ca-10 fast deposit module user manual

CA-10

Fast Deposit Module

User Manual

No.:

Version: V1.0

Issued on: September 2017

Fast Deposit Module CA10 User Manual

Confidential material of GRG, No disclosure to unauthorized Party I / II

Document History

No. and name Version Date Revision

description

Personnel involved

Fast Deposit Module

CA-10 User Manual V1.0 2017.09 Created

Prepared: Dai Xiaowei,

Huang Changyan

Approved by: Wang

Yunlong, Zhang Enfu

Fast Deposit Module

CA-10 User Manual V1.1 2018.03

Match with

new Toolplus

Prepared:Liu Peng

Approved: Zhang Enfu


Confidential material of GRG, No disclosure to unauthorized Party II / II

Document History ................................................................................................................... I

Chapter 1 Overview .................................................................................................................. 1

1. Composition .............................................................................................................. 1

2. Technical parameters ................................................................................................ 2

3. Note processing procedure ........................................................................................ 2

3.1 Loading procedure ............................................................................................ 2

3.2 Pre-deposit process ............................................................................................ 3

3.3 Deposit process ................................................................................................. 3

Chapter 2 Overall Dimensions and Wiring ............................................................................... 5

1. Overall dimensions.................................................................................................... 5

2. Wiring ....................................................................................................................... 5

Chapter 3 Installation ................................................................................................................ 6

1. Installation dimensions .............................................................................................. 6

2. Maintenance space requirements .............................................................................. 6

Chapter 4 Method to Debug and Maintain CA10 with Toolplus .............................................. 8

1. Install Toolplus ......................................................................................................... 8

2. Connecting CA10 to PC ............................................................................................ 8

3. Run the Toolplus ..................................................................................................... 12

4. Upgrade main control board .................................................................................... 13

5. Upgrade DSP ........................................................................................................... 16

6. Upgrade FPGA ........................................................................................................ 18

7. View version ........................................................................................................... 20

8. Set currency type ..................................................................................................... 20

9. Set work model ....................................................................................................... 21

10. Deposit process ............................................................................................... 22

11. Get the note information ................................................................................. 26

12. Compensation image collection ...................................................................... 27

13. Reject image collection ................................................................................... 28

14. Thickness calibration ...................................................................................... 28

15. Black and white adjustment ............................................................................ 29

16. Error code query .............................................................................................. 30

Chapter 5 CA10 Thickness Adjustment Instructions ........................................................ 31

Chapter 6 CA10 Note Feeding Clearance Adjustment Instructions ................................ 35

Chapter 7 Overall Development Support ........................................................................... 37


Confidential material of GRG, No disclosure to unauthorized Party 1 / 35

Chapter 1 Overview

1. Composition

As shown in Figure 1-1, the CA-10 module is divided into 10 parts depending on their

functions:

1) Input slot;

2) Note validator;

3) Thickness assembly;

4) Lower transport;

5) Diverter;

6) Reject slot;

7) Escrow slot;

8) External shutter;

9) Output slot;

10) Internal shutter

11) Pressure plate;

12) Connection port;

1

2

3

12

6

7

8

954 1011

Figure 1-1



2. Technical parameters

Supported

currency

Support the fourth and fifth sets of all

RMB above 1 yuan (upgrade to

support multinational currencies).

Capacity of

note slots

500 notes for the input slot

(optionally 1,000 notes), 200 notes

for the escrow slot, 100 notes for the

output slot

Loading

speed 720 notes per minute

Operating

environment

0 ℃ ～ 40 ℃ 20% ～ 90% RH

(non-condensing)

Continuo

us

replenish

ment

Supported

Dimensions of

supported

envelope

Max. length 178 mm × width 90 mm

×thickness 15 mm

Slot

quantity

1 input slot, 1 output slot and 1 escrow

slot

Overall

dimensions

Length 423 mm × Width 3,40 mm ×

Height 394 mm

Power

supply

environm

ent

100-240 VAC, 50/60Hz Weight Net weight: 19 kg

Communi

cation

interface

LAN

3. Note processing procedure

3.1 Loading procedure

As shown by the red path in Figure 1-2, the notes fed into the note validator through feeder roller

from the input slot pass through the thickness assembly and arrive at lower transport. The notes

validated as acceptable enter into the escrow slot through the diverter as shown by the red path;

and the notes validated as unacceptable enter into the reject slot through the diverter as shown by

the blue path.



