Vingtor Stentofon ACM-M-A-V2 User manual

ACM Telephone System
ACM-M-A-V2
TECHNICAL MANUAL A100K10430 v.1.0
2009.05.27

Page 2 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
Table of Contents
1INTRODUCTION................................................................................ 4
1.1 About this Document .................................................................. 4
1.2 Revision Information................................................................... 4
1.3 Other ACM Manuals................................................................... 4
1.4 DNV Type Approval Regulations................................................ 4
1.5 ACM Test Reports...................................................................... 4
2ACM SYSTEM OVERVEIW............................................................... 5
2.1 VINGTOR ACM Solutions .......................................................... 5
2.2 ACM Telephone System ............................................................ 6
2.3 ACM System Architecture .......................................................... 7
2.3.1 System rack ........................................................................ 7
2.3.2 Field equipment .................................................................. 8
3HW INSTALLATION GUIDE ............................................................. 9
3.1 System Rack Mounting .............................................................. 9
3.2 Insert Feature Boards................................................................. 9
3.3 Connection terminals.................................................................. 9
3.4 Power Supply ........................................................................... 10
3.4.1 Power failure..................................................................... 10
3.5 Line Connection Module (LCM)................................................ 10
3.5.1 Subscriber lines ................................................................ 11
3.6 RCO.......................................................................................... 12
3.7 PA Connection.......................................................................... 12
3.7.1 PA amplifier with chime, without monitor.......................... 12
3.7.2 Intercom station as PA monitor ........................................ 13
3.8 External Communication .......................................................... 13
4PROGRAMMING AND CABLE REFERENCE LIST ...................... 14
4.1 Station and User Information.................................................... 14
4.1.1 Station info........................................................................ 14
4.1.2 Programming .................................................................... 15
4.1.3 Terminal connections........................................................ 15
4.1.4 Additionals ........................................................................ 15
4.2 Integrated PA Interface ............................................................ 16
4.3 IP Configuration........................................................................ 16
4.4 Trunk Lines............................................................................... 17
5PROGRAMMING OVERVIEW......................................................... 18
5.1 AlphaWeb, Getting Started....................................................... 18
5.1.1 Connect to AlphaWeb....................................................... 19
5.1.2 Save and apply changes .................................................. 19
5.2 AlphaPro, Getting Started ........................................................ 20
5.2.1 PC setup ........................................................................... 20
5.2.2 Insert the HW dongle ........................................................ 20
5.2.3 AlphaPro Menu Structure ................................................. 20
5.2.4 Create New Network and Exchange(s) ............................ 20
5.2.5 Data communication ......................................................... 21
6PROGRAMMING GUIDE................................................................. 22
6.1 Programming Overview............................................................ 22
6.2 Perform Cold Start.................................................................... 22
6.2.1 Cold start procedure ......................................................... 22
6.2.2 Cold start of AMC application only, keep IP setting ......... 22
6.3 Configure IP Address ............................................................... 23
6.4 Enter License Key .................................................................... 24
6.5 Configure User Settings ........................................................... 25
6.5.1 General user settings........................................................ 25
6.5.2 Program different class of service for users ..................... 27
6.6 Configure Interface to PA ......................................................... 27
6.7 Configure External Communication.......................................... 27

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 3
7USER GUIDE ...................................................................................28
7.1 Overview ...................................................................................28
7.2 Basic Functions.........................................................................28
7.2.1 Establish internal telephone call........................................28
7.2.2 Establish external telephone call.......................................28
7.2.3 Receive call in noisy area..................................................28
7.2.4 Public address (PA) call ....................................................28
7.2.5 Microphone mute...............................................................28
7.2.6 Re-dial ...............................................................................28
7.3 Other PBX Functions ................................................................29
7.3.1 Inquiry call .........................................................................29
7.3.2 Call transfer .......................................................................29
7.3.3 Call forwarding ..................................................................29
7.3.4 Follow me ..........................................................................29
7.3.5 Busy notify.........................................................................29
7.3.6 Call priority and busy override...........................................29
8SPESIFICATIONS............................................................................30
8.1 Environment Requirements ......................................................30
9WIRING DIAGRAM..........................................................................31
Zenitel Norway AS and its subsidiaries assume no responsibilities for any errors that may appear in this
publication, or for damages arising from the information in it. No information in this publication should be
regarded as a warranty made by Zenitel Norway AS.
The information in this publication may be updated or changed without notice. Product names mentioned in
this publication may be trademarks, they are used only for identification.
Zenitel Norway AS, May 2009

Page 4 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
1 INTRODUCTION
1.1 About this Document
The scope of this document is to provide system description for the
VINGTOR ACM Telephone System (ACM-M-A-V2).
The document consists of the following main parts:
System overview
Installation guide
Programming guide
User guide
Specification
Programming and Cable Reference List
1.2 Revision Information
Rev. Date Prepared Description
V1.0 2009-05-27 TH/JF Complete, up to date
1.3 Other ACM Manuals
zA100K10338 – AlphaCom E System Management and Operation
zA100K 10390 - SIP GSM Gateway MV-370
zA100K 10333 - SIP Gateway AudioCodes MP-114/118
1.4 DNV Type Approval Regulations
DNV requirement for Internal Communication on ships,
Doc. ”Rules for Ships. January 2006 Pt.3 Ch.3 Sec.11”
1.5 ACM Test Reports
zNEMKO Technical Report E06067.00 – AlphaCom E – June 2006
zReport no 2000-1366 Type Approval Testing AlphaCom M (ACM
M/MP). Tested according to DNV Certification Notes 2.4 – May 1995.
Additional test DNV Certification Notes 2.4 draft Dec. 1999

