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Service Manual for BioCon-700

Mcube Technology Co., Ltd. www.mcubetech.co.kr

Copyright ⓒ 2009-2010 Mcube Technology Co., Ltd. All rights reserved.

The Information contained in this service manual is proprietary to the Mcube Technology Co.,

Ltd. It is only used for convenience of our customers.

The information in this document is subject to change at any time without notice. No part of this

document may be reproduced or transmitted in any form or by any means, electronic or

mechanical, for any purpose, without the express written permission of Mcube Technology.

Examples or images in this document are fictitious and do not in any way represent real patient

data. For up-to-date user information, contact your local distributor or [email protected].

If it becomes necessary for the device to undergo servicing, please contact local distributor or [email protected] for more information. Any service work performed by persons who are not authorized by Mcube Technology Co., Ltd.

may void your warranty.

Manufactured by:

Distributor:

Mcube Technology Co., Ltd. Room #803 Shinnae-Technotown, 485, Sangbong-Dong, Chungnang-Gu, Seoul, 131-220, Korea

Tel. : +82-2-3421-7780 Fax. : +82-2-3421-7076 E-mail : [email protected] Web site : www.mcubetech.co.kr


Mcube Technology Co., Ltd. www.mcubetech.co.kr

Table of Contents

1 PRODUCT CONFIGURATION ................................................................................................... 1

1.1 PRODUCT CONFIGURATION .......................................................................................................... 1 1.2 SIGNAL INTERFACE ...................................................................................................................... 2

2 STRUCTURE AND ASSEMBLING OF THE DEVICE ............................................................ 4

2.1 STRUCTURE AND ASSEMBLING OF THE BOTTOM CASE ............................................................. 4 2.2 STRUCTURE AND ASSEMBLING OF THE UPPER CASE MODULE ................................................. 6 2.3 ASSEMBLING OF THE CONTROL B/D .......................................................................................... 8 2.4 ASSEMBLING OF THE MIDDLE CASE ......................................................................................... 10 2.5 ASSEMBLING OF THE BOTTOM CASE MODULE ........................................................................ 11 2.6 ASSEMBLING OF THE BATTERY COVER .................................................................................... 12 2.7 COVER BOLT AND LED HOLE .................................................................................................... 13 2.8 ASSEMBLING OF THE PROBE BUTTON ...................................................................................... 14 2.9 ASSEMBLING OF THE MOT-PUL B/D ......................................................................................... 15 2.10 ASSEMBLING OF THE METAL PLATE ......................................................................................... 16 2.11 ASSEMBLING OF THE ASP B/D ................................................................................................. 17 2.12 ASSEMBLING OF THE UPPER CASE MODULE ............................................................................ 18 2.13 ATTACHING URETHANE SHEETS AND LABELS ........................................................................... 19

3 STRUCTURE THE SOFTWARE ......................... 오류! 책갈피가 정의되어 있지 않습니다.

3.1 STRUCTURE ............................................................ 오류! 책갈피가 정의되어 있지 않습니다. 3.2 STATE DIAGRAM ..................................................... 오류! 책갈피가 정의되어 있지 않습니다. 3.3 CIRCUIT DIAGRAM ..................................................................................................................... 20

4 DEVICE SETUP .......................................................................................................................... 24

4.1 INSTALLING OR REMOVING THE BATTERY ................................................................................. 24 4.2 CHANGING THE THERMAL PAPER ............................................................................................. 25 4.3 CHARGING THE BATTERY MODULE OF THE BIOCON-700 ........................................................ 26 4.4 CONNECTING THE PROBE TO THE SYSTEM ............................................................................... 28 4.5 ASSEMBLING THE ROLLING CART ............................................................................................ 29 4.6 CALIBRATION ............................................................................................................................. 30

5 TROUBLESHOOTING ............................................................................................................... 32

5.1 TROUBLESHOOTING ................................................................................................................... 32 5.2 MESSAGE FOR ALERT ................................................................................................................ 33

6 MAINTENANCE .......................................................................................................................... 34

6.1 BATTERY CARE .......................................................................................................................... 34 6.2 CHANGING THE BATTERY MODULES ......................................................................................... 34 6.3 CHANGING THE THERMAL PAPER ............................................................................................. 34 6.4 CLEANING & DISINFECTION ....................................................................................................... 34 6.5 WEEKLY INSPECTION ................................................................................................................. 35 6.6 DEVICE REPAIR .......................................................................................................................... 35 6.7 DISPOSAL ................................................................................................................................... 35

7 SPECIFICATIONS ...................................................................................................................... 36

7.1 SYMBOL DIRECTORY ................................................................................................................. 36 7.2 SPECIFICATION OF COMPONENTS ............................................................................................. 37

8 ENVIRONMENTAL CONDITIONS ........................................................................................... 38

8.1 BIOCON-700 .............................................................................................................................. 38 8.2 BATTERY MODULE ..................................................................................................................... 39


Mcube Technology Co., Ltd. 1/42 www.mcubetech.co.kr

1 Product Configuration 1.1 Product configuration

BioCon-700 is a 3-dimensional ultrasonic equipment to measure the bladder volume and

quantity of remaining urine safely and comfortably through non-invasive method. Its overall

structure is as below.

(System Diagram of the BioCon-700)

The system, in large, consists of a console, an ultrasonic probe, and a DC adapter (power).



Component Function

DC Adapter Supplies a DC power required in a battery module for charging at a console.

Console Controls system operation and various signals, and handles signal transmission and reception.

Ultrasonic Probe Transmits and receives the ultrasonic signals, being used in close contact with the patient.

The Console consists of a printer module, an LCD module, a battery module, and a

control board. Its functions are as below.

Component Function

Control Board

Controls the overall system with following major functions. - Processes user’s input. - Drives the stepping motor of the thermal printer and transmits

data - Controls the charging of a battery module - Interfaces PC through USB and serial port - Displays data on LCD - Processes data received from the analog board

Battery Module Provides the power required in the system.

LCD Module Displays various information.

Printer Module Prints the information about the bladder and bladder images in the thermal printer.

The ultrasonic probe consists of a cap, a connector, and an analog board. Its

functions are as below.

Component Function

Analog Board

Transmits an ultrasonic pulse to the ultrasonic probe, which processes the signal just received and transmits the data transferred through the A/D converter to the control board in the console. It also drives the stepping motor required in imaging.

Cap Transmits ultrasonic signal

Connector Connects the ultrasonic cable to the console

1.2 Signal Interface



Adapter CJ17

Control Board

ASP B/D

SD Card

USB

CJ5

CJ2

AJ2

LCD

PrinterCJ19

CJ9

MJ1

MJ3

M_P B/D

AJ1

BJ6 BJ4MechanicalPart

Probe

speakerCJ15

CJ6

CJ7

CJ8

CJ10

MJ2

BJ5

BAT CJ4

Console

(Signal Interface of the BioCon-700)



2 Structure and Assembling of the Device 2.1 Structure and Assembling of the Bottom Case

2.1.1 Structure and Components of the Bottom Case The basic components forming the Bottom case of the device are printer module, speaker. The basic structure is as below.

(Structure of the Bottom Case of the Device)

The items forming the Bottom case of the device are as below.

No. Name Material Q’TY

① Bottom case PC-ABS 1EA

② Speaker 1EA

③ Printer module 1EA



2.1.2 Assembling of the Bottom Case A. Interpose ② speaker into the speaker position of bottom case and fix with glue. B. Fix ③ Printer to ① bottom case. Shown as the picture below, turn the fastener to the

direction of the arrow. After it is mounted on the ① bottom case, turn and lock the fastener as it is caught to the ① bottom case.



2.2 Structure and Assembling of the Upper Case Module The basic components forming the upper case of the device are LCD module, and switches, and LCD holder, and control B/D, and upper case. The basic structure is as below.