Figure 1-2

3.2 Pre-deposit process

As shown in Figure 1-3, when the notes fed forward the escrow slot reach the specified quantity,

the machine stops note loading and the sensor performs the first detection. If notes are stacked

normally in the escrow slot, the internal shutter moves to the right and the pressure plate presses

the notes forward; if notes have exceptions like bursting notes or are not stacked normally in the

escrow slot, the external shutter opens automatically, and then it is required to take out the notes

from the escrow slot manually and deposit again.

Figure 1-3

3.3 Deposit process

As shown in Figure 1-4, the pressure plate presses forward the notes and the sensor performs the

second detection. If notes are stacked normally in the escrow slot, the delivery roller rotates

anticlockwise, and the notes are delivered to the output slot with the force of the delivery roller; if

notes has exception like bursting notes or are not stacked normally in the escrow slot, the internal

shutter moves to the left, and the pressure plate returns back and the external shutter opens. Then

it is required to take out the notes from the escrow slot manually and deposit again.



Figure 1-4



Chapter 2 Overall Dimensions and Wiring

1. Overall dimensions

The overall dimensions are shown in Figure 2.1:

Figure 2-1

2. Wiring

As shown in Figure 2-2, the external interfaces of CA-10 module are divided into power interface

and communication interface, in which the power supply is 100-240VAC and the communication

is realized by RJ45 cable which is used to control data interaction and transmission.

Figure 2-2

Power interface

Power switch

RJ45 cable interface



Chapter 3 Installation

1. Installation dimensions

Refer to Figure 3-1 for the dimensions of mounting holes, and fix the bottom of the CA10.

Figure 3-1

2. Maintenance space requirements

To facilitate the overall cleaning and maintenance, it is necessary to reserve enough space in

Output slot size



advance. As shown in Figure 3-2, turn up the upper transport of CA10 to clean the space required

for maintenance.

Figure 3-2



Chapter 4 Method to Debug and Maintain CA10 with Toolplus

1. Install Toolplus

As shown in the figure below, double click “ToolplusSetup(CA10)_Vx.xxBxxxx”, Vx.xxBxxxx

means version, click “next” until finish installation, default language is English.

Double click to run the test tool “CA10_ToolPlus”, , (note: for Windows XP operating

system, it is required to remove the .manifest file under the installation directory to run the tool

normally after installation).

2. Connecting CA10 to PC

2.1 Connecting to PC with cable

The IP address of CA10 is set by default upon the delivery from factory (IP address: 192.168.1.12,

Port: 7500).

Connect CA10 to PC with the RJ45 cable and modify the “Local Connection” IP address for PC

as shown in Figure 4-1 in which the number “52” also can be other numbers except for “12”.



Figure 4-1

2.2 Connecting to PC by local area network

1) To connect CA10 to PC by local area network, first obtain the “Local Connection” IP address

for PC in local area network.

2) Using the method in 2.1 mentioned above to connect CA10 with PC, click “System CMD”

and “Set IP”, write the same IP address as that of “Local Connection” for PC in the pop-up setting

box, but the number “12” cannot be same for other PCs in the local area network, click “OK” to

display the successful interface and click “OK” again.



3) It is same to recover the IP address of local connection and local area network for PC.

Operate “CA10_ToolPlus” again, write the same IP address and port in step 2 and click the

“Connect” button for a successful connection.