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 5
2 ACM SYSTEM OVERVEIW
2.1 VINGTOR ACM Solutions
The VINGTOR ACM Telephone System (ACM-M-A-V2) is part of the
well known VINGTOR ACM solutions. The complete set of ACM system
solutions are:
zVINGTOR ACM Analogue Telephone System (ACM-M-A-V2)
zVINGTOR ACM Standard Integrated System
zVINGTOR ACM Advanced Integrated System
Figure 1 VINGTOR ACM Solutions Launched ten years ago, the VINGTOR ACM systems provide reliable,
robust and proven communication solutions. The ACM systems have
continuously been developed and enhanced to take advantage of new
technologies.
Analogue
System Standard System Advanced System
Emergency communication
Two way communication according to marine requirement x x x
Talkback according to marine requirement x x
VINGTOR integrated public address and general alarm x x
Public address interface x x x
Stations
Analogue telephone x x x
Traditional intercom x x x
IP intercom (telephone + PA/GA units) x x
IP DECT cordless telephones x x x
IP telephones x x x
Supplementary functions
External communication via Satellite, V-Sat and GSM. x x x
Billing administration x x x
General PBXs functions x x x
Paging system x
Structured cabling system (CAT7) for high speed data x
Data network (LAN) switches x x x
Automatic switchover to emergency power x x x
Remote system management over IP x x x
Table 1 Overview VINGTOR ACM Solutions

Page 6 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
The different ACM systems are built around the STENTOFON
AlphaCom E intercom exchange. The AlphaCom E is an advanced
communication switch designed to meet the growing needs of internal
and external communication onboard ships. The exchange features
advanced functions such as 1-BIT audio technology (18.5 kHz audio),
IP, Web services, and a wide range of integration options to mention a
few.
The AlphaCom E is a modular platform, supporting IP- as well as
analogue telephones and networking. This modularity and flexibility is
used to package the product in different system packages. These
system packages satisfy the needs for all kinds of vessels from small
conventional vessels to large advanced ships.
2.2 ACM Telephone System
The VINGTOR ACM Telephone System (ACM-M-A-V2) is a PABX
made for marine environment. The system has an extensive and
programmable set of features supporting all key PABX functions. The
main capabilities of the system are:
zDesigned for two way emergency communication according to
marine regulations
zSupport remote management and maintenance using IP and Web
technologies
zSupport public address (PA) calls via interface to PA systems
zSupport external communication
zSupport VINGTOR Billing system
zSupport redundant power input with auto switchover between AC
and DC input
OPEN DECK
221 300 0200
HB-105
BRIDGE WING
BRIDGE WING
CENTER CONSOLE
SAFETY WORKSTATION
SATCOM STEERING GEAR
GALLEY
ECR ENGINE ROOM
TC-2010D
TC-2010D
IRR-3
CRB-7 EHS-24
EHS-24
P-MT7
HSB-03
P-MT7
HB-105
HSB-03
HB-90
HB-90
VMP-430
VMP-430
VMP-221
VMP-221
GSM
220 000 3000
HB-105
HB-105
221 300 0200
EX-AREA
DA24H
A
CCOMMODATION
SPA-V2
ACM-M-A-V2
Figure 2 ACM system example

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 7
2.3 ACM System Architecture
2.3.1 System rack
The VINGTOR ACM Telephone system rack is built around the
STENTOFON AlphaCom E7 Intercom exchange.
In addition to the intercom exchange the system rack consists of:
zSteel cabinet
zDistribution panel to connect field equipment
zElectrical power unit
The following options can be provided in the system rack:
zAnalogue telephone gateway with 2-8 trunks
zVINGTOR Billing System
Steel cabinet
All central equipment in the VINGTOR ACM Telephone system is
mounted in a 600W x 600H x 350D (mm) steel cabinet.
The cabinet weights approximately 45 kg when the AlphaCom E7 and
the other central equipment are mounted.
STENTOFON AlphaCom E7
The STENTOFON AlphaCom E7 intercom exchange is the heart of the
ACM-M-A-V2 rack. The exchange manages all telephones, intercoms
and devices connected to the ACM-M-A-V2 rack and supports a wide
range of PABX and emergency communication features.
The exchange has 7 slot positions for feature cards. In an ACM-M-A-V2
rack the AlphaCom E7 is equipped with one main processor board
(AMC-IP), 1 ASLT line board for 5 intercom stations and PA interface,
and up to 5 subscriber line boards (ATLB12) for analogue telephones.
Each ATLB12 line board supports 12 analogue subscriber lines.
The power supply in an AlphaCom E7 provides inputs for 24 VAC
working power and 24 VDC emergency power. It is an automatic
switchover between the power supplies in case of power failure.
The 24 VAC input is connected to 230 VAC mains via a transformer built
into the cabinet.
The software for managing the system and database for the specific
installation is ready installed according to customer’s specification. The
parameters can easily be modified at any time if needed.