(Assembling of the LCD module)


① LCD Module 1EA

② LCD Cover 1EA

③ Upper case PC-ABS 1EA

④ LCD Holder Steel 1EA

⑤ M2.5X4 mm Bolt 4EA

A. Remove ② LCD Cover from ① LCD Module. (in case of new one).

B. As shown on the Picture B, interpose ① LCD Module into the groove of ③ Upper case

C. Cover the LCD with ④ LCD Holder and fix it with ⑤ M2.5X4 mm Bolt.



2.2.1 Assembling of Buttons at the Upper Case

(Assembling of buttons at the upper case)


① Upper case PC-ABS 1EA

② Main Button PC-ABS 1EA

③ Scan Button PC-ABS 1EA

④ M2X4mm Bolt 4EA

A. Put ② main button into the ① Upper case and fix it with ④ M2X4mm Bolt.

B. Put ③ Scan button into the ① Upper case and fix it with ④ M2X4mm Bolt.



2.3 Assembling of the Control B/D

(Connection of the connecter)





② Control B/D PC-ABS 1EA

③ M2X4mm Bolt 8EA

A. Assemble the Connecters, A, B and C as shown on the picture. Mount ② Control B/D

to ①Upper case and then fix it with ③M2X4mm Bolt.



2.4 Assembling of the Middle Case

(Assembling of the middle case)



② Middle case PC-ABS 1EA

③ M2.4X10mm Bolt 6EA

④ M2X4mm Flat Head Bolt 2EA

A. Put the part A first as shown on the Picture A when assemble ② Middle case to ① Upper case.

B. Fix ② Middle case with ③ M2.4X10mm Bolt.

C. Fix ② Middle case with ④ M2X10mm Flat Head Bolt.



2.5 Assembling of the Bottom Case Module



② Bottom case PC-ABS 1EA

③ M2.5X5mm Bolt 4EA

A. Link the Connection A, B and C to each corresponding socket.

B. Mount ② Bottom case first, and then fix the unit with ③ M2.5X5mm Bolt



2.6 Assembling of the Battery Cover


① Console PC-ABS 1EA

② Battery 1EA

③ Battery Cover PC-ABS 1EA

④ M2X 4mm Bolt 2EA

A. Put ② Battery into ① Console and then slide up ③ Battery Cover horizontally as shown on the

Picture A. B. Fix ③ Battery Cover with ④ M2X 4mm Bolt.



2.7 Cover bolt and LED hole


① Console PC-ABS 1EA

② Urethane sheet for LED Urethane 1EA

③ Urethane sheet for Bolt hole Urethane 1EA

A. Cover the LED hole with ② Urethane sticker and cover Bolt holes with ③ Urethane stickers.



2.8 Assembling of the Probe Button


① Probe Upper Cover PC-ABS 1EA

② Probe Button Silicone 1EA

③ Button Bracket Steel 1EA

④ M2X 4mm Bolt 4EA

A. Insert ② Probe Button into the hole of ① Probe Upper Cover in right direction.

B. Fix ② Probe Button with ③ Button Bracket firmly.

C. Fix with ④ M2X 4mm Bolt.



2.9 Assembling of the Mot-Pul B/D


① Probe mechanical module 1EA

② Probe Bottom Cover PC-ABS 1EA

③ Mot-Pul B/D 1EA

④ Cable 1EA

⑤ M2.5 X 6mm Support 4EA

A. Connect 12pin connector of ④ Cable to ③ Mot-Pul B/D.

B. Assemble ④ Cable to ② Probe Bottom Cover.

C. Connect ③ Mot-Pul B/D to ① Probe mechanical module

D. As shown on the Picture B, assemble ① Probe mechanical module and ② Probe Bottom Cover.

E. Fix ③ Mot-Pul B/D to ② Probe Bottom Cover with ⑤ M2.5 X 6mm Support.



2.10 Assembling of the Metal Plate


① Probe CKDⅠ 1EA

② Probe Metal Plate Steel 1EA

③ M2.5 X 6mm Support 4EA

④ M2.5 X 4mm Flat Head Bolt 2EA

A. Place ② Probe Metal Plate onto ① Probe CKD(complete knockdown)

B. Fix ② Probe Metal Plate with ④ M2.5 X 4mm Flat Head Bolt.

C. Fix ③ M2.5 X 6mm Support as shown on the Picture A.

D. Fix the shield of Cable to ② Probe Metal Plate



2.11 Assembling of the ASP B/D


① Probe CKD Ⅱ 1EA

② ASP B/D 1EA

③ M2.5 X 4mm Bolt 4EA

A. Fix ② ASP B/D to ① Probe CKD with Ⅱ ③ M2.5 X 4mm Bolt.

B. Connect B2B B/D and ASP B/D with Coaxial cable.



2.12 Assembling of the Upper case module


① Probe CKD Ⅲ 1EA

② Upper case module Steel 1EA

③ M2 X 4mm Bolt 2EA

④ M2 X 4mm Flat Head Bolt 8EA

A. Assemble ① Probe CKD Ⅲ and ② Upper case module. B. Fix ① Probe CKD and Ⅲ ② Upper case module with ③M2 X 4mm Bolt and ④ M2 X 4mm Flat

Head Bolt.



2.13 Attaching urethane sheets and labels

A. Attach the ② Urethane labels to ① finished Probe as shown on the Picture A.

A. Shown as above Picture A, attach the label on the finished Probe and Console.



3 Circuit Diagram

R27 100/1005

R25 100/1005R26 100/1005

R241 100/1005R240 100/1005

nRESETJ12

nRSTOUT/GPA21J16

VSSA_ADC T14

VSSiF6

VSSi F9

VSSiB17

VSSiF11

VSSiH15

VSSi_MPLLM13

VSSi_UPLLN15

VDDaliv e (1.8V)G6

VDDaliv e (1.8V)J14

nBATT_FLTJ17PWREN J15

RTCVDD (1.8V)M12

VDDA_ADC (3.3V)P15

VDDi (1.8V)D11

VDDi (1.8V)C4

VDDi (1.8V)C17

VDDi (1.8V)C8

VDDi (1.8V)J13

VDDi_MPLL (1.8V)P14

VDDi_UPLL (1.8V)L11

VDDiarm (1.8V)G7

VDDiarm (1.8V)K3

VDDiarm (1.8V)L5

VDDiarm (1.8V)M7

VDDiarm (1.8V)N10

VDDiarm (1.8V)R1

VDDiarm (1.8V)N5

VDDMOP (SCLK ,100MHz:3.3V)D8

VDDMOP (SCLK ,100MHz:3.3V)E11

VDDMOP (SCLK ,100MHz:3.3V)A15

VDDMOP (SCLK ,100MHz:3.3V)A6

VDDMOP (SCLK ,100MHz:3.3V)E5

VDDMOP (SCLK ,100MHz:3.3V)B4

VDDMOP (SCLK ,100MHz:3.3V)H14

VDDOP (3.3V)K1

VDDOP (3.3V)M6

VDDOP (3.3V)N16

VDDOP (3.3V)N9

VSSiarmH1

VSSiarmJ7

VSSiarmM1

VSSiarm N8

VSSiarmM5

VSSiarmM9

VSSiarmU4

VSSMOPF12

VSSMOPE6

VSSMOPA12

VSSMOP D3

VSSMOPG9

VSSMOPF8

VSSMOPF3

VSSMOPC10

VSSMOPD15

VSSOPF5

VSSOPH13

VSSOPK5

VSSOPT9

VSSOP P12

VSSOPR5

U1CS3C2410A-266MHZ

R235 100/1005R234 100/1005

BATSMBR71 22/1005

R59 100/1005USB_EOT

SX_INT

USB_INT

R66 100/1005PWR_OUT

R10 100/1005

R28 100/1005R29 100/1005

R222 100/1005R221 100/1005R220 100/1005

R223 100/1005

nCD_SDWP_SD

CM

810

4/10

05

TP3

VDDMPLL

VDD33V

TOUT3

VDDiarm

VDDi

VDDMOP

VDDADC

VDDUPLL

VDDIO

CM

22op

en/1

005

CM

21op

en/1

005

TOUT4

R57

10K/1005

LnTRST

R73 100/1005

YMON_nXPON_

nYPON_

XMON_

CM

910

4/10

05

LTCK

LADDR25LADDR24

LADDR[25:24]