2.3 Recovery of default IP address

To recover the default IP address of CA 10 upon the delivery from factory, turn “pin 2” of the dial

switch to “OFF” position on the main control board, and turn it to the “ON” position after hearing

the “beep” three times to finish the reset of IP address.



3. Run the Toolplus

Power on CA10, after hearing three “beep” sound,then click the “Connect” button , CA10 will

connect with PC automatically (If there is no the “beep”, click the “Connect” button about 15

seconds later after powering on CA10); display “ModuleSN=BOC17/GRG/CA1000000001” in

the “Message” area for a successful connection. Otherwise, display the error information in the



“Message” area and continue the operation below after the error information is excluded; check

the sensor states which should be same as the area of “Sensor State” in the following figure to

show the sensors working normally.

Click the “Init” button to initialize CA10 successfully and display “Success” in the “Massage”

area.

4. Upgrade main control board

4.1 Online download

Click the “Upgrade” button;



Pitch on the upgrade package of the main control board and then click the “Open” button;

Then it will pop up confirm interface, click “yes” to automatically finish firmware update until the

appearance of “Upgrade success”, click “yes” it will automatically re-connect with CA-10, but if

the connection is failed, please click the “Connect” button and reconnect to PC.



4.2 Power-off download (must apply this method when CA10 is unavailable for the lost of the

main control firmware)

Power off CA10 device, copy the main control upgrade file (YT2.480.0618CX_....S) to the root

directory of the USB flash disk, and insert the disk into the U slot on NV board, as shown in the

figure below:

Turn pin 1 of the dial switch on the main control board to OFF position, see the following figure:



Power on CA10 to upgrade the main control program automatically and rotate the CA10 motor

automatically after the upgrade.

Remove the USB flash disk and turn pin 1 of the dial switch on the main control board to ON

position.

Restart CA10 and connect to PC, view the version and contrast the main control version using the

method of step 7 below. If the version is same as the upgrade file version, it indicates that the

upgrade is successful. If failed, please operate as above again.

5. Upgrade DSP


Pitch on the upgrade package of DSP and then click the “Open” button;



Then it will pop up confirm interface, click “yes” to automatically finish DSP update until the





6. Upgrade FPGA


Pitch on the upgrade package of FPGA and then click the “Open” button;



Then it will pop up confirm interface, click “yes” to automatically finish FPGA update until the





7. View version

After the connection with PC, click “System CMD” and “Get Version” to view correctness of the

upgraded version in the “Message” area.

8. Set currency type

Click “System CMD” and “Get Currency” to view currency type supported by DSP currently;



Click the drop-down arrow ▼ and select required currency type, click “Set Currency” to finish the

set successfully with the prompt of “Success”.

9. Set work model

1) Click “System CMD” and “Set workmode”, and in the pop-up “Parameter set” window,

select the drop-down arrow of “Mode Select” and “Denom Type” to select work modes as

follows:

Authentic: It is mainly used to authenticate notes and identify other properties of the notes,

including currency and denomination;

Counting: Only count the number of the media (including notes, receipts and securities);

Sigal: Set the denomination of note according to the first acceptable note;

Config: Set the denomination accepted or rejected in the reject slot and the escrow slot as

required;

Mix: Do not distinguish the denomination of notes.

2) After the settings, click “OK” and after the prompts of “Success”, click “OK” again.



10. Deposit process

1) Click “Cotrol CMD”, and click the buttons in the red box of the figure below to check

whether each actuator is normal or to debug.