Page 8 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
2.3.2 Field equipment
Zenitel provides the following analogue telephone sets for the ACM-M-
A-V2
TYPE ORDER No.
DT-800M Desktop Analogue Telephone [phone]
Console Telephone TC-2010D
Heavy Duty Analogue Telephone [phone]
Heavy Duty Analogue Telephone, Door 221 300 0200
Portable Telephone P-290
Telephone, EX-proof zone 1 DA24
Telephone with headset, EX-proof zone 1 DA24H
Any traditional STENTOFON intercom station may be connected to the
5 intercom line points.
In addition to intercom and telephone sets, signal and relay units can be
connected to the system rack.
TYPE ORDER No.
Relay box for Signal Unit, Watertight CRB-7 / CRB-7 (EX)
Relay box for Signal Unit, Watertight IRR-3
Telephone Tone Caller, indoor HB-90
Telephone Tone, Watertight HB-105
Other optional equipment related to ACM-M-A-V2
TYPE ORDER No.
Billing, 2, 4, 8, 16 or 32 external trunks 100 9647 902 - 932
Analogue Media Gateway -4FXO MP-114/A
Analogue Media Gateway -8FXO MP-118/A
GSM Media Gateway 220 0003 000
Data Switch, 4 ports 115 4002 100

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 9
3 HW INSTALLATION GUIDE
3.1 System Rack Mounting
The ACM-M-A-V2 system rack is made for wall mounting. Mount the
cabinet at a convenient height, bottom about 1.2 m above the floor.
Make sure there is enough space around the rack for connection and
servicing.
zRack Temperature: Recommended: +18oC to +25oC
Extreme: 0°C to +55°C
zMax. humidity: >95% RH @ 25°C / 93% RH @ 55°C
zCompass safety: Distance to ACM-rack: 325 cm
Distance to telephones: 95 cm
3.2 Insert Feature Boards
Open the front cover of the AlphaCom E7 exchange using a Philips
screwdriver.
The AMC-IP board is inserted in slot position 7. This is the rightmost slot
position.
The ASLT intercom/PA audio board is inserted in slot pos 2.
The ATLB12 subscriber line boards are inserted in slot positions 1 and 3
for the smallest exchange. Slot pos. 4-6 are used for additional lines.
A fully equipped exchange can support up to 60 analogue telephones
and 6 VMP intercom stations.
The exchange is ready equipped according to customer’s order:
ACM-M-A24 2 x ATLB12 max 24 telephones pos 1+3
ACM-M-A36 3 x ATLB12 max 36 telephones pos 1+3-4
ACM-M-A48 4 x ATLB12 max 48 telephones pos 1+3-5
ACM-M-A60 5 x ATLB12 max 60 telephones pos 1+3-6
3.3 Connection terminals
Connectors and terminals for power and external
equipment are accessible in the rear of the ACM-
M-A-V2 cabinet. To access the connectors, open
the cabinet door and swing out the AlphaCom E7
exchange.
Cable inlets are in the bottom of the cabinet and
there is a cable fastening bar in the lower part. All
internal cabling is ready made from the factory and
routed in cable conducts.
The ACM-M-A-V2 system is shipped with an ACM
Programming and Cable Reference list. This list
shows how the external wiring shall be connected
to the different terminal blocks. See section 4 for
example.
min.
200 mm
min.
200 mm
600 mm
1000 mm
350 mm
Figure 4 Card positions in the
AlphaCom E7 exchange
Figure 3 Mounting rack
Figure 5 External connectors and terminals
ASLT ATLB12 ATLB12 ATLB12 ATLB12
POWER
ATLB12
AMC-IP
1 2 3 4 5 6 7
230 VAC UPS
230 VAC mains
Relay, mains/UPS
24 VDC input
AC fail relay
24 VDC in/out
DC fail relay
Ground bar
FXO terminals
for MP114
X3
X2
X1
X4
X5
X6
X7
Intercom
lines / PA

Page 10 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
3.4 Power Supply
The ACM-M-A-V2 is powered from 230 VAC mains with automatic
switchover to 230 VAC UPS or 24 VDC emergency power.
All internal power cabling is ready made from the factory and routed in
cable conducts.
zConnect 230 VAC mains to L and N terminals on the X1 circuit breaker
zConnect mains earth to the ground bar
zConnect 230 VAC UPS power to L and N terminals on the X2 circuit
breaker if this backup power is used
zConnect 24 VDC emergency power to the + and - terminals on the
X3 circuit breaker if this backup power is used
The ACM-M-A-V2 rack will consume max. 150 Watts. The 230 V power
cable must have a minimum dimension of 1.5 mm2, and the 24 V cable
should be 2.5 mm2.
The 230 VAC mains outlet X7 is used for service purposes.
See section 9 for schematic on internal wiring.
3.4.1 Power failure
Three power fail relays are included to indicate type of failure. Each
relay has a NO/NC switch-over contact to indicate Power good/fail. Note
that the relays are activated when the actual power is OK, which means
that the NO contact is closed and NC is open in normal condition.
-X4 is released if the 230 VAC power disappear (mains and UPS)
-X5 is released if the 24 VDC emergency power disappear
-X6 is released if the 24 VDC output power from AMC-E7 disappear
3.5 Line Connection Module (LCM)
All line connections are made to the Line Connection Module board.
This board substitutes the former 6 x Line Termination boards.
This module also substitute the Power Distribution board, VA-502 Relay
Unit board with 6 RCO relays and VA-503 Filter and Speech Adapter
board with 2 audio outputs, 1 audio input and PTT relay if these
functions are used.
The module has connectors for:
z24 VDC Power
-Input
-Output (not used)
-3 x 1 A fused output (not used)
-6 x relay controlled RCO outputs, 1 A common fuse
zLinepoints
-Max. 60 analogue telephone lines with 5 x ATLB12 boards
-Max. 5 4-wire intercom stations
zRCO
-1 x relay contact for PA control
-5 x relay contacts, potential free or +24 V (switch selection)
zRCI (Needs APC board, not used in ACM-M-A-V2)
-6 x inputs
zPA/GA or radio input (Needs APC board, not used in ACM-M-A-V2)
-6 x potential free 600 ohm, 0 dB lines
zRadio/Walkie-Talkie interface (Needs APC board, not used in ACM-
M-A-V2)
-Potential free adjustable audio in and out
-RCO relay can be used for PTT control
zPA audio output
-Audio output for PA with possibility for monitor intercom station in
parallel
Figure 6 Power connection
Figure 7 Line Control Module
X3
X2
X1
X4
X5
X6
X7
230 VAC
UPS
230 VAC
mains
24 VDC +
L
L
N
N
AC fail
DC fail
SYSTEM fail
SERVICE
OUTLET
230 VAC
NO
NO
NO
NC
NC
NC

