NEC America, Inc. reserves the right to change the specifications,
functions, or features, at any time, without notice.
NEC America, Inc. has prepared this document for use by its employees and customers. The information contained herein is the
property of NEC America, Inc. and shall not be reproduced without
prior written approval from NEC America, Inc.
NEAX and D
term
are registered trademarks of NEC Corporation.
CAUTION: The use of a monitoring, recording or listening device
to eavesdrop, monitor, retrieve or record telephone conversations
or other sound activities, whether or not contemporaneous with its
transmission, may be illegal in certain circumstances under federal
or state laws. Legal advice should be sought prior to implementing
any practice that monitors or records any telephone conversation.
Some federal and state laws require some form of notification to all
parties to the telephone con versation, such as using a beep tone
or other notification methods or require the consent of all parties to
the telephone conversation, prior to monitoring or recording a telephone conversation. Some of these laws incorporate strict penalties.
Figure 3-11Connection of Emergency Record er (When Emergency Recorder Has Starting Terminal) 29
Figure 3-12Connection of Emergency Record er (When Emergency Recorder Does Not Have
This manual describes the system outline and procedures for installation/installation tests, operations, maintenance and data assignment of Automatic Call Distribution (ACD) in the IMX System.
1.1 CONFIGURATION OF THIS MANUAL
The configuration of this manual is shown in Table 1-1.
Table 1-1 Configuration of this Manual
CHAPTERTITLECONTENTS
2
GENERAL INFORMA TIONThis chapter explai ns the concept, func tion and conf iguration of
the NEAX2400 CallCenterWorX-Enterprise ACD System.
INSTALLATIONThis chapter explains the procedures of installation and or
3
installati on tests of the NEAX2400 CallCenter WorX-Enterprise
ACD System.
4
5
6
CIRCUIT CARDSThis chapter explains the circuit cards and switch settings for
External ACD in the IMX System.
OFFICE DATA DESIGNThis chapter explains office data assignment applicable to the
NEAX2400 CallCenterWorX-Enterprise ACD System.
ACD SERVICE FEATURES
FUNCTIONAL TEST
This chapter explains the test procedure of each ACD service
feature.
PROCEDURES
PBX AND ACD COMMAND
7
PROGRAMMING
This chapter explains the commands used in the NEAX2400
CallCenterWorX-En terprise ACD System. Sample
programming sheets that may be copied and used to help
config ure a syst em a re included.
SYSTEM OPERATIONSThis chapter explains the operating methods of Agent/
8
Supervisory Posit ion. And explains t he restart pr oce ssing of the
NEAX2400 CallCenterWorX-Enterprise ACD System.
SYSTEM MAINTE NANCEThis chapter explains the maintenance, diagn oses (according to
9
system messages), and fault repair of the NEAX2400
CallCenterWorX-En terprise ACD System.
APPEND IX A GLOSSARYThis appe n d ix gives explanations of ACD-re lated terms.
APPENDIX B
FIELD VALUES FOR ACD
SCREENS
This appe n d ix gives descriptions of all data values entered into
MAT command screens when configuring and managing an
ACD syst em.
APPENDIX C
ACD SERVICE IN FUSION
NETWORK
This appe n d ix gives descriptions of the ACD service activated
between two fu s i o n node s through Fusion link.
NDA-24282CHAPTER 1
Revision 1.0
Page 1
INTRODUCTION
1.2 RELATED REFERENCE MANUALS
For maintenance to be performed on the NEAX2400 CallCenterWorX-Enterprise ACD System, there are
operations pertaining to ACD functions a nd those pertaining to the NEAX2400 IMX itself. Because this manual
explains only the operations pertaining to ACD functions, related reference manuals explaining the procedures
of the NEAX2400 IMX must be used with this manual when performing maintenance on the NEAX2400
CallCenterWorX-Enterprise ACD System as a whole.
IMX reference manuals and their relation with this manual are shown in Table 1-2.
Table 1-2 Related Reference Manuals
MANUAL NAMEREL ATION TO THIS MANUAL
Installation ManualWhen performing installation/installation tests, use the manuals na med
in conjunction with Chapter 2, “General Information”, Chapter 3,
Circuit Card Manual
“Installation” and Chapter 4, “Switch Se tting of ACD Circuit Cards”
located in this manual
System Operations and Maintenance
Manual
Maintenance operations can be performed by referring to the manual
listed in addition to Chapter 8, “System Operations” and Chapter 9,
“System Maintenance” in this manual.
Office Data SpecificationRefer to the man u al lis t ed w h en programming office data other than for
the AC D. Chapter 7, “PBX and A CD Command Programming” include s
some information for commands used with the ACD System.
1.3 PRECAUTION ON USING THE ACD FEATURES
CAUTION:
The use of a monit oring, recording or liste ning devic e s to eave sdrop, monitor or record telephone
conversations or other sound activities, whether or not contemporaneous with its transmission, may be illegal
in certain circumstances under federal or state laws. Legal advice should be sought prior t o imp lementing any
practice that monitors or records any telephone conversation. Some federal and state laws require some form
of notification to all parties to the telephone conversation, such as using a beep tone or other notification
methods or require the consent of all parties to the telephone conversation, prior to monitoring or recording a
telephone conversa tion. Some of these laws incorporate strict penalties.
CHAPTER 1NDA-24282
Page 2
Revision 1.0
CHAPTER 2GENERAL INFORMATION
1. GENERAL
This chapter provides the user with a basic working knowledge of the NEAX2400 CallCenterWorX-Enterprise
(ACD) System. It also explains how to use documents furnished with the NEAX2400 CallCenterWorXEnterprise (ACD) System.
The conte nts o f this chapter and how to foll o w the informa tion ar e as follows :
1.1 SYSTEM SPECIFICATIONS
The System Specifications section describes the NEAX2400 CallCenterWorX-Enterprise (ACD) System
equipment configura tion, fu nctions a nd specifi cations, i nterface conditions for external equipment, and other
related subjects.
Persons having little or no basic working knowledge of the NEAX2400 CallCenterWorX-Enterprise (ACD)
System (equipment configuration, component functions, etc.) should read and thoroughly understand this
chapter before proceeding.
1.2 GLOSSARY OF TERM S
The terms used throug hout the manual are li sted and described in Section 3, “Glo ssary of Terms” of this c hapter.
NDA-24282CHAPTER 2
Page 3
Revision 1.0
GENERAL INFORMATION
2. SYSTEM SPECIFICA T I ON S
2.1 GENERAL
This section descri be s the concept, functions and configuration of the ACD in the IMX System.
This chapter includes the following information:
•Functional Outline: Describes the outline of the ACD.
•System Confi guration: Describes the configur ation of the ACD.
•MIS: Describes the MIS functions.
•Interface between ACD and MIS: Describes the interface condition to be used with the ACD in the IMX
System and MIS.
•Equipment related to ACD: Describes the related equipment used with the ACD in the IMX System.
NEAX2400 IMX
CallCenterWorX - Enterprise
ACD System
Announcement
Figure 2-1 Functional Outline of NEAX2400 CallCenterWorX-Enterprise ACD System
CHAPTER 2NDA-24282
Page 4
Revision 1.0
Machine
Supervisory
position
GENERAL INFORMATION
2.2 FUNCTIONAL OUTLINE
Presently, telephone reception services are provided to a wide variety of businesses including mail orders and
travel rese rvatio ns. Howev er, as t he num ber of c usto mers i ncrea se, these services are o ften su bjected to co mplaints such as telephone c a lls not answere d for long periods of time, or the telephones being busy.