CM

1010

4/10

05

LTDI

SCLK1SCLK0SCLE

LTMS

VDD33V

LED_STATUS

DEBUG LED

CM5

220/1005

R75 100/1005

RTC Clock

D1

LED/2012/GREEN

R82 470/1005

R237 100/1005R236 100/1005

X232.768kHz

CM4

220/1005

CM

1110

4/10

05

nGCS6

NAND BOOT

SX_TMSSX_TDI

nSCASnSRAS

SX_TCK

I2SSDO_

I2SSCLK_

SX_TDO

I2SLRCK_

CDCLK_I2SSDI_

CM

1210

4/10

05

R61 100/1005

R65 22/1005

R63 22/1005

X1

12MHz

R68 22/1005

X-TAL

LnXDACK1R69 22/1005

LnXDREQ1

CM

1310

4/10

05

MPLL UPLLX-Tal X-Tal

LTDO

VDDRTC

VDDalive

nWBE3

LCLE

LnFRELnFCE

LnFWE

LALE

CM

1410

4/10

05

XMON

nYPONYMONnXPON

LRnBVDD33V

nWBE2

R67 4.7K/1005

CLKOUT1

CM

1510

4/10

05

R21 100/1005

R95 4.7K/1005

CM

1610

4/10

05

TXD0RXD0

SDDATA2_

SDCMD_

TOUT1

SDDATA3_

SDCLK_

SDDATA1_SDDATA0_

CM

1710

4/10

05

nRESETnRST_OUT

CB_CFG

DCLK

ADDR2

UP

LL

MP

LL

HSYNC

VDEN

ADDR4ADDR3

CM

1810

4/10

05

LADDR[14:2]

LADDR6LADDR5LADDR4LADDR3LADDR2

LADDR8LADDR7

ADDR0/GPA0B14

ADDR1D14

ADDR2A14

ADDR3C13

ADDR4B13

ADDR5D13

ADDR6A13

ADDR7C12

ADDR8B12

ADDR9G12

ADDR10D12

ADDR11E12

ADDR12B11

ADDR13A11

ADDR14C11

ADDR15G11

ADDR16/GPA1A10

ADDR17/GPA2B10

ADDR18/GPA3E10

ADDR19/GPA4D10

ADDR20/GPA5F10

ADDR21/GPA6A9

ADDR22/GPA7D9

ADDR23/GPA8E9

ADDR24/GPA9B9

ADDR25/GPA10C9

ADDR26/GPA11E8

DATA0B8

DATA1A8

DATA2D7

DATA3 E7

DATA4C7

DATA5B7

DATA6A7

DATA7 C6

DATA8F7

DATA9B6

DATA10D6

DATA11 A5

DATA12C5

DATA13B5

DATA14D5

DATA15A4

DATA16A3

DATA17B3

DATA18 A2

DATA19A1

DATA20B2

DATA21C3

DATA22 B1

DATA23C2

DATA24C1

DATA25D2

DATA26 D4

DATA27D1

DATA28E3

DATA29E2

DATA30E4

DATA31E1

ALE/GPA18G14

CLE/GPA17H12

R/nBR13

NCONU13

nFCE/GPA22G17

nFRE/GPA20G16

nFWE/GPA19G15 nXDACK0/GPB9

H2nXDACK1/GPB7

G2

nXDREQ0/GPB10H3

nXDREQ1/GPB8H4

nBE0:nWBE0:DQM0A17

nBE1:nWBE1:DQM1B16

nBE2:nWBE2:DQM2C15

nBE3:nWBE3:DQM3 A16

nSCS0:nGCS6F16

nSCS1:nGCS7F17

nSCASC14

nSRAS B15

SCKED16

SCLK0F13

SCLK1F14

G1nXBACK/GPB5nXBREQ/GPB6

G5

nGCS0D17

nGCS1/GPA12E15

nGCS2/GPA13E16

nGCS3/GPA14E14

nGCS4/GPA15E17

nGCS5/GPA16F15

nOEC16

nWAITG13

nWEE13

OM0R14

OM1U15

Address Data

Chip Select

DMA

SDRAM

NAND

U1AS3C2410A-266MHZ

LADDR9

LADDR13LADDR14

LADDR10LADDR11LADDR12

TOUT2

CM

1910

4/10

05

CM

2010

4/10

05

AIN5

AIN0

AIN7

CM2

220/1005

TP1TOUT0

LDATA11LDATA12

VSYNC

LDATA9

LDATA14LDATA13

LDATA8

LDATA15

LDATA10

LDATA22

LDATA18

LDATA20

LDATA17

LDATA19

LDATA27

LDATA25

LDATA21

LDATA23

LDATA16

LDATA31

LDATA24

LDATA29

LDATA26

LDATA28

LDATA30

CM3

220/1005

R74 100/1005

LCD_PWREN

R78 22/1005

AMPEN

R11 100/1005

R14 100/1005R13 100/1005

R238 100/1005R239 100/1005

IICSDAIICSCL

LDATA[31:0]

LDATA0

LDATA7

LDATA3LDATA2LDATA1

LDATA5LDATA6

LDATA4

MPLL

R80 100/1005 PWREN

R9 100/1005

WP_SD_

R12 100/1005

R1 100/1005

R16 100/1005

R20 100/1005

R30 22/1005R2 100/1005

R18 100/1005

R32 22/1005

R34 100/1005

R23 100/1005

R7 100/1005

R33 100/1005

R4 100/1005

R24 100/1005

R31 22/1005

LnWBE3

R6 100/1005

LnWBE2

R5 100/1005

LnWBE0LnWBE1

R22 100/1005

R70 22/1005

VDDMPLLVDDADC VDDMOP VDDIOVDDiarm VDDi

LnGCS2nGCS2

UPLL

R40 22/1005

VDDUPLL

LnGCS6VDD33V

nWBE0nWBE1

LnOEnOE

LnXDACK0

DN1DP1

R58

10K/1005

LSCKELSCLK0LSCLK1

CM

610

4/10

05

L3MODE_

L3CLOCK_L3DATA_

CM

710

4/10

05

R79 22/1005

CM

110

4/10

05

R224 100/1005

R212 100/1005

LnSRAS

R77 100k/1005

PCI

SB_SSTATSB_SCRTL

Title

Size Document Number Rev

Date: Sheet of

MCS01-DB-001 1.0

S3C2410A3

2 7Wednesday , January 27, 2010

SDDATA1SDDATA0SDCMDSDCLK

SDDATA3SDDATA2

VDD33V

R225 100/1005

R227 100/1005R226 100/1005

R213 100/1005

R242 100/1005

TCK

LnSCAS

R3 100/1005R243 100/1005

R15 100/1005

TP4

R43 22/1005R42 22/1005

R47 22/1005

R45 22/1005 R53 100/1005

USB_SUSPEND

AIN2

R214 100/1005TDI

R228 100/1005

TP2

R49 22/1005

VD[23:0]

