Sony Hs-mb1 User manual

SERVICE MANUAL

Sony Corporation

Audio&Video Business Group

Published by Sony Techno Create Corporation

HS-MB1

DISTRIBUTION PANEL

9-889-410-01

2009B04-1

US Model

Ver. 1.0 2009.02

SPECIFICATIONS

Input and output terminals

RJ45: T568B Terminated. ABE (only for connection to HS-KP1

(Keypad))

(ADC 19.5 V included)

CD (only for connection to HS-WV1

(AV Wall Port))

(CDC 19.5 V included)

F(only for connection to CAV-CVB1

(Component Video Balun))

(DC 10 V included)

GH (only for connection to HS-WD1

(DIGITAL MEDIA Wall Port))

(GDC 19.5 V included)

40 pin ﬂat terminals: For IDE cable (with pin 20 opening) only

(For stack connection only)

Pin jack video in: For camera 1, 2 NTSC 75 ohms terminal

DC IN: HS-AC1 only (not supplied)

10 V: by JEITA TYPE4 Jacks

19.5 V: by JEITA TYPE5 Jacks

DB1, DB2, CHIME: Wire requirements: Copper Wire AWG 26 - 18

Outer diameter: 3 mm (0.12 inches), maximum

Strip away: 10 mm (0.4 inches)

RS-232C (DB9 Straight): For stack connection and service only

GENERAL

DC Power consumption (when HS-KP1, HS-WV1, HS-WA1,HS-WD1,

and CAV-CVB1 are not connected):

DC 19.5 V /0.6 A (ZONE 1 - 4), 0.1 A

(ZONE 5 - 8)

DC 10 V /0.3 A

* Use DC 19.5 V for HS-KP1, HS-WV1, HS-WA1, HS-WD1, and

CAV-CVB1.

For details, refer to the instruction manual of each product.

* Use DC 10 V only for HS-MB1. Even if you connect the DC 10 V to

HS-MB1, no power is supplied HS-KP1, HS-WV1, HS-WA1, HS-

WD1, or CAV-CVB1.

Operating temperature: 0 ˚C - 30 ˚C (32 ˚F - 86 ˚F)

Storage temperature: –20 °C - 60 °C (–4 °F - 140 °F)

Dimensions: 290 × 250 × 55 mm

(11

1/22 × 9 7/8× 21 3/4inches) (w/h/d)

Mass: 2 kg (4 lbs 6 1/2 oz.)

Supplied accessories

HS-AC1

AC power cord (mains lead)

Installer’s manual

Design and speciﬁcations are subject to change without notice.

• HS-AC1 is attached to HS-MB1.

Please refer to service manual of

HS-AC1 for information on HS-AC1.

HS-MB1

SAFETY-RELATED COMPONET WARNING!

COMPONENTS IDENTIFIED BY MARK 0OR DOTTED LINE

WITH MARK 0ON THE SCHEMATIC DIAGRAMS AND IN

THE PARTS LIST ARE CRITICAL TO SAFE OPERATION.

REPLACE THESE COMPONENTS WITH SONY PARTS

WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS

MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

UNLEADED SOLDER

Boards requiring use of unleaded solder are printed with the lead-

free mark (LF) indicating the solder contains no lead.

(Caution: Some printed circuit boards may not come printed with

the lead free mark due to their particular size)

: LEAD FREE MARK

Unleaded solder has the following characteristics.

• Unleaded solder melts at a temperature about 40 °C higher

than ordinary solder.

Ordinary soldering irons can be used but the iron tip has to be

applied to the solder joint for a slightly longer time.

Soldering irons using a temperature regulator should be set to

about 350 °C.

Caution: The printed pattern (copper foil) may peel away if

the heated tip is applied for too long, so be careful!

• Strong viscosity

Unleaded solder is more viscous (sticky, less prone to ﬂow)

than ordinary solder so use caution not to let solder bridges

occur such as on IC pins, etc.

• Usable with ordinary solder

It is best to use only unleaded solder but unleaded solder may

also be added to ordinary solder.

NOTES ON CHIP COMPONENT REPLACEMENT

• Never reuse a disconnected chip component.

• Notice that the minus side of a tantalum capacitor may be dam-

aged by heat.

1. SERVICE NOTE ....................................................... 3

2. GENERAL................................................................... 4

3. DISASSEMBLY

3-1. Case (MB)....................................................................... 8

3-2. VIDEO Board................................................................. 9

3-3. MAIN Board................................................................... 9

4. DIAGRAMS

4-1. Block Diagram –Audio Select Section–......................... 11

4-2. Block Diagram –Mic Select Section–............................. 12

4-3. Block Diagram –Video Select Section–.......................... 13

4-4. Block Diagram –Zone SW Section–............................... 14

4-5. Block Diagram –RS-232C Section–............................... 15

4-6. Block Diagram –Video Section– .................................... 16

4-7. Block Diagram –Power Section–.................................... 17

4-8. Printed Wiring Board –Main Section (1/2)–................... 18

4-9. Printed Wiring Board –Main Section (2/2)–................... 19

4-10. Schematic Diagram –Main Section (1/5)–...................... 20

4-11. Schematic Diagram –Main Section (2/5)–...................... 21

4-12. Schematic Diagram –Main Section (3/5)–...................... 22

4-13. Schematic Diagram –Main Section (4/5)–...................... 23

4-14. Schematic Diagram –Main Section (5/5)–...................... 24

4-15. Printed Wiring Board –Video Section (1/2)–.................. 25

4-16. Printed Wiring Board –Video Section (2/2)–.................. 26

4-17. Schematic Diagram –Video Section (1/7)–..................... 27

4-18. Schematic Diagram –Video Section (2/7)–..................... 28

4-19. Schematic Diagram –Video Section (3/7)–..................... 29

4-20. Schematic Diagram –Video Section (4/7)–..................... 30

4-21. Schematic Diagram –Video Section (5/7)–..................... 31

4-22. Schematic Diagram –Video Section (6/7)–..................... 32

4-23. Schematic Diagram –Video Section (7/7)–..................... 33

5. EXPLODED VIEW

5-1. Main Section................................................................... 41

6. ELECTRICAL PARTS LIST.............................. 42

TABLE OF CONTENTS

SAFETY CHECK-OUT

After correcting the original service problem, perform the follow-

ing safety check before releasing the set to the customer:

Check the antenna terminals, metal trim, “metallized” knobs,

screws, and all other exposed metal parts for AC leakage.

Check leakage as described below.

LEAKAGE TEST

The AC leakage from any exposed metal part to earth ground and

from all exposed metal parts to any exposed metal part having a

return to chassis, must not exceed 0.5 mA (500 microamperes.).

Leakage current can be measured by any one of three methods.

1. Acommercial leakage tester, such as the Simpson 229 or RCA

WT-540A. Follow the manufacturers’ instructions to use these

instruments.

2. A battery-operated AC milliammeter. The Data Precision 245

digital multimeter is suitable for this job.

3. Measuring the voltage drop across a resistor by means of a

VOM or battery-operatedAC voltmeter. The “limit” indication

is 0.75 V, so analog meters must have an accurate low-voltage

scale. The Simpson 250 and Sanwa SH-63Trd are examples

of a passive VOM that is suitable. Nearly all battery operated

digital multimeters that have a 2 VAC range are suitable. (See

Fig. A)

1.5 kΩ0.15 μFAC

voltmeter

(0.75 V)

To Exposed Metal

Parts on Set

Earth Ground

Fig. A. Using an AC voltmeter to check AC leakage.

HS-MB1

SECTION 1

SERVICE NOTE

NOTE FOR REPAIRING THE HS-MB1

The HS-MB1 cannot be repaired singly since it has no power

supply.

It should be connected with the HS-AC1 when servicing/repair-

ing it.

EXTENTION CABLE AND SERVICE POSITION

When repairing or servicing this set, connect the jig (extention

cable) as shown below.

• Connect the MAIN board (CN2975) and the VIDEO board

(CN705) with the extention cable (Part No. J-2501-199-A).

Connect the MAIN board (CN2510) and the VIDEO board

(CN1110) with the extention cable (Part No. 1-828-223-11).

J-2501-199-A

1-828-223-11

CN705

CN1110

CN2975

MAIN board

VIDEO board CN2510

HS-MB1

SECTION 2

GENERAL This section is extracted

from instruction manual.

Hooking up the HS-MB1

Before hooking up the HS-MB1, be sure the AC power cord is

unplugged.

Note

If a CAT5 cable is connected to the wrong RJ45 terminal, units or devices

connected to HS-MB1 may be damaged when you plug in the AC power cord.

Termin a ls ",$,', and (supply DC voltage, so make sure of all connections

before plugging in the AC power cord.