The agent positions receiving these calls also have problems which make their operators busy, such as calls being concentrated on specific positions.
To solve the problems of customers and telephone operators, the CallCenterWorX-Enterprise (ACD) system
provides a range of service features. The addition of the Management Information System (MIS) to the ACD
system saves excessive personnel expenses and communications costs based on calculations of the optimum
number of operators and trunks.
The NEAX2400 CallCenterWorX-Enterprise (ACD) System can connect large amount of incoming calls automatically to the groups composed of ACD agent positions . These calls are processed in the order of their arrival,
and distrib uted evenly among the ACD agent positions.
When all ag ent positions h an d lin g i nco ming calls ar e bu s y or t heir s pli t s have already finished the service, the
ACD can transmit various announcements to the calling customers.
The supervisor is able to supervise the agent positions. The supervisor can monitor the performance of each
agent and change the system administration style to optimize the personnel arrangement.
NDA-24282CHAPTER 2
Page 5
Revision 1.0
GENERAL INFORMATION
2.3 SYSTEM CONFIGURATION
The ACD system can be implemented in the internal Type configuration, with which the ACDP is built in the
CPU of the NEAX2400 IMX.
The configuration of the NEAX2400 CallCenterWorX-Enterprise (ACD) System is defined as follows.
Single CPU configuration (Figure 2-2)
External Type
Dual C PU co nf ig ur a t io n (F i gu r e 2-3)
Internal Ty p e
Built- in C PU
Provided with E xt er n al LAN
cable connected from the PBX
ACDP
MIS Interface Circuit
Ether: TCP/IP
CHAPTER 2NDA-24282
Page 6
Revision 1.0
GENERAL INFORMATION
NEAX2400
IMX
Single Configurat ion
term
D
ELC
MISETHER (External LAN)
TSW
CPU
CPR
LPM
Externally inst alled equi pment
SYMBOLFUNCTION
CIRCUIT CARD
NAME
REMARKS
CPUCentral Processing Unit (ACDP)RAM: Built-in Data Memory
ELCElectronic Line CircuitPA-16ELCJ
term
Digital Multifunction Telephone
D
MISManagement Information System
ETHER
Ethernet ControllerEthernet + TCP/IP protocol
management
Figure 2-2 Block Diagram of ACD System (Single CPU Configuration)
NDA-24282CHAPTER 2
Page 7
Revision 1.0
GENERAL INFORMATION
NEAX2400
IMX
D
Dual Con figurat ion
term
MIS
ELC
ETHER (External LAN)
TSW
CPU
CPR
LPM
Externally inst alled equip m ent
SYMBOLFUNCTION
CIRCUIT CARD
NAME
REMARKS
CPUCentral Processing Unit (ACDP)RAM: Built-in Data Memory
ELCElectronic Line CircuitPA-16ELCJ
term
Digital Multifunction Telephone
D
MISManage men t In fo rmation System
ETHER
Ethernet ControllerEthernet + TCP/IP protocol
management
Figure 2-3 Block Diagram of ACD System (Dual CPU Configuration)
CHAPTER 2NDA-24282
Page 8
Revision 1.0
GENERAL INFORMATION
2.3.1S YSTEM CAPACITY
CallCenterWorX-Enterprise (ACD) system capacity can be upgraded by installing the ACD Option Service
Software (standard) for extending ACD capacity.
For the procedure to link with the Optional Service Software, refer to Chapter 4 “System Startup” in the
Installation Manual.
Analog Agent Access Codes4,000 *
Announcement Routes58
Call Active (simultaneous calls)6,000
Call Control Vectors (20 steps each)1,200
Holiday Schedules per Tenant3
IVR Ports400
Logon IDs (9 digits maximum)7,000
Personal Pilot Numbers4,000 *
Pilot Numbers4,000 *
Priority Level250
Splits900
Splits per Agent16
Station Calls500
TCP/IP Clients8
Tenants10
Transfe r to PBX Numbers1,200
Trunk Groups255
Note:
*
Note:
Personal Pilots, Pilots, and Analog Access Codes cannot exceed 4,000.
Due to the amount of memory allo cated to the A CD database , use conse cutiv e numbering when poss ible to
gain the maximum number of pilot numbers, ACD myline, ACD line, IVR parts, and analog access codes
available.
NDA-24282CHAPTER 2
Page 9
Revision 1.0
GENERAL INFORMATION
2.4 MIS
The Management Information System (MIS) expands the benefits of the telephone reception services of the
ACD system by providing efficient administration.
The number of handled ACD calls, system capacity and functions of the MIS vary depending on whether it is
based on a Navigator MIS. The MIS calculates the traffic related to the ACD calls and issues reports. The basic
purpose of MIS is to provide statistical d at a to b e us e d in calc ulations of the number of agents required and the
amount of C.O. trunk traffic.
System administration can be optimized by the supervisor, by setting the average delay time response of the
trunk group or split between 20 and 40 seconds. If the del ay time is less than 20 seconds, agents become idle,
thus the number of agents can be reduced. When delay time is more than 40 seconds, the number of agents
should b e increa se d. (Note the number of agents is dependent on the customers.)
From the MIS, the supervis or can change t he office data re lated to the ACD, includ ing the C .O. call destination ,
overflow condition and the number of agents.
[Precautions for Use of Navigator MIS]
When using the Navigator MIS, please note the following points:
•If the customer uses the Navigator MIS on a 24-hour basis, be sure to install the Navigator MIS in an
air-conditioned room to ensure normal operation and preventing the hard disk from overheating.
• Be sure to perform shutdown procedure before powering off the MIS personal computer. If the power
is turned off without running the procedure, statistical data on the hard disk will be corrupted ordestroyed.
2.5 INTERFACE BET W E EN ACD AND MIS
Table 2-2 show s the interfa c e c ondition b e t ween the ACD in the IMX System and M I S .
Table 2-2 Interface Condition
CIRCUIT CARDINTERFACE CONDITION
Physical InterfaceETHER
ETHER
Communication protocolTCP/IP
Data Transmission Speed10 Mbps
2.6 EQUIPMENT RELATED TO ACD SYSTEM
2.6.1AGENT POSITION
1.Function
This type of agent position is comprised of a t elephone, jack set and a headset. It is equipped wi th the ACD
functions as well as the multifunction telephone functions including the single-key speed dialing. It
operates off the 16ELCJ card.
CHAPTER 2NDA-24282
Page 10
Revision 1.0
2.Specifications
GENERAL INFORMATION
Dimensions
Cable Conductors2-conductor (1 Pair)
Dista nce from PBXLess than 850m (2787 ft .)
3.Outer View
Figure 2-4 shows the outer view of D
term
D
Series III
D
D
term
term
Series I II
Series E
term
7
*
0
105 (H) mm × 205 (W) mm × 225 (D) mm
98.1 (H) mm × 177.0 (W) mm × 223.7 (D) mm
Series III Agent Position.