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 11
3.5.1 Subscriber lines
The line board terminals are available at the E7 back plane. The line
points are routed to the LCM through six 17-pair flat cables with six 4-
pole plug-in screw terminals at the exchange end and a 34-pole
connector at the LCM end.
The subscriber lines are connected to corresponding terminals on the
Line Connection Module board.
All terminals are marked, starting at 1A, 1B, 1C and 1D. The telephone
line pairs are connected to A/B and C/D up to 36C/D if all lines are used.
Each ATLB12 Subscriber Line Board serves 12 telephones
Pos. 1: Dir. no. 101 – 112 connect to 1A/B – 6C/D
Pos. 3: Dir. no. 119 – 130 connect to 13A/B – 18C/D
Pos. 4: Dir. no. 131 – 142 connect to 19A/B – 24C/D
Pos. 5: Dir. no. 143 – 154 connect to 25A/B – 30C/D
Pos. 6: Dir. no. 155 – 166 connect to 31A/B – 36C/D
ASLT board in pos. 2 serves PA audio + 5 intercom stations
Pos. 2: Dir. no. 113 – 118 connect to 7A/B/C/D – 12A/B/C/D
Pos. 2: Dir. no. 114 PA audio monitor, connect to 8A/B/C/D
The subscriber line cable must be an approved ship cable type with 0.5
mm2twisted pairs and an outer braided tinned copper screen. The
screen must be interconnected in junction boxes and grounded to a
common ground point in the ACM-M-A-V2 system rack only.
Physical numbers
Line Board 1
Telephones Line Board 2 Intercom Line Board 3 Telephones
Term.
No. Dir. No. Phys No. Term. No. Dir No. Phys No. Term. No. Dir. No. Phys No.
1A/B 101 1 13A/B 119 13
1C/D 102 2 7A/B/
C/D 113 7 13C/D 120 14
2A/B 103 3 14A/B 121 15
2C/D 104 4 8A/B/
C/D 114 8 14C/D 122 16
3A/B 105 5 15A/B 123 17
3C/D 106 6 9A/B/
C/D 115 9 15C/D 124 18
4A/B 107 277 16A/B 125 289
4C/D 108 278
10A/B/
C/D 116 10 16C/D 126 290
5A/B 109 279 17A/B 127 291
5C/D 110 280
11A/B/
C/D 117 11 17C/D 128 292
6A/B 111 281 18A/B 129 293
6C/D 112 282
12A/B/
C/D 118 12 18C/D 130 294
Line Board 4
Telephones Line Board 5 Telephones Line Board 6 Telephones
Term.
No. Dir. No. Phys No. Term. No. Dir. No. Phys No. Term. No. Dir. No. Phys No.
19A/B 131 19 25A/B 143 25 31A/B 155 31
19C/D 132 20 25C/D 144 26 31C/D 156 32
20A/B 133 21 26A/B 145 27 32A/B 157 33
20C/D 134 22 26C/D 146 28 32C/D 158 34
21A/B 135 23 27A/B 147 29 33A/B 159 35
21C/D 136 24 27C/D 148 30 33C/D 160 36
22A/B 137 295 28A/B 149 301 34A/B 161 307
22C/D 138 296 28C/D 150 302 34C/D 162 308
23A/B 139 297 29A/B 151 303 35A/B 163 309
23C/D 140 298 29C/D 152 304 35C/D 164 310
24A/B 141 299 30A/B 153 304 36A/B 165 311
24C/D 142 300 30C/D 154 306 36C/D 166 312
Figure 8 Subscriber line interface
Figure 9 Subscriber line connection
36
31
1
P5
P6
N1
N5
N4
N2
N3
CCDD
24V DC
Out
24V AC In
+
24V DC
In
+
_
_
Program level
RCO 1 - 6
1
RCO 7 - 12
P6 P5
RCI 2
RCI 1
Eth 0 Eth 1 SerialPort 0 SerialPort 1
USB 485 422
1
12
65
18
24
30
7
13
19
25
1
2
3
AC-
GND DC- GND
30
25
30
25
30
25
30
25
30
25
30
25
abcd abcd abcd abcd abcd abcd
16
712
13 18
19 24
25 30
31 36
Line board 1
Line board 1
ATLB12
Line board 2
ASLT
Line board 3
ATLB12
Line board 4
ATLB12
Line board 5
ATLB12
Line board 6
ATLB12
Line board 2
Line board 3
Line board 4
Line board 6
Line board 5
1
2
3
4
5
6
1
6
7
12
13
18
19
24
25
30
31
36
AlphaCom E7
LCM
Table 2 Physical numbers
1A
7A
13A
5A
11A
17A
2A
8A
14A
6A
12A
18A
4A
10A
16A
4B
10B
16B
4D
10D
16D
1B
7B
13B
5B
11B
17B
2B
8B
14B
6B
12B
18B
1C
7C
3C
5C
11C
17C
3C
9C
15C
2C
8C
14C
6C
12C
18C
4C
10C
16C
1D
7D
13D
5D
11D
17D
2D
8D
14D
6D
12D
18D
1 RELAY OUTPUTS 6
1K+ 1K-
2K+ 2K-
3K+ 3K-
4K+ 4K-
5K+ 5K-
6K+ 6K-
3A
9A
15A
3B
9B
15B
3D
9D
15D
101
119
113
109
127
105
123
117
102
120
114
110
128
106
124
118
103
121
115
111
129
107
125
104
122
116
112
130
108
126
PA
A
N
A
L
O
G
U
E
T
E
L
E
PH
O
N
E
S
A
N
A
L
O
G
U
E
T
E
L
E
PH
O
N
E
S
IN
T
E
R
C
O
M
S
T
A
T
I
O
N
S
1
2
3
Default
call no.