Start motor: To start motor

Stop motor: To stop motor

Open OGate: To open the external shutter

Close OGate: To close the external shutter

Open IGate: To open the internal shutter



Close IGate: To close the internal shutter

Clear: To clear the transport

Init: To initialize the process

Click “More…” to check more components:

Diverter up: The diverter is in upper position

Diverter up: The diverter is in lower position

Clutch: To clutch

Brake: To brake

Stop Brake Clutch: To brake clutch

LED Open: to open the LED light in the escrow slot

LED Close: To close the LED light in the escrow slot



2) Adjust the baffles to match with the width of notes, place notes orderly in the input slot with

a maximum of 500 PCS, and enable to place the notes continuously;

3) Click “Cotrol CMD” and set the note counting capacity of 1-200PCS in the spare area of

“Slot Num” (as required);

4) Click “Start Work” to start to feed acceptable notes into the escrow slot and unacceptable

notes into the reject slot; when the notes in the escrow slot reaches the specified capacity or there

are no notes in the input slot, the note feeding will stop automatically; click “Stop Work” during

the process to stop this note counting.

5) After the notes are fed into the escrow slot, click “Pre Deposit” to press forward the notes

with a pressure plate and move the internal shutter to the specified position. Click “Confirm

Deposit” to deliver the notes to the escrow slot or the output slot; (note: before he “Pre Deposit”

and after the “Confirm Deposit”, the system will report error with the detection of notes stacked

abnormally in the escrow slot, cancel the deposit automatically, and open the external shutter

automatically to take out the notes in the escrow slot; before he “Pre Deposit” and after the

“Confirm Deposit”, click “Cancel Deposit” to open the external shutter automatically and take out

the notes in the escrow slot manually).

6) Before the note counting, click “Auto Mode” to complete automatically the whole process of

“Stop Work-Pre Deposit-Confirm Deposit” for CA10; click “Exitauto Mode” to exit the auto

mode.

7) After the completion of each note counting, display the count information of the current note

counting in the “Message” area; click “Get Count” and “Clear Count” to get and clear the count

information of the current note counting.



11. Get the note information

After one note counting, click “Get Note Info” to get the identification information of the current

notes which generates and stores a Excel(.csv) file with a suffix of HM corresponding to the time,

the directory where the files was stored will show in the window. The Excel can be opened to

view the reason of rejecting notes, please provid it to GRG engineers if necessary.



12. Compensation image collection

Place the notes required to collect compensation images orderly in the input slot, click “Maintain

CMD” and “Collect Compensatory Image” to feed the notes. Click “Image collect” to enable the

system to collect compensation images of these notes automatically and to store the collected

images in the corresponding CLT folder in the folder named “CA10_image” under the root

directory of “CA10_ToolPlus”. Each collection will generate a folder. Due to the large image files

and long collection time, it is recommended to collect less than 20 images per time.

(Compensation images are only collected to meet the need of GRG engineers).



13. Reject image collection

After one note counting, click “Maintain CMD” and “Collect reject image” to get about 20 images

of algorithm reject (subject to the actual quantity if less than 20 images). Generate automatically

an image file after collection and store it in the corresponding folder REJ in the folder named

“CA10_image” under the root directory of CA10_ToolPlus. Each collection will generate a folder.

Click “Clear Reject Image” to clear all stored reject images in the current system. (Reject images

are only collected to meet the need of GRG engineers).

14. Thickness calibration

Refer to Chapter 5 “CA10 Thickness Adjustment Instructions” for the thickness calibration



15. Black and white adjustment

Generally, users do not need perform the black and white calibration in the application of CA10. If

necessary, it shall be performed as follows.

1) Remove the left and right baffles;

2) Place a piece of black and white calibration paper level in the input slot (required to use the

special calibration paper provided by GRG)

3) Click the “Maintain CMD” and “Black/White calibrate” to feed the calibration paper and

complete the black calibration;

4) After finished black calibration, it will automatically pop up a window to remind you

whether to continue the white calibration or not, put the calibration paper in the input slot again

and click “yes” to complete the white calibration;



16. Error code query

Display an error code when CA10 has a prompt of error, click “Error Code” and input the last 4

characters of the error code to learn more about the error information, click “OK” to get detailed

information about the fault .