1
2
4
3
5
6
8
9
#
Figure 2-4 Outer View of D
NDA-24282CHAPTER 2
term
Series III Agent Position
Page 11
Revision 1.0
GENERAL INFORMATION
Figure 2-5 shows the outer view of D
term
D
Series E
term
Series E Agent Position.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
1
4
G
H
I
5
J
K
L
7
P
Q
R
S
8
T
U
V
W
X
0
O
P
E
H
R
o
l
d
#
T
r
a
n
s
f
e
r
A
n
s
w
e
r
S
p
e
a
k
.
.
.
.
2
A
B
C
6
M
N
O
9
Y
Z
C
o
R
e
d
i
a
l
e
r
.
.
3
D
E
F
R
e
n
f
M
I
C
.
F
F
e
e
a
a
t
u
t
r
u
e
r
e
c
a
l
l
E
x
i
t
.
.
.
.
.
.
.
.
.
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.
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.
.
.
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.
.
.
N
E
C
H
e
l
p
.
.
.
Figure 2-5 Over View of D
term
Series E Agent Position
CHAPTER 2NDA-24282
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Revision 1.0
GENERAL INFORMATION
2.6.2SUPERVISORY PO SITION
1.Function
The supervisory position is equipped with the agent position functions and the display terminal. It is used
as the supervisor of splits to manage the ACD operations by overriding calls to agent positions, call monitoring, agent position status display, etc.
The supervisor position consists of an ACD agent position and a display with keyboard (MIS terminal).
Some supervisor positions are not equipped with the MIS terminal.
Note:
ACD Supervisory Position (D
term
)
Personal Computer/D ata
Termin al Equipm ent
1
2
4
3
5
6
7
8
9
*
0
#
Note
Distance between ACD Agent position and MIS terminal: Max.15m (49 feet)
Figure 2-6 Supervisory Positions
NDA-24282CHAPTER 2
Page 13
Revision 1.0
GENERAL INFORMATION
3. GLOSSARY OF TERMS
This section def i ne s A C D-related terms.
ACD Agent
ACD Agent
Split
Supervisory
ACD Agent
ACD Agent
Split
Supervisory
Position
Position
Group
Position
Position
Position
Group
Position
NEAX2400 IMX ACD System
ELC
ELC
ELC
ELC
ELC
ELC
Queue
Queue
COT
COT
COT
COT
COT
Trunk G r ou p
Trunk G r ou p
System
Supervisory
Printer
Position
MIS
ELC
ETHER
Figure 2-7 NEAX2400 CallCenterWorX-Enterprise ACD System Configuration
CHAPTER 2NDA-24282
Page 14
Revision 1.0
ACDP
CPR
GENERAL INFORMATION
•Trunk Group
A group, organized according to routes, of trunks which transmits calls incoming to or originated from the
ACD Sy st em.
•ACD Group (Tenant)
An ACD system can be divided into groups according to the user firms or departments. The ACD group is
the unit of such a division. Its configuration is as shown in Figure 2-8.
Note:
The following data must be assigned on an ACD tenant basis:
•Trunk Group
•ACD Monitored Number (Pilot Number)
•Split
•Announcement Equipment
•Transferring Destination (STN)
•Transferring Destination (TRK)
Split
1
Supervisory position
Split
n
ACD
Group
(Tenant)
(Tenant)
NEAX2400 IMX
Figure 2-8 ACD Group Configuration
NDA-24282CHAPTER 2
ACD
Group
C.O.
Line
Page 15
Revision 1.0
GENERAL INFORMATION
•Split
The unit of division o f an ACD group according to func tions. Ea ch split is compo sed of a q ueue to ho ld
incoming calls temporarily, agent positions to answer the incoming calls, and a group supervisory positio n.
•Queue
The queue is the area in which calls incoming to the ACD in the IMX System wait for handling. Each split
has multiple queues.
When all of the agent positions of a queue are busy, the calls assigned to that queue will wait. As agent
positions beco me idle, the c alls are distr ibuted t o the agent posi tions accor ding to f irst-in, f irst- out condition .
However, since queues are assigned different priority levels, the calls in higher-priority queues are
distributed before the calls in lower-priority queues.
•Overflow
An ACD call w aiting in a q ueue of a split that cannot be connected to an agent position assigned t o the queue
(overflow origination) once a predetermined period of time had elapsed, the call is sent to the queue of
another split (overflow destination) where it can wait for an agent position to become idle in both queues.
This allows the ACD call to be answered by the first available agent.
•Overflow Threshold
The period of time between the origination of an ACD call and its overflow.
•Inflow Threshold
Specific value defined by number of waiting calls in the overflow destination.
•ACD Agent Position
All agent positions belong to any ACD group and an ACD call is originated/picked up from the agent
position. Also, when Client/Server MIS system is used, ACD agent positions may have the client MIS.
•Group Supervisory Position
The position assigned the agent position supervisory functions, such as monitoring of agent positions and
assistance of agent posi tions , as well as the f unctions of an age nt posit ion. It may be equi pped with the MIS
Terminal (DTE) which can display the status of the ACD subsystem.
•Agent
The operator using an agent position to handle calls via the ACD system. Every agent can be assigned an
ID code to logon to the CallCenterWorX-Enterprise (ACD) system. For the purpose of effective use, the
agent can u se to connect the client MIS.
•Group Supervisor
This is the manager who uses a supervisory position to assist agent positions, monitor them, supervi s e thei r
status using the MIS term inal, and c hange the syst em configu rati on of an ACD group. Ever y supervisor can
be assigned an ID code.
•MIS Terminal (DTE)
This is the MIS Data Terminal Equipment used to display the ACD status and/or change the system configuration.
The day and night mode determine the destination of incoming ACD calls on a per-split basis. Set the day
mode when starting the ACD call reception service, and set the night mode to end the ACD call reception
service in the evening or before the agent leaves position.
•Ready Mode
This is the status of an ACD position (including group or system supervisory position) after starting the
reception se rv i ce. In this s tate, the position can answer ACD calls.
•Work Mode
This is the state of an ACD position (including supervisory position) in which it restricts the termination of
incoming ACD calls. The agent ma y then perfor m nonverbal tasks, s uch as t he crea tion of a bu siness slip.
The Work mode can be set either automatically at the end of conversation with an incoming call (Automatic
After Call Work mode) or manually by pressing the “Work” key as needed.
NDA-24282CHAPTER 2
Page 17
Revision 1.0
GENERAL INFORMATION
•Break Mode
This is the state of an ACD position (including supervisory position), which is activated by the agent
pressing the “BREAK” k ey t o disa llo w the termin ation of inc oming ACD calls before the a gent temporari ly
leaves the position.
•ACD Trunk in a Fusion Network
ACD trunks can be accommodated in the multiple nodes within the Fusion network and via the trunk in the
remote node, ACD calls can be originated or picked up from the agent accommodated in the node that provides ACDP.
•Agent Anywhere
With this function, ACD agent positions can be installed in multiple nodes of a Fusion Network, and ACD
calls can be distributed to ACD agents in the remote node. Those agent positions are controlled by one
ACDP in a Fusion Network.
•Expanding ACD capacity
With the ACD Option Service Software, the built-in ACDP capacity will be extended and more than 1000
agent pos i tio n s can be installed.
•Split of Supervisors (see Multiple Supervisor Groups (Splits) - A CD [M-79A])
Split formed by mul tipl e supervi sors. It is benef icial whe n more th an one supervi sor ser ves a sp lit of agents .
