Toa FS-971 User Manual

INSTALLATION MANUAL
APPLIED INSTALLATION

RACK-MOUNTED EMERGENCY PA SYSTEM

FS-971 SERIES MODEL NUMBERS : FS-971

2

TABLE OF CONTENTS

1. SUPPLIED MANUALS ........................................................................................................... 4

2. CONNECTIONS OF INTEGRATED REMOTE CONTROL UNIT RM-971

2.1. Connection Method ................................................................................................................. 5

2.2. Notes on Connections

2.2.1. Maximum line resistance ............................................................................................... 5

2.2.2. Connections of multiple remote control units ................................................................ 6

2.3. Remote Control Unit Numbers/Zone Numbers vs. Fuse Capacity .......................................... 7

2.4. Connections of Multiple Remote Control Units ........................................................................ 8

3. CONNECTION OF REMOTE MICROPHONE RM-1200

3.1. Notes on Connections ............................................................................................................. 9

3.2. Connections .......................................................................................................................... 10

3.3. Connection of the RM-1200's Push-in Terminal Block .......................................................... 11

4. CONNECTION OF REMOTE MICROPHONE RM-1100
(AUX CONTROL TERMINAL)

4.1. Notes on Connections ........................................................................................................... 12

4.2. Connections .......................................................................................................................... 12

4.3. Priority Setting When Multiple RM-1100s Are Connected

4.3.1. Priority setting .............................................................................................................. 13

4.3.2. When not setting the priority order .............................................................................. 13

5. GENERAL BROADCAST AND ATTENUATOR-FREE BROADCAST
DURING POWER FAILURE

5.1. How to Make "Power-Failure" General Broadcast and Attenuator-Free Broadcast .............. 14

5.2. Terminals for Power-Failure General Broadcast and Attenuator-Free Broadcast

5.2.1. Power-failure control input ........................................................................................... 14

5.2.2. Attenuator-free control input ........................................................................................ 14

5.3. Connections .......................................................................................................................... 15

6. CONNECTIONS WHEN MULTIPLE EQUIPMENT RACKS ARE INSTALLED
SIDE BY SIDE

6.1. Expansion Control Panel Connections .................................................................................. 17

6.2. Expansion Junction Panel Connections ................................................................................ 17

6.3. Expansion Junction Panel Connection when Expanding the DC Power Supply Panel ......... 18

6.4. Specifications of Each Cable Set .......................................................................................... 19

3

7. ABOUT THE MULTI-ORIGINATION MATRIX SYSTEM ............................................... 20

7.1. How to Divide the Speaker Lines of the Junction Panel ........................................................ 21

7.2. Input Matrix Panel Connections

7.2.1. Possible input and output combinations ...................................................................... 23

7.2.2. Address and audio input/output numbers .................................................................... 24

7.3. IM-011 Address Setting ......................................................................................................... 25

7.4. Front-Mounted Switch Setting and Volume Control Adjustment ........................................... 25

7.5. Connections .......................................................................................................................... 26

7.6. IM-011 Connections

7.6.1. Rear view diagrams and block diagrams .................................................................... 27

7.6.2. Single IM-011 unit: 4-input/4-output configuration ....................................................... 28

7.6.3. Input expansion: 8-input/4-output configuration .......................................................... 28

7.6.4. Output expansion: 4-input/8-output configuration ....................................................... 29

7.6.5. Input/output expansion: 16-input/8-output configuration ............................................. 30

7.6.6. Input/output expansion: 8-input/16-output configuration ............................................. 31

7.6.7. Notes on input level settings when increasing the output ........................................... 32

8. ABOUT THE EP-0510'S STATUS OUTPUTS ............................................................... 34

9. APPENDIX ............................................................................................................................... 35

4

1. SUPPLIED MANUALS

The following manuals are supplied with the emergency PA system.

Read only the manuals that are suited for your purpose.

Installation manual
(Basic installation)

· Installation

· The basics of installation
and its inspection

The book you are reading now

The book you are reading now

Emergency PA System FS-971 Series
Instruction Manual

Emergency PA System FS-971 Series
Installation Manual - Basic Installation

Emergency PA System FS-971 Series
Installation Manual - Applied Installation

Emergency PA System FS-971 Series
Installation Manual - Writing

Installation manual
(Writing)

· Initialization

· Registration setting

· Setting registration chart

· Associated equipment
connections

· Reference items

Installation manual
(Applied installation)

Instruction Manual

· Function

· Operation

· Routine inspection

· Overall inspection

· Those who operate the PA system to make
both emergency and general broadcasts

· Those who install the emergency PA system

· Those who settle on a plan of use, such as
broadcast zone assignment, and write
(register) data

· Those who check system operations

1

2

3

4

1

234

Control cable (4 pairs)

Under 50 Ω

Under 50 Ω

Under 50 Ω

Under 50 Ω

Under 50 Ω

Under 50 Ω

5

2. CONNECTIONS OF INTEGRATED REMOTE CONTROL UNIT RM-971

2.1. Connection Method

• Use heat-resistant, shielded twisted-paired cables for connection.

• Connect between the front-mounted terminal block of Junction Panel JP-0410 and the terminal block of the

remote control unit.

2.2. Notes on Connections

The maximum cable distance between the main rack and the remote control unit is 800 m, and there is a
limitation to the cable length depending on the type and zone numbers of the connected remote control unit.

2.2.1. Maximum line resistance

No. of zones

10 zones

20 zones

30 zones

40 zones

50-90 zones

Over 100 zones

Power cable (1 pair)

Under 5 Ω

Under 3 Ω

Under 2.5 Ω

Under 1.5 Ω

Under 1 Ω

Under 0.5 Ω

Remote control unit's terminal block

REMOTE OUT

C HCH

Control line Power supply line

RM BUS

EMG
ACTI

CPU

MONITOR 24 VDC POWER GND

CTRL OFF

C1

EF

(FA)

EMG
ACTI

C2 H2 C3 H3 C4 H4 (

H1

C H GND 24V GND 24V

CPU
OFF

MONITOR

1 EMG RM 24V 2 EMG RM 24V

BATT 1 BATT 2 CHECK

DS CHECK

-

)1 (+)1 (-)2 (+)2 (-)3 (+)3 (-)4 (+)4 GND

EMG REMOTE BUSEMG REMOTE AUDIO IN

GND

JP-0410 front-mounted upper row terminal block

6

2.2.2. Connections of multiple remote control units

When connecting two or more remote control units, be sure to branch each cable at the main rack.

Remote control unit Remote control unit Remote control unit

Main rack

Main rack

Remote control unit

Remote control unit

Remote control unit

Main rack

Remote control unit

Remote control unit

Total distance of (a) and (b) is shorter than 800 m.