Page 12 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
3.6 RCO
There are outputs from 6 RCO relays which can be programmed to
operate external features like extra signal devices in noisy areas.
The RCO signals are taken from Line Board 1. There is a separate 8
wire cable between the ‘RCO1-6’ connector on the E7 exchange
backplane and the ‘RCO – Line Card 1’ connector J10 on the LCM.
The outputs are individually selected to be a potential free relay dry
contact or +24 V. The selection is made by the switches S1 – S6. S1 is
related to RCO1 and so on.
The devices are connected to the RELAY OUTPUT terminals marked
1K+/1K- to 6K+/6K-.
RCO 1 on 1K is reserved for PA activation. Switch S1 must be in
Poten.Free position.
The relay contacts are rated to max. 5 A / 30 VDC or 250 VAC res. load.
The internal +24 V is protected by a 1 A slow fuse F2.
It is possible to use six additional RCOs by connecting a MRBD relay
board to the RIO 7-12 connector on the ACM-E7 board. (The RCO Line
Card 2 connector on the LCM board can not be used!)
All RCO functions are programmed in AlphaPro.
3.7 PA Connection
The description below refers to SPA-V2 public address system. See
SPA manual A100K 10369 for further details. Other amplifiers may be
connected in similar way. The line input should be balanced, accepting
0.5 -1.5 Vrms (0dB) signal over 47 Kohm.
The second intercom subscriber line on line board 2 (directory no. 114)
is used as audio interface to the PA amplifier. The audio out from this
line can be routed through a filter and volume control to plug J15, Audio
Out2 by setting jumper S18 to ON.
It is possible to connect an intercom station to the same line (line
connection point 8) for use as a PA announcement monitor.
NOTE! Do NOT connect an amplifier to line point 8A/B as the
40 kHz signal carrier may seriously damage the equipment!
SPA-V2 does not have any dedicated input for ACM/AlphaCom audio.
Several solutions are possible where two alternatives are normally used.
Alternative 1 – connect to X11, PABX (or X12, PABX with recall if X11
is already used).
-Used when ACM shall have lower priority than microphones.
-Preferred solution for analogue ACM exchanges with one-way
audio announcements (AMC-M-A).
Alternative 2 – connect to X7, Talk-Back.
-Normally not suited for ACM-M-A-V2 unless if ACM must have
highest priority.
-Preferred solution for digital ACM exchanges with two-way audio.
3.7.1 PA amplifier with chime, without monitor
zConnect a screened, twisted pair cable between pins 2/3 on terminal
J15, ‘Out2 Audio’ on the LCM unit and pins 1/2 on terminal X11,
(X12) on the SPA-TERM board which is connected to the CALL input
in the PA amplifier. Connect the cable screen to system ground.
zConnect cables between terminals 1K+/1K- on the LCM unit and pin
3/4 on terminal X11 (X12) on the SPA-TERM board which is
connected to the PRIORITY terminal in the PA amplifier.
This will establish a chime signal in front of a call. The CHIME switch
in the PA amp. must be ON.
zSet switch S18 to ON to activate the audio filter
Figure 10 RCO connection
Figure 11 PA interface connection
1A
2A
1B
2B
1C
2C
1D
2D
RCO 6
RCO 5
RCO 3
RCO 4
RCO 2
RCO 1 PA
1 RELAY OUTPUTS 6
1K+
K+
K+
1K-
K-
K-
2K+ 2K-
3K+ 3K-
4K+ 4K-
5K+ 5K-
6K+ 6K-
S6
S5
S4
S3
S2
S1
Pot.free 24V
Pot.free
24V
RCO - Line Card 1
+ 24 VDC
0 V
<30 VDC / 250 VAC, max.5 A
ACM-E7
RCO 1-6
Max. load 1 A
X11
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
1
6
7
12
13
18
19
24
25
30
31
36
RP3
OUT2
Audio
ON OFF
S10
S9
S18
S7
S8
S17
OUT2
Audio
A
K1+/K1-
B
CD
PA monitor
S1
RCO1
Pot. free
SPA
Audio
in
Switch
PABX
3
2
1