R44 22/1005 R52 100/1005

R55 100/1005

VD23

VD1

VD9

VD0

VD4

VD15

VD22

VD20VD21

VD12

VD16

VD2

VD17

VD7

VD14

VD6

VD11

VD19

VD3

VD13

VD8

VD5

VD18

VD10

R215 100/1005

nTRST

TDOR81 22/1005

R41 22/1005LnGCS4

nGCS4

LnXDREQ0

R17 100/1005

CB_DCD

R64 4.7K/1005

R50 22/1005

R46 22/1005

R60 100/1005

R54 100/1005

R56 100/1005R48 22/1005

R229 100/1005

R231 100/1005R230 100/1005

TMS

VDD33V

LED_STATUS

R211 100/1005

nCD_SD_

LnWEnWE

USB_WAKEUP R62 100/1005

CB_FAR8 100/1005

CHARGER_INT

R36 100/1005R37 100/1005

R35 100/1005

R39 100/1005R38 100/1005

I2SSCLK

L3CLOCKL3DATAL3MODE

I2SSDOI2SSDICDCLK

I2SLRCKI2SLRCK/GPE0

T5

I2SSCLK/GPE1P5

CDCLK/GPE2N6

I2SSDI/nSS0/GPE3U5

I2SSDO/I2SSDI/GPE4U6

SPIMISO0/GPE11T7

SPIMOSI0/GPE12U7

SPIMISO1/EINT13/GPG5U9

SPIMOSI1/EINT14/GPG6R9

SPICLK0/GPE13P8

SPICLK1/EINT15/GPG7R10

nSS0/EINT10/GPG2T8

nSS1/EINT11/GPG3L9

XMON/EINT20/GPG12 P11

nXPON/EINT21/GPG13U11

YMON/EINT22/GPG14T11

nYPON/EINT23/GPG15M11

EINT0/GPF0N14

EINT1/GPF1N17

EINT2/GPF2M16

EINT3/GPF3M17

EINT4/GPF4M15

EINT5/GPF5M14

EINT6/GPF6L15

EINT7/GPF7L17

EINT8/GPG0R8

EINT9/GPG1U8

VD0/GPC8L1

VD1/GPC9L2

VD2/GPC10L4

VD3/GPC11M3

VD4/GPC12M4

VD5/GPC13M2

VD6/GPC14N1

VD7/GPC15N3

VD8/GPD0N2

VD9/GPD1N4

VD10/GPD2P1

VD11/GPD3P3

VD12/GPD4P2

VD13/GPD5T1

VD14/GPD6R2

VD15/GPD7U1

VD16/GPD8T2

VD17/GPD9R3

VD18/GPD10R4

VD19/GPD11U2

VD20/GPD12T3

VD21/GPD13U3

VD22/nSS1/GPD14T4

VD23/nSS0/GPD15P4

LEND/GPC0J4

VCLK/GPC1J2

VLINE:HSYNC/GPC2J6

VFRAME:VSYNC/GPC3K4

VM:VDEN/GPC4K2

LCDVF0/GPC5K6

LCDVF1/GPC6L6

LCDVF2/GPC7L3

LCD_PWREN/EINT12/GPG4P9

nCTS0/GPH0L14

nRTS0/GPH1L12

TXD0/GPH2K15

RXD0/GPH3 K17

TXD1/GPH4K16

RXD1/GPH5K14

nRTS1/TXD2/GPH6K13

nCTS1/RXD2/GPH7 K12

UCLK/GPH8L16

AIN0 U16

AIN1T15

AIN2U17

AIN3T16

AIN4R15

AIN5T17

AIN6R16

AIN7 N13

VrefN12

TOUT0/GPB0 F2

TOUT1/GPB1F1

TOUT2/GPB2F4

TOUT3/GPB3G3

TCLK0/GPB4 G4

TCLK1/EINT19/GPG11R11

SDCLK/GPE5T6

SDCMD/GPE6P6

SDDATA0/GPE7 R6

SDDATA1/GPE8N7

SDDATA2/GPE9P7

SDDATA3/GPE10R7

IICSCL/GPE14L7

IICSDA/GPE15M8

EXTCLKJ11

CLKOUT0/GPH9R12

CLKOUT1/GPH10U12

MPLLCAPP17

UPLLCAPL13

OM2U14

OM3T13

XTIpllH17

XTOpllH16

EINT16/GPG8U10

EINT17/GPG9T10

EINT18/GPG10P10

nTRSTH5

TCK H6

TDIJ1

TDOJ5

TMSJ3

DN0T12

DP0P13

DN1/PDN0N11

DP1/PDP0M10

XTIrtcP16

XTOrtcR17

SDIO

UART

LCD Control

LCD Data

TSP

USB

IIS

IIC

Timer

External Interrupt

ADC

Clock JTAG

SPI

U1BS3C2410A-266MHZ

VDD33V

R232 100/1005R233 100/1005

R72 100/1005

TXD1RXD1

R51 22/1005

R19 100/1005



VCC1V8A

R2060/1005

R971.5K/1005

USB JUMPER SETTINGA : USB1.1B : USB2.0

V1 103Z/2KV

R87

10K/

1005

CM

4410

3/10

05

CM

4910

4/10

05

VDD33V

246

135

J3HEADER 3x2/SMD

Title


Date: Sheet of

MCS01-DB-002 1.0

MEMORY/USBA3

3 7Monday , September 21, 2009

DP2

V2 103Z/2KV

R2070/1005

RR

EF6

AGN

D2

5

DM

4

DAT

A131

AGN

D1

1

DAT

A738

DP

3

RP

U2

VCC(1V8)128

RS

T_N

7EO

T8

DR

EQ9

DA

CK

10D

IOR

11D

LOW

12D

GN

D1

13IN

T14

CS15

DG

ND

329

DAT

A030

DAT

A232

DAT

A333

VCC

IO2

34

DAT

A435

DAT

A536

DAT

A637

DAT

A839

DAT

A940

DG

ND

441

DAT

A10

42

43DATA1144DATA1245DATA1346DATA1447DATA1548VCCIO349VBUS50VCC(1V8)251XTAL252XTAL153VCC154VCC255WAKEUP56SUSPEND

A727

DGND226

A524

A423

A322

VCCIO121

A220

A119

A018

WR17

RD16

A625

57GND

U5ISP1582BS

R86

10K/

1005

VDD33V

+

CT1

4.7u

F/10

V/20

12

R934.7k/1005

LDATA[31:0]

R85

10K/

1005

CM

5310

4/10

05

DP

R10012K/1005

CM

5010

3/10

05

CM

5110

4/10

05

CM

4510

4/10

05

CM

4710

4/10

05

CM

4610

3/10

05

CM

4810

4/10

05

CM

5210

4/10

05

VDD33V

VBUS1

R96100k/1005

R98 22/1005R99 22/1005

VCC1V8A

X3

12MHzCM43

220/1005

CM42

220/1005

LAD

DR

[9:2

]

LADDR5

LADDR9

LADDR3

LADDR8LADDR7LADDR6

LADDR4

VDD

33V

DN1

R84470k/1005

LnWELnOE

LnGCS2

LADDR2

CM

4010

5/25

V/20

12

LnXDREQ1LnXDACK1

USB_WAKEUPUSB_SUSPEND

DN2DP2

nRST_OUT

VBUS2 VBUS1

D-2

D+3

GND04

GND15

GND_F16

GND_F27

GND_F38

GND_F49

10H1 11H2

J2

USB Port B ty pe/MINISMD

CM41104/1005

VDD33V

VBUS

USB(Device)SOCKET

VDD33V

CM

3210

4/10

05

LDATA20

LDATA22

SDCLK_

LDATA28

LDATA31

LDATA26

LDATA23

LDATA21

LDATA19

LDATA30

LDATA25

LDATA29

LDATA24

LDATA27

LDATA18

LDATA16LDATA17

R9410k/1005

SD CARD

SDDATA0_

SDCMD_

DAT29CD/DAT31 CMD

2 VSS13 VDD4 CLK5 VSS26 DAT07 DAT18

nCD10 WP11

PAD1 13

PAD4 16PAD2

14

PAD3 15

SW 12

HOLE2 18HOLE1 17

J5

DM1B-DSF-PEJ/SD CARD SOCKET

VDD33V

SDDATA1_

SDDATA2_

SDDATA3_

CM

3310

4/10

05

SDRAM(64MBYTE)