(a)

(b)

Up to eight remote control units can be connected per system. However, when the system includes the
remote control unit of the type that receives power from the main rack, the additional emergency power supply
(p. 24 of Installation Manual - Basic Installation) and the expansion DC power supply (p. 35 of Basic
Installation) may have to be installed in the main rack.

Junction Panel JP-0410 comes with four Emergency RM BUS terminals to control communications with the
remote control unit. Note that up to two remote control units can be connected per terminal, and that the total
distance between the main rack and two remote control units must be shorter than 800 m.

A maximum of two remote control units can be connected per RM BUS terminal.

The JP-0410 is equipped with four Emergency RM Audio Input terminals for audio output from the remote
control unit. Only a maximum of two remote control units can be connected per audio input terminal.

Suitable zone numbers

Under 80 zones

90 – 110 zones

120 – 150 zone

160 – 220 zones

230 – 330 zones

7

110 zones

1.2 A

2.3. Remote Control Unit Numbers/Zone Numbers vs. Fuse Capacity

When a large current is consumed depending on the number of connected remote control units and zones,
the JP-0410's fuses (Emergency Remote Control 1 and 2 fuses) for remote control units must be replaced.

The following table shows the relationship between current consumption and zone numbers per remote
control unit.

10 zones

0.3 A

20 zones

0.4 A

30 zones

0.48 A

40 zones

0.58 A

50 zones

0.66 A

60 zones

0.76 A

70 zones

0.84 A

80 zones

0.94 A

90 zones

1.02 A

100 zones

1.12 A

220 zones

2.2 A

120 zones

1.3 A

130 zones

1.38 A

140 zones

1.48 A

150 zones

1.56 A

160 zones

1.66 A

170 zones

1.74 A

180 zones

1.84 A

190 zones

1.92 A

200 zones

2.02 A

210 zones

2.1 A

330 zones

3.18 A

230 zones

2.28 A

240 zones

2.38 A

250 zones

2.46 A

260 zones

2.56 A

270 zones

2.64 A

280 zones

2.74 A

290 zones

2.82 A

300 zones

2.92 A

310 zones

3.0 A

320 zones

3.1 A

EMG RM1

1.6A

EMG RM2 EMG OFF GEN RM CONTROL

1.6A

0.5A 0.5A 3A

10987

For "1 EMG RM 24V"

For "2 EMG RM 24V"

JP-0410 fuse holder

EF

(FA)

EMG
ACTI

CPU

OFF

C H GND 24V GND 24V

BATT 1 BATT 2

MONITOR

1 EMG RM 24V 2 EMG RM 24V

DS CHECK

C1

H1

C2 H2 C3 H3 C4 H4 (

-

)1 (+)1 (-)2 (+)2 (-)3 (+)3

EMG REMOTE BUSEMG REMOTE AUDIO IN

JP-0410 upper row
terminal block

Fuse capacity

2 A

2.5 A

3.15 A

4 A

5 A

Part name

Fuse 250V 2A 5x20 time lag

Fuse 250V 2.5A 5x20 time lag

Fuse 250V 3.15A 5x20 time lag

Fuse 250V 4A 5x20 time lag

Fuse 250V 5A 5x20 time lag

Part code number

115-40-089-00

115-40-090-80

115-40-091-90

115-40-092-20

115-40-093-70

Two circuits of fuse/power supply terminal combinations are provided for the remote control unit. The
maximum permissible current is 5 A for both circuits put together.

When replacing the fuse for the remote control unit, use the "time-lag" type fuse. Note that the fuse exceeding
5 A cannot be used because the fuse holder is 5 A in maximum rating.

8

2.4. Connections of Multiple Remote Control Units

• Wiring diagram of Integrated Remote Control Unit

REMOTE OUT (H / C)
RM BUS ( / )
Others
24 VDC ( / )

C

REMOTE OUT

H

RM BUS

EMG ACTI
CPU CTRL OFF
C

MONITOR

H

24 VDC

First remote
control unit

Second remote
control unit

Third remote
control unit

Fourth remote
control unit

Fifth remote
control unit

Sixth remote
control unit

Seventh remote
control unit

Eighth remote
control unit

C1

EF

(FA)

EMG
ACTI

C2 H2 C3 H3 C4 H4 (

H1

C H GND 24V GND 24V

CPU

OFF

MONITOR

1 EMG RM 24V 2 EMG RM 24V

JP-0410 front-mounted upper row terminal block

BATT 1 BATT 2 CHECK

DS CHECK

-

)1 (+)1 (-)2 (+)2 (-)3 (+)3 (-)4 (+)4 GND

EMG REMOTE BUSEMG REMOTE AUDIO IN

GND

9

3. CONNECTION OF REMOTE MICROPHONE RM-1200

3.1. Notes on Connections

The maximum distance between the main rack and the RM-1200 is 800 m.

Use cables with line resistance of less than 10 Ω.

Use twisted paired cables for bus lines.

Use two-core shielded cables for signal lines.

When connecting the bus line to the RM-1200, be sure to use the RM-1200's BUS1 terminal.

Be sure to observe the correct polarity when connecting the bus line.

• Connections of multiple RM-1200 units

When connecting two or more RM-1200 units, be sure to branch each cable at the main rack.

Up to 8 RM-1200 units

RM-1200

RM-1200

Distance (a + b + c) must be shorter than 800 m.

(a)

(b)

Main rack

Main rack

Main rack

(c)

A maximum of eight RM-1200 units can be connected. However, the DC power supply is additionally required
when the JP-0410's power capacity is insufficient depending on the system configuration.

Make connections so that the total cable distance between the main rack and the RM-1200 is shorter than 800 m.

10

3.2. Connections

RM-1200 terminal block

1

H

Note

Do not connect E of the
phone plug to RM-1200.

Two-core shielded cable Twisted paired cable

C

24V

GND

BUS ( )

BUS ( )

Observe correct polarity
of bus lines.

C

E
H

To pre-amplifier

GND

24 V

CHIME

IN USE

GEM RM PWR

GND

ACTI

112234 5 67 81910

REMOTE

REMOTE

GND

GEN RM BUS

TIMER

GND GND

AUX CONTROL

JP-0410 front-mounted middle row terminal block

PWR FAIL

CTRL

GND

11 12

11

1. Strip the cable sheath 9 mm using the strip gauge
provided on the side of the terminal block.

2. Insert the cable into the terminal block.

• Solid cable

Fully Insert the cable into the hole in the terminal
block.

• Twisted cable

Press the lock switch on the terminal block, and
fully insert the cable. Then, release the switch
with the cable inserted.