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 13
zSet switch S9 to ON to simulate audio-out load when monitor station
is missing
zSet switch S10 to ON to simulate audio-in load when monitor station
is missing
zLeave switches S7, S8 and S17 OFF.
zSet volume control RP3, OUT2, to mid pos. This must be
readjusted to 1±0.5 Vrms during live test
zSet switch S1 in Potent. Free position for chime activation.
3.7.2 Intercom station as PA monitor
zConnect the PA amplifier and chime relay as described above.
zConnect an intercom station to line point 8A/B/C/D
zSet switch S18 to ON to activate the audio filter
zLeave all other switches OFF
PA on OUT2
Audio STATION CONNECT TO S9 S10 S18
NO Normal 8A/B/C/D NA OFF OFF
YES NO - ON ON ON
YES PA Monitor 8A/B/C/D OFF OFF ON
See section 6.6 for PA programming.
3.8 External Communication
An optional Analogue Telephone Gateway MP-114
provides external communication towards the
satellite communication system using 2 or 4
analogue trunks. Optionally, MP-118 provides up
to 8 trunks.
The gateway and screw terminal block are
mounted on the left side wall inside the cabinet.
The Ethernet 1 output on the exchange backplane
is connected to the Ethernet input on the gateway.
A and B wires on pin 3 and 4 in the RJ11 FXO
outputs are connected to the FXO screw terminal
block.
The Gateway and LAN interface are ready
mounted and wired from the factory if included in
the customer’s order.
Connect the analogue trunks to terminals FXO 1-8
See the SIP Gateway Configuration Manual A100K
10333 for further description of AudioCodes
MP114/118.
Figure 12 Wiring of Analogue
Telephone Gateway
FXO
RS-232
Ethernet
MP-114
1234
36
31
1
P5
P6
N1
N5 N4
N2
N3
24V DC
Out
24V AC In
+
24V DC
In
+
_
_
Program level
RCO 1 - 6
1
RCO 7 - 12
P6 P5
RCI 2
RCI 1
Eth 0 Eth 1 Serial Port 0 Serial Port 1
USB 485 422
1
12
6
18 24 30
7
13 19
25
1 2 3
AC- GND DC-
GND
A
A
A
A
6
5
2
1
4
3
A
B
B
B
B
B
TRUNK 1
TRUNK 2
TRUNK 3
TRUNK 4
1
2
3
4
5
6
7
8
230 VAC
RJ11

Page 14 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
4 PROGRAMMING AND CABLE REFERENCE LIST
The ACM-M-A-V2 programming and cable reference list consists of a
set of tables summarizing the main information needed to program an
ACM-M-A-V2 exchange for a vessel.
The standard programming is documented in a Microsoft Excel
Spreadsheet. This sheet should be modified by the customer in
accordance with his needs. This information is then used by the supplier
to perform the programming of the ACM-M-A-V2 exchange.
The exchange is delivered ready programmed, but may be modified by
the customer later on by use of AlphaPro and AlphaWeb programming
tools.
4.1 Station and User Information
Table 3 Station and user information example
4.1.1 Station info
zDirectory Number
-The number to dial to reach the station.
The default is successive 3-digit numbers from 101 to 166
zPhysical Number
-All stations are identified by the exchange with its physical number.
The first 6 lines on the ASLT12 cards are numbered 1, 2, 3 and so
on up to 36, while the last 6 lines are numbered 277 to 312.
See section 3.5.1 for list of physical numbers.
zDisplay Text
-The station ID text shown in the called station’s display.
Even if the telephones or intercom stations do not have a display,
this text must be entered as the info is used for other identification
like logging, billing and DECT display.
The default text should normally be substituted by the station
location or the subscriber’s name. The max. number of characters
is 16 including the station directory number.
zStation Type
-Used to define the type of station e.g. DT-800M or TC1020D
STATION AND USER INFORMATION
Programming Terminal connections Additionals Board
Dir.
No: Phys No:
Group
member-
ship
Group
Access
Level
COS
Priority
Display text
(Max 12
characters) Station type: LCM A B C D RCO Information Ext field
equipment Pos:
101 1 1 2 5 Wheelhouse TC1020 1 1 1 1K+, 1K- Member ringing group 6701 1
102 2 1 2 5 Wheelhouse TC1020 1 1 1 2K+, 2K- Memberringing group 6701 1
103 3 1 0 1 Station 3 - 1 2 2 3K+, 3K- 1
104 4 1 0 1 Station 4 - 1 2 2 4K+, 4K- 1
105 5 1 2 4 Captain Day TC1020 1 3 3 5K+, 5K- Parallel ringing 1 1
106 6 1 2 4 Captain Bed DT-800M 1 3 3 6K+, 6K- Parallelringing 1 1
107 277 1 2 3 Chief Eng.Day HSB03 1 4 4 Parallel ringing 2 1
108 278 1 2 3 Chief Eng.Bed DT-800M 1 4 4 Parallel ringing 2 1
109 279 1 0 1 Messroom TC1020 1 5 5 Member ringinggroup 6701 1
110 280 1 0 1 Hospital DT-800M 1 5 5 1
111 281 1 0 1 Station 11 - 1 6 6 1
112 282 1 0 1 Station 12 - 1 6 6 1
113 7 1 0 1 Station 13 - 1 7 7 7 7 Intercom station 2
114 8 1 0 1 PA monitor VMP-619 1 8 8 8 8 PA monitor station 2
115 9 1 0 1 Station 15 - 1 9 9 9 9 Intercom station 2
116 10 1 0 1 Station 16 - 1 10 10 10 10 Intercom station 2
117 11 1 0 1 Station 17 - 1 11 11 11 11 Intercom station 2
118 12 1 0 1 Station 18 - 1 12 12 12 12 Intercom station 2
119 13 1 0 1 Station 19 - 1 13 13 3
120 14 1 0 1 Station 20 - 1 13 13 3
121 15 1 0 1 Station 21 - 1 14 14 3
122 16 1 0 1 Station 22 - 1 14 14 3
123 17 1 0 1 Station 23 - 1 15 15 3
124 18 1 0 1 Station 24 - 1 15 15 3
125 289 1 0 1 Station 25 - 1 16 16 3
126 290 1 0 1 Station 26 - 1 16 16 3