CHAPTER 2NDA-24282
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Revision 1.0
CHAPTER 3INSTALLATION
1. GENERAL
This chapter desc ribes the inst allation and t est procedure s for the NEAX2400 Call CenterWorX-Enter prise ACD
System.
The installation of the ACD in the IMX system is completed by the installing the MIS, MIS interface, and terminal equipment such as agent positions and supervisory positions.
Because the inst allation procedures require d for the NEAX 2400 IMX are the same as for the business system,
this manual describes only the terminal equipment related to the MIS and ACD positions. For information on
installation procedures related to the NEAX2400 IMX, refer to the NEAX2400 IMX Installation Manual.
2. PRECAUTIONS
2.1 ESSENTIAL/CRITICAL INFORMATION
To prevent accidents or equipment damage from occurring while installation is being performed, each
NEAX2400 IMX manual provides “WARNING”, “CAUTION”, and “Note” indications to draw the technician’s atten tio n t o s p ecific matters.
1.Meaning
WARNI NG: P ersonal injury may result if the warning is not heeded.
CAUTION
Note:
Indicates an item which requires special attention.
2.Locations of Indicators
WARNI NG
of the procedures on the page.
: Damage to the equipment and/or the system may result if the caution is not heeded.
and CAUT IO N indica tions are locat ed at the top of the page. Descriptions are included as part
This manual provides Static Caution indicators (see Figure 3-1) on page where work involving static-sensitive
components is described.
The 3M Model 8012 Portable Field Service Kit, shown in Figure 3-2 is recommended as an effective countermeasure against static electricity. The kit is available from NEC.
Wrist Strap
Place the Circuit Card
on a Conductive
sheet.
Connect ground wire to the Earth
terminal of the M odule Group
Figure 3-2 3M Mo del 8012 Portable Field Service Kit
CHAPTER 3NDA-24282
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Revision 1.0
INSTALLATION
3. INSTALLATION PROCEDURES
3.1 PERIPHERAL EQUIPMENT INSTALLATION
This section explains the procedures to instal l periphera l equipment f or the ACD in the IMX system (Agent positions, MIS terminals, etc.).
The reference NAPs for the peripheral equipment are indicated in Figure 3-3.
Connector leads (A0 and B0)
may be connected with Modular Rosette.
Modular Jack
No.1
No.15
MDF
Modular Rosette
123
4
A0B0
For more details of connector lead accommodation, see “Circ uit Card Manual”.
Note 1
1
3
Agent Position
2
4
Figure 3-4 Connection of ACD Agent Position
CHAPTER 3NDA-24282
Page 22
Revision 1.0
INSTALLATION
NAP-200-101
Sheet 2/3
Installati on of ACD Agent Posi tion
•Attach the pro vided ke y pa d/labe ls to ident ify the names of the k eys. For the funct ion ke y data assignment s,
refer to the AKYD command in Chapter 7.
term
(1) D
Series III
CW AUTO/MAN ASSISTEMERTRKTRBL RECALL
ACD CALLLINEFNC HAND/HEADMICSPKR
213
546
879
0
#
RLS
BREAK
LOGON
TALLY
*
HOLDXFRCONFWORK
Figure 3-5 Key Pads on ACD Agent Position Keyboard (D
term
Series III)
NDA-24282CHAPTER 3
Page 23
Revision 1.0
INSTALLATION
NAP-200-101
Sheet 3/3
Installati on of ACD Agent Posi tion
term
(2) D
Series E
CW
FUNC HAND/HEAD MICSPKR
1
456
7
ASSISTEMERAUTO/MAN
ACDCALL LINETRKTRBL RECALL
2
3
89
RLS
BREAK
LOGON
0#
TALLY
WORKCONFXFRHOLD
FLEX KEY
Figure 3-6 Key Pads on ACD Agent Position Keyboard ( D
CHAPTER 3NDA-24282
Page 24
Revision 1.0
term
Series E)
NAP-200-102
Sheet 1/3
Installati on of ACD Supervisory Posi tion
Figure 3-7 shows the cable connection between the Supervisory Position and the NEAX2400 IMX.
Connector leads (A0,
B0) may be connected
with Modular Rosette.
Modular Rosette
123
4
No. 0
A0B0
Supervisory Position
For more details of connector lead accommodation, see “Circuit Card Manual”.
Note 1
1
3
2
4
Figure 3-7 Connection of ACD Supervisory Position
NDA-24282CHAPTER 3
Page 25
Revision 1.0
INSTALLATION
NAP-200-102
Sheet 2/3
Installation of ACD Supervisory Position
•Attach the pro vided ke y pa d/labe ls to ident ify the names of the k eys. For the funct ion ke y data assignment s,
refer to the AKYD command in Chapter 7.
term
(1) D
Series III
CW AUTO/MANTRKTRBL RECALL
ACD CALLLINEFNC HAND/HEADMICSPKR
MON/BARGE
213
546
879
0
NIGHT
RLS
BREAK
LOGON
#
TALLY
*
HOLDXFRCONFWORK
Figure 3-8 Key Pads on Supervisory Position Keyboard (D
CHAPTER 3NDA-24282
Page 26
Revision 1.0
term
Series III)
NAP-200-102
Sheet 3/3
Installation of ACD Supervisory Position
term
(2) D
Series E
INSTALLATION
CW
AUTO/MAN
TRKTRBL RECALL
FNC HAND/HEAD MICSPKR
1
4
7
MON/BARGE
ACDCALL LINE
2
3
56
89
0#
XFRHOLD
BREAK
NIGHT
LOGON
RLS
CONF
TAL LY
WORK
FLEX KEY
Figure 3-9 Key Pads on Supervisory Position Keyboard (D
NDA-24282CHAPTER 3
term
Series E)
Page 27
Revision 1.0
INSTALLATION
NAP-200-103
Sheet 1/1
Installation of MIS
Figure 3-10 shows the cable connection between the MIS and the NEAX2400 IMX.
LPM
BASEU
00 01 02 03 04 05 06 07 08 09 10 11
00 01 02 03 04 05060708091011
PH-PC40 (EMA)
PH-IO24 (IOC)
10BASE-T (Straight)
12 13 14 15 16 17 18 19 20 21 22 23
LANI (PZ-PC19)
HUB
Note:
When the client MIS and I VR /H o st are installed in a system together, LAN network for these terminals
should be separated by the router.
Figure 3-10 Cable Connection between MIS and PBX
CHAPTER 3NDA-24282
Page 28
Revision 1.0
MIS
NAP-200-104
Sheet 1/1
Insta l lation of Eme rgency Recorder
Figures 3-11 and 3- 12 show connection for an Emergency Recorder.
INSTALLATION
16COT
No.0 circuit
R0
T0
16COT
No.0 circuit
No.1 circuit
G
R0
T0
M
(T1)
-48V RPT0
FUSE
Power Receiving Terminal
MDF
A
B
G
-48V
AC
Emergency
Recorder
Speech Wires
Starting Wire
Figure 3-11 Conn ection of Emergency Recorder
(When Emergency Recorder Has Starti ng Terminal)
Speech Wires
Power Relay
MDF
A
B
Note
AC
Receptacle
Emergency
Recorder
AC
No.1 circuit
G
M
(T1)
RPT0
Power Receiving
Terminal
G
-48V
Note:
Starting Wire
If a power relay is used, select an optimum relay by
confirming the amplifiers current drain.
