Horizon Fitness QC-S300 User manual

QC-S30/S300 Revision Control List
Manual No. Date Bulletin Code S/N applied History Page
US501041-00 Mar/1/2006 First Edition
US501041-01 Dec/14/2007 5703051_00
5703051_01 021001-
(S300)
014001-
(S30)
1.Changing Pad Pressure Adjusting Lever. 2-10,3-2
CD070122_00
CD070122_01 2.Adding Tension Pulley. 3-3

I
Foreword
Table Top Collator QC-S300/QC-S30
Important Information
This service manual is designed to help you to repair and maintain the QC-S300/QC-S30 in order to keep it in good oper-
ating condition. Please read and understand the instructions in this service manual before performing any repair or main-
tenance.
- Horizon International Inc. shall not be liable for incidental or consequential damages resulting from: improper or inade-
quate maintenance by the customer; unauthorized modification or misuse; or operation outside of the environmental
specifications for the product.
- Horizon International Inc. follows a policy of continuing improvement in design and performance of this product. There-
fore, the product design and specifications are subject to change without prior notice and without our legal obligation.
- All rights are reserved. No part of this manual may be photocopied, reproduced or translated to another language without
the prior written consent of Horizon International Inc.
071214/QCS300S30/01E/NO,AA/HS/F7/I9/P7 US501041-01

II
Safety Precautions
- Please read and understand all safety instructions with include the terms , and . If these
safety instructions are ignored, personal injury may result.
- The repair, maintenance and safety instructions in this manual are valid only when the repair or maintenance work is per-
formed according to the procedures described in this manual.
- The term WARNING indicates a potentially hazardous situation which, if not avoided, could result in death or serious
injury.
- The term CAUTION indicates a potentially hazardous situation which, if not avoided, may result in damage on machines.
It may also be used to alert against unsafe practices.
- Horizon International Inc. cannot anticipate every possible situation that might involve a potential hazard. The instructions
in this manual and the warning labels on the machine are therefore not all-inclusive.
- All equipment shall be locked out or tagged out to protect against accidental or inadvertent operation when such opera-
tion, repair or maintenance could cause injury to personnel. Do not attempt to operate any switch, valve, or other energy
isolating device where it has been locked or tagged out.
- Some of the drawings in this manual show the machine uncovered for explanations of details inside the machine.
WARNING
CAUTION

III
Abbreviations
1. Abbreviations for wire colors
BRN = Brown BLU = Blue
RED = Red VIO = Violet
ORN = Orange GRY = Gray
YEL =Yellow WHT=White
GRN = Green BLK = Black
BRN(#) = the character (#) that follows the wire color indicates the
attached gray sticker. The sticker is to identify the wire in case
there are two wires of the same color.
RED/BLU = “/BLU”: the color that follows slash indicates the base
color of the wire. In this case, the wire is striped red on the blue
color.
2. Abbreviations for electrical parts
Axx = Inverter/Driver Qxx = Circuit Protector/Breaker
Bxx = Sensor QPM = (Multi Layer) P. C. Board
Fxx = Fuse QPW = (Single Layer) P. C. Board
Gxx = Power Supply S/SWxx = Switch
Kxx = Contactor Xxx = Terminal Board/Connector
Lxx = LED Yxx = Solenoid/Clutch/Brake
Mxx = Motor
3. Other Abbreviations
CON = Connector R/VR = Volume
DSW = Dip Switch SL/SOL = Solenoid
NF = Noise Filter SSR = Solid State Relay
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
Relay Connector,
or Terminal Board
Round Connector
Short Circuit Connector

IV
Handling Precautions for P.C.Board and ROM
P.C.Board and ROM can be damaged by humanly imperceptible static electricity.
Handle P.C.Board with following care.
Do not put P.C.Board and
ROM on the machine,
especially on the acrylic cover.
(No problem on the conductive
plate.)
And keep the P.C.Board and
ROM away from the insulators.
Insulators: Plastic, form polystyrene,
chemical fiber fabric, dry
paper, etc.
When replacing the P.C.Board
and ROM, or setting the dip
switches and volumes on the
P.C.Board, wear a wrist strap,
and connect the clip to the
machine frame (not painted
surface).
P.C.Board
Shield Bag
Keep P.C.Board in a
shield bag.
Put the ROM on a
conductive sponge
and keep in a shield
bag.
Shield Bag
Conductive
Sponge
Acrylic
Cover
Wrist
Strap
Clip
Machine
Frame