ZONE 1

ZONE 2

ZONE 3

ZONE 4

ZONE 5

ZONE 6

ZONE 7

ZONE 8

TO KEYPAD HS-KP1

TO AV WALL PORT H S- WV1

TO COMPONENT VIDEO BALUN CAV-CVB1

TO DIGITAL MEDIA WALL PORT

HS-WD1

OUTPUT

DOOR 2

INPUT

ZONE 1

ZONE 2

ZONE 3

ZONE 4

SOURCE 1

SOURCE 2

SOURCE 3

SOURCE 4

SOURCE 1

SOURCE 2

SOURCE 3

SOURCE 4

SOURCE DMPORT

SERVICE

ZONE

LOCAL

MODE

DB2

OFF 2 3

2E1

DB1

2E1

CHIME

2E1

GAIN

123

DOOR 1

MODE

OFF 2 3

GAIN

123

DB1/DB2

Connect the conductor cable for Doorbell.

MODE: Set 2 or 3 depending on the Doorbell manufacturer.

GAIN: Set the mic/speaker level of the Doorbell.

CHIME

Connect the external chime.

INPUT

SOURCE 1 ~ 4 $%

RJ45 terminals to input audio signal from AV Wall Port(s)

(HS-WV1).

Use both terminals for the connection.

Note

When you connect a Multi Channel AV Receiver to the HS-MB1, be sure to

use the SOURCE 1 terminals. e Multi Channel AV Receiver will not work

with the SOURCE 2, 3, or 4 terminals.

SOURCE DMPORT ()

RJ45 terminals to input Digital Media Port signal from Digital Media

Wall Port(s) (HS-WD1).

Use both terminals for the connection.

Note

If a DIGITAL MEDIA PORT adapter is connected to a Multi Channel AV

Receiver which is connected to the HS-MB1, you cannot use the SOURCE

DMPORT terminals of the HS-MB1.

DC IN indicator

SERVICE #

RJ45 terminals for Keypad (HS-KP1) rmware updates.

ZONE: Select this when updating the Keypad (HS-KP1) rmware.

LOCAL: Select this when updating this unit’s rmware.

SOURCE 1 ~ 4 &

RJ45 terminals to input video signal from AV Wall Port(s)

(HS-WV1).

OUTPUT

ZONE 1 ~ 4 '

RJ45 terminals send a video signal source to the component video.

Use a Component Video Balun (CAV-CVB1) for the connection.

CAT5 RJ45 Pinout

When you connect the Component Video Balun (CAV-CVB1), the

CAT5 RJ45 pinouts use the T568B standard. Refer to the illustration

below.

Pinout Wire color

Pin 1 BLUE/Pb (R) White/Orange

Pin 2 BLUE/Pb (T) Orange

Pin 3 GREEN/Y (R) White/Green

Pin 4 GND Blue

Pin 5 +11V White/Blue

Pin 6 GREEN/Y (T) Green

Pin 7 RED/Pr (R) White/Brown

Pin 8 RED/Pr (T) Brown

CAT5 cable

Be sure to use Category 5e straight-through cables, and the wiring

connection is correct. See the illustration below for details on

connections.

White/Orange

Wire color

Orange

White/Green

Blue

White/Blue

Green

White/Brown

Brown

Pin No.

ZONE 1 ~ 8 "#

RJ45 terminals for Keypad (HS-KP1).

Use both terminals for the connection.

Note

If you use the ZONE 5 ~ 8 terminals, you need to connect the additional

Power Supply (HS-AC1) (optional) to ZONE 5 – 8 DC IN.

Note on installing CAT5 cables

e following lengths of cable(s) can extend up to 200 feet:

●e combined length of the two longest cables connecting the HS-MB1 to an

AV Wall Port (HS-WV1) and a Keypad (HS-KP1).

●e combined length of the cable connecting the HS-MB1 to the Digital Media

Wall Port (HS-WD1) and the longest cable connecting to a Keypad (HS-KP1).

●e length of the longest cable connecting the HS-MB1 to a Component Video

Balun (CAV-CVB1).

HS-MB1

10V19.5V

ZONE 1

19.5V

ZONE 2

19.5V

ZONE 3

19.5V

ZONE 4

DC IN

CAMERA

19.5V

ZONE 5

19.5V

ZONE 6 ZONE 7

19.5V 19.5V

ZONE 8

DC IN

+CAMERA 1/2 IN jack

Pin jack for video input from a video camera.

,DC IN

Connect the DC IN terminals using the Power Supply (HS-AC1)

(supplied).

ZONE 1 – 4: Connect all four of the 19.5 V plugs and the 10 V plug

of the Power Supply (HS-AC1) (supplied). e ZONE 1

19.5 V cable also supplies power to the HS-MB1 main

unit.

ZONE 5 – 8: If you use the ZONE 5 ~ 8 terminals in addition to the

ZONE 1 ~ 4 terminals, connect all four of the 19.5 V

plugs of a second Power Supply (HS-AC1) (optional).

e 10 V plug of this second Power Supply (HS-AC1)

(optional) is not used.

ZONE EXPANSION OUT ZONE EXPANSION IN RS-232C

-ZONE EXPANSION OUT

IDE (Integrated Drive Electronics) terminal for sending a source to

another Distribution Panel (HS-MB1). Use an IDE cable (not

supplied) for the connection.

.ZONE EXPANSION IN

IDE (Integrated Drive Electronics) terminal to input a source from

another Distribution Panel (HS-MB1). Use an IDE cable (not

supplied) for the connection.

Note

Only if another Distribution Panel (HS-MB1) is connected for expansion is

its ZONE EXPANSION IN terminal used.

/RS-232C

Connect to a computer for rmware updates or addition of another

Distribution Panel (HS-MB1) (Stack connection). Use an RS-232C

cross cable (not supplied) for connection.

Note

With another Distribution Panel (HS-MB1), you can connect 16 units

maximum in one system network. All units can receive audio sources. Each

unit in zone 1, 2, 3, and 4 can accept video sources. However, if you use two

Distribution Panels (HS-MB1) in one system network, available input sources

are up to four.

Connecting the AC power cord

Before connecting the AC power cord to a wall outlet, connect all parts

of the system to the unit. e indicator lights green when the AC power

cord is connected to the wall outlet and the HS-MB1 is engaged.

Notes

●Aer completing all the connections, make sure there are no misconnections or

improper wiring before plugging the Power Supply (HS-AC1) (supplied) into

the wall outlet. Improper wiring or misconnections may cause damage to the

unit.

●Use the Power Supply (HS-AC1) (supplied) for this model, as other AC adapters

may cause a malfunction.

10V19.5V

ZONE1

19.5V

ZONE 2

19.5V

ZONE3

19.5V

ZONE4

DC IN

CAMERA

19.5V

ZONE 5

19.5V

ZONE 6 ZONE 7

19.5V 19.5V

ZONE8

DC IN

Power Supply (HS-AC1)

(supplied)

19.5 V cable

10 V cable

To the wall outlet

When using the ZONE 1 ~ 4 terminals (4 Keypads (HS-KP1) max.)

10V19.5V

ZONE 1

19.5V

ZONE 2

19.5V

ZONE 3

19.5V

ZONE 4

DC IN

CAMERA

19.5V

ZONE 5

19.5V

ZONE 6 ZONE 7

19.5V 19.5V

ZONE 8

DC IN

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

DC CABLES x4

CONNECTORTERMINALS x2

DC10V

0.25A

(LPS)

DC OUT

GND

19.5V

2.5A

(LPS)

GND

19.5V

2.5A

(LPS)

DC 19.5V

TOTAL4.5 A



HS-MB1

19.5 V cable

10 V cable

Power Supply (HS-AC1) (supplied)

When using the ZONE 1 ~ 8 terminals (8 Keypads (HS-KP1) max.)

10V19.5V

ZONE 1

19.5V

ZONE 2

19.5V

ZONE 3

19.5V

ZONE 4

DC IN

CAMERA

19.5V

ZONE 5

19.5V

ZONE 6 ZONE 7

19.5V 19.5V

ZONE 8

DC IN

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

DC CABLES x4

CONNECTORTERMINALS x2

DC10V

0.25A

(LPS)

DC OUT

GND

19.5V

2.5A

(LPS)

GND

19.5V

2.5A

(LPS)

DC 19.5V

TOTAL4.5 A



19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

19.5V

2.5A

(LPS)

DC CABLES x4

CONNECTORTERMINALS x2

DC10V

0.25A

(LPS)

DC OUT

GND

19.5V

2.5A

(LPS)

GND

19.5V

2.5A

(LPS)

DC 19.5V

TOTAL4.5 A



HS-MB1

19.5 V cable

10 V cable

Power Supply (HS-AC1) (supplied) Power Supply (HS-AC1) (optional)

19.5 V cable

10 V cable

Note

e 10 V cable of the second Power Supply (HS-AC1) (not supplied) is not used if

you use the ZONE 5 ~ 8 terminals.