Figure 3-12 Conn ection of Emergency Recorder
(When Emergency Recorder Does No t Have Starting Terminal)
NDA-24282CHAPTER 3
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Revision 1.0
INSTALLATION
NAP-200-105
Sheet 1/1
Installat i on of A nnou ncement Machine
The standard announcement machine a vailable is PA-4DATA or PA-4DATB (4DAT: 4 Digita l Announce ment
Trunk) card. The 4DAT can be used by simply inserting it in the universal slot of PIM.
If a non-standard a nnouncement machine is used, the conne ction method and the announcement tr unk to be used
as interface vary depending on the machine.
An example of this connection is shown in Figure 3-13.
MDF
16 COT
No.0 circuit
No.1 circuit
G
R0
T0
R1
M
(T1)
–48VRPT0
Fuse
Power Receiving
Terminal
OA
OB
G
OC
(RT)
Figure 3-13 Connection of Announcement Machine
Announcement
Machine
–48G
CHAPTER 3NDA-24282
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Revision 1.0
INSTALLATION
NAP-200-106
Sheet 1/1
Installation of IVR/Host
Figure 3-14 shows the system configuration when IVR/Host is installed.
For more details of IVR ca ble conne ction, refer to Figure 3- 15 and for the Host connection, refer to Figure 3-16.
E
L
C
term
D
(ACD Positions)
L
C
IVR/Host
Router
HUB
L
A
N
L
A
N
PBX
Note
MIS
Note:
When the client MIS and IVR/Host are installed in a system together, LAN network direct l y co nn ec ted
with these terminals should be separated by the router.
Figure 3-14 System Configuration (when IVR/Host is installed)
NDA-24282CHAPTER 3
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Revision 1.0
INSTALLATION
Figure 3-15 shows the cable connection between Host and the PBX.
HUB PKG
PIM
10BASE-T
LPM
(Straight)
10BASE-T
(Straight)
LANI
LANI
Note:
BASEU
10BASE-T (Straight)
When the client MIS and IVR/Host are installed in a system together, LAN network directly connected
with these terminals should be separated by the router.
Figure 3-15 Connection of Host
CHAPTER 3NDA-24282
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Revision 1.0
Figure 3-16 shows the cable connection between IVR and the PBX.
INSTALLATION
Note:
PIM
Installation cable
16LC
A0
B0
A1
B1
~
A15
B15
MDF
Note
Connector leads (A0, B0) may be connected differently.
Figure 3-16 Conn ection of IVR
L2
L1
Rosette
L2
L1
IVR
NDA-24282CHAPTER 3
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INSTALLATION
4. SYSTEM ST A RT-UP PRO C E DURE FOR ADDING ACD FEATURES
4.1 ACD SOFTWARE INSTALLATION
This section explains the installation procedure for adding the Built-in ACDP software to the PBX in on-line
operation. For more de tail ed inf ormation about s ta rt-up procedure s b efore the ACD a pplication soft ware install ,
see the “Installation Manual”.
[Operation Procedure]
a.Basic Operating Procedure
STEP 1 : By using MEM_HDD command, save all data to both HDDs.
STEP 2 : Insert the Built-in ACDP software FD into the HDD of the PBX.
Note 1:
When ACD service is used in a Fusion Network and when “ACD Trunk in a FCCS Network” is used:
Install the software int o t he node that accommodates the
When “AGENT ANYWHERE” is used:
Install the software into one node only. In this case, the node with the most ACD agent po sit i o n s is recommended to prevent network traffic congestion. The node that uses the ACDP is most re commended according to the service condition Item 3 described in “Agent Anywhere - ACD” in Chapter 5.
STEP 3 : Install the Configuration Software to all nodes.
Note 2:
This software is used to define the CallCenterWorX-Enterprise (ACD) system capacity (50, 200, 500, 900,
or 2000 Agent Positions).
STEP 4 : Ini tialize the system (pe rform IPL, DM load ing).
PROGRAM=“LOAD”
SYSTEM DATA=“LOAD”
ACDP
Note 2
.
CHAPTER 3NDA-24282
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INSTALLATION
b.When Installing ACD Trunk into Multiple Fusion Nodes (Software installation when the ACD trunk is in-
stalled at Fusion Nodes.)
(1) At the node that uses the ACDP, the A CD soft ware (Built-in ACDP software) and ACD Optio n Soft-
ware installation is necessary.
(2) At the node that accom m odate s th e ACD trunk, only ACD Option Software installation is necessary.
Do not install the ACD software.
(3) Initialize the node that uses the ACDP after the software installation.
c.When Installing ACD Agent Position into Multiple Fusion Nodes (For PBX Software Series 7300 or later)
(1) At the node that uses the ACDP, the ACD software (Built-in ACDP software) and the basic ACD
Option Software, installation is necessary.
(2) At the node that ac c ommodates the ACD trunk, ACD agent position, the basic ACD Option Service
Software must be installed.
(3) Initialize the node that uses the ACDP after the software installation.
d.When Installing ACDP into Multiple Fusion Nodes (For PBX Software Series 7400 or later)
(1) At the node that uses the ACDP, the A CD soft ware (Built-in ACDP software) and ACD Optio n Soft-
ware installation is necessary.
(2) At the node that accom m odate s th e ACD trunk, only ACD Option Software installation is necessary.
Do not install the ACD software.
(3) Initialize the node that uses the ACDP after the initialization of the other nodes (non -ACDP nodes).
When the A CD serv ice is ac tivate d via FCCS, this dat a must be set to all node s providing ACD service (Not
just the node accommodating the ACDP).
STEP 2 : Assign the system data written in LDM as shown below.
ASYDL SYS1
INDEX512:FPC of the self-node
INDEX513:01 Hex (LDM usage)
INDEX515~518b0~b7:IP address (Hex) for PBX over external LAN
INDEX519~522b0~b7:Subnet Mask (Hex) for PBX over external LAN
INDEX523~526b0~b7:Default Gateway Address for External LAN
(This data is required when the Host is connected via gateway)
INDEX864 -b0=1 (Built-in ACDP is provided)
INDEX864b1: Output the system message (4-R) when TCP-IP is normally disconnected.
0/1 = Effective/Ineffective
b2: 0/1 = “Agent Anywhere” Out of Service/In Service
b3: 0/1 = Multiple ACDPs Not Available/Available
INDEX865:FPC of Node Providing IP.
INDEX866:FPC of Node Providing ACDP.
Note 2:
If the MA T or SMDR has been connecte d with e xt ernal LAN already, this d ata assignmen t is not neces sary.
STEP 3 : Assign the System data written in NDM.
This data is necessary when using “AGENT ANYWHERE” (Available since the PBX software
Series 7300.)
ASYDN SYS1
INDEX514-NDM usage
INDEX533-FPC of the node that provides VNDM
Note 2
Note 2
Note 2
Note 3
STEP 4 : Check the station-to-station connection and confirm no fault status occurs or system messages
are output (such as cable connection fault, LCD display fault, memory alarm fault, abnormal
interrupt, et c.).
STEP 5 : Program the ACD office data. Also, program the Fusion data to make ACD service effective
through Fusion network, if necessary. Refer to Chapter 5, “Office Dat a Design”.
STEP 6 : Save the DM, ACD data memory into the HDD by using MEM_HDD.
