Toshiba Strata VIe User Guide

TOSHIBA SYSTEM PRACTICES

ELECTRONIC KEY TELEPHONE SYSTEM

STRATA Vie

iOVEM9E’R 1986

-.’

,

TC$SS-IO-09 5Mlssile 4.1

;.

STRATA VI,

GENERAL DESCRIPTION

01 GENERAL

Summary Description

STRATA Vle is an electronic key telephone system with many standard features; utilizing stored program control, custom LSI circuitry, solid-state, space-division switching and reduced station cabling. Served by a key service unit (HKSU) that is housed in a single cabinet, the system is factory-equipped with

three central office/PBX lines, two intercom

lines, and eight station lines. The system ex-

pands to a maximum capacity of six central office/PBX lines, two intercom lines, and 16 station lines.

The system utilizes specially designed electronic key telephones (EKTs). Each EKT is connected to the system via industry-standard 2-pair cabling, and is equipped with a push-button dial pad. Solid-state electronics

within the HKSU translate signals from the station dial pad into either DTMF or rotarydial signals, as required by the central office.

Key Service Unit

Designed for wall mounting, the .HKSU

housed in a single metal cabinet (Figure 1)

with the following dimensions:

Height: 21.25” (540 mm)

Width: 12.9” (330 mm)

Depth: 2.75” (70 mm)

Weight: 15.63 Ibs. (7.09 kg)

The cabinet (Figure 2) consists of a base, cover and side covers.

is

It is electrically compatible with the public

telephone network and is also designed to function in a “behind PBX” environment.

Maintenance procedures are based on

quickly locating and replacing defective plugin units, minimum.

keeping service

disruption to a

02 PHYSICAL DESCRIPTIONS

FIGURE 2-HKSU CA~INEI

The HKSU (see Figure 3 for factory-equipped HKSU) will accommodate up to seven printed circuit boards (PCBs). The various dimensions and designations of these PCBs are:

FIGtIRE 1 -HKSU (Dimensions)

FIGURE 3-HKSU (Internal View)

-l-

STRATA Vie GENERAL DESCRIPTION NOVEMBER

VMAU: 9.75 x 15.37”

(248 x 390 mm)

VCOU: 5.75 x 10.60”

(146 x 269 mm)

VCCU: 6.00 x 6.50”

(152 x 165 mm)

SSTU: 4.13 x 4.60”

(105 x 117 mm)

SEFU: 4.25 x 3.00”

(108 x 76 mm)

SMOU: 2.25 x 1.13”

(57 x 29 mm)

The VMAU PC6 is secured directly to the base of the cabinet; the remaining PCBs attach to the VMAU.

Peripheral Equipment

Four optional expansion modules are available to

accommodate Phone (HDCB), Off-Premises Line (HOLB), Station

Message Detail Recording (HSMB) and Off-Premises Extension (HOXB) features. The two pairs of modules are identical in external appearance (Figure 4). A door phone (MDFB) is also available. An external ring generator/power

1986

the Door

Handset

\

Headset

COflneCtOr

\

FIGURE 5-lo-key ELECTRONIC KEY TELEPHONE

Rlnglng

Volume

~ Control

.oi

00 00 00 00 00 00 00 DO--

INT

- \ q

Microphone

Key

(

Speaker

On/Off Key

Conference

Key

\

Hold Key

supply (MRGU) that can be used with the HOXB is also provided.

Electronic Key Telephones

Seven different electronic key telephones

(EKTs) may be used in STRATA Vle:

3 Speaker

- Intercom Kev

‘Feature & Function

\

MIcrophone

r^

Volume

COlWOl

.

FIGURE 4-EXTERNAL

MODULES

1) lo-key EKT (Figure 5): Available in two models, as a

speakerphone or

handsfree answerback (HFU) on intercom

calls only.

2) Single-line EKT (Figure 6): Equipped with three permanently dedicated keys (m

=QzzI

and an intercom/CO line

key, which is not labeled.

3) lo-key BLF EKT (Figure 7): Available as a speakerphone-only model, with 16 LEDs

used as a Busy Lamp Field (BLF).

4) 20-key EKT (Figure 8): Also available in

two models, speakerphone or HFU.

5) 20-key LCD EKT (Figure 9): Available as a

speakerphone-only EKT with a 32-character alphanumeric Liquid Crystal Display (12-digit display in current release).

-2-

with

STRATA We

GENERAL DESCRIPTION

NOVEMBER

1986

FIGURE 6-SINGLE-LINE EKT

FIGURE 8-20-key EKT

All EKTs have the same dimensions:

Height: .3.6” (92 mm)

Width: 7.0” (178 mm)

Depth: 9.0” (229 mm)

Housed in an impact-resistant, off-white plastic case, each EKT comes with a brown faceplate (with wine, black or blue faceplates available as extra cost options).

System

wide variation to the feature keys on all

EKTs.

Each EKT features a modular handset cord,

a modulur headset connector (except the

software assignments permit a

FIGURE 7-lo-key BLF EKT

FIGURE 9-20-key LCD EKT

single-line EKT) and is connected to the system via a 4-conductor modular line cord. All EKTs are easily wall-mounted and are hearing-aid compatible.

03 ELECTRICAL CHARACTERISTICS

General

The HKSU operates from an internal power supply, which connects to a nominal 117 VAC, grounded wall outlet.

Loss of AC power will cause operational failure of the system. System memory, however,

is protected from loss due to power

-3-

STRATA Vls GENERAL DESCRlPTlON NOVEMBER 1986

failure with a memory backup battery. In addition, full system reserve power is available as an option.