HS-MB1

Connecting the Doorbell or the

External Chime

You can use any commercially available cord of gauge AWG 18 to AWG

26.

Note

Strip 10 mm (0.4 inches) of insulation o the cords and twist the bare wires

together tightly.

Be sure that the length of the bare wires is 10 mm (0.4 inches), matching the full-

size illustration below.

10 mm (0.4 inches)

Connecting the Doorbell

You can connect up to two doorbells. e following models of Doorbell

can be connected.

●DS3B, DS3NB, BD3BN, D3BN (manufactured by M&S)

●LE-D, LE-DA (manufactured by Aiphone)

Before connecting the Doorbell, be sure the MODE switch is set to

“OFF.” Set the MODE switch to “2” or “3” aer connecting each

Doorbell, as illustrated bellow.

Connection for DS3B, DS3NB, BD3BN, D3BN

(manufactured by M&S)

Use 2-conductor cable for the connections between the HS-MB1 and the

Doorbell.

DB1

2E1

MODE

OFF 2 3

DS3B, DS3NB, BD3BN, D3BN

Set the MODE switch to “3”

From terminal block“E”

From terminal

block “2”

From terminal

block “1”

Connection for LE-D, LE-DA (manufactured by Aiphone)

DB1

2E1

MODE

OFF 2 3

Set the MODE switch to “2”

e.g., LE-D

Tips

●e wiring can extend up to 300 feet when using AWG 22 wire.

●Aer connecting the HS-MB1 to the Keypad (HS-KP1) (not supplied), the

name of the Doorbell is displayed on the front panel display of the HS-KP1 and

you can congure the settings for the Doorbell by the HS-KP1. For details on

the settings, refer to the instruction manual of the HS-KP1.

Notes

●Do not change the MODE setting while the power is on.

●Set the MODE switch to “OFF” when no Doorbell is connected.

To adjust the mic/speaker sensitivity of the Doorbell

Set the GAIN switch to “1,” “2,” or “3.”

“1” is the minimum volume level.

Tip

You can change the mic/speaker sensitivity of the Doorbell while the power is on.

Connecting the External Chime

You can connect the LA-126WH Two-note DOOR CHIME

(manufactured by NuTone) as illustrated below.

FRONT

TRANS

REAR

CHIME

2E1

LA-126WH

Transformer

Tips

●e wiring can extend up to 60 feet when using AWG 22 wire.

●To ring the chime connected to terminal block 1, select “Chime 1” on the

External Chime settings of the HS-KP1. Likewise, to ring the chime connected

to terminal block 2, select “Chime 2” on the External Chime settings of the

HS-KP1.

For details on the settings, refer to the instruction manual of the HS-KP1.

HS-MB1

Updating the rmware

You can update the rmware from a computer by connecting the RS-

232C cross cable (not supplied).

To the computer

ZONEEXPANSION IN

ZONE EXPANSION OUT

RS-232C

RS-232C cross cable

(not supplied)

When updating the Distribution Panel (HS-MB1)

SERVICE

ZONE

LOCAL

Switch to “LOCAL”

When updating rmware the Keypad (HS-KP1) (not supplied)

individually

Follow the procedure below to update the Keypad (HS-KP1) you want to

update:

Note

Be sure to unplug the AC power cord when disconnecting and connecting a CAT5

cable.

Disconnect the CAT5 cable from the ZONE #terminal.

Set the SERVICE switch to “ZONE.”

Connect the CAT5 cable to the SERVICE #terminal.

When the update is nished, disconnect the CAT5 cable from the

SERVICE #terminal.

Reconnect the CAT5 cable to the ZONE #terminal.

Aer updating all keypads, set the SERVICE switch to “LOCAL.”

SERVICE

ZONE

LOCAL

VOLUME

MUTING

MIC

RETURN/EXIT OPTIONS

Keypad (HS-KP1)

(not supplied)

Expanding the Distribution Panel

(HS-MB1) (Stack connection)

You can connect up to a maximum of 16 Keypads (HS-KP1) (not

supplied) by adding another HS-MB1.

ZONE EXPANSION OUT ZONE EXPANSION IN RS-232C

HS-MB1 (main unit)

IDE cable

(not supplied)

HS-MB1 (sub unit)

RS-232C cross cable

(not supplied)

Notes

●When connecting the additional Distribution Panel (HS-MB1) (sub unit), the

SOURCE 1 ~ 4 &terminals of the sub unit cannot be used.

●When connecting the additional Distribution Panel (HS-MB1) (sub unit), video

signal input from SOURCE 1 ~ 4 &terminals of the main unit cannot output

from the ZONE 1 ~ 4 'terminals of the sub unit.

●When updating the rmware, disconnect the RS-232C cross cable (not

supplied) that connects the additional Distribution Panel (HS-MB1) (sub unit),

and connect the computer.

●When you connect the units, use an IDE cable with pin 20 opening.

●Connect all Power Supplies (HS-AC1) to the wall outlets at the same time.

●Set the SERVICE switch to “LOCAL.”

HS-MB1

SECTION 3

DISASSEMBLY

3-1. CASE (MB)

Note: Follow the disassembly procedure in the numerical order shown below.

• This set can be disassembled in the order shown below.

3-1. CASE (MB)

(Page 8)

3-2. VIDEO BOARD

(Page 9)

SET

3-3. MAIN BOARD

(Page 9)

two screws

(flat head (TP))

two screws

(flat head (TP))

two screws

(flat head (TP)) two screws

(flat head (TP))

case (MB)

three screws

(+BVTP 3 × 8)

two bolts

panel (B)

HS-MB1

3-2. VIDEO BOARD

3-3. MAIN BOARD

two screws

(+BVTP 3 × 8)

three screws

(+BVTP 3 × 8)

RT VIDEO board

CN310 (15P)

CN320 (10P)



wire (flat type)(28 core)

(CN103)

wire (flat type)(26 core)

(CN102)

wire (flat type)(13 core)

(CN903) wire (flat type)(18 core)

(CN1110)

wire (flat type)(25 core)

(CN705)

three screws

(+BVTP 3 × 8)

three screws

(+BVTP 3 × 8)

chassis (MB)

MAIN board



HS-MB1

SECTION 4

DIAGRAMS

THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS.

(In addition to this, the necessary note is printed in each block.)

For Schematic Diagrams.

Note:

• All capacitors are in μF unless otherwise noted. (p: pF) 50

WV or less are not indicated except for electrolytics and

tantalums.

• All resistors are in Ωand 1/4 W or less unless otherwise

speciﬁed.

• % : indicates tolerance.

• f: internal component.

• 2: nonﬂammable resistor.

• C: panel designation.

• A: B+ Line.

• B: B– Line.

• Voltages and waveforms are dc with respect to ground

under no-signal (detuned) conditions.

•

no mark

: POWER ON

• Voltages are taken with VOM (Input impedance 10 MΩ).

Voltage variations may be noted due to normal production

tolerances.

• Waveforms are taken with a oscilloscope.

Voltage variations may be noted due to normal production

tolerances.

• Circled numbers refer to waveforms.

For Printed Wiring Boards.

Note:

• X: parts extracted from the component side.

• a: Through hole.

• : Pattern from the side which enables seeing.

(The other layers' patterns are not indicated.)

Caution:

Pattern face side:

(SIDE B)

Parts face side:

(SIDE A)

Parts on the pattern face side seen from

the pattern face are indicated.

Parts on the parts face side seen from

the parts face are indicated. Note: The components identiﬁed by mark 0or dotted

line with mark 0are critical for safety.

Replace only with part number speciﬁed.