CHAPTER 3NDA-24282
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Revision 1.0
INSTALLATION
5. UPGRADING ACD SYSTEM FROM NEAX2400 ICS TO NEAX2400 IMX
Figure 3-17 and Table 3-1 show the requiremen t s w h en u p grading the Call Ce n ter W orX-Enerprise (ACD) sys-
tem from NEAX2400 ICS to 2400 IMX.
5.1 HARDWARE AND SOFTWARE REQUIREMENTS
Note 1:
PBX
[1][2]
CPU
DM
ACDP
ACD DM
[4]
Router [9]
LAN
MAT
[3]
IVR/Host
[10]
[5], [6], [7], [8] are not necessary for the ACD without MIS.
Client MIS
[8]
Server MIS
[5]
[6]
[7]
MIS DB
(See Ta ble 3-1.)
Note 2:
[10] is not necessary for the ACD without IVR/Host.
Figure 3-17 Hardware and Software Upgrading Requirements
NDA-24282CHAPTER 3
Page 37
Revision 1.0
INSTALLATION
Table 3-1 Hardware and Software Upgrading Requirements
No.
[1]
[2]
[3]
[4]
[5], [6]
[7]
[8]
Upgrading Hardware or
Software
Generic Software
•Basic software
•Standa rd Service softwa re
•Optional software
All types of systemPBX software Releas e 3 or later
NEAX2400 ICS
(before upgrading)
NEAX2400 IMX
(after upgrading)
•Basic software (#1~#11)
•Internal MAT software
(#1~#2)
• TCP/IP software
ACD softwareSC-2242 PRG-E or
Built-in ACDP software
SC-2243 PRG-F
MAT
IBMPC/ATWindows
Hardware and Software
ACD Data MemoryPBX software Release 2 or
Release 3
Built-in type
Necessary t o be reprogrammed
via [3]
Server
MIS
Hardware and
Software
Data base
Nav igator MIS (IBMPC/AT)Navig ato r MIS (I BMPC/AT)
For NEAX2400 IMX system
Nav igator MIS (IBMPC/AT)Navig ato r MIS (I BMPC/AT)
(Config., static data,
etc.)
Client MIS terminal SoftwareNavigator MIS (IBMPC/AT)(a) Remote MIS terminal
MIS terminal for Navigator
MIS (IBMPC/AT)
(b) Client MIS terminal
Navigator MIS client for
NEAX2400 IMX system
[9]R outer–Router
IVR/Ho st Hard w are and Soft ware
[10]
Note:
Necessar y when IVR/
Host is added only.
CHAPTER 3NDA-24282
Page 38
Revision 1.0
5.2 UPGRADING PROCEDURE
INSTALLATION
STEP 1 : Print out the existent data in the MIS terminal or save the data as the text file.
Note 4
STEP 2 : List up the office data related to the current ACDP.
STEP 3 : Shutdown MIS operation following the appropriate procedure.
Note 4
STEP 4 : Make busy the CPU (ACDP) card (CP53/CP54) and disconnect all cables connected to cards
related to ACD.
STEP 5 : Upgrade the PBX hardware following the Upgrade Manual for the PBX.
STEP 6 : Install the software below to upgrade the PBX software. Refer to Chapter 3, Section 4.1, “ACD
ACDHS/ACDHC/ACDWS
STEP 8 : Start up the Navigator MIS for IBMPC/AT.
Note 3
•Standard MIS hardware and software
•MIS terminal hardware and software
STEP 9 : Start up the IVR/Host.
•IVR/Host hardware and software
• Related Equipment for LAN
STEP 10 : Perform the installation test.
Note 1:
When ACD service is used in a Fusion Network, and when “ACD Trunk in aFusion Network” is used:
Install the software int o t he node that accommodates the ACDP.
When “AGENT ANYWHERE” is used:
Install the software into one node only. In this case, the node with the most ACD agent positions is
recommended to prevent networ k traffic congestion. The n ode that uses the ACDP is mos t recommended
according to the service condition Item 3 described in “Agent Anywhere - ACD” in Chapter 5.
Note 2:
Note 3:
Note 4:
When ACD features are activated in Fusion network, this software is installed in all nodes.
This procedure is not necessary for the ACD without MIS.
Details fo r s ta rt -up p ro c edure are decided by the IVR/Hos t f e ature spec ifications.
This procedure is not necessary when IVR/Host is not used.
Note 4
NDA-24282CHAPTER 3
Page 39
Revision 1.0
This page is for your notes.
CHAPTER 3NDA-24282
Page 40
Revision 1.0
CHAPTER 4SWITCH SETTING OF ACD CIRCUIT CARDS
1. GENERAL
This chapter ex plains the circui t cards related to the NE AX2400 CallC enterWorX -Enterprise (ACD ) System
which are shown in Table 4-1.
Table 4-1 List of ACD Circuit Cards
SYMBOLCIRCUIT CARD
MOUNTING
MODULE
REMARKS
CPUPA-CP53PIMUFor circuit card type
EAPIPH-PC22/PH-PC27LPRJ-A
ALMCPA-AL16APMFor module type
APINTPH-PC21LPRJ-A
This section ex pl ai n s each of the ACD circuit cards rega rding the following items.
1.Function
Explanations are given about the functional outline and the purpose of each circui t ca r d.
2.Mounting Location/Condition
The mounting location of each circuit card is illustrated with the mounting module name, slot number, etc.
Any conditions pertaining to mounting are also denoted.
3.Face Layout of Lamps, Switches, and Connectors
The locations of the lamps, switches, and connectors provided on each circuit card are illustrated by a face
layout.
4.Lamp Indications
Lamps equipped on each circuit card, their names, colors, and indication states are tabulated.
5.Switch Setting
Switches equipped on each circuit card, their names, switch numbers, setting and its meaning, standar d set-
ting, etc. are tabulated.
6.External Interface
If the lead outputs of the circuit card are provided by an LT connector, the relation between the mounting
slots and the LT connector is illustra ted b y an LT Connector Lead F ace Layout. Also, i f the le ad output s are
provided b y other tha n an LT connector or the lead outputs a re pro vid ed by the c ircuit c ard fr ont connect or,
the connector lead accommodations and the connecting routes are illustrated.
A SWITCH SETTING SHEET showing module name, slot number, switch name, switch shape, e tc. is provided
at the end of the explanation of each circuit card.
CHAPTER 4NDA-24282
Page 42
Revision 1.0
PA-CP53 (CPU)
1.Function
This circuit card is the CPU card (Central Proc essing Unit) which controls the A CD Circuit Card T ype Sys-
tem. Using V60 microprocessor (32 bits), this CPU card provides programs and data memory. The card is
equipped with EPROM of 2 MB and SRAM of 1MB, respectively.
PA-CP53 (CPU)
ACDP
GATE
I/O LOCAL BUS
RS-232C (Non-protocol)
ACD-MIS
LPRJ-A
ACD in IMX system (Circuit Card Type)
Position within the system
EAPI
SYSTEM
CPU
NDA-24282CHAPTER 4
Page 43
Revision 1.0
PA-CP53 (CPU)
2. Mounting Location/Condition
The mounting locations of this circuit card and the conditions related to mounting are shown below.
(a) When this circuit card is mounted in PIMA
This circuit card is mounted in any one of Slot No. 02~04.