When removing the cable, pull it out of the terminal
block while pressing the lock switch.

Note: Do not press the lock switch extremely

strong.

3. After connection completion, bundle cables
together using the cable clip, then fix the clip with a
screw.

If cables are too thick to be bundled together,
replace the cable clip with the supplied clip.

3.3. Connection of the RM-1200's Push-in Terminal Block

Strip gauge

9 mm

Lock switch

Cable clip

Note

Do not tighten the clip
extremely strong.

Under 1200 m

Over ø1.2 mm

Over ø0.5 mm

12

4. CONNECTION OF REMOTE MICROPHONE RM-1100

(AUX CONTROL TERMINAL)

4.1. Notes on Connections

The maximum cable distance between the main rack and the RM-1100 is 1200 m.

Use two-core shielded cables for signal lines.

Use twisted paired cables for control lines.

Referring to the table below, select the cable to use depending on the cable length.

A maximum of eight (five when the first-in-first-out priority or individual unit priority function is used) RM-1100
units can be connected. However, the DC power supply panel may be additionally required when the JP­0410's power capacity is insufficient depending on the system configuration.

• Cable length vs. usable cable

Under 800 m

Over ø0.9 mm

Over ø0.35 mm

Under 400 m

Over ø0.65 mm

Over ø0.26 mm

Cable length

Power/control cable

Shielded cable

4.2. Connections

To connect the remote control unit to the AUX control terminal, operations for "writing" (registration) are
required. For details, refer to the Installation Manual - Writing.

Twin
shielded
cable

C

To pre-amplifier
PP-025B line input

E

H

RM-1100
bottom-mounted terminal block

GND

24 V

CHIME

GEM RM PWR

ACTI

112234 5 67 81910 11121314

IN USE

REMOTE REMOTE

GND

GEN RM BUS

AUX CONTROL

TIMER

GND GND

PWR FAIL

CTRL

GNDGND

JP-0410 front-mounted middle row terminal block

13

4.3. Priority Setting When Multiple RM-1100s Are Connected

4.3.1. Priority setting

First-in-first-out priority: Connect the First-in-first-out terminal of one remote control unit to the same terminal

of another. Up to five units can be connected for the FIFO priority function.

Remote Control Unit 1 Remote Control Unit 2

ANN ON

RM

1ST-IN-1ST-OUT

RT

PRIORITY

ALL-ZONE

CHIME

COM

+

-

24 VDC
POWER

REMOTE

OUTPUT

H

CE

ANN ON

RM

1ST-IN-1ST-OUT

RT

PRIORITY

ALL-ZONE

CHIME

COM

+

-

24 VDC

POWER

REMOTE

OUTPUT

H

CE

Remote Control Unit 1 Remote Control Unit 2

ANN ON

RM

1ST-IN-1ST-OUT

RT

PRIORITY

ALL-ZONE

CHIME

COM

+

-

24 VDC

POWER

REMOTE

OUTPUT

H

CE

ANN ON

RM

1ST-IN-1ST-OUT

RT

PRIORITY

ALL-ZONE

CHIME

COM

+

-

24 VDC

POWER

REMOTE

OUTPUT

H

CE

Of the two remote control units, the unit making an announcement first takes
precedence. While one unit is in use, other remote control unit cannot be used.

Individual unit priority: Connect the Individual unit priority/sending [priority/T] terminal of the remote control unit

given higher priority to the Individual unit priority/receiving [priority/R] terminal of the unit
with lower priority. Up to five units can be connected.

4.3.2. When not setting the priority order

When using only one RM-1100 unit or when using multiple units but not assigning priority, do not connect the
First-in-first-out terminal or Individual unit priority terminal.

Note

To play chime from the RM-1100, the Pre-amplifier Panel PP-025B which has an internal chime unit CK-025
must be installed in the main rack.

In this example, Remote Control Unit 1 takes precedence over Remote Control Unit 2.
While Unit 1 is making broadcast, Unit 2 cannot be used. Conversely, while Unit 2 is
making broadcast, Unit 1 can be used.

14

5. GENERAL BROADCAST AND ATTENUATOR-FREE BROADCAST

DURING POWER FAILURE

5.1. How to Make "Power-Failure" General Broadcast and Attenuator-Free Broadcast

By installing an emergency power supply panel, which is independent of that for emergency broadcast,
general broadcast can be made even during a power failure using the battery. The battery to be installed in
the emergency power supply panel is optional.

Notes

• To make power-failure general broadcast or attenuator-free broadcast, the emergency power supply panel

and battery solely intended for this purpose must be installed in the main rack.

• The emergency power supply panel and battery, installed for emergency broadcast, cannot be used for

power-failure general broadcast or attenuator-free broadcast.

5.2. Terminals for Power-Failure General Broadcast and Attenuator-Free Broadcast

The JP-0410 is equipped with two control inputs, power-failure control input and attenuator-free control input,
for activating general broadcast during a power failure.

5.2.1. Power-failure control input

Shorting the power failure control input terminal with the grounding terminal supplies power from the
emergency power supply panel for power-failure general/attenuator-free broadcast to equipment, thereby
enabling broadcast. When the power-failure general broadcast gets started, the speaker line is not selected.
To make broadcast, select the speaker line at the main rack or remote control unit.

Ground

Power-failure general broadcast activation contact.
(Procure this switch separately.)

Contact capacity: 30 VDC, over 100 mA

JP-0410 front-mounted
terminal block

Power-failure
control input

Output

JP-0410

EP-0510

Power-failure general broadcast activation contact.
(Procure this switch separately.)

Contact capacity: 30 VDC, over 100 mA

Digital announcer, etc.
(24VDC-operated equipment)

JP-0410 rear-mounted
terminal block

Ground

Attenuator-free
input

Attenuator-free
control input

Start terminal

+

-

Power-failure general broadcast can be made while the switch for activation of power-failure general
broadcast is at make. If the switch for activation of power-failure general broadcast is at break, the power­failure general broadcast is terminated, putting the system in the standby mode.

5.2.2. Attenuator-free control input

If the attenuator-free control input terminal is shorted with the grounding terminal, attenuator-free broadcast
can be made to the line set by writing even during a power failure. Only the signal connected to the EP-0510's
attenuator-free input is broadcast. In this event, the broadcast is always attenuator-free broadcast (which is
output to R line).

Closing the attenuator-free control input during AC power operation causes the broadcast to take precedence
over other broadcasts.

15

5.3. Connections

Notes

• Connections for emergency broadcast are omitted.

• Separately procure both the broadcast switches and diode for reverse current flow prevention.

Power amplifier panel

Digital announcer, etc.