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 15
4.1.2 Programming
zGroup membership
-A station may be member of several groups.
By default all stations are member of Group 1. Group 1 defines all
stations that shall receive emergency PA announcements.
Note! Analogue telephones will receive the PA announcement only if
they are in a conversation.
zGroup Access Level
-Used to specify which group and PA calls a user may perform.
Each group used for group and PA calls will have an associated ‘Group
Access Level’. The levels are:
low (=0), medium(=1) and high(=2).
The user must have a higher or the same group access level.
By default the group used for emergency PA announcement is
programmed as group 1 with group access level high. Only users with
group access level high can make an emergency PA announcement.
zClass of Service (COS)
-Determines which system features the station can activate.
There are 16 different classes available and each can be freely programmed.
A station (analogue telephone) can only have one defined COS.
An ACM solution is usually programmed with the following available
Classes of Service:
-COS 1 Regular stations in the system
-COS 2 Notify busy station
-COS 3 Override of absent or private feature
-COS 4 Busy override
-COS 5 Override of busy, absent and private
-COS 16 Includes all services. Default for SuperUser
4.1.3 Terminal connections
zLCM
-The LCM module number.
ACM-M-A-V2 has only one module. Large exchanges (ACM-48, ACM-
144) may have more than 60 subscribers and need for two or more
modules.
zStation terminal number
The A,B,C and D wires are the 4 wires used towards stations.
-An intercom station uses all 4 wires.
-Analogue telephones use 2 wires, either the A/B or C/D wires.
zRCO
-These are programmable relay outputs linked to the associated
ACM physical numbers. (The first 6 on line board 1).
The RCOs are used to signal to external PA system and signal units.
4.1.4 Additionals
zInformation
Each station may have the following additional functions:
-Members of a ringing group. A ringing group is a group of
stations that will receive external calls in parallel. Calls to a ringing
group will have distinct ringing.
-Parallel ringing. Stations that are set up belonging to same
parallel ringing will ring in parallel. Up to 10 stations can be in
parallel ringing.
zExt field equipment
-Field equipment is unit types that are installed in parallel on the line
to the telephone set, for instance an IRR-3 relay boxes.
zBoard pos.
-Line board position in the AlphaCom exchange.

Page 16 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
4.2 Integrated PA Interface
By default the system is programmed to support emergency PA
announcements (ALL CALL) initiated from analogue telephones with
group access level = 2.
Table 4 Integrated PA interface example
PA ALL CALL is accessed by dir.no. 84. The call is configured with
group access level 2 (high). Only subscribers with access level 2 can
make PA ALL CALL.
zSignal direction
-The system initiating the PA call.
zType
Type of signal on the interface. The different types are:
-Audio
-Normal call to a zone
-Emergency call to all stations and speakers
-Digital I/O
-Mute relay (used to signal ‘mute’ to external systems such as
sirens).
zRCO
-Indicates the station associated with the remote control output.
zTerminal
-Specifies the ACM terminal block where the signal is connected.
4.3 IP Configuration
This table shows the IP configuration for the different components in the
ACM rack if applicable.
IP CONFIGURATION
Equipment Port # Note IP address Mask
ACM Eth0 Master node 169.254.1.5 255.255.255.0
ACM Eth1 Master node 10.1.0.10 255.255.255.0
Data switch - 10.1.0.50 255.255.255.0
Telephone gateway, MP-11X - 10.1.0.101 255.255.255.0
Alarm module - 10.1.0.200 255.255.255.0
DECT Server - 10.1.0.201 255.255.255.0
DECT BS-1 - 10.1.0.202 255.255.255.0
DECT BS-2 - 10.1.0.203 255.255.255.0
DECT BS-3 - 10.1.0.204 255.255.255.0
DECT BS-x - 10.1.0.204 255.255.255.0
Table 5 IP Configuration example
INTEGRATED PA INTERFACE
Signal direction Type LCM A B C D RCO Terminal Info
ACM to SPA Audio 0dB 1 8 8 LCM, J15, OUT2 Audio 8A/B for PA monitor
ACM to SPA PA - ALL CALL RCO1 LCM, 1K+,1K- S1 = Poten. free

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 17
4.4 Trunk Lines
Table 6 Trunk lines example
zDirectory No.
-The number to dial to get external trunk line.
zSIP type
-The SIP gateway used for the trunk.
Possible types are MP-114 and MP-118.
-FXO is the supported analogue telephone interface from the MP
gateways.
zNode
-The AlphaNet node number used for the SIP gateway. Default is 2.
zLine
-The line number for the trunk
zIncoming
-The extension the incoming calls on the trunk is placed to.
zDisplay text
-The display text that is shown in the ACM station for incoming calls
on the trunk
zTerminal block X6
-The physical position used for the trunk on the terminal block
zAdditional functions
-Add information if incoming calls shall be placed in parallel or
sequential order if multiple stations shall receive the incoming call.
If calls shall be placed in parallel to stations, these calls must be
members of same ringing group.
TRUNK LINES:
FXO Terminal block
Dir.
No: SIP type Node Line Incoming Display Text
A B Additional functions
001 FXO MP-114 2 1 6701 Trunk 1 Basic 1 2
002 FXO MP-114 2 2 6701 Trunk 2 Basic 3 4
003 FXO MP-114 2 3 101 Trunk 3 Extra 5 6
004 FXO MP-114 2 4 101 Trunk 4 Extra 7 8