NDA-24282CHAPTER 4
Page 49
Revision 1.0
PH-PC22 (EAPI)
Mounting ModuleLPRJ-A
00 01 02 03 04
PHPC-22
PHPC-22
PHPC-22
CPRAC-0CPRAC-1
Note
Note:
This circuit card is mounted in any one of Slot No. 00~02
3.Face Layout of Lamps, Switches, and Connectors
The face layout of lamps, switches, and connectors of this circuit card is shown below.
SW0
IOC OPE
CLKALM
OPE/MB
MB
MBR
SW11
SW01
CHAPTER 4NDA-24282
Page 50
Revision 1.0
PH-PC22 (EAPI)
4.Lamp Indications
The contents of lamp indications of this circuit card are shown in the table below.
LAMP NAMECOLORSTATE
OPE/MBGreenRemains lit while this circuit card is operating.
IOCOPERedRemains lit while the non-protocol/RS-232C Port Controller is operating normally.
CLKAL MRedLigh ts wh en a clock failure has occurr ed .
5.Switch Settings
Standard settings of various switches on this circuit card are shown in the table below.
SWITCH
NAME
MB
MBR
SW0
SWITCH NO.SETTING
UP Circuit card make busy request
DOWNCircuit card make busy cancel
UP
DOWN
1OFF×
2OFF×
3OFF×
4OFF×
5OFF×
6ON×
7OFF×
STANDARD
SETTING
MEANING
Requests the software to place the ACD-MIS
Interface Po rt Controller into ma ke-busy s t at e.
Cancels t h e requ es t t o place the ACD-MIS
Interface Port Co n t ro l l er in to make-busy state.
(Circuit car d oper ati ng state)
This circuit card is mounted in any one of Slot No. 02~04.
CHAPTER 4NDA-24282
Page 54
Revision 1.0
Mounting ModuleLPRJ-A
00 01 02 03 04
PH-PC27
PH-PC27
PH-PC27
Note
PH-PC27 (EAPI)
CPRAC-0CPRAC-1
Note:
This circuit card is mounted in any one of Slot No. 00~02.
3.Face Layout of Lamps, Switches, and Connectors
The face layout of lamps, switches, and connectors of this circuit card is shown below.
SW12
SW11
SW0
AP-1
AP-0
IOC OPE
CLKALM
OPE/MB
MB
MBR
to CP-53
to CP-53
SW10
NDA-24282CHAPTER 4
Revision 1.0
Page 55
PH-PC27 (EAPI)
4.Lamp Indications
The contents of lamp indications of this circuit card are shown in the table below.
LAMP NAMECOLORSTATE
OPE/MBGreenRemains lit while this circuit card is operating.
IOCOPERedRemains lit while the non-protocol/RS-232C Port Controller is operating normally.
CLKAL MRedLigh ts wh en a clock failure has occurr ed .
Note:
The PH-PC27 is a three port EAPI card.
5.Switch Settings
Standard settings of various switches on this circuit card are shown in the table below.
SWITCH
NAME
MB
MBR
SW0
SWITCH NO.SETTING
UP Circuit card make busy.
DOWNCircuit card make idle.
UP
DOWN
1OFF×
2OFF×
3OFF×
4OFF×
5OFF×
6ON×
STANDARD
SETTING
MEANING
Requests the software to place the ACD-MIS
Interface Po rt Controller into ma ke-busy s t at e.
Cancels t h e requ es t t o place the ACD-MIS
Interface Port Co n t ro l l er in to make-busy state.
(Circuit car d oper ati ng state)
Sets the non-protocol RS-232C port stop bit
length to 1 bit.
Sets the non-protocol RS-232C port stop bit
length to 2 bit.
Sets the non- protocol RS-232C port data length
to 7 bit.
Note:
5
OFF
6
7
SW01-6
SW11-6
ONO NODD Parity Check
ONOFFEVEN Parity Check (standard setting)
OFFOFFNo Parity Check is to be made
SW01-7
SW11-7
ON
8
OFF×
Ports 0, 1 and 2 translate to MIS ports 1, 2 and 3.
Sets the non- protocol RS-232C port data length
to 8 bit.
NON-PROTOCOL RS-232C PORT
PARITY BIT SETTING
Sets the polarity of non-pro tocol RS-232C PB
sign al to No t Provided.
Sets the polarity of non-pro tocol RS-232C PB
signal to +, or sets PB signal to Provided.
NDA-24282CHAPTER 4
Page 57
Revision 1.0
PH-PC27 (EAPI)
SWIT CH SETT ING SHEET
MODULESLOT NO.
LCMA02
03
04
LPRJ-A00
01
02
SWITCH
NAME
SWITCH SHAPEREMARKS
MBUP: Circuit card make busy.
DOWN
MBRDOWN: Circuit card make idle.
DOWN
SW0
ON
12345678
SW102, 4, 5, 6 ON only
ON
12345678
SW112, 4, 5, 6 ON only
ON
12345678
SW122, 4, 5, 6 ON only
ON
12345678
CHAPTER 4NDA-24282
Page 58
Revision 1.0
PA-AL16 (A L MC)
1.Function
This circu i t card collects fault informat i on and ma nages a dual-configuration system of the ACD Module
Type System. The card displays the collected fault information on the TOPU. Besides, the card provides
the functions for data communication between two ACDPs in the dual system configuration.
PA-AL16 (ALMC)
CPU
I/O LOCAL BUS
APINTAPINT
ALMC
IOC
RS-232C (Non-protocol)
ACD-MIS
IMX ACD system (Module Type)
Positi on withi n the System
CPUCPU
(ACDP)(ACDP)
COPYCOPY
CRAMCRAM
APM-A\E
2.Mounting Location/Condition
The mounting location of this circuit card and the condition related to mounting are shown below.
When ACDP is provided by single system configuration in the IMG (IMX), this circuit card is to be
mounted in its mounting slot only when the APMA is installed externally.
NDA-24282CHAPTER 4
Page 59
Revision 1.0
PA-AL16 (ALMC)
3.Face layout of Lamps, Switches, and Connectors
The face layout of lamps, switches, and connectors of this circuit card is shown below.
SW1
SW4
SW6
SW0
SW5
(SW3)
MBR
EMA SUP
CPUSEL
MG
SW2
CHAPTER 4NDA-24282
Page 60
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4.Switch Settings
Standard settings of various switches on this circuit card are shown in the table below.
PA-AL16 (ALMC)
SWITCH NAME
MB
EMASUP
ON
ON
SWITCH
NO.
SETTING
UP
DOWN
UP×
STANDARD
SETTING
Circuit card make busy.
Circuit card make idle.
Fixed
DOWN
CPUSEL
ON
MG (SW3)
UP
MIDDLE
DOWN
For ACDP Dual System Configuration
For ACDP Single System Configuration
0
9
Single CPU System
Multi CPU System
SW01OFF×Fixed
ON
1234
2OFF ×Fixed
3OFF ×Fixed
4ON ×Fixed
MEANING
Note 1
Note 2
SW11OFF×Fixed
ON
1234
2ON ×Fixed
3OFF ×Fixed
4ON ×Fixed
Note 1:
Note 7: For MMG (ICS), UMG (ICS), UMGx
SW2
For IMG (IMX) (ICS), IMGx, IMGxh
SWITCH NAME
ON
12
SWITCH
NO.
1OFF ×
2ON ×
SETTING
STANDARD
SETTING
Fixed
Fixed
MEANING
NDA-24282CHAPTER 4
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PA-AL16 (ALMC)
SWITCH NAME
SW4
ON
1234
SWITCH
NO.