Chapter 5 CA10 Thickness Adjustment Instructions

CA10 is adjusted to the qualified state before leaving factory. The qualified thickness zero value is

within 45-65 and the qualified thickness K value is within 30-50.Click “Maintain CMD” and click

“Start get thick” to read the thickness zero value and thickness K value in the histogram or in the

“Message” area.

After read the thickness zero value, click “Stop get thick” to recover the state.

When there are thickness fault or notes are rejected for thickness problems, and the read thickness

zero value and thickness K value is not in the qualified range, adjust the thickness with the



detailed operations as follows:

1) Remove the 2 fixing screws on the back cover plate as well as the back cover plate;

2) As shown in the following figure, press the buckle with one hand and pull out the baffle with

another hand to remove the left and right baffles;

3) Place 10 calibration notes or more with a special thickness of 110 μm in the input slot neatly,

click TIDH and after the calibration notes are fed in, check whether the thickness K value

displayed in the Message area is within 30-50;

Back

cover plate



4) If the thickness K value is not in this range, unscrew the M3 combination screws shown in

the following figure with a screwdriver, slight adjust the thickness base position around and

tighten the screws again. Repeat the step 3) until the thickness K value is in the range of

30-50, and repeat the step 3) twice to achieve a successful thickness calibration in which the

fluctuation difference of the three thickness K values is less than 5.



5) Continue to click “Start get thick” and read whether the thickness zero value is in the range

of 45-65; if not, rotate the potentiometer adjusting screws with a small slotted screwdriver

and adjust to the qualified range (clockwise is to decrease and anticlockwise is to increase);

click “Stop get thick” after this adjustment and reset the back cover plate after the whole

thickness adjustment.



Chapter 6 CA10 Note Feeding Clearance Adjustment Instructions

The CA10 note feeding clearance is adjusted to the state of enabling to adopt most notes before

leaving factory, so maintenance staff or clients just have to perform slight adjustment if necessary.

It shall be done as follows:

Step 1, determine whether the note feeding clearance is reasonable:

Set the CA10 model as “count mode”, test the counting with 1,000 notes of 70% and 80% new

normal 100 yuan.

a. If the note feeding clearance is too tight, easily to observe the conditions that the notes are

not loaded smoothly and the counting is not continuous.

b. If the note feeding clearance is too loose with overlapped and consecutive notes, easily to

observe that the reject bin counts two or more notes at the same time, and view the reject reasons

including “wrong transportation” and “the note is too thick”;

c. It is qualified if the rejected notes are no more than three. Otherwise, slight adjustment of the

clearance is required.

Step 2, slight adjustment of the clearance

The slight adjustment of note feeding clearance shall be done as follows.

The clearance is too loose:

Rotate the “adjusting knob of note feeding clearance” (the metal piece with a slotted groove as the



figure above) anticlockwise with a slotted screwdriver or a coin to adjust by a small space,

ensuring the machine is in the “count” mode after the adjustment, and test the note counting with

1,000 notes of 70% and 80% new 100 yuan to determine as above.Adjust repeatedly to applicable

state

Note: the “left and right width adjustment plates” have to be installed in the test process and the

width between the plates is adjusted to be available for 100 yuan.

The clearance is too tight: Adjust in the opposite direction of too loose above.

Or refer to the experience adjustment method as follows:

Insert notes into feeder roller to test the clearance while turning the scale; the standard is that notes

can not be fed as the rubber wheel groove is upwards; the notes can be fed as the rubber wheel is

downwards, and when pull out the notes, the wheel will rotate with notes ; or adjust it to the state

without overlapped, consecutive or inclined notes.Determine as mentioned above after the

adjustment.

Groove of rubber wheel

upward

Groove of rubber wheel

downward



Chapter 7 Overall Development Support

We provide CA10 to users in a manner of module and we also can provide dynamic development

library SDK files of CA10 to facilitate a rapid overall development for users.

ca-10 fast deposit module user manual

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