CM

3410

4/10

05

CM

3510

4/10

05

LDATA9

LDATA6

LDATA4

LADDR24LADDR25

LDATA5

LADDR[25:24] LDATA12

LDATA10LDATA11

LDATA13LDATA14LDATA15

CM

3610

4/10

05

LDATA7

LDATA2LDATA1

VDD33V

VDD33V

LnWBE0

LSCLK0

LnWBE1

LnWELnSCASLnSRAS

LSCKE

CM

3710

4/10

05

LnGCS6

R92

1meg

a/10

05

VBUS2

USB_EOT

CM

3810

4/10

05

LnWBE2LnWBE3

LDATA0

CM

2510

4/10

05

A023

A124

A225

A326

A429

A530

A631

A732

A833

A934

A1022

A1135

BA121

nWE 16nSRAS 18nSCS 19

nSCAS 17LDQM15

UDQM39

SCKE37

SCLK38

VDD2 27VDD1 14

DQ0 2

DQ14

DQ2 5

DQ3 7

DQ4 8

DQ510

DQ6 11

DQ7 13

DQ8 42

DQ944

DQ10 45

DQ11 47

DQ12 48

DQ13 50

DQ14 51

DQ15 53

VDDQ03VSS254 VSS141 VSS028

VSSQ352 VSSQ246 VSSQ112 VSSQ06

BA020

VDD01

VDDQ3 49VDDQ2 43VDDQ1 9

A1236

U2

K4S561632H-UC75/32MBYTE

VCC1V8B

LDATA[31:0]

LDATA3

CM

2310

4/10

05

LDATA8

CM

2410

4/10

05

VDD33V

CM

3910

4/10

05

LADDR25

LADDR[25:24]LADDR24

VCC1V8B

LSCLK1

VDD33V

VDD33V

LnWELnSCASLnSRAS

LSCKE

LnGCS6

nRST_OUT

LDATA[31:0]

VDD33V

42

1

53

U6

74AHC1G08/SOT

A023

A124

A225

A326

A429

A530

A631

A732

A833

A934

A1022

A1135

BA121

nWE 16nSRAS 18nSCS 19

nSCAS 17LDQM15

UDQM39

SCKE37

SCLK38

VDD2 27VDD1 14

DQ0 2

DQ14

DQ2 5

DQ3 7

DQ4 8

DQ510

DQ6 11

DQ7 13

DQ8 42

DQ944

DQ10 45

DQ11 47

DQ12 48

DQ13 50

DQ14 51

DQ15 53

VDDQ03VSS254 VSS141 VSS028

VSSQ352 VSSQ246 VSSQ112 VSSQ06

BA020

VDD01

VDDQ3 49VDDQ2 43VDDQ1 9

A1236

U3

K4S561632H-UC75/32MBYTE

CM

2610

4/10

05

LADDR[14:2]

VBUS1

DP1

USB CLIENT


R91

1.5K

/100

5

DN

LADDR4

LADDR14LADDR13

LADDR8

LADDR2

nCD_SD_

LADDR7LADDR6

LADDR9

LADDR5

LADDR3

CM

2710

4/10

05

CM

2810

4/10

05

R90

10K/

1005

LADDR[14:2]

R89

10K/

1005

CM

2910

4/10

05

WP_SD_

VDD33V

R834.7K/1005

LRnB

CM

3010

4/10

05

CM

3110

4/10

05

LDATA3

LDATA0

LDATA4

LDATA7

LDATA5

LDATA2LDATA1

LDATA6

LDATA[31:0]


DP

LADDR4

LADDR14LADDR13

LADDR8

LADDR2

LADDR6

LADDR9

LADDR5

LADDR3

LCLE

LnFWE

LALE

LADDR7

LnFRE

LnFCE

VSS 13

CLE16

ALE17

WE18WP19

I/O029

I/O130

I/O231

I/O332

I/O441

I/O542

I/O643

I/O744

VSS1 36

VCCQ 37

NC 6R/B 7

RE8

CE9

VCC12

U4

K9K1208U0A-48TSOP

NAND FLASH 64MByte

VDD33V

VDD33V

DN

VDD33V

LDAT

A9

LDA

TA10

LDAT

A11

LDAT

A5LD

ATA6

LDAT

A4

LDAT

A13

LDAT

A14

LDAT

A15

LDAT

A12

LDAT

A2LD

ATA1

LDAT

A7

LDAT

A3

LDAT

A0

LDAT

A8

USB_INT

R88

10K/

1005

DN2



VCC

IO11

20

IO6

6

VAU

X5

GTS

14

GND331

GTS

21

GN

D1

21G

CK0

22G

CK1

23

VCCIO1238

GTS

03

CD

RST

24

GTS

32

DGE28

VCC126

GN

D2

25

GCK227

IO7

7IO

88

IO9

9IO

1010

IO11

11IO

1212

IO13

13IO

1414

IO15

15IO

1616

IO17

17IO

1818

IO19

19

IO2929 IO3030

IO3232 IO3333 IO3434 IO3535 IO3636 IO3737

IO3939 IO4040 IO4141 IO4242 IO4343 IO4444 TDI45 IO4646 TMS47 TCK48 IO4949 IO5050

VCC

IO13

51

IO52

52

IO53

53

IO54

54

IO55

55

IO56

56

VC

C2

57

IO58

58

IO59

59

IO60

60

IO61

61

GN

D4

62

IO63

63

IO64

64

IO65

65

IO66

66

IO67

67

IO68

68

GN

D5

69

IO70

70

IO71

71

IO72

72

IO73

73

IO74

74

GN

D6

75

IO7676

IO7777

IO78 78

IO7979

IO8080

IO81 81

IO8282

TDO83

GND7 84

IO8585

IO86 86

IO8787

VCCIO2188

IO89 89

IO9090

IO9191

IO92 92

IO9393

IO9494

IO95 95

IO9696

IO97 97

VCCIO2298

GSR99

GND8 100

U13

XC2C256-7VQG100

PRT_MOT_CE1

PRT_DI

VDD33V

CM

120

104/

1005

CM195 104/1005

PRT_MOT_CE2

PRT_ERRLED

ANGND

R14910k/1005

VDD33V

PRTPWREN

VPLD

VPLDIO

IO0213 IO0126

IO0412 IO0325

IO0611 IO05

24

IO0810

IO07 23

IO109 IO09 22

IO128

IO1121

IO147 IO13 20

IO166 IO1519

IO185 IO17

18

IO204

IO19 17

IO223 IO2116

IO242 IO2315

IO261 IO25

14

H127

H228

SH129

SH230

J10

10226-1210PE

R120 100/1005 PRT_STB5

PRT_MOT_IN1

B2 MPZ2012S331A

PRT_ERRLED

IICSDA

TP7

Probe Connector

XP_KEY

VDD33V

VDD33V

VPL

D

CM141 101/1005

R122 100/1005 PRT_DI

VPLDIO

XP_AD_CS

VDDaliv eLDATA[31:0]