V
CONTENTS
1. General ............................................................ 1-1
1-1 Model of the Collator and Configuration.............................. 1-2
1-1-1 Table for Model of the collator and Configuration.............................. 1-2
1-2 Delivery Mechanism............................................................ 1-3
1-2-1 Delivery Mechanism .......................................................................... 1-3
1-3 Service Screen ........................................................................... 1-4
1-3-1 Description of the Service Screen ..................................................... 1-4
1-3-2 Initial Setting Screen.......................................................................... 1-5
1-3-3 Service Mode Screen-P1................................................................... 1-6
1-3-4 Service Mode Screen-P2................................................................... 1-7
1-3-5 Service Mode Screen-P3................................................................... 1-8
1-3-6 Service Mode Screen-P4................................................................... 1-9
1-4 Setting the QC-S30 ........................................................... 1-10
1-4-1 Setting the Frequency/SPF/Connecting Order ................................ 1-10
1-4-2 Setting the Overlap Amount............................................................. 1-11
1-5 Transferring the Image Data ............................................. 1-12
1-5-1 Transferring the Image Data............................................................ 1-12
1-6 Resetting the Connecting Order........................................ 1-13
1-6-1 Resetting the Connecting Order (Tower No.) .................................. 1-13
2. Troubleshooting ............................................... 2-1
2-0 Problem Recovery 2............................................................ 2-2
2-0-1 Problem Recovery List....................................................................... 2-2
2-1 Error is Indicated on the Panel................................................. 2-3
2-1-1 Misfeed or Double Feed Error is Indicated ........................................ 2-3
2-1-2 Jam or No Sheet Error is Indicated.................................................... 2-4
2-1-3 Tray Full Error is Indicated................................................................. 2-5
2-1-4 Door Open Error is Indicated ............................................................. 2-6
2-1-5 Option Error or Communication Error is Indicated............................. 2-7
2-1-6 Bin Up/Down Error is Indicated.......................................................... 2-8
2-2 Problem in Collating Quality ..................................................... 2-9
2-2-1 Offset is not Performed Correctly....................................................... 2-9
2-2-2 Sheets are Scratched or Stained ..................................................... 2-10
2-3 Problem in Machine Operation............................................... 2-11
2-3-1 Machine Does not Start ................................................................... 2-11
2-3-2 Offset Function Malfunction ............................................................. 2-12
2-3-3 Bin Does not Rise (Lower) on QC-S300 ..........................................2-13
2-3-4 Gate Does not Switch ...................................................................... 2-14
2-3-5 Machine Does not Stop although the Tray is Full ............................ 2-15
2-4 Problem in LCD Monitor.....................................................2-16
2-4-1 Trouble in LCD Monitor.................................................................... 2-16
3. Mechanism of QC-S300/-S30........................... 3-1
3-1 Feed Section........................................................................3-2
3-1-1 Feed Section Mechanism .................................................................. 3-2
3-2 Drive Link Section ................................................................3-3
3-2-1 Drive Link Section Mechanism........................................................... 3-3
3-3 Transport Belt Frame Section ..............................................3-4
3-3-1 Transport Belt Frame Section Mechanism......................................... 3-4
3-4 Gate Switch Section.............................................................3-5
3-4-1 Gate Switch Section Mechanism ....................................................... 3-5
3-5 Bin Up Section (1/2) ................................................................... 3-6
3-5-1 Bin Up Mechanism of QC-S300......................................................... 3-6
3-5-2 Bin Up Mechanism of QC-S30........................................................... 3-7
3-6 Offset/Swing Section............................................................3-8
3-6-1 Offset/Swing Section Mechanism ...................................................... 3-8
3-7 Conveyor Section.................................................................3-9
3-7-1 Conveyor Section Mechanism ...........................................................3-9