Attenuator-free input

Pre-amplifier
panel

EP-0510

JP-0410

24 VDC

Output

Power-failure general
broadcast switch

Front-mounted terminal
block power failure control

Ground

Diode for prevention
of reverse current flow

Attenuator-free broadcast switch

Emergency power supply panel for power-failure
general broadcast/attenuator-free broadcast

Emergency power supply panel for emergency broadcast

Connection diagram 1

16

In Connection diagram 2, attenuator-free broadcast can automatically be made using the digital
announcement machine, etc. when the attenuator-free broadcast switch is shorted. Determine broadcasting
lines by writing into the Integrated Control Panel EP-0510.

Notes

• In this connection example, because power (24 VDC) is always supplied from the battery built in the

emergency power supply panel for power-failure general/attenuator-free broadcasts to the digital announcer,
etc. (even when the attenuator-free broadcast switch is not shorted), the battery is drained quicker than in
the example of Connection diagram 1. Use the battery having a sufficient current capacity.

• The power-failure broadcast function is operated even when the AC power is supplied. In such cases, the

power-failure broadcast takes precedence over all other broadcasts.
When the AC power is supplied, 24 VDC is not output from the emergency power supply panel's control
terminal.

• To automatically inspect the battery for power-failure general/attenuator-free broadcasts, connect the battery

check terminal and VOLT DOWN terminal in the same manner as the emergency power supply panel.
This applies to both connection examples of Connection diagrams 1 and 2.

Attenuator-free
broadcast switch

Attenuator-free input

24 VDC

(+)

(

-

)

Busy output

Output

Digital announcer, etc.

JP-0410

To EP-0510 attenuator-free
broadcast input

Emergency power supply panel for power-failure
general broadcast/attenuator-free broadcast

Connection diagram 2

To power amplifier 24 VDC

17

6. CONNECTIONS WHEN MULTIPLE EQUIPMENT RACKS ARE

INSTALLED SIDE BY SIDE

6.1. Expansion Control Panel Connections

When many expansion control panels are used and they are separately installed in different racks, connect
those panels using the optional YR-932 Cable Set.

EP-029-20

EP-029-20

EP-0510

EP-029-20

YR-932 multiple-rack EP-EP power cable

Equipment rack 1 Equipment rack 2

Note : This connection method applies to the EP-029-10

Expansion Control Panel as well.

YR-932 multiple-rack EP-EP control cable

POWER

POWER

POWER

POWER

POWER

CTRL

CTRL

CTRL

CTRL

CTRL

POWER

POWER

CTRL

CTRL

Equipment rack 1

Note : This connection method applies to the JP-039-10

Expansion Junction Panel as well.

JP-039-20

POWER

POWER CTRL

CTRL

JP-039-20

POWER

POWER CTRL

CTRL

Equipment rack 2

YR-933 multiple-rack JP-JP control cable

YR-933 multiple-rack JP-JP power cable

6.2. Expansion Junction Panel Connections

When many expansion junction panels are used and they are separately installed in different racks, connect
them using the optional YR-933 Cable Set.

18

6.3. Expansion Junction Panel Connection when Expanding the DC Power Supply Panel

When many expansion junction panels are used and they are separately installed in different racks, and when
the power from a DC power supply panel is also supplied to different racks, modify the optional "YR-933
Multiple-Rack JP-JP Power Cable" and use the modified cable to connect between the DC power supply and
the junction panel.

(-) Yellow

(+) Orange

24 VDC

YR-933 Multiple-Rack JP-JP Power Cable

Cut off here.

Connect to the JP-039 in Rack 1 Connect to the JP-039 in Rack 2

5 Green
4 Yellow
3 Orange
2 Red
1 Brown

To make connections, cut off the orange and the yellow wires in the YR-933 Multiple-Rack JP-JP Power
Cable at the base of connectors of Rack 1, then reconnect both wires to the DC Power Supply Panel AD-011
or AD-031B.

Equipment rack 1 Equipment rack 2

JP-039-20

POWER

24VDC

OUT

-

POWER

24VDC

IN

+-+

AD-011

AD-031B

JP-039-20

POWER

POWER

Note :

This connection applies to the Expansion
Junction Panel JP-039-10 as well.

Yellow

Orange

YR-933 multiple-rack JP-JP power cable

Connect to the DS-029 output terminals

19

6.4. Specifications of Each Cable Set

600

4 Yellow
3 Orange
2 Red
1

4
3
2
1

Model No.

Model Name

YR-931

Cable Set

YR-932

Cable Set

Cable

YR-931

EP-EP Power

Expansion Cable

Quantity

1

Length

(mm)

600

Attached

Connector

VH-VH

600

5 Green
4 Yellow
3
2 Red
1 Brown

5
4
3
2
1

YR-931

JP-JP Power

Expansion Cable

1 600

VH-VH

5000

Black
Red

4
3
2
1

YR-931

EP-AD Power

Expansion Cable

1 5000

VH

5000

3 White
2 Black
1 Red

3
2
1

Gray

5000

5 Green
4 Yellow
3 Orange
2 Red
1 Brown

5
4
3
2
1

YR-932

Multiple-Rack

EP-EP Control

Cable

1 5000

SMR-SMR

5000

Black
Red

5
4
3
2
1

YR-931

JP-AD Power

Expansion Cable

1 5000

VH

5000

4 Yellow
3 Orange
2 Red
1 Brown

4
3
2
1

YR-932

Multiple-Rack

EP-EP Power

Cable

1 5000

VH-VH

YR-933

Cable Set

5000

3 White
2 Black
1 Red

3
2
1

Gray

YR-933

Multiple-Rack

JP-JP Control

Cable

1 5000

SMR-SMR

YR-933

Multiple-Rack

JP-JP Power

Cable

1 5000

VH-VH

Appearance

Refer to p. 36 and p. 37 of the "Installation Manual - Basic Installation" for connections of the YR-931 cable.

20

7. ABOUT THE MULTI-ORIGINATION MATRIX SYSTEM

By employing the Input Matrix Panel IM-011, you can provide simultaneous outputs of paging calls or
background music (BGM) separately to different zones.

• One Input Matrix Panel IM-011 provides 4 inputs/4 outputs matrix configuration.

• Programs of up to four sound sources can be simultaneously broadcast per IM-011.

However, the IM-011's Input 1 is designated as an input for emergency broadcast.

• Up to eight IM-011s can be connected, permitting matrix configuration of a maximum of 16 inputs and 8

outputs or 8 inputs and 16 outputs.

• Write the setting into the Integrated Control Panel EP-0510.

(Refer to the Installation Manual - Writing.)

• Address numbers must be set for the IM-011. (Refer to p. 25.)

[System Example]

Security center, etc.