Page 18 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
5 PROGRAMMING OVERVIEW
The ACM-M-A-V2 exchange is delivered ready programmed, but may
be modified by the customer later on.
The main tools used to program and manage AlphaCom E7 are:
zAlphaPro Professional
zAlphaWeb
AlphaPro
AlphaPro is the professional tool for configuration of the ACM system. It
is self contained, simple to install and use. When a new exchange shall
be configured, the exchange is given a default working factory setting
suited for ACM-M-A-V2. The operator can then modify the settings.
AlphaPro is an off-line tool. This means that it is possible to enter all
parameters without the necessity of being connected to the exchange.
Once all parameters are entered, AlphaPro can be connected to the
exchange and the parameters can be transferred. AlphaPro can also
upload configuration information from an exchange. AlphaPro connects
to the AlphaCom E7 over an IP network.
AlphaWeb
The AlphaWeb is an embedded web server running on the AlphaCom
E7 exchange. It allows the users to log in using a standard web browser
such as Internet Explorer or Firefox to operate and manage the
AlphaCom system.
5.1 AlphaWeb, Getting Started
AlphaWeb
Interfaces
Routers IP Station
Upgrade
License Key
Filters Custom
Scripts
User
Management
Logging
Time and Date
Host Names
System
Configuration
System
Upgrade
System
Upgrade
System
Recovery M100*
Config.
Backup
System
Maintenance
RingMaster
External
Systems
About
Help
System
Monitoring
Node
Information
AlphaNet
SIP
Audio
Statistics
IP Stations
Logging
* May not be implemented
Figure 13 AlphaWeb menu structure

A100K 10430 v.1.0 ACM Telephone System – AMC-M-A Page 19
5.1.1 Connect to AlphaWeb
zConnect the PC Ethernet port to the LAN port (Eth0) on the ACM-E7
backplane.
zUse your web-browser to connect to the AlphaWeb.
Enter http://169.254.1.5 (default address) in the address field1
Connection with the ACM is verified by the text:
z[Login] Secure AlphaWeb (https)
[Login] Unsecure AlphaWeb (http)
zClick on [Login] for unsecure (http) unless encrypted access to
internet is required for safety reasons
zUser is prompted for user name and password
Default user name: alpha
Default password: com
This login will give reading rights only.
zTo be able to change the configuration, the user must log in as an
administrator. The default login will then be:
User name: admin
Password: alphaadmin
A window with the exchange configuration is shown.
5.1.2 Save and apply changes
When new configuration parameters are entered, they should be saved
to the configuration file by pressing the Save button.
The configuration data is then saved to the AlphaCom configuration file
only, and not applied to the running configuration. To get the new
configuration data applied to the running configuration, press the Apply
button.
1The PC must be assigned to an IP address and network mask to the same network as the AlphaCom. If the PC is set to ‘Obtain IP
address automatic’, this will happen automatically after 1 minute (Windows Automatic Private Address).
Figure 14 Connect the PC to
Eth0
Figure 15 AlphaWeb Login
window
Figure 16 Exchange configuration
Eth 0 Eth 1 Serial Port 0 Serial Port 1
USB
485 422
Eth0

Page 20 ACM Telephone System – AMC-M-A A100K 10430 v.1.0
5.2 AlphaPro, Getting Started
5.2.1 PC setup
zStart up the computer
zDownload the latest AlphaPro version from www.zenitel.com or
insert the CD-ROM with the AlphaPro installation
zSelect and run file installalphapro.exe
zFollow the instructions on the screen
zYou can safely answer “YES” to all questions
5.2.2 Insert the HW dongle
zInsert the hardware dongle in the PC’s parallel port or USB port
depending on the dongle type.
zLeave the dongle in the PC during programming and transferring of
data to the exchange.
zIf the dongle is not inserted, the AlphaPro will run in AlphaPro M
mode. You will still have access to all functions (except AlphaNet),
but only for 36 subscribers.
5.2.3 AlphaPro Menu Structure
Use the menus in AlphaPro to change the default system setup. The
menu is divided in 12 main menus accessed by clicking on its symbol
icon at the top of the screen. Each main menu will have one or more
selectable tabs or sub menus.
AlphaPro may be run without being connected to the system (off-line),
all changes can be saved to the PC and copied to the system later on.
It is good practice to start the programming in the exchange menu and
continue towards the right on the icon bar.
5.2.4 Create New Network and Exchange(s)
When you want to configure the settings for an exchange the first time,
you would need to create a new network and exchange. This will create
an AlphaPro configuration database.
Select network
zSelect [+] in the main window
zEnter system name (customer / network name)
-maximum 100 characters
-don’t use national characters like æ, ø, å, ä, é, etc.
Select exchange
zSelect [+] in the main window
zEnter node (exchange) name
-maximum 16 characters
zEnter exchange node number
-applies to AlphaNet nodes, otherwise enter 1
zSelect the desired type of node (exchange)
zSelect the language for the exchange
zTick for AlphaNet: Adm. Here
-Creates an exchange with full database, which can be configured
from this PC.