NOTE.

The batteries used are designed to maintain full memory protection for up to five years with no external power source applied.

TABLE A

SUMMARY OF ELECTRICAL CHARACTERISTICS

Loop Limits

Station Door Phone Control Unit (HDCB) Door Phone/Monitor Station HOLB, HOXB, HSMB

Ringing Tones

CO Line (idle EKT)

CO Line (busy EKT)

Intercom Line Door Phone A & C Tones

Door Phone B Tone

Busy

Dial Tone (Intercom)

Ringback Tone

Busy

Do Not Distuib Tone

Voice Page Warning Tone

Executive Override Warning Tone Hold Recall Tone

Dialing

Primary Power

Environmental Specifications

Override Tone

Tone

HPSU 7120

Operating Temperature Operating Humidity

The electrical characteristics of the system

are detailed in Table A.

04 FEATURES

The features and services of this electronic key telephone system are summarized in Tables B and C, which list the standard and optional features, respectively.

1,000’ (305 M).

1,000’ (305 M)] 24

1,000’ (305 M), 24 AWG cable 17’, (5.2 M), 24 AWG cable

600/800 Hz,

-3 seconds off 2,400 Hz, modulated by 10 Hz; 1 second on-3 seconds off 600 Hz, 1 second on-3 seconds off 870 Hz, 1 second1710 Hz, rings) 870 Hz, l/2-second/710 Hz, 2 l/2 seconds (5 rings)

2,400 Hz, 1 second on-3 seconds off

400

Hz, continuous

400 Hz, 1 400

Hz, l/4-second on-‘! /4-second off

400 Hz, 600 600 2,400

second off

Push-button; system-generated DTMF or dial pulse

117 VAC, 60 Hz 100 watts

32 - 22” F (0 - 50” C) 20 - 80% relative humidity. without condensation

l/8-second on-l/8-second off Hz, 1 second on only (via EKT speaker) Hz, l/2-second on only (via handset)

Hz, modulated by 10 Hz, 1 second on-l

24 AWG cable

AWG cable

modulated by 16 Hz, 1 second on

second on-3 seconds off

and SERVICES

4

2 l/2 seconds (5

-4-

TABLE B

STANDARD FEATURES

SYSTEM

STRATA We

GENERAL DESCRIPTION

NO\IEMBER 1986

c-

l

All Call Voice Page

l

Automatic Dialing-System Paths

l

Automatic Hold Recall

l

Automatic Release from Hold

l

CO Call Pickup

l

Conference (Multi-Station)“.

l

Conference (Multi-CO Line)*

l

Distinctive Ringing

l

DTMF and Dial Pulse CO Line Compatible

o External Page Interface

l

Flexible Key Assignment

0 Flexible Line Ringing Assignment

l

Forced Account Code

l

Group Paging

* Live System Programming

l

Message Waiting

l

MF Signal Time (160/80 ms)

0 Multiple Simultaneous Handsfree Intercom

l

Music-On-Hold Interface

l

Night Ring Answer Code

l

Night Ringing Over External Page

l

Night Transfer

l

Non-blocking Dialing

l

Outgoing Call Restriction

0 PBX Compatible

l

Privacy/Non-Privacy

l

Private CO Lines

0 Relay Service

l

Toll Restriction (6-digit)

l

Toll Restriction Override by System Auto-

matic Dialing

l

Voice or Tone Signalling

l

Wall Mountable HKSU

*Non-amplified

STATION

0

Automatic Callback (Intercom)

0 Automatic Dialing-Station

l

Automatic Off-Hook Selection 0 l-hold Illumination

l

Busy Override

l

Call Forward

l

Call Pickup

l

Call Transfer with Camp-on

l

Directed Call Pickup

l

Direct Station Selection (DSS) Keys 0 Do Not Disturb 0 Do Not Disturb Override

l

DP/MF Mode Change (TONE Key)

l

Exclusive Hold

l

Executive Override (Break-In)

l

Flash Key (PBX Transfer or CO Dial Tone

l

Handsfree Answerback

l

l-called Illumination

0 l-use Illumination

l

Modular Handset and Line Cords

l

On-Hook Dialing

0 Push-Button Dialing

l

Repeat Last Number Dialed

l

Ringing Line Preference

l

Saved Number Redial

l

Station Security (MC0 Key)

l

Station-to-Station Message Waiting with

LCD

l

Trunk Queuing

Recall)

TABLE C

1

0

Background Music with Station Control

0 Door Phone/Monitor Station

l

Alarm Key

l

Door Lock Key

l

EKT Faceplates (Blue, Black or Wine)

l

External Page Amplifier

0 Music-On-Hold Source

l

Off-Premises Extension

l

Ring Generator/Power Supply (MRGU)

OPTIONAL FEATURES

0 Off-Premises Line

l

Station Message Detail Recording (SMDR)

l

System Battery Backup

l

Single-Line EKT

l

lo-key EKT (HFU or Speakerphone)

0 lo-key Busy Lamp Field (BLF) EKT

l

20-key EKT (HFU or Speakerphone)

l

20-key Liquid Crystal Display (LCD) EKT

-5-

.

STRATA We GENERAL

DESCRIPTION

NOVEMBER 1986

05 SYSTEM OPERATION

General

The system (Figure 10) HKSU, power supply and up key telephones (EKTs), up phones (the door phone control unit occupies one station), and optional modules (HOLB,

HC)XB and HSMB). All

._.. -

-..- ._... -,_

consrsts 01 an

to 16 electronic

to three door

connections

-- . ..-_-. -.--

r

between

--_____..