VI
4. Electrical Parts Location................................... 4-1
4-1 Motor/Solenoid Location and Name.................................... 4-2
4-1-1 Motor/Solenoid Location and Name .................................................. 4-2
4-2 Sensor/Solenoid Location and Name.................................. 4-3
4-2-1 Sensor/Solenoid Location and Name ................................................ 4-3
4-3 Other Electrical Parts Location and Name .......................... 4-4
4-3-1 Other Electrical Parts Location and Name......................................... 4-4
5. Board................................................................ 5-1
5-1 Board Location and Name .................................................. 5-2
5-1-1 Board Location and Name ................................................................. 5-2
5-2 QPM-208:Color LCD Control Board (QC-S300).................... 5-3
5-2-1 QPM-208 Connector Location (QC-S300) ......................................... 5-3
5-2-2 DSW and LED on QPM-208 .............................................................. 5-4
5-3 QPW-725: Main Control Board (QC-S300) ............................ 5-5
5-3-1 QPW-725 Connector Location (Upper Half) ...................................... 5-5
5-3-2 QPW-725 Connector Location (Lower Half) ...................................... 5-6
5-3-3 DSW and LED on QPW-725.............................................................. 5-7
5-4 QPW-726: Switch Board (QC-S300)................................... 5-8
5-4-1 QPW-726 Connector Location (QC-S300) ........................................ 5-8
5-5 QPW-749: User Interface Board (QC-S30)......................... 5-9
5-5-1 QPW-749 Connector Location (QC-S30) .......................................... 5-9
5-6 QPW-748: Main Control Board (QC-S30)............................. 5-10
5-6-1 QPW-748 Connector Location (QC-S30) ........................................ 5-10
5-6-2 LED on QPW-748 ............................................................................ 5-11
5-7 QPW-726: Switch Board (QC-S30)................................... 5-12
5-7-1 QPW-726 Connector Location (QC-S30) ........................................ 5-12
6. Wiring Diagram................................................. 6-1
6-1 Power Circuit Diagram (QC-S300/S300F,-S30/S30F) ........ 6-2
6-1-1 Power Circuit Diagram (QC-S300/S300F,-S30/S30F)....................... 6-2
6-2 Drive Section 115/230 VAC Wiring Diagram (QC-S300/S30)6-3
6-2-1 Drive Section 115/230 VAC Wiring Diagram ..................................... 6-3
6-3 Wiring Diagram on Each Section (QC-S300) .........................6-4
6-3-1 Wiring Diagram on Each Section (QC-S300) .................................... 6-4
6-3-2 24VDC Wiring Diagram (QC-S300/S300F) ....................................... 6-5
6-4 Wiring Diagram on Each Section (QC-S30) ...........................6-6
6-4-1 Wiring Diagram on Each Section (QC-S30) ...................................... 6-6
6-4-2 24 VDC Power Circuit Diagram (QC-S30/QC-S30F)......................... 6-7

1-1
General
1
1 General
1-1 Model of the Collator and Configuration ..............................................
1-2 Delivery Mechanism ............................................................................
1-3 Service Screen (1/6) ...........................................................................
1-4 Setting the QC-S30 ..............................................................................
1-5 Transferring the Image Data ................................................................
1-6 Resetting the Connecting Order .......................................................... 1- 13
1- 2
1- 3
1- 4
1- 10
1- 12
1- 13

1 General
1 - 1 - 1Table for Model of the collator and Configuration 1-2
1 - 1 - 1Table for Model of the collator and Configuration
*1 Double feed detection by photoelectric sensor.
If the overlapped sheets are shifted 30 mm or more to the feeding direction,
the time that the photoelectric sensor is activated becomes longer.
Double feed is detected by this time lag. (If the shifted amount is
30 mm or less, double feed cannot be detected.)
*2 QC-S300F/30F has a conveyor motor M02 (40 W).
Model QC-S300 QC-S300F QC-S30 QC-S30F
Items
Panel Color LCD and Touch Panel LED Monitor and Push Button
Board QPM-208 LCD Board and Inverter Board No LCD Board, No Inverter Board
Bin Up Mechanism Bin is raised automatically by M04 Bin Up Motor. Bin is raised manually by the Bin Lever.
Sheet Detect Switch Sheets are detected by micro-switch S11-S20. No detect mechanism. Machine knows by misfeed.
Sheet Pass Sensor
Light transmission type (Double feed and misfeed is
detected by the optical transmission amount).
Filament lamp is required to replace.
Photoelectric Sensor (detected by On/Off)*1
LED lamp replacement is not required.
Energy Saver Mode After preset time has passed, back light of the LCD
and the lamp of the sheet pass sensor turns off. -
Power Consumption
1.4A (115V/60Hz) 1.8A (115V/60Hz) 2.3A (115V/50Hz)
1.3A (115V/60Hz)
2.5A (115V/50Hz)
1.5A (115V/60Hz)
0.7A (230V/50Hz)
0.8A (230V/60Hz)
0.9A (230V/50Hz)
0.9A (230V/60Hz)
0.6A (230V/50Hz)
0.7A (230V/60Hz)
0.8A (230V/50Hz)
0.8A (230V/60Hz)
Weight 73kg 80kg 73kg 80kg
1 - 1 Model of the Collator and Configuration