M

Zone A

Zone B

Zone C

Integrated Control

Panel

EP-0510

General-purpose
remote control unit

General-purpose
remote control unit

BGM, etc.

Input 1

Input 2

Input 3

Input 4

Input
Matrix
Panel

IM-011

Output 1

Output 2

Output 3

Output 4

Power Amplifier

Panel

Junction Panel

JP-0410

JP-039-20

JP-039-20

JP-039-10

Zone A

Zone B

Zone C

21

7.1. How to Divide the Speaker Lines of the Junction Panel

Junction panel's power amplifier terminals can be divided for a group of consecutive five lines.

For multi-origination broadcast, remove jumper wires on the power amplifier terminals so that the outputs of
the power amplifier panel are divided for each broadcasting zone.

• The 10-zone Expansion Junction Panel JP-039-10 is not equipped with terminals C3, C4, H3, and H4.

• Remove jumper wires from both C and H terminals depending on the combinations.

GND C1 C2

H1 H2

AMP

FAULTFAULT

BATTERYGEN DSEMG DS

CHECKCTRL

+

CTRL +ACTI

+

ACTI

+

CHIME

OUTOUTIN

TIMER

2

EMG
24 V

24 V

ATT

FREE

Jumper wires

POWER AMPLIFIER

C1 C2 C3 C4 H1 H2 H3 H4

JP-039-20 rear-mounted terminal block

JP-0410 rear-mounted terminal block

20-zone Expansion Junction Panel

Junction Panel

22

• Be sure to divide the speaker lines when connecting two or more power amplifier panels to the junction
panel or expansion junction panel. Failure to do this shorts the power amplifier panel outputs, causing
damage to the power amplifier panels.

H1, C1

Remove jumper wires.

H2, C2

H3, C3

H4, C4

The figure is based on the JP-039-20.
Neither the JP-039-10 nor the JP-0410 has lines 11-20.

Line 1

Line 5

Line 6

Line 10

Line 11

Line 15

Line 16

Line 20

23

7.2. Input Matrix Panel Connections

• Up to eight Input Matrix Panels IM-011 can be connected.

• Inputs and outputs must be of full matrix configuration (i.e. I/O configuration must be as shown below). Also,

the address of each panel must be set correctly depending on the input and output configuration. If not
correctly set, the matrix panel does not operate normally.

7.2.1. Possible input and output combinations

Note

Combinations other than those above are impossible. Connections are impossible for five and seven units.

6 units

8 inputs/12 outputs

12 inputs/8 outputs

8 units

8 inputs/16 outputs

16 inputs/8 outputs

Connected input Nos. Audio I/O Nos.

1 unit 4 inputs/4 outputs

2 units

4 inputs/8 outputs

8 inputs/4 outputs

3 units

4 inputs/12 outputs

12 inputs/4 outputs

4 units

4 inputs/16 outputs

8 inputs/8 outputs

16 inputs/4 outputs

Address of the IM-011 to use

0

0 1

4

0

0 1 2

8

4

0

0 1 2 3

5

041

A

8

4

0

6

04152

8

9

4

5

0

1

0415263

A

B

8

9

4

5

0

1

7

24

[Important]

Audio Input 1 is solely intended for emergency broadcast. Be sure to connect Input 1 to the EP-0510's
Emergency/General output.

7.2.2. Address and audio input/output numbers

Audio input

Dedicated input for

emergency broadcast

16

15

14

13

12

11

10

4

Address

3

2

1

4

3

2

1

9

4

8

3

7

2

6

1

5

4

4

3

3

2

2

1

1

A

123

Address

8

123

Address

4

123

Address

0

1234

123

4

Address

3

2

1

4

4

3

2

1

4

4

3

2

1

4

4

3

2

1

4

B

1234

Address

9

1234

Address

5

123

4

Address

1

1234

5678

4

Address

3

2

1

1234

4

Address

3

2

1

1234

9101112

4

Address

6

2

3

2

1

1234

4

Address

3

2

1

1234

13 14 15 16

7

3

Audio output

25

7.3. IM-011 Address Setting

1. Remove the IM-011's two front panel screws to remove the front panel.

2. Rotate the address switch with a screwdriver to set the address.

Input level setting switch

Selects either –20 dBV or 0 dBV depending on
the input source signal level. The switch is set to
the [0 dBV] position at the factory.

Input volume control

Adjusts the sound volume.
(The control is set to the MAXIMUM
position at the factory.)

Set the control mode switch
to the [AUTO] position. The
switch is set to the [AUTO]
position at the factory.

When the control mode switch is in the [AUTO]
position, the switching time setting switch and the
input/output setting switch are both disregarded.
Both switches can be used when the control
mode switch is in the [MANUAL] position.

AUTO

MANUAL

CONTROL SW

7.4. Front-Mounted Switch Setting and Volume Control Adjustment

Ensure that the front panel is replaced after setting and adjustment completion.

Note

Emergency broadcast is output at the maximum
volume level regardless of the input volume
control setting.

Remove screws to remove the front panel.

ADDRESS

F

0

1

E

2

D

3

C

4

B

5

6

A

7

9

8

Rotate the address switch with screwdriver to set the address.

The switch is set to 0 at the factory, as shown in the figure.

26

7.5. Connections

Power amplifier
panel

Monitor Panel
MP-011

Pre-amplifier Panel
PP-025B

Integrated Control
Panel EP-0510

Expansion Control
Panel EP-029-20

Input Matrix
Panel IM-011

Power amplifier panel

Input sources, such as the general-purpose
remote control unit and BGM player

To DC Power Supply Panel

Junction Panel
JP-0410

Expansion Junction Panel
JP-039-20

Note : Connections of both the emergency broadcasting and power supply sections are omitted.

27

7.6. IM-011 Connections

7.6.1. Rear view diagrams and block diagrams

Notes

• Be sure to connect the EP-0510's Emergency/General output to Audio Input 1 of the "Address 0" IM-011
Panel connected to the power amplifier panel. Wrong connections disable the emergency broadcast
function.

• Only the Audio Input 1 signal of the "Address 0" IM-011 Panel is output when in emergency broadcast mode.

EP-0510's rear panel

Control cable attached
to IM-011

IM-011's rear panel

24 VDC input
(Connect this input to the DC Power Supply Panel's 24 VDC OUT terminal.)

Connect Audio Input 1 of the "Address 0" Input Matrix Panel IM-011 to the
Emergency/General output of the Integrated Control Panel EP-0510.

Block diagram

Expansion

Expansion

audio input

1234

1234

Expansion

audio output

External control input
(Used for manual control. Not used in combinations with the FS-970 series.)