LDATA1LDATA0

LDATA5LDATA6

LDATA4

LDATA7

LDATA3LDATA2

VAUX

PRT_STB1

R121 100/1005 PRT_STB6

CM197 101/1005

VDD33V

PRT_STB2

R117 100/1005R119 100/1005

IICSCL

R14510k/1005

SX_TDI

VPLD

CM

107

104/

1005

SX_TCKSX_TMS

VDD33V

R134 100/1005

PRT_STB3

KEY3

D5 BAT43WS

TP29

CM

112

104/

1005

XP_DETECTOR

CLKOUT1

CM

105

104/

1005

CM

111

104/

1005

PRT_MOT_IN2

CPLD

VDD33V

VAU

X

CM

113

104/

1005

CM130 101/1005

R124 100/1005

LDATA11LDATA12

R13

510

k/10

05

PRTPWREN

LDATA8

LDATA15

LDATA10LDATA9

LDATA14LDATA13

CM

126

101/

1005

R131 100/1005

PRT_FEEDSW

CM

132

101/

1005

R129 1k/1005

R13

610

k/10

05

18273645

RA3100/AR

VPRE CM193 104/1005

XP_KEY

PRT_MOT_IN2

PRT_MOT_IN1

18273645

RA2100/AR

XP_MOT1_DIRXP_MOT2_STEPXP_MOT1_STEP

XP_MOT2_DIR

LDATA1LDATA0

Printer Connector

CM

108

104/

1005

R13

710

k/10

05

R123 10k/1005

LnOE

R14110k/1005

VDD33V

CM131 101/1005

CM136 101/1005

ANPWR

CM137 101/1005

TP27

CM140 open/1005

CM

128

101/

1005

CM

125

101/

1005

CM

124

101/

1005

PRT_STB4

R132 100/1005

PRT_STB6PRT_STB5

PRT_FEEDSW

ANGND

CM133 101/1005

VDDPRT

CM142 101/1005

R114 100/1005 PRT_STB1

LAD

DR

2

LAD

DR

5LA

DD

R4

LAD

DR

3

R133 100/1005

PRT_PAPER

R126 100/1005R125 100/1005

R14810k/1005

VDD33V

MA+1

MB+2

MA-3

MB-4

VH15

VH26

DO7

LAT8

CLK9

VDD10

STB111

STB212

STB313

TM14

PGND115

PGND216

PGND317

PGND418

STB419

STB520

STB621

DI22

VH323

VH424

LGND25

VF26

CO27

J9

10022HS-27

LADDR[5:2]