1 - 2 - 1Delivery Mechanism 1-31-3
General
1
1 General
turned
1 - 2 - 1Delivery Mechanism
Order of the delivered sheets differs
between left delivery and the right delivery.
Overlap Setup Screen: Service Mode-p1for stand
alone collator, p2 for connected collators.
Delivered face of the sheets differs
between left delivery and the right delivery.
Stand Alone Collator: Overlap direction differs
between left delivery and the right delivery.
Connected Collators: Overlap amount is
setup at the left tower.
Connected Collators: Overlap direction differs
between left delivery and the right delivery.
1 - 2 Delivery Mechanism
51041
10201A1
1
2
3
32
1
4
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
9
10
8
9
10
7
Sheet on bin 10 comes head.
Sheet from bin9 goes over on
the sheet from bin10 after
some delay,and the rest of the
sheet as well.
Sheet on bin 1 comes head.
Sheet from bin2 goes over on the
sheet from bin1 after some delay,
and the rest of the sheet as well.
Deliver to the Left Deliver to the Right
51041 10201D1
51041
10201B1
Front of the sheet on
the bins becomes front
of the collated sheets.
Front of the sheet on
the bins becomes back of
the collated sheets.
Deliver to the left
Front
Front
Front
Back
Front
Front
Front
Front
Deliver to the right
+ direction0+ direction0
When the number is increased to
the + direction, the gap
becomes small.
When the number is increased to
the + direction, the gap
becomes big.
When the number is incresed to the + direction, gap between the timing
to start the clutch which rotate the feed roller on each bins becomes
big. For the left delivery, sheets are transported from the lower bin first,
so the gap direction becomes opposite compared to the right dlivery.
Deliver to the Left Deliver to the Right
51041
10201E1
51041
10201C1
12
12
3
For the tower 2,
setup using this
tower 1.
For the tower 2,
setup using this
tower 1.
For the tower 3,
setup using this
tower 2.
[NOTE]
When sheets are
delivered to the
left, tower 3
cannot be used.
+direction0+direction0
When the number is incresed to
the + direction, the gap
becomes small.
When the number is incresed to
the + direction, the gap
becomes big.
When the number is increased to the + direction, gap between the
delivery start timing between towers becomes big. For the left delivery,
the gap direction becomes opposite compared to the right delivery,
because the tower which start feeding first is opposite.
51041
10201F1
Deliver to the Left Deliver to the Right

1 - 3 - 1Description of the Service Screen
1 General
1-4
1 - 3 - 1Description of the Service Screen
1 - 3 Service Screen (1/6) QC-S300
51041
10301A1
1 4567111
Initial Setting Screen
Information Screen P1 Refer to [1 - 3 - 3] (Page 1-6)
- Overlap amount to the right delivery. (Single)
- Overlap amount to the left delivery. (Single)
- Set not to detect a double feed when using thick sheets.
- Time that the clutch is being turned on.
P2 Refer to [1 - 3 - 4] (Page 1-7)
- Overlap amount to the right delivery. (Several)
- Overlap amount to the left delivery. (Several)
- Sensitivity to detect a double feed or a misfeed.
- Set not to detect a misfeed when using thin sheets.
P3 Refer to [1 - 3 - 5] (Page 1-8)
- Initialize = Reset values to the default setting at factory.
- Speed Limit = Limits the maximum speed.
- Idling = Performs the idling operation.
- Display Indication = Japanese/Pictograph
P4 Refer to [1 - 3 - 6] (Page 1-9)
- Input Monitor: Monitors the sensor On/Off status.
- Single Operation: Moves the specific part of the
machine singly.
- Amount of light received for the sheet pass sensor.
51041
10301B1
▲▲▲▲