Audio

input

1234

Audio

input

1234

Audio

output

audio input

1234
4
3
2
1

1234

Audio

output

4
3
2
1

Expansion

audio output

28

7.6.2. Single IM-011 unit: 4-input/4-output configuration

7.6.3. Input expansion: 8-input/4-output configuration

To Integrated Control Panel EP-0510

Address 0

Emergency/General output

1

1234

To power amplifier panel input

IM-011 control

4
3
2

To input source
(general-purpose remote control unit, BGM player, etc.)

Audio input

number

4
3
2
1

1234
4
3
2
1

1234

1234

4
3
2
1

Audio output

number

EP-0510 Emergency/General output

[ ] stands for the address number.

Address 4

To Integrated Control Panel EP-0510

Address 0

Emergency/

General output

1

1234

To power amplifier panel input

IM-011
control

8
7

To input source

6
5

Audio input

number

4
3

To input source

2

1234

4

8

3

7

2

6

1

5

1234

4
3
2
1

Audio

output

Expansion

1234

4

4

3

3

2

2

1

1

1234

1234

audio input

4
3
2
1

Audio output

number

EP-0510 Emergency/General output

[ ] stands for the address number.

29

7.6.4. Output expansion: 4-input/8-output configuration

Address 1

56 78

To Integrated Control Panel EP-0510

Address 0

Emergency/General output

1

234

1

IM-011 control

To power amplifier panel input

4

To input source

3
2

Audio input

number

4
3
2
1

To power amplifier panel input

Expansion

audio output

1234
4
3
2
1

1234

1234 5678

4
3
2
1

Audio

input

1234
4
3
2
1

1234

[ ] stands for the address number.

4
3
2
1

Audio output

number

30

7.6.5. Input/output expansion: 16-input/8-output configuration

[ ] stands for the address number.

Audio input

Input

13 14 15

16

number

16
15
14
13

1234
4
3
2
1

1234

1234
4
3
2
1

4
3
2
1

1234

4
3
2
1

Input

91011

12

Input

5678

Input

123

1234

4

To power amplifier
panel input

567

8

To power amplifier
panel input

12
11
10

9

8
7
6
5

4
3
2
1

1234
4
3
2
1

1234

1234
4
3
2
1

1234

1234
4
3
2
1

1234

1234 5678

4
3
2
1

4
3
2
1

4
3
2
1

1234
4
3
2
1

1234

1234
4
3
2
1

1234

1234
4
3
2
1

1234

Audio output number

4
3
2
1

4
3
2
1

4
3
2
1

To [Emergency/General] output
of Integrated Control Panel EP-0510

31

7.6.6. Input/output expansion: 8-input/16-output configuration

[ ] stands for the address number.

Input

Input

8

4

1

567

8

567

123

1234

9101112 13 14 15 16

To power amplifier
panel input

To [Emergency/General] output
of Integrated Control Panel EP-0510

Audio input

number

1234

4

8

3

7

2

6

1

5

1234

1234

4

4

3

3

2

2

1

1

1234

123

4
3
2
1

4
3
2
1

4

To power amplifier
panel input

1234
4
3
2
1

1234

1234
4
3
2
1

1234

5678

4
3
2
1

4
3
2
1

Audio output number

To power amplifier
panel input

1234
4
3
2
1

1234

1234
4
3
2
1

1234

9 101112

4
3
2
1

4
3
2
1

To power amplifier
panel input

1234
4
3
2
1

1234

1234
4
3
2
1

1234

13141516

4
3
2
1

4
3
2
1

32

7.6.7. Notes on input level settings when increasing the output

When increasing output numbers to 8, 12 or 16 outputs by connecting two or more IM-011s, the inputs
common to each IM-011 unit must be set for the same level. Refer to the following examples.

• Eight outputs

Important: All of the above input levels must have the same setting regardless of increased input numbers.

The figure below shows the inputs of both "Address 0" and "Address 1" panels are set for the same level
when their outputs are increased.

Set all inputs 1–4 of both the "address A" and "address B" panels
for the same level.

Set all inputs 1–4 of both the "address 0" and "address 1" panels
for the same level.

Set all inputs 1–4 of both the "address 8" and "address 9" panels
for the same level.

Set all inputs 1–4 of both the "address 4" and "address 5" panels
for the same level.

Audio input/output expansion (16 inputs/8 outputs configuration)
Note: "Exp" in the figure is short for "expansion".

1234

Exp audio input

4

3

Address

2

1

A

Audio input

Audio output

1234

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

B

Audio input

Audio output

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

4

3

2

1

4

3

2

1

8

Audio input

Audio output

1234

Exp audio input

Address

4

Audio input

Audio output

1234

Exp audio input

Address

0

Audio input

Audio output

4

3

2

Exp audio output

1

4

3

2

Exp audio output

1

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

4

3

2

1

4

3

2

1

9

Audio input

Audio output

1234

Exp audio input

Address

5

Audio input

Audio output

1234

Exp audio input

Address

1

Audio input

Audio output

4

3

2

Exp audio output

1

4

3

2

Exp audio output

1

4

3

2

Exp audio output

1

Audio input 2

Expansion audio output 2

Audio input 2

Expansion audio output 2

0 dB

-

20 dB

Input level setting switch

0 dB

-

20 dB

Input level setting switch

To internal circuit

Address 0

To internal circuit

Address 1

33

The following figure shows the inputs of both "Address 0" and "Address 1" panels are set for different levels
when their outputs are increased.

Set Inputs 1–4 of the "address 4–6" panels for
the same level.

Set Inputs 1–4 of the "address 0–2" panels for
the same level.

Set Inputs 1–4 of the
"address 4–7" panels for
the same level.

Set Inputs 1–4 of the
"address 0–3" panels for
the same level.

If, as shown in the figure above, the input level of the "Address 0" panel has a different setting from that of the
"Address 1" panel when their audio outputs are increased,

(1) Setting the "address 1" panel for an adequate volume level will result in a significantly larger input to the

"address 0" panel.

(2) Setting the "address 0" panel for an adequate volume level will result in a significantly smaller input to the

"address 1" panel.

• Twelve outputs

• Sixteen outputs

Audio input 2

Expansion audio output 2

Audio input 2

Expansion audio output 2

0 dB

-

20 dB

Input level setting switch

0 dB

-

20 dB

Input level setting switch

To internal circuit

Address 0

To internal circuit

Address 1

Audio input/output expansion (8 inputs/12 outputs configuration) Note: "Exp" in the figure is short for "expansion".