HK

the HKSU and the EKTs are made via a customer-provided main distribution frame (MDF). Using modular line cord(s), the CO lines are then connected between the left side panel and the locally provided (up to two each) or RJ-11C (up to six each)

jacks. An external tuner (or equivalent) is re-

quired if the Music feature is utilized.

Music-On-Hold/Background

:su

tandard

hone

/lHOXBl

RJ-25C

t-Printer

Standard Phone

] HHSl

FIGURE lo--SYSTEM DIAGRAM

A functional block-diagram of the HKSU is shown in Figure station interfaces on the VMAU, including a solid-state, central control equipment (VCCU). Optional interfacing equipment includes additional sta-

space-division

It consists of CO and

11.

matrix and the

RJ-25C

RJ-11C

i--h

tion connections (SSTU), additional CO connections (VCOU), Off-Premises Line (HOLB), Off-Premises Extension (HOXB) as well as

the ring generator/power supply (MRGU) and the (HSMB).

-6-

Station Message

1

CO/PBX

Detail

EKT

*

Recording

VMAU

SSTU #2 #22 - 25

STRATA Vie

GENEaAL DESCRIPTION

NOVEMBER

’ HOLB 1 __-

-

1986

Door Phone/ Monitor Station

FIGURE 11 -FUNCTIONAL BLOCK DIAGRAM

Connections between the station voice lines and the CO lines are via the switching matrix provided on the VMAU PCB

The system is entirely under the control of a single-chip microprocessor, located (along with the system program and data memories) on the VCCU PCB.

06 SYSTEM CONFIGURATION

Key

Service

The HKSU arrangement illustrated in Figure 12 shows the PCBs and optional modules are used

locations of the various

equipment. The optional

only when required. All

Unit

PCBs connect to the VMAU (in some cases, they also attach to the HKSU’s side panel).

Complete with all available options, the HKSU utilizes up to seven different printed circuit boards internally (as shown in Figure

12) and various option modules. The functions of the internal units and power supply are:

VMAU: The main PCB of the HKSU consists

of the following three functions: a)

Station Interface-An

interface between the HKSU and up to eight EKTs, which includes the solid-state, space-division matrix used for voice connections be-

-7-

STRATA Vls GENERAL DESCRIPTION NOVEMBER d 986

FIGURE 12-HKSU (with PCBs)

tween the EKTs and the CO/PBX lines. Two-pair wiring

EKT: one pair carrying voice and the

other pair carrying data to and from the

EKT.

b) CO

c) Tone-Performs a number of miscel-

VCOU: An optional interface between the

VMAU and three additional public telehone network or PBX lines. Depending upon local CO requirements, the VCOU is programmed to provide DTMF or rotary-dial outpulsirg. The VCOU PCB serves up to three CO/PBX lines and three OPLs.

Interface-An

the HKSU and the public telephone

network or PBX for three lines. Ring detection, hold and dial outpulsing for three lines are performed by this PCB. Depending upon local CO requirements, the VMAU is programmed to provide DTMF or rotary-dial outpulsing.

laneous system functions:

0

Generates system tones.

9

Provides the switching matrix for the delivery paging and intercom connections.

0

Houses the interface for the exter-

nal page.

0

Houses the interface for music-onhold.

is required for each

interface between

of tones for both

SSTU:

VCCU: All system control functions are per-

SMOU:

SEPU: An optional 3-watt amplifier for ex-

HPSU 7120:

HPBU-7:

An optional HKSU and stations 18 - 25. Each SSTU PCB serves up to four EKTs. Two-pair wiring is required for each EKT; one pair carrying voice and the other pair carrying control data to and from the EKT.

formed by the single-chip microprocessor on this PCB. The system program stored in

ROM, the--RAM for system operations, and

the RAM for system data storage are also

located on this circuit board. A battery on

this PCB protects system memory should a

power failure occur.

The SMOU is an optional music-on-

hold source that provides electronic syn-

thesized music. One of two musical tunes are available, selected via a switch on this

PCB. The SMOU is connected to the

VMAU via a 7-pin connector.

ternal paging, using a customer--supplied 8-ohm speaker (connected to the VMAU via a IO-pin connector).

The system’s required voltages

are provided by this factory-installed power

supply. The HPSU requires 117 VAC, 60 Hz, with a permissible AC input voltage range of 90 - 130 VAC.

An optional battery backup unit. It is a PCB that mounts inside the power supply housing and is connected to the recommended battery pack (which is

customer-supplied, VDC, maintenance-free, automobile-type

batteries-80 amp/hour maximum rating).

With the optional battery backup assembly

installed, all functions of the system will

continue to operate for several hours (the actual time period is in direct ratio to the type and size of batteries selected) after a

loss of normal electrical power. No calls will be disconnected during switch-over to or from battery power.

interface between the ...

consisting of two 12

Option Modules

HOLB:

An off-premises line module that allows the bridging of a CO/PBX line, which appears in the system with a conventional

telephone;

HOLB provides three circuits, all three of

which may be directed to an answering

supervision is provided. Each

.

-8-

STRATA Vie

GENERAL DESCRWTION

NQVEMBER 1986

machine (or similar device) attached to the HUNT connector.

HOXB: An external module that serves as

an interface between the HKSU and conventional, single-line telephones or offpremises HOXB PC8 serves two extensions; one HOXB per system. An HOXB will operate with either DTMF or rotary-dial telephones.

An auxiliary ring generator/power supply

(MRGU) is required for the HOXB.