LADDR2

LADDR5LADDR4LADDR3

XP_AD_CSXP_AD_SCLK

PRT_MOT_CE1

PRT_MOT_CE2

ANGND

R130 10k/1005

Title


Date: Sheet of

MCS01-DB-004 1.0

PROBE/PRINTER/KEYA3


VDD33V

LDATA2LDATA3

LDATA5

VPL

DIO

LDATA4

CM

118

101/

1005

CM134 101/1005

XP_MOT_LIMIT

R113 100/1005 PRT_CLK

CM139 101/1005

CM

106

104/

1005

XP_AD_SDATA

XP_SCAN_EN

XP_PULSER_DAMP

XP_PULSER_PINXP_PULSER_NIN

XP_TCG_SHUNT

CM

115

104/

1005

IN211 NC210

OUT4(B-)12

NC19

OUT3(B+) 14

SGND7

VS213

PGND18

CE12

VCC1

OUT1(A+)3

VS14

OUT2(A-) 5

IN16

PGND216

CE215

U12 KA3100D

+

CT

510

uF/1

0V/2

012C

M14

710

4/10

05

KEY

KEY3

nRST_OUT

1 342

S3

1105 SABM-10T

1 342

S1

1105 SABM-10T

1 342

S4

1105 SABM-10T

1 342

S2

1105 SABM-10T

18273645

RA4100/AR

PRT_DO

PRT_DO

PRT_CLKPRT_LAT

PRT_PAPER

CM

116

104/

1005

R111 100/1005

CM

148

104/

1005

VPLDIO

R112 100/1005 PRT_LAT

CM198 101/1005

CM

127

104/

1005

VDDPRT

B3MPZ2012S331A

TP9 TP10

VDD7V2

N12N7002

R14

647

0k/1

005

MOTPWR

XP_DETECTOR

MOTGND

R14

347

0k/1

005

CM

144

104/

1005

Printer Power

LDATA7LDATA6

CM

117

104/

1005

XP_AD_SCLK

CM

150

104/

1005

SX_INT

VDDPRT

VDDPRTVDD33V

PWR_KEY

ANPWREN

R14210k/1005

+

CT

610

0uF

/16V

/734

3

VDD33V

CM

149

104/

1005

LDA

TA1

0

LDA

TA1

3LD

AT

A12

LDA

TA9

LDA

TA1

1

LDA

TA1

5

LDA

TA8

S11

S22

S33

G4

D45D3 6D27D18

P2

SI9433DY

LDA

TA1

4

MOTPWRENXP_SCAN_EN

18273645

RA1100/AR

XP_PULSER_PINXP_PULSER_NIN

CM138 101/1005

CM129 101/1005

XP_MOT2_DIR

XP_MOT1_STEPXP_MOT2_STEP

XP_MOT1_DIR

12345

J19

12512WS-05A00

R115 100/1005

KEY2

KEY0

PRT_STB2

CM

146

104/

1005

R128 100/1005

CM

123

101/

1005

CM

122

101/

1005

VPLDIO

CM

121

101/

1005

CM

109

104/

1005

CM

110

104/

1005

S11

S22

S33

G4

D45D3 6D27D18

P3

SI9433DY

SX_TDO

VDD33V

CM

143

104/

1005

ANPWR

ANGND

XP_MOT_LIMIT

D6 BAT43WS

R116 100/1005

XP_TCG_SHUNTXP_PULSER_DAMP

PRT_STB3

AIN0

VDDPRT

R247 300/1005

PRT_PWRLED

CM194 104/1005

LnGCS4LnWE

PRT_PWRLED

CM

119

101/

1005

VPLDIO

R127 10k/1005

KEY1

XP_AD_SCLKXP_AD_SDATA

XP_AD_CS

TP28

R248 300/1005

TP8

CM

114

101/

1005

N22N7002

R14

747

0k/1

005

CM

145

104/

1005

R14

447

0k/1

005

Analog Power

ANPWRENKEY2KEY1KEY0

18273645

RA5100/AR

R118 100/1005 PRT_STB4

LnXDACK0LnXDREQ0



VDDaliv e

R217 4.7k/1005

TP25

THM

D12MDC30354

TP17

MOTPWR

DCIN

B9

MPZ2012S331A

B7MPZ2012S331A

R18510K/1005

N52N7002

R19

747

0k/1

005

R19

647

0k/1

005

CM

186

104/

1005

+

CT

3610

uF/1

0V/2

012

B14 MPZ2012S331A

BATSMB

N42N7002

S11

S22

S33

G4

D45D3 6D2 7D1 8

P13

SI9433DY

R18

747

0k/1

005

R191100k/1005

R19

047

0k/1

005

+

CT3

110

0uF/

16V/

7343

P11FDS6679Z

PWR_KEY

TP19

TP18

VIN1

2

ON/OFF

VOUT 3

4

GND

U21 MC33375ST-3.3

CM

170

104/

1005

CM

169

104/

1005 +

CT2

910

0uF/

16V/

7343

+

CT2

810

uF/1

0V/2

012

VDD7V2

B10MPZ2012S331A

B11

MPZ2012S331A

1

ENIN2

GN

D3

OUT 4

FLAG 5

THM

6

U20

MIC29302BU

TP16

R17

847

0k/1

005

R194100k/1005

+

CT2

610

uF/1

0V/2

012

CM

167

104/

1005

SMBDAT

R18

010

0k/1

005

CM

168

104/

1005+

CT2

710

0uF/

16V/

7343

VPRE

VDD7V2

1

ENIN2

GN

D3

OUT 4

FLAG 5

THM

6

U24

MIC29302BU

R19210k/1005

CHARGER_INT

TP21

0

0

CM

188

104/

1005 +

CT3

710

uF/1

0V/2

012

CM192

open/1005

+

CT3

810

0uF/

16V/

7343

VDDRTC

R21910K/1005

R198 WSL2512/0.01/1%

CM

190

104/

1005

CM

189

101/

1005

TP20

R200 open/1005R201 open/1005

VDD33V

0

VS- 1

VCC 2

FIL 3

VEE 4VOUT5 A26 A47 VS+8U25

LT6100

P5FDS6679Z

D11

MMSD4148

TP26

R204100/1005

DLO

+ CT32

22uF/16V/3528

+CT33

22uF/16V/3528

CM166

104/1005

VPRE

CM171

104/1005

R18122/1005

AIN2

CM

191

104/

1005

CM175

103/1005

TP22

12

F1

miniSMDC260F12+CT24

22uF/16V/3528

REF

CM

187

104/

1005

D13MMSZ4678T1

PDS

IICSCLIICSDAG11

S22

G23

D24

S1 5D1

6P15

FDC6302P

R179 WSL2512/0.01/1%

CM

178

104/

1005

123

56

478

J17

MQ172

0

SRC

+CT23

22uF/16V/3528

TP38

R2444.7k/1005

R18810k/1005

THM

VDD_CORE VDDi

VDDMPLL

VDDUPLL

VDDiarm

L4

SDS0604-220M

VDD33V

CM183104/1005

R20520k/1005

VDDADC

VDDIO

VDD33V

VDDMOP

SMBDAT

nACOK

Probe Motor Power

LOAD

SMBCLK

S11

S22

S33

G4 D4 5D3 6D2 7D1 8P14

SI9433DY

VDD33V

BT1CR2032_SOCKET

ALIVE

Vf use

B13MPZ2012S331A

Green

VIN1

2

ON/OFF

VOUT 3

4

GND

U23

MC33375ST-1.8

CM

185

104/

1005

CM

184

104/

1005

VDD_COREMOTPWREN

Power LED

0

TP14 TP15

0

SRC

R21610k/1005

Red

G11

S22

G23

D24

S1 5D1

6P16

FDC6302P

CHARGER

VDD33V

0

VDDalive

CM165

104/1005

CM172105/25V/2012

DCIN

PWR_OUT

MOTGND

B16MPZ2012S331A

B-1 T2 D3 C4 B+5

H1 6H2 7

J18

505601MR005XX00XX

TP23TP24

CM181

103/1005

0

R18222/1005

LDO

CM173

105/25V/2012

CM174

104/1005

R189WSL2512/0.01/1%

R184 0/1005

DLO

+CT30

2.2uF/20V/3516

R2454.7k/1005

0

N3

FDS6670S

nACOK

CM182

105/25V/2012

PDL

SMBCLK

R2464.7k/1005

TP31

CSIP 21

IMAX 10

PDS

31THM13

REF 4

GN

D1

5

VMAX 9

BATT 19

PDL 30

DH

IV25

DAC11

QG

ND

33

I.C.17

DLO 23

INT16

PGND 22

DLOV 24

LDO2

CSIN 20

DHI 26

CCS6

CCI7

CCV8

CSS

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CS

SP29

DCIN1

SRC27

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CM

179

104/

1005

VDDRTC

R19

951

k/10

05R

202

12k/

1005

VPRE

MOTGND

Title


Date: Sheet of

MCS01-DB-006 1.0

POWERA3


+CT25

22uF/16V/3528

IMAGE

LOAD

Vf use

R2031k/1005

CM176

103/1005

BATSMB

R218open/1005

VDD33V

VDD33V

BATT

P6FDS6679Z

R186 10k/1005

R193100k/1005

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+

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410

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0V/2

012

D10

MMSD4148

+

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310

uF/1

0V/2

012

MOTGND

CM180

104/1005

P9FDS6679Z

CM177

103/1005

VDD7V2

R1954.7k/1005

R183100K/1005

+

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510

0uF

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3

0

VDD7V2

IICSCL

IICSDA

D9 RB160L

PWREN

B12 MPZ2012S331A



4 Device Setup 4.1 Installing or Removing the Battery

The battery is installed in a bay in the BioCon-700. When you are changing the battery or removing the battery for storage, follow these instructions.

Power off Turn the system off.

Disconnect accessories Disconnect all connections from the console.

Loosen the two screws using a screwdriver.

Remove the battery cover. IMPORTANT: When removing the battery cover, be careful to not bend the cover.

Pull out the battery using the strap on the battery.

Insert the new battery. When inserting, the top side of the battery (the side having LED) should be up (facing the bottom of the unit) and the strap on the battery should be in the right. The battery cannot be properly installed if the orientation is incorrect.

WARNING: To avoid the risk of explosion, only use batteries recommended

by Mcube Technology. CAUTION: Never use excessive force to install the battery.



4.2 Changing the Thermal Paper

1) Open the printer cover as shown to the left.

2) Pull out the empty bobbin.

3) With the printer paper in one hand, unroll a

small length of the paper and insert into the

unit as shown.

4) Close the printer cover after inserting the

paper.

CAUTION: Be sure to insert the paper in the correct orientation. To avoid damaging the system:

- Only use thermal paper recommended by Mcube Technology. - Only print when the thermal paper is correctly loaded.



4.3 Charging the Battery Module of the BioCon-700

Connect an AC cord to a DC adapter.

The picture shows an adapter with the AC cord properly connected.

Connect the DC jack to the adapter terminal of the console. *Direction of the DC jack: Check the direction of the DC jack.

The picture shows a console with the proper connection to the DC jack.



Connect the AC plug to a socket.

Check the color indicator on the console. *Green in power indicator: Tells that the adapter connected and AC power is present. The system is ready to charge and be operated. *Yellow in power indicator: Denotes that the device is charging. When the battery is fully charged, the yellow indicator turns green. *Fully charging the battery may take up to approximately 6 hours..

WARNING:

Only use AC/DC Adapters recommended by Mcube Technology.



4.4 Connecting the Probe to the System

1. Check the direction of the probe connector as shown in the left picture.

2. Align the probe cable to the probe terminal. After aligning, push the probe cable straight in until there is a click sound.

* To disconnect the probe from the console, push the relief clamps marked by arrow on the probe connector and pull out.



4.5 Assembling the Rolling Cart Refer to “Rolling Cart Assemble Manual(MRC_BioCon_700)” for assembling instructions of a optional rolling cart.



4.6 Calibration There are two methods for the calibration. Following table shows the calibration process.

Step CalKit Calibration Phantom Calibration 1 Open the cap of the calibration kit and

pour saline solution up to the fill-mark of the calibration kit. Confirm that the air bubble is absent. You can also the pure water on behalf of the saline solution. But in this case, do calibration after confirming that all the air bubbles went away.

Place the CubeScan phantom on a flat surface. And open the cover of the phantom.

2 Close the cap of the calibration kit.

Drop about 5ml water to the center surface of the phantom.

3 Align the probe scan button with the arrow mark of the calibration kit, and put the probe head into the probe holder firmly.

Place the holder on the top of the Cubescan phantom. Check if the holder is in a stable and flat position.

Put the probe head into the probe holder firmly.



4 Connect the probe to the device. 5 Turn the device on. 6 Touch the Setup icon in the Top Screen.

7 Touch the following icon in the Setup Screen.

SCANSCAN

8 Touch the following icon in the Setup

Scan Screen.

Touch the following icon in the Setup Scan Screen.

9 Wait until the calibration is completed. If calibration is done successfully, the calibration date will be changed. If calibration error is occurred during calibration, contact a local distributor or Mcube Technology.



5 TROUBLESHOOTING 5.1 Troubleshooting

Error message Description Actions

BATTERY LOW!!! Battery low

Use again after charging the battery. IMPORTANT: To lengthen lifetime of the battery charge the battery when battery capacity is around 20%.

NO PAPER! Printer error

1. Check if the cover of the printer is open. If the cover is open, close the cover and try printing again. 2. Check if the thermal paper is empty. If there is no paper, insert a new roll paper and try printing again. 3. After the above actions the same trouble happen, contact authorized technical center.

NO SCANHEAD! connection error

Check if the connection between the probe-terminal in a console with the probe connector is firm. If the trouble is continued even in a proper connection, contact authorized technical center.

!ERROR! !IN CABLE

CONNECTION!

