. If these are not down firmly, your registration
will be off.
4. Check all pulleys to make sure they are securely tensioned on shafts.
5. Check to see that machine transport turns fr eely.
• CREASE APPEARS WEAK
1. Crease bar not level.
2. Not enough pressure, adjust RAC rollers with height adjustment screw.
3. Too much pre s s ure, motor cannot make full stro ke. Motor damage will occur.
4. Crease bar not tightened properly on bracket.
• CREASE BAR DOES NOT ROTATE
1. Crease bar set too low, cannot make full stroke.
2. Crease bar is dirty. Clean with damp cloth and wipe clean.
3. May need to send crease bar in to headquarters for service.
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