1234

Exp audio input

4

3

Address

2

1

4

Audio input

Audio output

1234

1234

Exp audio input

4

4

3

3

2

2

Exp audio output

1

1

Audio input

Audio output

Address

5

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

6

Audio input

Audio output

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

0

Audio input

Audio output

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

1

Audio input

Audio output

1234

Exp audio input

4

4

3

3

2

2

Exp audio output

1

Audio input

1

Address

2

Audio output

4

3

2

Exp audio output

1

Audio input/output expansion (8 inputs/16 outputs configuration) Note: "Exp" in the figure is short for "expansion".

1234

Exp audio input

4

3

Address

2

1

4

Audio input

Audio output

1234

1234

Exp audio input

4

3

Address

2

1

0

Audio input

Audio output

1234

Exp audio input

4

4

3

3

2

2

Exp audio output

1

4

3

2

Exp audio output

1

Audio input

1

Audio output

1234

Exp audio input

4

3

2

Audio input

1

Audio output

Address

5

Address

1

4

3

2

Exp audio output

1

4

3

2

Exp audio output

1

1234

Exp audio input

4

3

Address

2

1

4

3

2

1

6

Audio input

Audio output

1234

Exp audio input

Address

2

Audio input

Audio output

1234

Exp audio input

4

4

3

3

2

2

Exp audio output

1

4

3

2

Exp audio output

1

Audio input

1

1234

Exp audio input

4

3

2

Audio input

1

Address

7

Audio output

Address

3

Audio output

4

3

2

Exp audio output

1

4

3

2

Exp audio output

1

Status to Turn Output On

Warning Announcement or other audio alarm other than the second
signal is being output.

Warning Announcement indicator is on or flashing during or before
and after Warning Announcement.

Evacuation Announcement indicator is on or flashing during or before
and after Evacuation Announcement.

False Alarm Announcement indicator is on or flashing during or
before and after False Alarm Announcement.

Emergency announcement is being made from the PA microphone.

Communication error with the emergency remote control unit or other
irregularity has occurred and the failure indication is being displayed.

General broadcast is being made from any connected equipment.

Equipment do not correctly operate because of writing or overall
check.

34

8. ABOUT THE EP-0510'S STATUS OUTPUTS

These outputs show the status of the Integrated Control Panel EP-0510, and each output turns on when in the
following states.

Signals from these outputs are provided from the status output connector (10-pole SM connector) located on
the EP-0510's rear panel. Pins of the connector are arranged as follows.

Output Name

Audio Alarm Output On

Warning Announcement On

Evacuation Announcement On

False Alarm Announcement On

Microphone Announcement On

Abnormality In Progress

General Broadcast On

System Check In Progress

Pin No. Signal Name Rating

1 Ground

–

2 Audio Alarm Output On Withstand voltage: 24 VDC, Current capacity: 0.1 A

3 Warning Announcement On Withstand voltage: 24 VDC, Current capacity: 0.1 A

4 Evacuation Announcement On Withstand voltage: 24 VDC, Current capacity: 0.1 A

5 False Alarm Announcement On Withstand voltage: 24 VDC, Current capacity: 0.1 A

6 Microphone Announcement On Withstand voltage: 24 VDC, Current capacity: 0.1 A

7 Abnormality In Progress Withstand voltage: 24 VDC, Current capacity: 0.1 A

8 General Broadcast On Withstand voltage: 24 VDC, Current capacity: 0.1 A

9 System Check In Progress Withstand voltage: 24 VDC, Current capacity: 0.1 A

10 +5 V Current capacity: 1 mA

EP-0510

12345678910

Pin No.

Status output connector
(10-pole SM connector)

35

9. APPENDIX

This appendix focuses on hints on installation and connections of associated equipment to the FS-971 Series.

TABLE OF CONTENTS

9.1. Notes on Parallel Rack Installation

9.1.1. Securing racks installed side by side ................................................................ 36

9.1.2. Adjusting the rack height ................................................................................... 36

9.2. Specifications and Connections of Monitor Panel MP-011

9.2.1. Specifications .................................................................................................... 37

9.2.2. Connections ...................................................................................................... 38

9.3. Connections to the PBX and Intercom Systems .................................................... 39

9.4. Source Equipment Connections .............................................................................. 40

9.5. Tables for Each Panel's Switch Settings

9.5.1. Integrated Control Panel EP-0510 .................................................................... 41

9.5.2. Expansion Control Panels EP-029-10 and EP-029-20 ..................................... 42

9.5.3. Junction Panel JP-0410 .................................................................................... 42

9.5.4. Expansion Junction Panels JP-039-10 and JP-039-20 ..................................... 42

9.5.5. Input Matrix Panel IM-011 ................................................................................. 42

9.5.6. Integrated Remote Control Panel EP-059R ...................................................... 43

36

9.1. Notes on Parallel Rack Installation

9.1.1. Securing racks installed side by side

Two knock-out holes (ø12 mm) are provided on each side of the rack. Break these holes using a screwdriver,
and secure racks to each other with M8 bolts and nuts.

9.1.2. Adjusting the rack height

(A standard screwdriver is required to adjust the height.) When multiple racks installed on the floor are
unstable, adjust their height and secure levelness by turning clockwise the height adjustment screw located at
the rack base front.

24 VDC

400 mA (rated output)

10 inputs - Amplifier output level: 50 V, 70 V, 100 V (changeable)

Line output level: 0 dBV (1 V)

33 x 140 mm dynamic speaker, 3 W / 8 Ω

7-segment LED meter

Emergency control signal (bypassing attenuators)
Talk switch signal (prevention of feedback)

Black, 30% gloss

482 (w) x 44 (h) x 219.1 (d) mm

2.5 kg

4-pole connector cable ................. 1

Rack mounting screw ................... 4

Name label ................................... 1

37

9.2. Specifications and Connections of Monitor Panel MP-011

9.2.1. Specifications

A maximum of ten amplifier inputs and outputs can be switched and each of their levels monitored by means
of the monitor speaker and level meter.

Power Source

Current Consumption

Input

Monitor Speaker

Meter

Control Signal Input

Finish

Dimensions

Weight

Accessories

• Appearance

[Rear view]

[Front view]

420

465

482

4 - 6 x 10

31.8

44

38

9.2.2. Connections

• Connecting the Monitor Panel to the Integrated Control Panel EP-0510 permits emergency broadcast to be
monitored at the specific volume level regardless of the volume control setting. When the PA microphone
attached to the EP-0510 is used, the monitoring level automatically lowers to prevent feedback.

• For ten input circuits, by changing the jumper connector position, individual power amplifier or line output
levels can be selected. (All inputs are set for the power amplifier output level at the factory.)

• All of the ten input circuits can be simultaneously switched to the power amplifier output levels of 50 V, 70 V
or 100 V.