HSMB: Serves as an interface between the

HKSU and a printer or storage device used for the SMDR feature. The module is equipped with an RS-232C interface and connects to the left side panel via two supplied 8-wire modular connectors (one HSMB per system).

HDCB: An optional module connected to the

HKSU at EKT 13 or 14 that allows up to three door phone/monitor stations (MDFBs) to ring pre-selected EKTs. The HDCB has three outputs (A, B, C), which are modular connectors for the three MDFBs. (Outputs B and C may be used for the Door Lock and Alarm features, respectively.)

The principal components of the lo-key electronic key telephone (Figure 5) are: handset, dial pad, handsfree answerback (HFU)

nicrophone, speaker and m key, two volume controls, an m key, and nine CO/PBX line or fea-

extension

Station Equipment

microphone control key (m;

(OPX) lines. Each

two paragraphs, and has 10 additional feature keys.

A 20-key Liquid Crystal Display (LCD) EKT (Figure 9), incorporating the same features as those listed above for the 2O-key, may be

located at any or all of the stations. The 32character alphanumeric Liquid Crystal Display (12-digit display in current release) provides station-to-station message waiting capabili-

ties. Other features include an accurate

clock/calendar in its idle state; and elapsed

time, dialed number, calling station and CO

line are displayed acters only.

All EKTs are

mounting, feature

equipped with a for headset connection (except the single-line

EKT), and are connected to the system via

2-pair modular line cords.

The optional door phone/monitor station (Figure 13) allows a door phone unit to distinctively ring pre-selected station(s). When a station dials an individual door phone, a circuit providing monitoring capabilities on the intercom is established. This option requires station 13 or 14 to be replaced by a door phone control unit (HDCB) and up to three door phone units (MDFBs). One door phone/ monitor can be replaced by an alarm control circuit and one by a door lock control circuit.

by the lower line of char-

easily converted for wall modular handset cords, are

second modular connector

the exception of the four permanently dedicated keys and the m key, the remaining feature keys can be. assigned to any one of several keystrip modes by programming. (An

identical EKT is available as a speakerphone.)

The single-line EKT (Figure

dedicated keys

and an intercom/CO line key, which

is not labeled.

A lo-key BLF EKT (Figure 7) provides the same features as those listed above, plus an LED indication of which stations are in use.

The 20-key EKT (Figure 8) same features as those listed in the above

(

provides the

FIGURE 13-DOOR PHONE

-9-

GENEBAL DESCRIPTION NOVEMBER 1986

Installation

The HKSU is configured for wall mounting

only.

All external devices are connected to the

HKSU via connectors and terminals on the

side panels, as follows:

CO/PBX lines are connected‘to the HKSU

4

right side panel via two 3-pair or six single-pair modular cords.

The station connection points are extended

b)

from the HKSU to the MDF using 2-pair

modular line cords. The individual EKTs are connected to the MDF using 2-pair station cables.

A screw-terminal barrier strip is mounted

d

on the left-hand side of the HKSU to pro-

vide attachment points for the music-onhold source input, relay service and external page output.

Two modular connectors are also provided

4

on the left side panel for two optional offpremises line modules (HOLBs).

The power supply is mounted inside the HKSU (an optional battery backup PCB is available for the power supply).

Maintenance

Automatic Dialing-System:

bers to be stored in the system’ memory.

After selecting an outgoing line, any sta-

tion user can cause one of the stored

numbers to be outpulsed 1 by dialing the

proper access code.

Automatic Hold Recall:

hold by any station will recall that station after a programmable period of time. A different time period can be selected for each station.

Automatic Release from Hold:

automatically releases held CO lines if a disconnect signal is received from the central off ice.

CO

Call Pickup:

CO call pickup from another station.

Conference (Multi-Station): Non-amplified

conferencing is permitted. to a maximum of four stations and one CO

ing is not amplified.)

Conference (Multi-CO Line):

will conference two CO lines and up to three stations. (Conferencing is not amplified.)

Distinctive Ringing: CO

are distinguished by different ringing tones.

Using a dial code, allows

Allows 40 num-

A CO line placed on

The system

line. (Conferenc-

The system

and intercom calls

.

Faults in the system are repaired by replacing any faulty component (PCB, subassembly, telephone, etc.) and returning it to the manufacturer for repair.

07 FEATURES and OPERATION

General

This section contains brief descriptions of the features listed earlier in Tables B and C and some associated operating instructions.

Detailed operating instructions can be found in the EKT

All Call Voice Page:

code permits a station user to page via all idle EKT speakers simultaneously. The system can also be programmed to include

the Ext,rnal Page feature in an All Call

Page.

USER GUIDE.

Standard Features

System

Dialing a 2-digit access

DTMF and Dial Pulse CO Line Compatible:

The system will interface

DTMF or rotary-dial pulse CO lines on a line-by-line basis as determined by system programming.

External Page Interface:

nection point is provided for a customerprovided external amplifier/speaker. The SEPU (see External Page Amplifier) can be mounted in the HKSU when only a customer-provided external speaker is used; the output impedance will be 8 ohms. This page circuit can be accessed as part of the All Call Voice Page feature.

Flexible Key Assignment:

to be programmed for optimum use of its CO/PBX or feature keys.

Flexible Line Ringing Assignment:

grammable ring or no ring option is provided for each line selectively by each sta-

A 600-ohm con-

with either

Allows each EKT

A pro-

-lO-

STRATA Vls

GENERAL DESCRIPTION

NOVEMBER 1986

tion. Each

a maximum of

Forced Account Code:

station(s) to dial an account code prior to dialing a number. The account code is recorded with call details on the SMDR report.