1 - 3 - 2Initial Setting Screen 1-5
General
1
1 General
1 - 3 - 2Initial Setting Screen
1 - 3 Service Screen (2/6) QC-S300
Frequency
Select the frequency of the area where the col-
lators is used.
SPF
Select [On] when SPF (Stitcher) is used.
- Setup the number of the col-
lator connected and the order
(from the left).
- Touch the window to change
the number to 1, 2, 3, 1...
- Set the time until the energy saver mode. The range of time can be set from 0 to 999 (min).
The 10 (min.) is set at the factory.
- In energy saver mode, back light of the LCD and the lamp on sheet pass sensor are turned off.
Only the LED for the Check button and the Stop button are turned on.
- Touch any part of the LCD screen to escape from the energy saver mode.
UP
51041
10302D1
SPF-9
Series
51041
10302B1
Connecting Orde
r
32
51041
10302E1
Upstream of 3 Middle of 3 Downstream of 3
3 1 3233
Stand Alone
11
51041
10302C1
Ebergy Saver Mode
Time Delay
01
51041
10302A1
Initial Setting Screen
Touch to show the
Numeric Keypad
Screen.
Touch to change
the number shown.

1 General
1 - 3 - 3Service Mode Screen-P1 1-6
1 - 3 - 3Service Mode Screen-P1
1 - 3 Service Screen (3/6) QC-S300
51041
10303A1
P1 Service Mode Screen
When deliver to the right (Single)
- If the value is increased, gap between the
sheets becomes bigger.
(*)
- If the value is decreased, gap between the
sheets becomes smaller, and then shifted to
the opposite side.
When deliver to the left (Single)
- If the value is increased, gap between the
sheets becomes smaller, and then shifted to
the opposite side.(*)
- If the value is decreased, gap between the
sheets becomes bigger.
For Running Thick Sheets
- When using thick or black sheet, sheet pass
sensor may misdetect a double feeding. This
setting allows to change the threshold value to
let the thick sheets pass without error.
- If the value is increased, threshold value becomes high and the
sheets are difficult to pass.
- If the value is decreased, threshold value becomes low and the
sheets are easy to pass.
- Input range is from -23 to +26.
Feed Roller Rotating Time
- Rotating time of the feed roller is decided by
the time that the clutch is activating. This set-
ting allows to adjust the time that the clutch is
activating.
- When the value is 0, clutch is active for 80 msec, and the feed
roller rotates 300 degrees.
- When the value is increased by 1, the time while the clutch is
being activated became longer by 5 seconds.
- Input range is from -15 to +99.
-99 0 +99 51041
10303B1
1
2
3
1
2
3
4
4
3
2
1
+direction
Standard
-direction
Gap becomes
opposite
-99 0

99
+directionStandard-direction
Gap becomes
opposite
Gap becomes
bigger
51041
10303C1
Overlap amount is decided by the time delay that the clutch on bin 2 is activated after the clutch on bin 1 is acti-
vated. When sheets are delivered to the right, the gap becomes big when the value is increased. When sheets
are delivered to the left, the order of the sheets are opposite, the gap becomes small when the value is
increased.
*

1 - 3 - 4Service Mode Screen-P2 1-7
General
1
1 General
1 - 3 - 4Service Mode Screen-P2
1 - 3 Service Screen (4/6) QC-S300
51041
10304A1
P2 Service Mode Screen
When deliver to the right
(Several Towers)
- If the value is increased, gap between the
sheets becomes bigger.
(*)
- If the value is decreased, gap between the
sheets becomes smaller, and then shifted to
the opposite side.
When deliver to the left
(Several Towers)
- If the value is increased, gap between the
sheets becomes smaller, and then shifted to
the opposite side.(*)
- If the value is decreased, gap between the
sheets becomes bigger.
Double Feeding Detect Sensitivity
Adjustment
- Double feeding detect sensitivity changes
according to the sheet weight, sheet thickness
and printing condition. This section explains
how to change the double feeding detect
sensitivity.
- If the value is increased, sensitivity becomes high.
- If the value is decreased, sensitivity becomes low.
- Input range is from -79 to +19.
No Detection of Misfeed for Thin Sheets
- When running thin sheets, amount of light
received became big, so the misfeed may be
detected. This section explains how to
change the threshold value to let the thin
sheets pass without error.
- If the value is increased, threshold becomes high and the
sheets are easy to pass.
- If the value is decreased, threshold becomes low and the
sheets are difficult to pass.
- Input range is from -99 to +99.
+directionStandard-direction
-99 0 +99
51041
10304B1
51041
10304C1
+direction Standard -direction
-99 0 +99