Transducer circuit open

Contact a local distributor or authorized technical center.

Mismatched Ultrasonic Probe!

Wrong probe attachment


No SD card! No SD card installed in a SD card slot

Use after installing the SD cart to the SD card slot.

Unformatted card! Use of

unformatted card.

Use after formatting(FAT32)

Wrong file name Invalid

character as a file name

Use valid character as a file name. Do not use following characters as a file name. \ / : * ? “ < > |

Failure in reading Read error in SD card

Try after reformatting the SD card or use another SD card.

Failure in writing! Write error in SD card

Try after reformatting the SD card or use another SD card.

Abnormal probe motor !

Angle motor error




5.2 Message for alert

Message Description Delete this file? Check for the file deletion.

The data has been saved “Filename”

To notice that the data is saved as a “Filename”

Recorded the file exist Do you re-record voice?

When there is a annotated voice recording to the current data.

Cannot find the file! There is no file with that name Duplicate file name There is a file with same name.

Not enough space in SD card! There is not enough space in SD card. Too long name! Too long file name. (up to 255 characters)



6 MAINTENANCE 6.1 Battery Care

Do not overcharge the battery and avoid deep discharges. To lengthen the battery’s lifetime, use the system while the battery is between 25%~75%. The BioCon-700 does draw power from the battery even while powered off. To avoid deep discharge, disconnect the battery from the system if it will not be used for more than a week. When storing the battery, pre-charging to about 75% is recommended.

6.2 Changing the Battery Modules

See 4.1 “Installing or removing battery”

6.3 Changing the Thermal Paper See 4.2 “Changing the thermal paper”

6.4 Cleaning & Disinfection 6.4.1 Cleaning

1) Cleaning outer case (housing) of the system a) Wipe the main body 1~2 times using soft cloth dampened with isopropyl

alcohol or any other appropriate hospital cleaning solution.. Do not allow liquids to leak into the device while cleaning..

b) Thoroughly dry the device with a clean, soft cloth before re-deployment.

2) Cleaning the probe Since the surface of the Probe affects the result of data, users should keep

as follows; a) Before you using the device, you have to wipe out the probe cap cleanly

4~5 times by using soft cloth which was dampened with isopropyl alcohol or an appropriate hospital cleaning agent. Then you can use the device after drying with a dry, clean cloth.

b) Apply gel on the top of probe, position the probe on the abdomen of patient, and start scanning.

c) Try to scan at least 2 ~ 3 times to get more accurate results. d) Remove and re-apply gel after scanning 4 ~ 5 times, to scan again. e) Remove the residual gel on the probe’s surface after scanning finished. f) Move carefully not to drop the probe off.

WARNING: To avoid electric shock disconnect the system

from the AC mains and the battery. CAUTION: Do not immerse the console or the probe.

Do not use harsh, corrosive chemicals (e.g. hydrochloric acid, bleach).



6.4.2 Disinfection 1) Disinfection of the Probe

a) Clean the Probe prior to disinfection. b) Dampen a soft cloth with disinfected solution listed in the table below. c) Wipe the probe with a dampened cloth. d) Air dry or towel dry with a soft, clean cloth. e) Inspect the Probe and the cable for any damage such as cracks.

WARNING: To avoid electric shock disconnect the system

from the AC mains and the battery CAUTION: Do not immerse the console or the probe.

Disinfectants Lists for the Probe disinfection Use any glutaraldehyde based disinfectant to disinfect the Probe. Following table lists compatible disinfectants.

Disinfection Solutions Type Country of Origin Manufacturer Cidex Liquid USA Johnson & Johnson Cidex 7 Liquid USA Johnson & Johnson Metricide 14 Liquid USA Metrex Research Inc. Metricide 28 Liquid USA Metrex Research Inc.

CAUTION: Do not use Cidex Plus or Metricide Plus 30 to

disinfect the device. Cidex Plus or Metricide Plus 30 will attack and damage the plastic enclosure. This will be considered as abuse and will void the warranty.

6.5 Weekly Inspection

a) Try to scan with the probe disconnected, check if the “NO SCANHEAD” message is displayed on the main display.

b) Thoroughly inspect the probe for cracks or leakage. c) Inspect the probe cable for any damage. d) When scanning, check for any abnormal noise emanating from the probe

head. 6.6 Device Repair

Faults not described in section “6. Troubleshooting” are intended to be serviced by a certified technician. In the event a situation outside of those described in the section occurs, contact an authorized servicer or Mcube Technology for servicing.

6.7 Disposal

The device and accessories may contain environmentally hazardous materials (mineral oil, lead, battery pack, etc). When they have reached the end of its useful service life, return them to the Mcube Technology, or follow your local regulations for hazardous waste disposal.



7 SPECIFICATIONS

7.1 Symbol Directory

Symbol Description

Type BF patient applied part (B= body, F= floating applied part)

Attention, see the User guide.

Direct current(DC)

Alternating current(AC)

IPX1 Degrees of protection against the ingress of water.

CE marked in accordance with the Medical Device Directive

UL classification mark for Canada and the U.S.

Collect separately from other household waste (see European Commission Directive 93/86/EEC). Refer to local regulations for disposal.

Date of manufacture

Reference number

Serial number



7.2 Specification of Components Item Features

Power

AC/DC Adapter: - Model: JMW128 KA09XXXXX

Input: AC 100-240V~, 50-60Hz Output: DC 9Vdc, 3A

- Comply with UL 60601-1. - Only use adapters supplied by MCube Technology.

Battery

- Battery Pack: Li18S Battery cell: Li-ion rechargeable (2P-2S) - Scan: approximately 2400 scans** - Charging time: Fully charging a completely discharged battery may

take up to approximately 6 hours.

Ultrasound Probe

- sector scan - 2.6MHz ultrasound frequency - B-mode scan image - scan angle : 120° - water resistance: rated at IPX1(only probe)

Transducer - Diameter: 10mm - Resonant frequency:2.6MHz - Bandwidth: minimum 40% at 6dB - Penetration depth(normal patient): 18cm

Thermal printer - Built in(57mm width)

Display - 7" TFT LCD - WVGA(800×480 pixels) - 16.7 million colors

Range - Bladder volume range: 0 - 999ml - Accuracy*: ±15%,±15ml (0 - 999ml)

External Interface - USB 2.0 basic

Classification of protection against

electric shock - ClassⅡ equipment - Type BF equipment

Water resistance - Main body(Console): Ordinary equipment - Probe: rated at IPX1

Mode of operation - Continuous operation.

Dimension - 66(L)×202(W)×130(H) mm

Language - English

* Accuracy: According to the scanning instruction, and scanning on a Mcube Technology tissue-equivalent bladder phantom.

** Battery operation time: - For a new battery module fully charged - Tested on Mcube Technology’s test conditions



8 ENVIRONMENTAL CONDITIONS

8.1 BioCon-700 8.1.1 Operating conditions

Condition Description

Ambient temperature range +10 – +40℃ (+50 - +104℉)

Relative humidity +30% – +75% non-condensing

Atmospheric pressure range +700hPa – +1060hPa

8.1.2 Storage and transport conditions


Ambient temperature range -10 – +60℃ (+14 - +140℉)



CAUTION: If you are not using this device more than a week, please disconnect battery from the device. Store the battery in accordance with the recommended conditions.



8.2 Battery Module

8.2.1 Battery Storage Conditions


Ambient temperature range -10 – +30℃ (+50 - +86℉) ≤ 1 Year -10 – +45℃ (+50 - +113℉) ≤ 3 Month -10 – +60℃ (+50 - +140℉) ≤ 1 Month



CAUTION: Prior to storing the battery, charge it to about 75%.

Units 22-2460-66 Richmond Road,

Keswick 5035, South AustraliaTelephone: 8351 1455

Facsimile:8293 7377Email: [email protected]

www.implox.com

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