Group Paging:

(81, 82, 83 or 84) permit voice paging to one of four zones. Zone assignment is via software and is totally flexible. Paging is

via the speakers of idle EKTs.

Live System Programming:

gramming is accomplished without service

interruption to other station users by plac-

ing the system in the special programming mode and inputting data via station 17. Station 17 is the only station that is “down” during programming.

Message Waiting:

designated Message Center) can set a

Message Waiting LED at any station with

the Message Waiting LED of that station. The called station cancels the LED by lift-

in the handset and depressing the

*

EKT). Also see Flash key.

MF Signal Time (160180 ms):

MF dial signal time is 80 milliseconds, but

it may be extended to 160 milliseconds, if

required by the CO or to activate remote equipment.

Multiple Simultaneous Handsfree Intercom

Paths:

the system. Both intercom lines are able to carry handsfree conversation simultane-

ously.

Music-On-Hold Interface:

included for a customer-provided music source. CO lines placed on hold will be connected to this source. In addition, this

music may also be broadcast from EKT speakers and external page when the background music programming options are selected.

Night Ring Answer Code:

call may be answered from any station via a dial code.

line may be programmed to ring

eight stations.

Requires selected

Special 2-digit access codes

Live system pro-

Any station (including the

key (not available on single-line

The standard

Two intercom paths are available in

An interface is

A night ringing

Night Ringing Over External Page:

programmable option, while the night

mode is active, tone will be transmitted via the external speaker whenever any line rings.

Night Transfer:

basis, the system can function with two or three ringing patterns. If three patterns are selected, they are designated DAY, DAY 2, and NITE. If the two-pattern mode is selected, DAY and NITE designations are used. In both cases, the ringing

selected with the

Non-blocking Dialing:

on intercom and all CO lines simultaneously.

Outgoing Call Restriction:

be selectively restricted from originating

calls on any or all CO lines. However, the station may still receive calls on the restricted line(s).

PBX Compatible:

tures, such as Toll Restriction and Auto-

matic Dialing, are compatible with PBX op-

eration.

Privacy/Non-Privacy:

vents other stations from accessing the intercom or CO lines that are already in use. A non-private system provides conferenting on the CO and intercom lines.

Private CO Lines:

grammed into the system so that selected CO line(s) will appear only on selected station(s).

Relay Service:

with relays that provide the fotlowing signals for external equipment:

External Page:

4

whenever the external page circuit is accessed. A dry “make” contact is provided for control of background music on external page. This is required only when an external page amplifier used.

Night Relay S&vice:

t-4

provide a dry “make” contact at the terminals on the left side panel. A strap option on the VMAU allows the NR relay to function in one of two modes:

a system-generated ring

On a programmable optional

modes are

q

key on station 10.

Dialing is permitted

Any station can

All of the system’s fea-

A private system pre-

Restrictions may be pro-

The VMAU PCB is equipped

‘The relay is activated

The relay will

As a

_

is

NR

-ll-

STRATA Vie GENERAL DESCRIPTION NOVEMBER

1986

1) Answering Machine Control:

strap remains intact, the relay is operated continuously when the system is in night service. This mode is intended for indirect control of an answering machine.

2)

Night Bell Control:

cut, the relay pulses at a l-second on/3-seconds off rate whenever the system is in Night Transfer mode and an incoming call is ringing the system. This mode is intended to be used for indirect control of an external night bell.

Toll Restriction (6-digit):

grammed on a station class of service basis. The system performs toll restriction by

analyzing the first 6 or 3 digits (area/

office code) dialed. Simple restriction by

rejecting the numbers 0 and programmed on a per-station basis, if desired.

Toll Restriction Override by System Auto-

matic

feature that permits numbers stored by the Automatic Dialing-System feature to be called by toll-restricted stations.

Dialing:

A programmable system

If the strap is

Selectively pro-

1

can be

If the

%utomatic Off-Hook Selection:

line, CO group or intercom access by merely lifting the handset; depressing a CO/intercom key is not required.

Busy Override:

and receiving a busy tone, the caller can dial l and sounded via the called EKT’s speaker.

Call Forward:

be routed to another station. The activating station may be used to originate calls

while this feature is active.

Call Pickup:

calls ringing at other stations or an exter-

nal page by going off-hook and dialing an access code. Call Pickup(m keys can be assigned to EKTs to automatically pick up calls.

Call Transfer with Camp-on:

transfer of an outside call to a station that

is either idle or busy.

Directed Call Pickup:

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

Strata@ Vi/,

,-

INSTALLATION PROCEDURES

TOSHIBA

SYSTEM PRACTICES

ELECTRONIC KEYTELEPHONE SYSTEM

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

Strata VI,

TABLE of CONTENTS

PARAGRAPH

01 02

02.00 03

03.00

03.10

03.20

03.30 04

04.00

04.10

04.20

04.30

04.40

05

05.00

05.10

05.20

05.30

05.40 06

06.00

06.10

06.20

06.30

06.40

06.50

06.60

06.70

079’00

07.10

07.20

08

08.00

08.10

08.20

08.30

SUBJECT

ILLUSTRATION LIST

INSTALlATlON PROCEDURES

SECTION 300-006-200

MAY

1986

NUMBER

1

2

3 4 5

6 7

8

9

10 11 12 13 14 15 16 17 18

:: 21 22 23 24 25 26

27 28 29 30 31 32 33

ZZ’ 36 37 38 39

TITLE

VCCU

Battery

HKSUSideCovers HKSUWallMounting HKSU(withPCBs) HPBU Installation

HKSUCoverRemoval SSTU Location(s)

SEPULocation .........................................................