• Waveform

– VIDEO Board –

2.1 Vp-p

4 MHz

1 V/DIV, 0.1 μsec/DIV

IC100 FM (X0)

HS-MB1

1111

4-1. BLOCK DIAGRAM – AUDIO SELECT Section –

CN2501 (1/2)

AUDIO SELECTOR A

IC2900

SYSTEM CONTROL

IC100 (1/7)

AUDIO SELECTOR B

IC2901

AUDIO SELECTOR C

IC2902

ZONE

EXPANSION

MIC-A

MIC-B

MONITOR

SOURCE-1-L

23 INR1

INR2

INR3

INL4

INL5

INL6

INL7

INL8

INR1-3

INL4-8

88 ZONE_1-L

ZONE_3-L ZONE_1-L-ZONE_8-L

ZONE_2-L

ZONE_4-L

ZONE_6-L

ZONE_5-L

47 ASEL1_DAT

ASEL1_CLK

ASEL2_DAT

ASEL2_CLK

ASEL3_DAT

ASEL3_CLK

SLOUTX

SBLOUT

LOUT

SLOUT

SBLOUT

LOUT

SBLOUT

LOUT ZONE_7-L

ZONE_8-L

36 59

CLOCK

DATA

CLOCK

DATA

CLOCK

DATA

SOURCE-1-R

SOURCE-2-L

SOURCE-2-R

SOURCE-3-L

SOURCE-3-R

SOURCE-4-L

SOURCE-4-R

DMPORT-R

DMPORT-L

MIC-A

MIC-B

MONITOR

SOURCE-1-L

SOURCE-1-R

SOURCE-2-L

SOURCE-2-R

SOURCE-3-L

SOURCE-3-R

SOURCE-4-L

SOURCE-4-R

DMPORT-R

DMPORT-L

MIC-A

MIC-B

MONITOR

MIC-A_I

MIC-B_I

MONITOR_I

MIC-B

MONITOR

SOURCE-1-L

SOURCE-2-L

SOURCE-3-L

SOURCE-4-L

DMPORT-L

SOURCE-1-L-SOURCE-4-L

DMPORT-L RS232C

SECTION

Rch

ZONE SW

SECTION

MIC SELECT

SECTION B

CN2502 (1/2)

ZONE

EXPANSION

OUT

23,25

27,28

30,32

34,36

INR1-3

INL4-8

23,25

27,28

30,32

34,36

(Page 12) (Page 15)

(Page 14)

HS-MB1

1212

4-2. BLOCK DIAGRAM – MIC SELECT Section –

22 81

110

111

112

113

106

105

104

109

108

107

123

124

IN_1

IN_2

IN_3

IN_4

IN_5

IN_6

IN_7

IN_8

CLOCK

DATA

CIN2

SWIN2

SW OUT

COUT

LOUT

SL OUT

SBL OUT

MIC_ZONE1-8 MIC_ZONE1

MIC_ZONE2

MIC_ZONE3

MIC_ZONE4

MIC_ZONE5

MIC_ZONE6

MIC_ZONE7

MIC_ZONE8

DOOR_MIC_AMP-A

DOOR_MIC_AMP-B

DOOR_MIC_AMP-A

DOOR_MIC_AMP-B

Y-COM

X-COM

DOOR_SP1

DOOR_SP2

BCINH

INH

Q3101

Q3106 Q3107 Q3108 Q3109

Q3103 Q3105

MIC-A_SELECT

INH

X-COM

59 60

910

6 9 10 11

INH

Q3100 Q3102 Q3104

MIC-B_SELECT

INH

X-COM

6 9 10

Q3111Q3110

X-COM

910

15 DOOR1

DOOR2

DOOR SP AMP

IC2704

DOOR SP SWITCH

IC3103

MIC A SELECT SWITCH

IC3101

MIC B SELECT SWITCH

IC3102

MONITOR SELECT SWITCH

IC3104

MIC SELECTOR

IC3100

DOOR MIC AMP

IC2712

DOOR SP AMP

IC2706

3 1

MIC-A_I

MIC-B_I

MONITOR_I

SYSTEM CONTROL

IC100 (2/7)

SPCONT2

SPCONT1

DOOR_SP_SW_A

DOOR_SP_SW_B

DOOR_SP_SW_C

DOOR_SP_SW_INH

MIC-A_SELECT_SW_INH

MIC-A_SELECT_SW_B

MIC-A_SELECT_SW_A

MIC-B_SELECT_SW_INH

MIC-B_SELECT_SW_B

MIC-B_SELECT_SW_A

MONI_SELECT_SW_A

MONI_SELECT_SW_B

ASEL4_DAT

ASEL4_CLK

SP MUTE CONTROL

Q2709,2713,2749

SP MUTE CONTROL

Q2705,2712,2748

VIN VOUT2

4 8

AUDIO

SELECT

SECTION

POWER

SECTION

ZONE SW

SECTION D

(Page 14)

(Page 11)

(Page 17)

HS-MB1

1313

4-3. BLOCK DIAGRAM – VIDEO SELECT Section –

OUT1 27

OUT2 26

OUT3 25

OUT4 24

OUT5 23

OUT6 20

OUT7 19

OUT8

1IN1

Pb+1

Pb-1

Pb+2

Pb-2

Pb-4

Pb+3

Pb-3

Pb+4

Pb-Y VIDEO SELECT

IC500

2IN2

IN3

IN4

IN5

IN6

IN7

IN8

SDA

SCL

ADDR

OUT1 27

OUT2 26

OUT3 25

OUT4 24

OUT5 23

OUT6 20

OUT7 19

OUT8

1IN1

Y+1

Y-1

Y+2

Y-2

Y-4

Y+3

Y-3

Y+4

Y VIDEO SELECT

IC501

2IN2

IN3

IN4

IN5

IN6

IN7

IN8

SDA

SCL

ADDR

OUT1 27

OUT2 26

OUT3 25

OUT4 24

OUT5 23

OUT6 20

OUT7 19

OUT8

1IN1

Pr+1

Pr-1

Pr+2

Pr-2

Pr-4

Pr+3

Pr-3

Pr+4

Pb+1

SOURCE 1

Pb-1

Pr-1

Y+1

Y-1

Pr+1

Pr-Y VIDEO SELECT

IC502

2IN2

IN3

IN4

IN5

IN6

IN7

IN8

SDA

SCL

ADDR

I2C_SDA

I2C_SCL

FMS6501_COMPONENT

CR-SIG_CTL_SEL

Y-SIG_CTL_SEL

CB-SIG_CTL_SEL

25 24 23

CN501

CN503

Pb+1

ZONE 1

Pb-1

Pr-1

Y+1

Y-1

Pr+1

+11V DC

+19V_WALL

CN500

Pb+2

SOURCE 2

Pb-2

Pr-2

Y+2

Y-2

Pr+2

CN504

Pb+3

SOURCE 3

Pb-3

Pr-3

Y+3

Y-3

Pr+3

CN506

Pb+4

SOURCE 4

Pb-4

Pr-4

Y+4

Y-4

Pr+4

+10V REG

IC506

1 3

Pb+2

ZONE 2

Pb-2

Pr-2

Y+2

Y-2

Pr+2

CN502

+10V REG

IC507

1 3

Pb+3

ZONE 3

Pb-3

Pr-3

Y+3

Y-3

Pr+3

CN505

+10V REG

IC508

1 3

Pb+4

ZONE 4

Pb-4

Pr-4

Y+4

Y-4

Pr+4

CN507

+10V REG

IC509

1 3

INPUT

OUTPUT

SYSTEM CONTROL

IC100 (3/7)

HS-MB1
HS-MB1
1414
4-4. BLOCK DIAGRAM – ZONE SW Section –
Q700 Q703 Rch
Q701
Q704-707
Q702
AUDIO SELECT SWITCH
IC700
6
AUDIO AMP(Lch)
IC710
IC701 IC708
IC712 MIC
–+
7
2
3
MIC AMP
IC704 31
CN700 (1/2)
OUTPUT
ZONE 1
B
1
2
7
8
AUDIO AMP(Rch)
IC706
1
6
5
7
67
31
ZONE_1_LZONE_1_L
-ZONE_8_L
ZONE1(1/2)
Same as ZONE1
MIC_ZONE1
MIC_ZONE2
ZONE1_MIC/AU_SW_INH/C/B/A
ZONE_2_L
ZONE2_MIC/AU_SW_INH/C/B/A
A
Lch+1
BCINH
INH
C
B
A
6 9 10 11
2
1
12
13
15
14 Lch-1
Rch+1
Rch-1
CN701 (1/2)
OUTPUT
ZONE 2
B
1
2
7
8
ZONE2(1/2)
Lch+2
Lch-2
Rch+2
Rch-2
Q712-715
IC703 IC709
IC714
Same as ZONE1
ZONE_4_L
ZONE4_MIC/AU_SW_INH/C/B/A
CN703 (1/2)
OUTPUT
ZONE 4
B
1
2
7
8
ZONE4(1/2)
Lch+4
Lch-4
Rch+4
Rch-4
Q708-711
IC702 IC707
IC711
IC705
Same as ZONE1
ZONE_3_L
MIC_ZONE3
MIC_ZONE4
ZONE3_MIC/AU_SW_INH/C/B/A
CN702 (1/2)
OUTPUT
ZONE 3
B
1
2
7
8
ZONE3(1/2)
Lch+3
Lch-3
Rch+3
Rch-3
MIC
–+
Q720-723
IC718 IC724
IC728
Same as ZONE1
ZONE_6_L
ZONE6_MIC/AU_SW_INH/C/B/A
CN709 (1/2)
OUTPUT
ZONE 6
B
1
2
7
8
Lch+6
Lch-6
Rch+6
Rch-6
Q716-719
IC717 IC722
IC726
IC720
Same as ZONE1
ZONE_5_L
ZONE5(1/2)
ZONE6(1/2)
MIC_ZONE5
MIC_ZONE6
ZONE5_MIC/AU_SW_INH/C/B/A
CN708 (1/2)
OUTPUT
ZONE 5
B
1
2
7
8
Lch+5
Lch-5
Rch+5
Rch-5
MIC
–+
Q726-731
SYSTEM CONTROL
IC100 (4/7)
IC716 IC723
Same as ZONE1
ZONE_8_L
ZONE8_MIC/AU_SW_INH/C/B/A
CN707 (1/2)
OUTPUT
ZONE 8
B
1
2
7
8
Lch+8
Lch-8
Rch+8
Rch-8
Q724-727
IC715 IC721
IC725
IC727
IC719
Same as ZONE1
ZONE_7_L
ZONE7(1/2)
ZONE8(1/2)
MIC_ZONE7
MIC_ZONE8
ZONE7_MIC/AU_SW_INH/C/B/A
CN706 (1/2)
OUTPUT
ZONE 7
B
1
2
7
8
Lch+7
Lch-7
Rch+7
Rch-7
MIC
–+
ZONE1_MIC/AU_SW
INH
C
B
A
59 56 55 54
ZONE2_MIC/AU_SW
INH
C
B
A
63 62 61 60
ZONE3_MIC/AU_SW
INH
C
B
A
67 66 65 64
ZONE5_MIC/AU_SW
INH
C
B
A
77 76 75 72
ZONE6_MIC/AU_SW
INH
C
B
A
81 80 79 78
ZONE7_MIC/AU_SW
INH
C
B
A
85 84 83 82
ZONE8_MIC/AU_SW
INH
C
B
A
91 90 87 86
ZONE4_MIC/AU_SW
INH
C
B
A
71 70 69 68
AUDIO
SELECT
SECTION A
MIC_ZONE1-8
MIC
SELECT
SECTION D
(Page 11)
(Page 12)