SETTING
1OFF ×
2OFF ×
3OFF ×
4OFF ×
STANDARD
SETTING
Alarm Bus Fixed
Alarm Bus Fixed
Alarm Bus Fixed
Alarm Bus Fixed
SW51ON×Fixed
ON
1234
2OFF ×Fixed
3OFF ×Fixed
ONFor ACDP Dual System Config uration
4
OFFFor ACDP Single System Configuration
SW6
ON
1OFF ×
12
2OFF ×
Alarm Bus Fixed
Alarm Bus Fixed
MEANING
CHAPTER 4NDA-24282
Page 62
Revision 1.0
SWIT CH SETT ING SHEET
PA-AL16 (ALMC)
MODULESLOT NO.
SWITCH
NAME
SWITCH SHAPEREMARKS
APM20MBUP:Circuit card make busy
ON
DOWN:Circuit card make idle
EMASUP
ON
CPUSELMiddle = ACDP Dual System
ON
Down = ACDP Single System
MG (SW3)0 = Single CPU Systems
0
9
9 = Multi CPU Systems
SW0
ON
1234
SW12 and 4 ON (Fixed)
ON
1234
SW2
ON
12
SW4Alarm Bus
ON
1234
SW54 ON = Dual ACDP
ON
1234
4 OFF = Single ACDP
SW6Alarm Bus
ON
12
NDA-24282CHAPTER 4
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PH-PC21 (APINT)
PH-PC21 (APINT)
1.Function
This circuit card is an inter-processor interface card and is used only for the Module Type ACD.
The card prov id es FIFO for mutual I/O bus connections for processor communication between the system
CPU and the ACDP.
TSW, INT
8-bit I/O Bus
GATE
32-bit MEM Bus
CPU
ECPY
MEM
Extended 8-bit I/O Bus
GATE
CPU
MEM
Position within the syste m
APINTAPINT
8-bit I/O Bus
ACD Module
2.Mounting Location/Condition
The mounting location of this circuit card and the condition related to mounting are shown below.
Mounting ModuleLPRJ-A
00 01 02 03 04
PH-PC27
PH-PC27
PH-PC27
CPRAC-0CPRAC-1
Note
Note:
This circuit card is mounted in any one of Slot No. 00~02.
CHAPTER 4NDA-24282
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3.Face Layout of Lamps, Switches, and Connectors
The face layout of lamps, switches, and connectors of this circuit card is shown below.
PH-PC21 (APINT)
CLKALM
OPE/MB
MB
AP1
AP0
SW01
4.Lamp Indications
The contents of lamp indications of this circuit card are shown in the table below.
LAMP NAMECOLORSTATE
GreenRemains lit while this circuit card is operating.
OPE/MB
RedLights while this circuit card is in make-busy state.
CLKALMRedLights when a failure has occurred to clocks for I/O bus synchronization.
5.Switch Settings
Standard settings of various switches on this circuit card are shown in the table below.
SWITCH
NAME
SWITCH NO.SETTING
STANDARD
SETTING
MEANING
MB
UP Circuit card make busy.
DOWNCircuit card make idle.
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PH-PC21 (APINT)
SWITCH
NAME
SW0
SWITCH NO.SETTING
STANDARD
SETTING
ON
1
OFF
2ON×Fixed
ON
3
OFF
4OFF×Fixed
5OFF×Fixed
6ON
SW0-6SW0-7SW0-8DEFINITION OF SOFTWARE TYPE
ONONOFF
7OFF
OFFONOFF
8ON
MEANING
When using this circuit card in the ACDP of
single-system configuration or when
connecting this circuit card to No. 0 system of
the ACDP of dual-system configuration.
When connecting this circuit card to No. 1
system of the ACDP of dual-system
configuration.
When the ACDP is provided by single-system
configuration.
When the ACDP is provided by dual-system
configuration.
To be used in ACD Module Type (SingleSystem Configuration)
To be used in ACD Module Type (DualSystem Configuration)
OthersNot used
CHAPTER 4NDA-24282
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SWIT CH SETT ING SHEET
PH-PC21 (APINT)
MODULESLOT NO.
LPRJ-A00
01
02
SWITCH
NAME
SWITCH SHAPEREMARKS
MBUP:Circuit card make busy
ON
DOWN: Circuit card make idle
SW0
ON
1234567
8
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PA-PC56-A (COPY)
PA-PC56-A (COPY)
1. Function
This circuit card provides the function to copy the contents of the RAM of both the standby (ST-Y) system
and the acti ve (ACT) syste m so that th e cont ents of the R AM of both syste m may be alw ays coinciding with
each other.
ALMC
IOC
RS-232C (Non-protocol)
APM
Position within the system
CPUCPU
(ACDP)(ACDP)
COPYCOPY
CRAMCRAM
2. Mounting Location/Condition
The mounting locations of this circuit card and the conditions related to mounting are shown below.
• This circuit card is not used when the ACDP is provided in a single-system configuration.
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For No.1 systemFor No.0 system
3. Face Layout of Lamps, Switches, and Connectors
The face layout of lamps, switches, and connectors of this circuit card is shown below.
SW0
PA-PC56-A (COPY)
OPE
SREQ
MB
COPY
MBS1
4. Lamp Indications
The contents of lamp indications of this circuit card are shown in the table below.
LAMP NAMECOLORSTATE
OPEGreenRemains lit while this circuit card is operating in ACT state.
COPYGreenRemains lit while this circuit card is operating in COPY mode.
MBS0
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PA-PC56-A (COPY)
5. Switch Settings
Standard settings of various switches on this circuit card are shown in the table below.
SWITCH
NAME
MB
SREQ
SW0
SWITCH NO.SETTING
UP Circuit card make busy.
DOWNCircuit card make idle.
UPSeparate mode request.
DOWNSeparate mode request cancel (Copy mode).
ON
1
OFF
2OFF×
3OFF×
4OFF×
5ON×
6ON×
7ON×
8ON×
STANDARD
SETTING
MEANING
To be set in the case of System No. 0.
(To be mounted in Slot No. 08 of APMA.)
To be set in the case of System No. 1.
(To be mounted in Slot No. 17 of APMA.)
Fixed
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SWITCH SETTING SHEET
PA-PC56-A (COPY)
MODULESLOT NO.
APM-A\E08
17
SWITCH
NAME
MBUP:Circuit card make busy
SREQ
SW01 ON = System No. 0
SWITCH SHAPEREMARKS
ON
12345678
ON
ON
DOWN:Circuit card make idle
1 OFF = System No. 1
NDA-24282CHAPTER 4
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PA-CP54 (CPU)
PA-CP54 (CPU)
1. Function
This circuit card is the CPU card (Central Processing Unit) which controls the ACD Module Type System.
Using the V6 0 microproces sor (32 bits), this CP U card provides programs and working memory. The card
is equipped with EPROM of 2MB and SRAM of maximum 384KB respectively.
CPU
I/O LOCAL BUS
APINTAPINT
ALMC
IOC
RS-232C (Non-protocol)
ACD-MIS
ACD in IMX system (Module Type)
Position within the System
CPUCPU
(ACDP)(ACDP)
COPYCOPY
CRAMCRAM
APM
2. Mounting Location/Condition
The mounting locations of this circuit card and the conditions related to mounting are shown below.