VCOULocation

External Module Wall Mounting

HSMB Connection Straps

HOXB Connection Straps

HDCB Connection Straps

SystemDiagram

EKTWiring ...........................................................

RJ-11 C/RJ-25C Color Code

HDCB/MDFB Connection

HKSU Right Side Panel

HOXBWiring ..........................................................

HOLBWiring ..........................................................

HSMB/Printer Cabling

lo-keyEKT ...........................................................

lo-keyBLFEKT

20-key EKT ...........................................................

20-key LCD EKT Removing EKT Base EKTWireAccess

EKTWireRouting HandsetHanger

VCCU Battery Strap

Initialize Switch HSMBSwitchesandLEDs SMDR Printout Example (Outgoing Call Record) SMDR Printout Example (Incoming Call Record)

TerminalStrip ..........................................................

ImpedanceSwitch

External Amplifier Hook-up

Volume Setting Controls

Relay

Contacts

Strap

.....................................................

...................................................

......................................................

...................................................

.......................................................

........................................................

...........................................

................................................

.......................................................

...............................................

...........................................

..................................................

........................................................

.......................................................

....................................................

.......................................................

......................................................

.......................................................

.....................................................

........................................................

...............................................

......................................................

...............................................

.................................................

........................................................

..............................

PAGE

:

2

2 3 4 5 5 5

6 7 7

8

9

8

10

....

.

10 10 11 11 12 12 13 13 13 14 14 14 15

15 15 16

20

20 21

21

22 22 23

-Ill-

. . .

01 GENERAL

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

01 .Ol

procedures necessary to ensure proper operation of the

This section describes the installation

Strata V/e

system.

02 PACKING

02.00

02.01 When a received, examine all packages and carefully

note any visible damage. If any damage is found, bring it to the attention of the delivery carrier and make the proper claims.

02.02 contents of the

against the purchase order and packing slip. If

it is determined that any cartons are missing,

contact your delivery carrier immediately. If it

is determined that any equipment within a car-

ton is missing, contact your Toshiba supplier immediately.

02.03 After unpacking (prior to beginning the installation), inspect all equipment for damage. If any damage is detected, contact your delivery carrier immediately. If possible,

retain all the original packing material.

When handling (installing, removing, examining, etc.) a printed circuit board, do not touch the back (soldered) side or

the pin connector. Always hold a PCB

by its edge.

02.04

ensure the following:

Inspection

Strata V/e

Check the number of cartons and the

Strata We

CAUTION!

When packing or storing a VCCU,

system is

shipment

FIGURE 1

VDC. This is provided by the internal power supply (HPSU 7120), which in turn requires power from a grounded 115 VAC outlet. The outlet should be separately fused and rated at

15 amps.

03.02 An optional battery back-up unit (HPBU-7) is available for the HPSU 7120. With the optional battery assembly installed, all functions of the continue to operate for approximately 2 l/2

hours after a loss of normal electrical power. No calls will be disconnected during switch-

over to battery power.

03.10 Ventilation Requirements

-VCCU BATTERY STRAP

Strata V/e

e

system will

l

Do not

tive material for packing a VCCU. Use plain

paper.

Conductive packing material may cause the internal back-up battery to discharge and damage the PCB.

02.05

VCCU, always ensure that the battery strap is

in the

03.00

03.01

use plastic or any type of conduc-

CAUTION!

Whenever storing or shipping a

OFF

position (see Figure 1).

03

HKSU REQUIREMENTS

Power Requirements

The

Strata V/e

HKSU requires 24

03.11

allow dissipation of the heat generated by the power supply and HKSU.

03.20

03.21

be within 20 - 80% (without condensation), and the temperature should be relatively constant within a range of 32 - 122O F (0 - 50° C). Exposure to dust and airborne chemicals should also be taken into consideration.

03.30

03.31

stations are within 1,000 cable feet (305 M) of

it. Acceptable cable is 22 or 24 AWG inside

Sufficient ventilation should exist to

Environmental Factors

Humidity at the HKSU location should

Cabling Considerations

The HKSU must be located so that all

-l-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1986

telephone station

cable (jacketed but not shielded), having two or more twisted wire pairs.

04 HKSU INSTALLATION

04.00 Wall Mounting the HKSU

04.01

form the following steps:

1) Remove both side covers from the HKSU

(refer to Figure 2) by pressing in on the two

small ribbed sections on each side cover to

free the holders.

To mount the HKSU on the wall, per-

7) A completed installation should appear as hown in Figure 3.

Strata We

FOUR WALL

MOUNTING HOLES

TOSHIBA

FIGURE 2-HKSU SIDE COVERS

2) Hold the HKSU against the wall in its planned location and mark the screw locations through the centers of the two keyholes on the

upper sides of the HKSU.

3) Lay the HKSU aside for the moment and start two screws into the wall at the marked locations. Use 1 l/4” panhead wood screws and stop when they have penetrated to half

their depth.

4) Hang the HKSU on the two screws and start two additional screws in the lower two holes. Tighten all four screws.

5) Knockouts are provided on the top and bot-

tom of the side covers to permit cables to enter the HKSU. Kemove the appropriate knockouts.

FIGURE 3-HKSU WALL MOUNTING

04.10 Explanation of PCB Functions

04.11 A maximum of seven PC&s can be installed in the

shown in Figure 4. The functions of these

CBS are:

Strata We

HKSU, as

A

6) Reinstall the side covers.