HS-MB1
HS-MB1
1515
4-5. BLOCK DIAGRAM – RS-232C Section –
3
2
AUDIO AMP
IC1111
IC1112
IC1103
IC1104
1
RS232C AMP
IC1101
5
Lch+
SOURCE 1D
SOURCE-1-L
S1C_RX
S1C_TX
SOURCE-2-L
S2C_TX
S2C_RX
Lch-
Rch+ Rch
Rch-
CN1105
INPUT
SOURCE 1
D
1
2
6
7
8
3
RS232C TX AMP
IC1102
5
RS232C TX+
RS232C TX-
RS232C RX+
RS232C RX-
RS232C MB K TX+1
RS232C MB K TX-1
RS232C MB K RX+1
RS232C MB K RX-1
4
5
CN700 (2/2)
OUTPUT
ZONE 1
B
3
6
5
4
Lch+
Lch-
Rch+
Rch-
CN1106
INPUT
SOURCE 2
D
1
2
6
7
8
3RS232C RX+
RS232C RX-
RS232C TX+
RS232C TX-
4
5
CN2300
CN300
RS-232C
SERVICE
B
S300
SERVICE
B
LOCAL
LOCAL
ZONE
INPUT
SOURCE
DMPORT
G
3
4
IC1113
IC1105
IC1106
SOURCE-3-L
S3C_TX
S3C_RX
Lch+
Lch-
Rch+
Rch-
CN1107
INPUT
SOURCE 3
D
1
2
6
7
8
3RS232C RX+
RS232C RX-
RS232C TX+
RS232C TX-
4
5
IC1114
IC1107
IC1108
SOURCE-4-L
S4C_TX
S4C_RX
Lch+
Lch-
Rch+
Rch-
CN1108
INPUT
SOURCE 4
D
1
2
6
7
8
3RS232C RX+
RS232C RX-
RS232C TX+
RS232C TX-
4
5
4
3
3
2
AUDIO AMP
IC1115
1
RS232C RX AMP
IC305
5
Lch+ DMPORT_L
ZONE1 (2/2)
K1CV_TX
K1CV_RX
DM_RX
DM_TX
Lch-
Rch+ Rch
Rch-
CN1105
1
2
4
7
8
5
RS232C TX AMP
IC304
5
RS232C TX+
RS232C TX-
RS232C RX+
RS232C RX-
6
3
3
4
4
3
3
4
RS232C AMP
IC319
SOURCE1 RX
DMPORT_RX
DMPORT_TX
RS232C_TX
RS232C_RX
DM_RX
DM_TX
K1CV_TX
K1CV_RX
K2CV_TX
K2CV_RX
K3CV_TX
K3CV_RX
K4CV_TX
K4CV_RX
K5CV_TX
K5CV_RX
K6CV_TX
K6CV_RX
K7CV_TX
K7CV_RX
K8CV_TX
K8CV_RX
RS232C_TX
RS232C_RX
KEYPAD1 TX
KEYPAD1 RX
KEYPAD2 TX
KEYPAD2 RX
KEYPAD3 TX
KEYPAD3 RX
KEYPAD4 TX
KEYPAD4 RX
KEYPAD5 TX
KEYPAD5 RX
KEYPAD6 TX
KEYPAD6 RX
KEYPAD7 TX
KEYPAD7 RX
KEYPAD8 TX
KEYPAD8 RX
BURN IN MODE
SOURCE1 TX
SOURCE2 RX
SOURCE2 TX
SOURCE3 RX
SOURCE3 TX
SOURCE4 RX
SOURCE4 TX
S1C_RX
S1C_TX
S2C_RX
S2C_TX
S3C_RX
S3C_TX
S4C_RX
S4C_TX
5
4
RS232C TX+J
RS232C TX-J
RS232C RX+J
RS232C_TX
RS232C_RX
RS232C RX-J
6
34
3
RS232C TX AMP
IC2300
RS232C TX AMP
IC300
5
137
138
163
173
164
174
165
175
POW_LED_SW
31
154
155
135
134
141
140
144
143
149
151
152
148
169
168
158
170
159
171
160
157
4
3
RS232C RX AMP
IC301
15
RXD R1IN
T1OUT
R1OUT
T1IN
TXD
3
2
13
16
17
166
5
RS232C TX AMP
IC318
SYSTEM CONTROL
IC100 (5/7)
5
SOURCE 2D
SOURCE 3D
SOURCE 4D
RS232C MB K TX+2
RS232C MB K TX-2
RS232C MB K RX+2
RS232C MB K RX-2
CN701 (2/2)
OUTPUT
ZONE 2
B
3
6
5
4
ZONE2 (2/2)
Same as ZONE1 
Same as SOURCE 1D
Same as SOURCE 1D
Same as SOURCE 1D
K2CV_TX IC316
IC317
K2CV_RX
RS232C MB K TX+5
RS232C MB K TX-5
RS232C MB K RX+5
RS232C MB K RX-5
CN708 (2/2)
OUTPUT
ZONE 5
B
3
6
5
4
ZONE5 (2/2)
Same as ZONE1 
K5CV_TX IC312
IC313
K5CV_RX
RS232C MB K TX+6
RS232C MB K TX-6
RS232C MB K RX+6
RS232C MB K RX-6
CN709 (2/2)
OUTPUT
ZONE 6
B
3
6
5
4
ZONE6 (2/2)
Same as ZONE1 
K6CV_TX IC302
IC303
K6CV_RX
RS232C MB K TX+7
RS232C MB K TX-7
RS232C MB K RX+7
RS232C MB K RX-7
CN706 (2/2)
OUTPUT
ZONE 7
B
3
6
5
4
ZONE7 (2/2)
Same as ZONE1 
K7CV_TX IC308
IC309
K7CV_RX
K7CV_TX
K8CV_TX
RS232C MB K TX+8
RS232C MB K TX-8
RS232C MB K RX+8
RS232C MB K RX-8
CN707 (2/2)
OUTPUT
ZONE 8
B
3
6
5
4
ZONE8 (2/2)
Same as ZONE1 
K8CV_TX IC310
IC311
K8CV_RX
RS232C MB K TX+3
RS232C MB K TX-3
RS232C MB K RX+3
RS232C MB K RX-3
CN702 (2/2)
OUTPUT
ZONE 3
B
3
6
5
4
ZONE3(2/2)
Same as ZONE1 
K3CV_TX IC306
IC307
K3CV_RX
RS232C MB K TX+4
RS232C MB K TX-4
RS232C MB K RX+4
RS232C MB K RX-4
CN703 (2/2)
OUTPUT
ZONE 4
B
3
6
5
4
ZONE4 (2/2)
Same as ZONE1 
K4CV_TX IC314
IC315
K4CV_RX
LED
DRIVER
Q320
BURN IN MODE
CONTROL
Q101,102
D362
(DC IN INDICATOR)
SOURCE-1-L-SOURCE-4-L
DMPORT-L AUDIO
SELECT
SECTION
C
53
4
(Page 11)