MP-011 top view (case removed)

Jumper connector

12345 678910

100 V, 70 V, 50 V position

(Factory-preset position)

1 V (line level) position

Yellow

Orange

Red

Brown

Printed circuit board

MP-011 rear view

To each power amplifier
output or line output

MP-0510 rear panel

These cables are supplied

MP-011 power supply

with MP-011.

39

9.3. Connections to the PBX and Intercom Systems

By connecting the PA system to the PBX and intercom system, paging calls can be made from the telephone
or intercom station. Short the power control starting cable between the AUX control and grounding terminals.
The power amplifier's power is switched on and the speaker lines set in the writing are selected.

( Exchange )

Audio signal

To pre-amplifier

Power control starting cable

GND

24 V

GEM RM PWR

1

2

CHIME

ACTI

34 5 67 81910

IN USE

REMOTE REMOTE

1

2

GND

GEN RM BUS

JP-0410 front-mounted middle row terminal block

TIMER

GND GND

AUX CONTROL

PWR FAIL

CTRL

GNDGND

40

9.4. Source Equipment Connections

When using a timer to activate source equipment to play a time signal chime or broadcast commercial
messages, connect the equipment's "Play on" output to the Timer or AUX control terminal of the JP-0410's
front-mounted terminal block.

Equipment name Model No. Input terminal Play on output terminal name

Digital Announcer EV-350P/-350R Start 1, 2 Busy

[Connection to the Timer terminal]

[Connection to the AUX terminal]

* The "Play on" terminal refers to the terminal that is at make while the equipment is playing. The following

table shows the relationship of the input to "Play on" terminals of the source equipment to be connected.

Timer

Control output

GND

GEM RM PWR

24 V

1

JP-0410 front-mounted middle row terminal block

Timer

Control output

Input*

CHIME

ACTI

2

Input*

Source equipment

REMOTE REMOTE

IN USE

34 5 67 81910

1

2

GND

Source equipment

Play on output*

GEN RM BUS

AUX CONTROL

Play on output*

TIMER

GND GND

To pre-amplifier

PWR FAIL

CTRL

GNDGND

To pre-amplifier

GND

24 V

GEM RM PWR

1

2

CHIME

ACTI

34 5 67 81910

IN USE

REMOTE REMOTE

1

GEN RM BUS

2

GND

TIMER

GND GND

AUX CONTROL

PWR FAIL

CTRL

GNDGND

JP-0410 front-mounted middle row terminal block

41

9.5. Tables for Each Panel's Switch Settings

Note: Each figure of switch shows the factory-preset position.

9.5.1. Integrated Control Panel EP-0510

ON

ON

67

ON

OFF

1

Combination of 1 and 2

Equipment that can
play main rack BGM

2 3 4 5 6 7 8

Be sure to set the switch to the OFF (Normal) position after checking line operation status.

12345

OFF

SW1 setting function

For inspection (Be sure to set these switches to OFF.)

SW1

8

Line

Normal

Zone lamp

indication

Main rack system and all integrated remote

1

1 2

control units (Factory-preset position)

2

Main rack only

ON

OFF

SW2, SW3 (Same construction)

1

ON

OFF

Possible Check On +8 minutes +4 minutes +2 minutes +1 minute

Impossible Normal Off

Emergency reset by
pressing key twice

Normal/

check

1

ON

OFF

Resumed

Terminated 0

Warning Announce­ment repeat mode

All integrated remote control units

2

"Address 0" integrated remote control unit only

2

ON

OFF

ON

12345

67

1

1

8

SW2 setting function

2 3405

All-zone broadcast interval

Be sure to set the switch to the OFF (Normal) position.

SW3 setting function

2 3405

2 more repeats 1 more repeat

Warning Announcement
repetition Nos.

Repeated +30 seconds+1 minute

Not Repeated

Warning Announce­ment repetition

ON

12345

0

8

67

SW4

6

0

6

0

Warning Announcement repeat interval

7

+30 seconds

0

7

+15 seconds

0

8

0

8

0

On (Non-interlock)

ON

Off (interlock)

OFF

Warning Announce­ment interlock

SW4 setting function

1

2 3405

Evacuation Interlock +8 minutes +4 minutes +2 minutes +1 minute

Warning Selected floor

Warning/Evacuation
selection

Manual Emergency
Broadcast interlock

0

Evacuation Announcement interval

6

0

7

0

8

+30 seconds

0

42

9.5.2. Expansion Control Panels EP-029-10 and EP-029-20

9.5.3. Junction Panel JP-0410

9.5.4. Expansion Junction Panels JP-039-10 and JP-039-20

9.5.5. Input Matrix Panel IM-011

0

F

1

E

D

2

C

3

4

B

5

A

6

9

7

8

Address switch

JP-0410 top panel

ON

OFF

Always OFF

Test mode

SW1 setting function

1

2

Normal

Emergency

Emergency

contact

3

24 V not output

24 V output

Emergency

24 V

4

Always OFF

0

F

1

E

D

2

C

3

4

B

5

A

6

9

7

8

Address switch

Control mode switch: Set this switch to the AUTO position.

CONTROL SW

MANUAL

ADDRESS

0

F

1

2

3

4

5

6

7

8

E

D

C

B

A

9

AUTO

SWITCHING TIME

0

F

1

E

D

2

C

3

4

B

5

A

6

9

7

8

Address switch

Cannot be used when the control mode switch is in the AUTO position.

43

9.5.6. Integrated Remote Control Panel EP-059R

SW201

ON

ON

ON

OFF

1234

1234

1234

1234

OFF

12345

678

SW201 setting function

1

2 3 4

Combinations of 1 to 4

EP-029 shift switch Always OFF EP-059R address

5 6

Combinations of 6 to 8

7 8

(for inspection)

0

1234

1

1234

2

1234

3

1234

4

5

6

7

1234

1234

1234

1234

8

9

10

11

1234

1234

1234

1234

12

13

14

15

678

678

678

678

0

1

2

3

678

4

5

678

6

678

7

678

Shift No. Address

Centralized

ON

emergency

Emergency

OFF

Remote

control mode

456 8

456 8

456 8

456 8

7

7

7

7

SW202

ON

ON

OFF

12345

678

SW202 setting function

1

2 3 4 5 6 7 8

Disabled Usable

Enabled Unusable

Voice guide

0

456 8

1

456 8

2

456 8

3

456 8

EP-029

shift switch

7

7

7

7

4

456 8

5

456 8

6

456 8

7

456 8

Combinations of switches 4-8

No. of connected EP-029 units

7

7

7

7

8

456 8

9

456 8

10

456 8

11

456 8

12

7

13

7

14

7

15

7

456 8

7

16

Printed in Japan
133-12-581-4C