FIGURE 4-HKSU (with PCBs)

-2-

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

VMAU: The main PC6 of the HKSU provides

the following three functions: a)

Station Interface-An

interface between

the HKSU and up to eight EKTs, which

includes the solid-state space

division

matrix used for voice connections between

the EKTs and the CO/PBX lines. Two-pair

wiring is required for each EKT; one pair carrying voice and the other pair carrying control data to and from the EKT.

b) CO Interface-An interface between the HKSU and the public telephone network or PBX for three lines. Ring detection, hold and

dial outpulsing for the three lines are performed by this PCB. Depending upon local

CO requirements, the VMAU is programmed

to provide DTMF or rotary dial outpulsing.

c) Tone-Performs a number of miscellaneous system functions:

l

Generates system tones.

l

Provides switching matrix for tone deliv-

ery of paging and intercom connections.

l

Houses interface for the external page.

04.20 Power

04.21

The system requires 24 VDC, which is

Supply

provided by the internal, factory-installed power supply (HPSU). The HPSU requires 115

VAC, 60 Hz, with a permissible AC input volt-

age range of 90 - 130 VAC.

04.22 An optional battery back-up unit (HPBU-7) is available. It is a PCB that mounts inside the power supply housing (Figure 5) and

is connected to the female 3-prong connector inside the power SUPP~Y’S case. Secure the

/

,

6,. -47

VCOU:

VMAU and three additional public telephone

An optional interface between the

network or PBX lines. Depending upon local CO requirements, the VCOU is programmed

to provide DTMF or rotary dial outpulsing (serves up to three CO/PBX lines).

SSTU:

An optional interface between the HKSU and stations 18 - 21 and/or 22 - 25. Each SSTU PCB serves up to four EKTs.

Two-pair wiring is required for each EKT;

one pair carrying voice and the other pair carrying control data to and from the EKT.

VCCU: All system control functions are per-

formed by the singlechip microprocessor on this PCB. The system program stored in ROM, the RAM for system operations, and

the RAM for system data storage are also

located on this circuit board.

SMOU: An optional .music-on-hold source

that provides electronic synthesized music.

It is connected to the VMAU via a 7-pin connector.

SEPU: An optional 3-watt amplifier for exter-

nal paging. The SEPU is attached to the left side panel of the HKSU and connected to the VMAU via one 1 O-pin connector.

i

/

FIGURE 5-HPBU INSTALLATION

04.23 The HPBU is then connected via the

terminal block to the recommended battery

pack (which is customer-supplied, consisting of two 12 VDC, maintenance-free, automobiletype batteries-80 amp/hour rating). With the optional battery back-up assembly installed, all functions of the system will continue to operate for several hours (the actual time period is in direct ratio to the type and size of batteries selected).

04.24 The Toshiba

Strata V/e

key telephone system requires a solid earth ground. Failure to provide such a ground may

lead to confusing trouble symptoms in the sys-

maximum

electronic

-3-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1966

tern and, in extreme cases, circuit board fail-

ure. In most installations (within the continen-

tal United States), the ground provided by the

“third wire ground” at the commercial power

outlet will be satisfactory for all

Strata V/=

requirements. However, in a small percentage

of installations, this ground may be installed

incorrectly. Therefore, prior to installing a system, the third wire ground must be tested for continuity by either measuring the resistance between the third prong terminal (earth ground) and a metal cold water pipe, or by

king a commercially available indicator. If neither procedure is

the test procedures outlined

earth ground

possible, then

in Paragraph

04.30 should be performed.

WARNING!

Hazardous voltage is exposed during the

following test. Use great care when working with AC voltage.

04.30 Test

Procedures

1) Obtain a suitable voltmeter and set it for a

possible reading of up to 250 VAC.

2) Connect the meter probes between the two main AC voltage points on the wall outlet. The reading obtained should be 90 - 130 VAC.

should be obtained. If a reading of more than 1

ohm is obtained, the outlet is

not

adequately

grounded.

8) If the above tests show the outlet is improperly grounded, that condition should be corrected by a qualified electrician (per Article 250 of the National Electrical Code) before the

Strata

system is connected.

04.31 Ensure that the power switch on the HPSU is OFF, then plug the power supply into

the 1 15 VAC outlet.

04.40 PCB

Installation

04.41 The VMAU and VCCU are factory-in-

stalled in the HKSU.

04.42 If any optional PCBs (SSTU, SEPU,

SMOU or VCOU) are required, refer to Figure 6 and remove the HKSU cover as follows:

1) Remove both side covers by pressi.ng in on

the two small ribbed sections on each cover to free the holders.

2) Remove three screws from each side of the

HKSU per Figure 6.

3) Lift the HKSU cover off.

A

3) Move one of the meter probes to the third prong terminal (GND). Either the same reading or a reading of 0 volts should be obtained.

4) If the reading is OV, leave one probe on the GND terminal and move the other probe to the second voltage terminal. If a reading of OV is obtained on both voltage terminals, the outlet

is

not

properly grounded. Omit Steps 5

through 7 and proceed directly to Step 8.

5) If a reading of OV on one terminal and a reading of 90 - 130 VAC on the other terminal is not obtained, the outlet is

not

properly grounded. Omit Steps 6 and 7 and proceed directly to Step 8.

6) If a reading of OV on one terminal and a reading of 90 - 130 VAC on the other terminal

is obtained, remove both probes from the out-

let.