HS-MB1

1616

4-6. BLOCK DIAGRAM – VIDEO Section –

3 1

1IN1

IN2

IN3

IN4

IN5

IN6

IN7

IN8

IN9

IN10

IN1

IN2

IN3

IN4

IN5

IN6

IN7

IN8

IN9

IN10

SDA

SCL

ADDR

OUT1

OUT2

OUT3

OUT4

OUT5

OUT6

OUT7

OUT8

156100 6 7 22 101

VIDEO AMP

IC2301

COMPOSITE+ VIDEO SELECT

IC503

C_VIDEO2+

C_VIDEO2-

RM_MONI+

RM_MONI-

VIDEO AMP

IC2302

17 16 15

CN2501 (2/2)

ZONE

EXPANSION

39 AD1

CN1101

INPUT

SOURCE 1

+20V

-1

IR+IN

IR-IN

COMPOSITE V+

COMPOSITE V-

COMPOSITE_V+1

COMPOSITE_V+2

COMPOSITE_V+3

COMPOSITE_V+4

COMPOSITE_V+5

COMPOSITE_V+6

COMPOSITE_V+7

COMPOSITE_V+8

COMPOSITE_V-1

COMPOSITE_V-2

COMPOSITE_V-3

COMPOSITE_V-4

COMPOSITE_V-5

COMPOSITE_V-6

COMPOSITE_V-7

COMPOSITE_V-8

+19.5V

RM_MONI-S

RM_MONI+S

C.VIDEO2-S

C.VIDEO2+S

C.VIDEO1+S

C.VIDEO1-S

C.VIDEO1+S

RM_MONI+

RM_MONI+S

C.VIDEO1+

C.VIDEO2+

C.VIDEO_S03+

C.VIDEO_S02+

C.VIDEO2+S

C.VIDEO_-S01+

C.VIDEO_S01-

C.VIDEO_S01+

C.VIDEO_S03-

C.VIDEO_S03+

C.VIDEO_S04-

C.VIDEO_S04+

C.VIDEO1-

C.VIDEO1+

C.VIDEO_S02-

C.VIDEO_S02+

C.VIDEO_S04+

C.VIDEO1-S

RM_MONI-

RM_MONI-S

C.VIDEO1-

C.VIDEO2-

C.VIDEO_S03-

C.VIDEO_S02-

C.VIDEO2-S

C.VIDEO_-S01-

C.VIDEO_S04-

IR+IN

IR-IN

CN2502 (2/2)

ZONE

EXPANSION

OUT

AD2

RM_MONI-

RM_MONI+

C.VIDEO2-

C.VIDEO2+

C.VIDEO1+

C.VIDEO1-

IR+IN_S

IR-IN_S

CN308

+19.5V

+20V

+19.5V

COMPOSITE V+5

COMPOSITE V-5

IR+5

IR-5

CAMERA

J2300

-2

OUTPUT

ZONE 5

CN1102

INPUT

SOURCE 2

+20V

IR+IN

IR-IN

COMPOSITE V+

COMPOSITE V-

+19.5V

CN1103

INPUT

SOURCE 3

+20V

IR+IN

IR-IN

COMPOSITE V+

COMPOSITE V-

+19.5V

CN1104

INPUT

SOURCE 4

+20V

IR+IN

IR-IN

COMPOSITE V+

COMPOSITE V-

+19.5V

CN303

INPUT

SOURCE DMPORT

DM_+20V

C.VIDEO+

C.VIDEO -

+19.5V

SDA

SCL

ADDR

DMPORT_DET

AD KEY1

I2C_SDA

I2C_SCL

FMS6051 COMPOSITE

CONTROL SELECT

AD KEY2

OUT1

OUT2

OUT3

OUT4

OUT5

OUT6

OUT7

OUT8

COMPOSITE- VIDEO SELECT

IC505

SYSTEM CONTROL

IC100 (6/7)

17 16 15

CN301

+19.5V

+20V

+19.5V

COMPOSITE V+6

COMPOSITE V-6

IR+6

IR-6 OUTPUT

ZONE 6

CN305

+19.5V

+20V

+19.5V

COMPOSITE V+7

COMPOSITE V-7

IR+7

IR-7 OUTPUT

ZONE 7

CN307

+19.5V

+20V

+19.5V

COMPOSITE V+8

COMPOSITE V-8

IR+8

IR-8 OUTPUT

ZONE 8

CN302

+19.5V

+20V

+19.5V

COMPOSITE V+1

COMPOSITE V-1

IR+1

IR-1 OUTPUT

ZONE 1

CN309

+19.5V

+20V

+19.5V

COMPOSITE V+2

COMPOSITE V-2

IR+2

IR-2 OUTPUT

ZONE 2

CN304

+19.5V

+20V

+19.5V

COMPOSITE V+3

COMPOSITE V-3

IR+3

IR-3 OUTPUT

ZONE 3

CN306

+19.5V

+20V

+19.5V

COMPOSITE V+4

COMPOSITE V-4

V+4

V-4

V+3

V-3

V+2

V-2

V+1

V-1

V+6

V-6

V+5

V-5

V+7

V-7

V+8

V-8

IR+4

IR-4 OUTPUT

ZONE 4

HS-MB1

1717

4-7. BLOCK DIAGRAM – POWER Section –

JIG BUFFER

IC107

MD2

RESET

3.3V

CN100

(CN-A-JIG1)

23.3V

DOOR 1

DB1

I2C_DATA

I2C_CLK

CN101

(CN-A-JIG2)

RESET BUFFER

IC103

RESET TRIGGER

IC105

INITX

RST_TRG

2 1 126

131

DOORBELL1 DET

DOORBELL2 DET

102

DOOR1 MODE SW

DOOR2 MODE SW

103

DOOR1 GAIN SW 98

DOOR2 GAIN SW 99

AD KEY1 100

EXT CHIME1 93

EXT CHIME2 94

EEPROM_SDA

X100

4MHz

EEPROM_SCL 9

X0 39

X1 40

RS232C_TX

135

MD2

RS232C_RX

128

134

STOP IN

I2C DATA BUS MONITOR

I2C CLK BUS MONITOR

117

118

PORT1

LAMP1

CN902

+3.3V REG

IC2107

3VIN SWOUT

2 3 -5V

+20V Z2

J2103

ZONE 1



19.5V

-7V

+7V_4

+7V_3

+7V_2

+7V_1

+5V

+3.3V

DM_+20V

+19V_WALL

+18V

+20V

D2102 D2103

RESET

IC104

8 1V+ +5V_BIAS

AOUT

5SDA

6SCL

+18V

+5V REG

IC2106

3VIN SWOUT

1 3

+7V REG

IC2101

-5V REG

IC2108

1 3

SYSTEM CONTROL

IC100 (7/7)

+5V REG

IC713

EEPROM

IC106

STOP IN

DETECT

Q2100,2101

DOOR1

+18V

D2706

DOOR2

DOOR BELL

CONTROL

Q2717,2721

LAMP CONTROL

Q2725,2729

J2100

ZONE 2



19.5V

J2104

ZONE 3



19.5V

J2105

ZONE 4



19.5V

J2106

ZONE 5



19.5V

J2107

ZONE 6



19.5V

J2108

ZONE 7



19.5V

J2109

ZONE 8



19.5V

J2102



10V

+20V Z3

+20V Z4

OPT+20V Z5

OPT+20V Z6

OPT+20V Z7

OPT+20V Z8

MODE

DOOR 1

S901

OFF

DOOR 2

DB2

PORT2

LAMP2

CN901

+18V

D2704

DOOR BELL

CONTROL

Q2718,2720

CHIME

CN900

(CN-A-JIG3)

AD_KEY2

AD_KEY1

AD_KEY3

CN104

RY2700

RY2701

CM_2

CM_1

LAMP CONTROL

Q2724,2728

MODE

DOOR 2

S900

OFF

GAIN

DC IN

DOOR 1

S903

MIC

SELECT

SECTION E

GAIN

DOOR 2

S902

RELAY

DRIVER

Q2701

RELAY

DRIVER

Q2701

RELAY

DRIVER

Q2710

+7V REG

IC2102

+7V REG

IC2103

+7V REG

IC2104

-7V REG

IC2100

DC IN

(Page 12)