1 General
1 - 3 - 5Service Mode Screen-P3 1-8
1 - 3 - 5Service Mode Screen-P3
1 - 3 Service Screen (5/6) QC-S300
Press this button to return the values on P1/P2 to 0 which are the factory set-
tings.
Collating speed can be limited by using this button. QC-S300 is operated by the
maximum speed depending on the sheet size or a number of sheets used.
When using thin sheets which are easy to break, trouble may occur frequently
with the maximum speed. In this case, limit the collating speed.
Select this icon to slow down the maximum speed by 10 percent.
Select this icon to slow down the maximum speed by 50 percent.
Press [On] to perform the idling run.
[CAUTION]
Before pressing [ON], remove the feed rollers on all
bins. Otherwise, press roller will be worn by the fric-
tion between the friction pad.
Monitor screen indication is switched to Japa-
nese/Pictograph
51041
10305B1
Initializing
51041
10305C1
Speed Limit
51041
10305D1
Idling Run
51041
10305F1
51041
10305E1
Screen
51041
10305A1
P3 Service Mode Screen
12345678

1 - 3 - 6Service Mode Screen-P4 1-9
General
1
1 General
1 - 3 - 6Service Mode Screen-P4
1 - 3 Service Screen (6/6) QC-S300
CPU
CPU
ROM
Control Board
VR
51041
10306A1
P4 Service Mode Screen
245
252
251
249
253
238
245
239
252
245
Input Monitror Screen Single Operation Screen
= Light Condition
Adjudting Amount of Light Received
Adjudting Amount of Light Received
Indicating sensor/switch
ON/OFF condition.
B01
B01
When door is closed.
B02
B02
B03
B03
S05
S05
S06
S06
S11
S11
S20
S20
When offset sensor is
not blocked.
When full detect sensor
light is blocked
When bin upper limit
switch is pressed.
When bin lower limit
switch is pressed.
When sheet detect switch
on bin1 is pressed.
When sheet detect switch on
bin10 is pressed.
This indicates the light
amount on each bin when
no sheets are detected.
If these value is not within 230
to 254, adjust the value using
the volume on the control
board (QPW-725) shown to
the right.
Gate Solenoid OFF
Gate Solenoid ON= Pull
Main/Conveyor Motor OFF
Main/Conveyor Motor ON
Clutch OFF/ON
Bin Up Motor Up
Bin Up Motor Down
Offset Motor Rotation

1 - 4 - 1Setting the Frequency/SPF/Connecting Order
1 General
1-10
1 - 4 - 1Setting the Frequency/SPF/Connecting Order
Setting the Frequency
Stop + [ON]
• Turn on the power switch while the [Stop] button is
pressed.
- Frequency appears on the display.
Change the frequency setting.
• Press the left number input button to switch the fre-
quency. (The setting does not change using the other
buttons.)
Press [START].
- Setting is confirmed and SPF setting screen appears.
Setting the SPF setting
Stop + [ON]
• Turn on the power switch while the [Stop] button is
pressed.
- Frequency appears on the display.
Press [START].
- SPF0 appears on the display.
Change the SPF setting.
• Press the right number input button to switch the
SPF setting. 1: SPF connected, 0: SPF not connected
Press [START].
- Setting is confirmed and connecting order setting
screen appears.
Setting the Connecting Order
Stop + [ON]
• Turn on the power switch while the [Stop] button is
pressed.
- Frequency appears on the display.
Press [START].
- SPF0 appears on the display.
Press [START] again.
- Connecting order appears on the display.
Change the connecting order.
• The connecting order changes one by one, when
pressing the rightmost, and second to leftmost number
input buttons are pressed.
Press [START].
- Setting is confirmed and frequency appears.
1 - 4 Setting the QC-S30 QC-S300
c
!
Number
Input
Button
Start Button
Finisher / Stacker
Select Button
Stop Button
Check Button
Display
51041
10401D1
c
Switch using the
left button.
51041 10401E1
c
Switch using the
right button.
51041 10401F1
c
Setup using these two buttons.
51041 10401G1
[Setup Example]
51041 10401H1
Upstream of 3 Middle of 3 Downstream of 3
3 1 3233
Stand Alone
11