HS-MB1
HS-MB1
1818
1
A
B
C
D
E
F
G
H
I
23456789101112
A
VIDEO BOARD
CN1110 G
VIDEO BOARD
CN705
C
VIDEO BOARD
CN103
F
VIDEO BOARD
CN310
D
VIDEO BOARD
CN102
B
VIDEO
BOARD
CN903
E
VIDEO
BOARD
CN320
BCE
BCE
1
2
27
28
115
BCE
BCE
BCE
BCE
BCE
BCE
85
41
85
41
BCE
BCE
BCE
BCE
ECB
BCE
8
14
5
8
14
5
BCE
BCE
BCE
BCE
BCE
BCE
BCE
BCE
16
1
9
8
18
9
16
18
9
16
1225
24
JL2100
CL2700
CL2701
ET3101
CL2702
CL2703
JL2109
CL2707
JL2300
CL2708
JL2301
CL2709
JL2302
JL2303
CL2900
JL2304
JL2110
CL2901
JL2111
CL2710
CL2711
CL2712
CL2713
CL2714
CL2715
CL2716
JL2704
JL2705
JL2900
JL2901
JL2902
JL2903
JL2904
C2101
JL2905
JL2906
JL2907
CL2733
C2104
Q2100
JL2909
Q2101
CL3100
JL2910
CL3101
C2301
JL2911
C2302
JL2912 C2303
JL2913 C2304
JL2914
C2305
JL2915 C2306
CN2312
JL2916
C2307
CN2313
JL2917
JL2918
C2309
JL2919
CN2510
JL2920
C2311
JL2921
C2312
JL2922
C2313
JL2923
C2314
JL2924
JL2925
JL2926
JL2927
C2700
JL2928
JL2929
CN2131
Q2701
C2705
C2707
JL3100
C2708
JL2930
JL3101
Q2705
C2709
JL2931
JL3102
JL2932
JL3103
JL2933
JL2357
C2900
JL3104
JL2934
C2901
JL3105
Q2709
C2131
JL2935
C2902
JL3106
JL2936
C2132
C2903
JL3107
JL2937
C2133
R2300
C2904
JL3108
C2710
JL2938
R2301
C2905
JL3109
JL2939
R2302
C2906
C2712
R2303
C2907
R2304
C2908
Q2710
C2714
R2305
C2909
R2306
Q2712
R2307
Q2713
C2717
R2308
JL3110
JL2940
IC2301
IC2302
R2309
JL3111
JL2941
JL3112
JL2942
JL3113
Q2717
JL2943
R2500
C2910
JL3114
R2118
Q2718
JL2944
R2501
C2911
JL3115
R2119
JL2945
R2502
C2912
JL3116
JL2946
R2503
C2913
JL3117
JL2947
R2504
R2310
C2914
JL3118
C2720
JL2948
R2505
R2311
C2915
JL3119
JL2949
R2312
C2916
R2313
R2508
R2314
C2918
Q2720
C2724
D2700
R2509
R2315
C2919
Q2721
D2701
R2316
R2317
R2700
R2318
JL3120
JL2950
D2704
R2701
JL3121
JL2951
R2702
JL3122
JL2952
D2706
R2703
2
1
21
26
25
18
17
JL3123
JL2953
R2704
R2510
JL3124
Q2728
JL2954
R2705
R2511
C2921
JL3125
Q2729
JL2955
R2706
R2512
C2922
JL3126
JL2956
R2707
R2513
C2923
JL3127
JL2957
R2708
R2514
R2320
C2924
JL3128
JL2958
R2709
R2515
R2321
C2925
JL3129
JL2959
R2516
R2322
C2926
R2517
R2323
C2927
R2900
IC2704
IC2712
R2518
R2324
C2928
R2901
C2929
R2902 R2903
R2904
R2710
JL3130
JL2960
R2905
R2711
JL3131
JL2961
R2906
R2712
JL3132
JL2962
R2907
R2713
JL3133
JL2963
C3100
R2908
R2714
C2930
JL3134
JL2964
C3101
R2909
R2715
C2931
JL3135
JL2965
C3102
C2932
JL3136
JL2966
R2716
C3103
R2717
C2933
JL3137
JL2967
Q3100
C3104
C2934
JL3138
JL2968
R2718
Q3101
C3105
C2935 JL2969
Q3102
C3106
C2936
Q3103 C3107
C2937
Q3104
C3108
R2910
C2938
R2140
Q3105
C3109
R2911
C2939
R2141
Q3106
ECB
ECB
ECB
ECB
R2912
C2746
Q3107
R2913
C2747
Q3108
R2914
C2748
JL2970
Q3109
R2915
JL2971
R2916
JL2972 R2917
JL2973
C3110
R2918
R2724
C2940
Q2748
JL2974
C3111
R2919
R2725
C2941
Q2749
JL2975
C3112
C2942
JL2976
C3113
C2943
JL2977
C3114
C2944
JL2978 Q3110
C3115
C2945
JL2979
Q3111
C3116
C2946
C3117
C2947
C3118
R2920
R2538
C2948
C3119
R2921
R2539
R2922
R2923
R2924
R2730
JL2980
R2925
R2731
JL2981
R2926
R2732
JL2982
R2927
R2733
JL2983
R2540
R2928
C2950
JL2984
C3121
301
81
100 31
50
51
80
R2929
R2735
C2951
JL2985
C3122
R2736
R2542
JL2986
R2737
R2543
C2953
JL2987
C3124
R2738
R2544
C2954
JL2988
C3125
R2739
R2545
C2955
JL2989
C3126
R2546
C2956
C3127
R2547
C2957
R3100
C3128
R2930
R2548
C2958
R3101
C3129
R2931
R2549
C2959
R3102
R2932
R3103
R2933
R3104
R2934
R2740
JL2990
R3105
R2935
R2741
JL2991
R3106
R2936
JL2992
R3107
R2937
JL2993
IC3100
301
81
100 31
50
51
80
IC2900
30
1
81
100 31
50
51
80
IC2901
301
81
100 31
50
51
80
IC2902
R3108
C3130
R2938
R2550
C2960
JL2994
R3109
C3131
R2939
R2745
R2551
C2961
JL2995
R2746
C2962
JL2996 IC3103
R2747
C2963
JL2997
R2748
13 1
12 2
CN2793
C2964
JL2998
C3134
IC3104
11 20
1
10
IC2300
IC3102
18
9
16
IC3101
R2749
C2965
JL2999
C3135
C2966
C3136
C2967
C3137
R3110
R2940
C2968
C3138
R3111
R2941
C2969
CN2975
C3139
R3112
ECBECB
R2942
R3113
R2943
R3114
R2944
R2750
R3115
R2945
R3116
R2946
R2752
R3117
R2947
R3118
R2948
C2970
C3140
R3119
R2949
C2971
C3141
C2972
C3142
C2973
C3143
C2974 C2975
C2976
C2977
R3120
R2950
C2978
R3121
C2979
R3122
R2952
R3123
R2953
R3124
R2954
R3125
R2955
R3126
R2956
R3127
R2957
R3128
R2958
C2980
R3129
R2959
R2766
C2982
R2767
C2984
C2985C2986
C2987
R3130
R2960
C2988
R3131
R2961
C2989
R3132
R2962
R3133
R2963
R3134
R2964
R3135
R2965
R2771
R3136
R2966
R3137
R2967
R3138
R2968
C2990
R2969
C2991
R2776
C2992
C2993
R3140
R2970
R2971
R3141
R2972
R3142
R2973
R2974
R2781
R2975
R2782
R2976
R2783
R2977
R2978R2979
R2786
R2787
R2980
R2981
R2791
R2795
C2001
JL3000
JL3001
JL3002
JL3003
JL3004
JL3005 JL3006
JL3007 JL3008
JL3009 JL3010
JL3011 JL3012
JL3013
ET2101
ET2301
ET2302
ET2501
ET2901
CL2107 CL2106
C2103
1-877-961- 13
MAIN BOARD (SIDE A)
C2106
C2105 C2109
C2110
C2111 C2112
C2114
C2117
C2118
C2119
C2120
C2121
C2122
C2123
C2124
D2100 D2101
D2104
D2105
D2106
D2107
D2108
C2135
CN2132
110
4-8. PRINTED WIRING BOARD – MAIN Section (1/2) – • : Uses unleaded solder.
 Ref. No. Location
• Semiconductor 
Location (Side A)
 D2100 G-10 
 D2101 F-10 
 D2104 H-8 
 D2105 G-10 
 D2106 H-10 
 D2107 H-11 
 D2108 G-11 
 D2700 C-8 
 D2701 B-8 
 D2704 D-10 
 D2706 D-9 
 
 IC2300 B-3 
 IC2301 B-11 
 IC2302 C-11 
 IC2704 E-10 
 IC2712 E-9 
 IC2900 D-4 
 IC2901 G-4 
 IC2902 G-6 
 IC3100 C-6 
 IC3101 F-5 
 IC3102 F-6 
 IC3103 E-7 
 IC3104 E-6 
 
 Q2100 F-9 
 Q2101 F-8 
 Q2701 B-8 
 Q2705 D-11 
 Q2709 D-10 
 Q2710 B-8 
 Q2712 D-11 
 Q2713 D-10 
 Q2717 D-9 
 Q2718 D-10 
 Q2720 D-10 
 Q2721 D-9 
 Q2728 E-10 
 Q2729 E-9 
 Q2748 E-11 
 Q2749 E-10 
 Q3100 E-6 
 Q3101 E-5 
 Q3102 E-6 
 Q3103 E-5 
 Q3104 E-6 
 Q3105 E-6 
 Q3106 E-7 
 Q3107 E-7 
 Q3108 E-7 
 Q3109 E-7 
 Q3110 E-7 
 Q3111 E-7 
(Page 25) (Page 25) (Page 25)
(Page 25)
(Page 25)
(Page 25) (Page 25)

HS-MB1

1919

23456789101112

C2702C2716

C2100

C2127

L2100

L2101

TH2100

TH2101

A2103

IC2103

A2104

321

A2101

A2102

IC2102

IC2101

RY2701

RY2700

R2726

R2727

C2701

C2706

C2721

C2722

Q2724

IC2706

C2129

C2718

C2719

1 53

IC2106

1 53

IC2107

C2125

C2128

C2130

C2136

R2138

R2139

123

A2100

IC2100

IC2108

C2711

C2723

E C B

Q2725

E C B

39 1

C2300

CN2501

40 2

39 1

CN2502

40 2 CN2300

C3123

C3120

C2983

C2981

C2952

C2949

C2920

C2917

D2103

D2102

123

IC2104

123

JL2101

JL2102

JL2103

JL2104

JL2105 JL2119

JL2120

JL2106

JL2107

JL2108

JL2305

JL2306

JL2112

JL2307

JL2113

JL2308 JL2309

JL2500

JL2501

JL2502

JL2503

CL2717

JL2504

JL2310

CL2718

JL2505

JL2311

CL2719

JL2506

JL2312

JL2507

JL2313

JL2508

JL2314

JL2509

JL2315

JL2316 JL2317

JL2318

CL2720

JL2319

CL2721

CL2722 CL2723

JL2510

CL2724

JL2511

CL2725

JL2512

CL2726

JL2513

CL2727

JL2514

JL2320

CL2728

JL2515

JL2321

JL2516

JL2322

JL2517

JL2323

JL2518

JL2324

JL2519

JL2325

JL2326 JL2327

JL2328 JL2329

JL2908

CN2300

RS-232C

J2300

-1

CAMERA IN

-2

-1

-2

CN2501

ZONE EXPANSION IN

CN2502

ZONE EXPANSION OUT

JL2521

JL2522

JL2520

JL2523 JL2524

JL2330

JL2525

JL2331

JL2526

JL2332

JL2527

JL2333

JL2528

JL2334

JL2529

JL2335

JL2336 JL2337

JL2338

JL2339

JL2530

JL2531 JL2532

JL2533

JL2534

JL2340

JL2535

JL2341

JL2536

JL2342

JL2537

JL2343

JL2538

JL2344

JL2539

JL2345

JL2346 JL2347

JL2348 JL2349

JL2540

JL2541

JL2542

JL2543

JL2350

JL2544

JL2351

JL2545

JL2352

JL2546

JL2353

JL2354 JL2355

JL2356

JL2358

JL2359

JL3014

JL3015 JL3016

JL3017 JL3018

JL3019 JL3020

JL3021 JL3022

JL3023 JL3024

JL3025 JL3026

JL3027 JL3028

JL3029 JL3030

JL3031 JL3032

JL3033 JL3034

JL3035 JL3036

JL3037 JL3038

JL3039

JL3040

JL2123

JL2124

JL2125

JL2122

JL2121

JL2126

JL2127

CL2101

CL2102

JL2118

1-877-961-

MAIN BOARD (SIDE B)

JL2114

CL2100

JL2115

JL2116

CL2104

CL2117

CL2105

19.5V

DC IN



ZONE 1

19.5V



ZONE 2

19.5V



ZONE 3

19.5V



ZONE 4

19.5V



ZONE 5

19.5V



ZONE 6

19.5V



ZONE 7

19.5V



ZONE 8

J2103

J2100

J2104

J2105

10V

J2102

J2106

J2107

J2108

J2109

4-9. PRINTED WIRING BOARD – MAIN Section (2/2) – • : Uses unleaded solder.

Ref. No. Location

• Semiconductor

Location (Side B)

D2102 G-9

D2103 G-9

IC2100 I-8

IC2101 G-9

IC2102 H-9

IC2103 H-10

IC2104 G-10

IC2106 G-10

IC2107 F-10

IC2108 G-8

IC2706 E-11

Q2724 E-11

Q2725 E-9

HS-MB1
HS-MB1
2020
4-10. SCHEMATIC DIAGRAM – MAIN Section (1/5) – • See page 34 for IC Block Diagrams.
92
E
C
A
13
D
B
7
H
86
F
45
G
121110
1MAIN
(2/5)
BOARD
BOARD
CN320
(4/7) E
VIDEO
7(5/5)
BOARD
MAIN
MAIN
BOARD
5(3/5)
(4/5)
MAIN
BOARD
6
BOARD
2MAIN
(2/5)
MAIN
(2/5)
BOARD
3
BOARD
4MAIN
(3/5)
BOARD
FCN310
VIDEO
(4/7)
IC B/D
IC B/D
23
3.3
3.3
23
3.3
3.3
23 7 723
723723
-7-9.3
-5-7
JL2102
JL2101
CL2106
C2112
0.1
C2114
0.1
CL2104
CL2105
CL2107
RB050L-40TE25
D2100
GND
GND
100uH
L2100
100uH
L2101
12345
SI-8033S
IC2107
Vin
SW Out
GND
Vos
ON/OFF
10V
470
C2129
12345
SI-8050S-LF1101
IC2106
Vin
SW Out
GND
Vos
S.S
RB050L-40TE25
D2101
J2102 GND
-7V
25V
470
C2101 0.1
C2103
GND
+3.3V
+3.3V
+5V
JL2103 JL2108
JL2109
JL2100 -5V
GND
STOP_IN
JL2111
0.1
C2132 16V
100
C2133
+20V
E
ET2101
50V
C2131
1
2W
R2138
68
2W
R2139
68
2SC2412K-T-146-R
Q2100
33k
R2118
2.2k
R2119
10k
R2140
10k
R2141
ISA1235AC1TP-1EF
Q2101
50V
470
C2136
16V
470
C2130
IO
G
KIA7907PI
IC2100
IO
G
KIA7905PI
IC2108
+18V
50V
1000
C2100
35V
330
C2125
35V
330
C2128
35V
330
C2127
10EDB40-TB5
D2102 10EDB40-TB5
D2103
IO
COM
KIA7807API-U/PF
IC2101
+7V_1
C2117
0.1
C2109
0.1
JL2106
+7V_2
IO
COM
KIA7807API-U/PF
IC2102
JL2107
JL2112
C2106
0.1
C2111
0.1
C2110
0.1
IO
COM
KIA7807API-U/PF
IC2104
C2105
0.1
JL2104
+7V_3
IO
COM
KIA7807API-U/PF
IC2103
+7V_4
JL2113
JL2105
GND
EC10DS2-TE12L5
D2105
EC10DS2-TE12L5
D2106
EC10DS2-TE12L5
D2107
EC10DS2-TE12L5
D2108
EC10DS2-TE12L5
D2104
16V
470
C2104
+7V_2
+7V_3
-7V
-7V
+7V_4
0.1
C2124
0.1
C2121
JL2122
JL2117
J2107
JL2110
0.1
C2119
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
15P
CN2131
+20V
+20V
GND
GND
+18V
+18V
GND
OPT+20V Z8
OPT+20V Z7
+5V
+5V
GND
GND
+3.3V
+3.3V
JL2124
JL2119
0.1
C2135
JL2114
J2108
JL2126
J2104
1
2
3
4
5
6
7
8
9
10
10P
CN2132
GND
OPT+20V Z6
GND
OPT+20V Z5
GND
+20V Z4
GND
+20V Z3
GND
+20V Z2
J2103
JL2121
0.1
C2122
JL2116
TH2100
J2109
TH2101
0.1
C2120
JL2123
J2105
JL2118
CL2102
0.1
C2118
J2100
JL2127
JL2125
JL2120
J2106
0.1
C2123
JL2115
CL2100
CL2101
+3.3V
+5V REG
+3.3V REG
-7V REG
+7V REG
+7V REG+7V REG
+7V REG STOP IN DETECT
Q2100,2101
IC2107
IC2106
IC2108
-5V REG
IC2100
IC2101 IC2103
IC2104IC2102
ZONE 1
19.5V
19.5V
19.5V
19.5V
19.5V
19.5V
19.5V
19.5V
ZONE 2
ZONE 3
ZONE 4
ZONE 5
ZONE 6
ZONE 8
ZONE 7
10V
31
2
3
2
1
3
2
13
2
1
3
1
2
3
1
2
DC IN
DC IN
(1/5)MAIN BOARD
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