1 - 4 - 2Setting the Overlap Amount 1-11
General
1
1 General
1 - 4 - 2Setting the Overlap Amount
1 - 4 Setting the QC-S30 0
QC-S300
51041 10402A1
Turn on the power switch while pressing the [Stop] button and the [Finisher /
Stacker Select] button together. Display shows the following figures.
direction
0
direction
0
Press the button for one's place (rightmost button), and the value increases. This
increases the interval between sheet blocks from each tower.
Press the button for ten's place (second to rightmost button), and the value
decreases. This decreases the interval between sheet blocks from each tower.
Press the button for ten's place (second to rightmost button), and the value
decreases. This increases the interval between sheet blocks from each tower.
This indicates the total count. Display shows only four digits, so press the button for one's place (rightmost button)
and the button for thousand's place (leftmost button) to show the unindicated number.
direction0
direction0
G=
E=
A=
d=
c=
b=
F=
[Stand Alone]
Overlap Amount
with Collator Only
[Connected Collators]
Overlap Amount with
Collator Only
[Stand Alone]
Overlap Amount
with SPF9/9A or MF-1
[Connected Collators]
Overlap Amount with
SPF9/9A or MF-1
Double Feed
Detecting Time
Total Count
Clutch Rotating Time
Press the Start Button
Press the Start Button
Press the Start Button
Press the Start Button
Press the Start Button
Press the Start Button
Press the button for one's place (rightmost button), and the value increases.
This increases the interval between each sheet.
Press the button for ten's place (second to rightmost button), and the value
decreases. This decreases the interval between each sheet.
Press the button for one's place (rightmost button), and the value increases.
This decreases the interval between each sheet.
Press the button for ten's place (second to rightmost button), and the value
decreases. This increases the interval between each sheet.
Press the button for one's place (rightmost button), and the value increases. This increases the detecting time of
the double feeding.
Press the button for ten's place (second to rightmost button), and the value decreases. This decreases
the detecting time of the double feeding.
Press the button for one's place (rightmost button), and the value increases. This increases the time that the feed
roller becomes [ON].
Press the button for ten's place (second to rightmost button), and the value decreases. This decreases the time that
the feed roller becomes [ON].
Press the button for one's place (rightmost button), and the value increases.
This decreases the interval between sheet blocks from each tower.
Total count will be cleared when the button for one's place (rightmost button) is pressed while the [Finisher / Stacker
Select] button is pressed.

1 - 5 - 1Transferring the Image Data
1 General
1-12
1 - 5 - 1Transferring the Image Data
• Control program of the machine or a screen data is
updated because of the mechanical or software
improvement. Following three programs are updated.
- Control Program Data
- Image Data of the Screen
- Screen Switching Program
• Screen data on QC-S300 can be updated by trans-
ferring the new data from your PC. This section
explains how to update the screen data.
Preparation
Download the new program.
• Order a version up screen data from a factory, and
download the data to your PC.
- Icon [H] is on is shown on the desk top of your PC.
Prepare for the serial cable connection.
Transferring Step
Turn on the SW7 on DSW1 (Fig1).
• Turn on only the SW7 of the DSW1 on LCD control
board QPM-208.
Connect the serial cable.
• Connect the board and the PC using the serial cable
and the adapter.
Turn on the power switch.
• Turn on the power of the collator.
LCD Panel turns white.
Turn on your PC.
Double click on .
• Double click on the [H] icon on the desk top.
Transferring Window opens. (Fig2)
Click on [START].
- After [Erasing] has blinked (= the old data has been
erased), transferring starts.
• When the [Completed] appears, transferring has
been completed.
Turn off the SW7 on DSW1.
• Turn off the power switch, and turn the SW7 on
DSW1 off.
Fig.1LCD Control Board
Fig.2 Transferring Window
1 - 5 Transferring the Image Data QC-S300
51041
10401A1
9 pin
female
9 pin
female
9 pin
male
USB
Serial Cable
2m
Board PC
To use this adapter,
the driver is required.
If the driver is not
attached to the
adapter, download
the driver from the
home page of the
manufacturer.
H
Image ROM
QPM-208
CPU
CPU
LCD Control Boa
r
41042
10401B1
Turn on the
switch "7" only.
32147658
ON OFF
DSW1
Connect the
serial cable here.
51041
10401C1
HHFW2_RT 0.1
HFW2_RT 0.1
QC-S300pic_v095
Erasing Programing
START
OK
Select Port
Completed!
Data Transfer
Window
Transfer is completed when
this window appears.Press OK.
New data is
transferred.
Old data is being
deleted.
Turn on the SW7 of DSW1 on QPM-208
and click on the start button below