7) Set the meter on the “OHMWRxl” scale, place one probe on the GND terminal and the other probe on the terminal that produced a

reading of OV. A reading of less than 1 ohm

REMOVE SIX

COVER SCREWS

0

TOSHlEA

FIGURE 6-HKSU COVER REMOVAL

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

04.43 Refer to Figures 7, 8 and 9 for the various locations of the following optional

rinted circuit boards.

FIGURE 7-SSTU LOCATION(S)

SSTU:

three SSTU lo-pin connectors into P9, PlO and Pll connectors on the VMAU PCB. Secure the SSTU PCB to the right side panel with the two provided screws. (For stations 22 - 25, insert the three lo-pin connectors on another SSTU into P12, P13 and P14 connectors on the VMAU PCB. Secure the

For adding stations 18 - 21, insert the

SSTU PCB to the right side panel with the two provided screws.)

SEPU: Install the SEPU into connector P15

on the VMAU PCB. Slide the SEPU’s corner

hole over the white, plastic standoff support. Secure the SEPU to the left side panel with two screws.

SMOU: Install the SMOU PCB into connec-

tor

P16

on the upper center of the VMAU

PCB (Fiaure 81.

P8

P18

FIGURE

VCOU:

pin connectors and one plastic standoff at the bottom of the VMAU PCB. Install the VCOU’s three lo-pin connectors into the VMAU’s P6, P7 and P8 connectors and the

fourth one into the left and the right side panels with two

provided screws on each side.

The VCOU PCB mounts on four lo-

9-VCOU LOCATION

P18.

Secure the VCOU to

FIGURE 8-SEPU LOCATION

04.44 Reinstall the HKSU top cover and side covers in the reverse order of the previous

instructions.

05 PERIPHERAL

EQUIPMENT INSTALLATION

05.00

05.01 Several provided by external of these are:

-5-

General

Strata V/e

peripheral modules. Four

features are

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1966

HOXB

and

HSMB

FIGURE lo--EXTERNAL MODULE WALL MOUNTING

a) HSMB: Provides Station Message Detail Recording (SMDR) features.

b) HOXB: Provides Off-Premise Extensions for single line telephones.

c) HOLB: Provides Off-Premise Line features for the system.

d) HDCB: Provides Door Phone/Monitor Stations, Door Lock and Alarm features.

05.02 Although different in size, all four external modules are mounted in the same manner. Refer to Figure 10 and perform the following steps:

1) Remove the side cover(s) to expose all four

corner mounting holes.

2) Properly position the module adjacent to the HKSU with regards to future wiring needs.

3) Secure the module to the mounting surface with the four provided screws.

05.03 Refer to the installing the HSMB, respectively. Cabling

following paragraphs for HOXB, HOLB and HDCB, instructions are in Para-

graph 06.

05.10

05.11

Message Detail Recording (SMDR), install an HSMB option module.

05.12 The HSMB must be installed within 17’ from the HKSU (however, a 7’ cord is pro-

vided with the module), and connected by two B-wire modular cables. Connect one modular cable from CONT connector on the HKSU. Connect the other modular cable from J2 (PW) on the HSMB to the PW connector on the HKSU. The RS-232C printer connector is installed at J3 on the HSMB.

05.13 Remove the HSMB cover and locate

the SW8 battery strap (Figure 11) on the HSMB and connect the memory back-up battery. To connect the battery, install the strapping plug so that it bridges the center pin with the pin labeled ON.

05.14 Select the data output speed using

the SW7 strap. The speed may be set at 300

HSMB

To equip the system with Station

Installation

Jl

(CONT) on the HSMB to the

-6-

FIGURE 11

HSMB CONNECTION STRAPS

or 1,200 BPS by installing the strapping plug so that it bridges the center pin with the termi-

nal labeled “300” or “1200”.

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

also required. Refer to Paragraph 06.52 for additional information regarding the MRGU.

05.22 Remove the HOXB cover and locate

the two operational mode straps on the HOXU

PCB (mounted to the HOXB base). As shown in Figure 12, the straps are located in the center of the PCB telephone #l; SW2 controls OPX telephone #2). Set each switch to ON for dial pulse (DP) or OFF for DTMF (MF) tone output, as required. After setting the straps, reinstall the cover and secure it to the base.

(SW1

controls the operation of OPX

05.15

located on the HSMB will normally be set at position A. In position B, the HSMB will accommodate other printer types. See Table 1 to determine the RS-232C pin connections for

positions A and B.

05.16

ords of both incoming and outgoing calls or

only outgoing calls. This option is selected by

using the SW6 strap. Installing the strapping plug so that it bridges the center pin with the

terminal labeled

and outgoing calls to be recorded.

05.20 HOXB

05.21

tional telephones or Off-Premise Extensions,

install an HOXB external module. The MRGU, a ring generator and -48 VDC battery supply, is

Two other switches (SW4 and SW5)

Table 1 -RS-232C

The SMDR feature will print out rec-

OFF

Installation

To equip the system with conven-

Pin Connections

will cause both incoming

FIGURE 12

HOXB CONNECTION STRAPS

05.23 For correct cabling information, refer to Paragraph 06.

05.30 HOLB

05.31

Premise Line option, install the HOLB option module.

05.32 For correct cabling to Paragraph 06.

05.40

05.41 Door Phone/Monitor Stations or the Door Lock

and Alarm features, install the HDCB external

module. HDCB outputs B and C, respectively, may also function as door lock control and alarm signal inputs.

05.42 Remove the HDCB cover and locate

To equip the system with the Off-

HdCB Installation

To equip the system with up to three

installation

information, refer

-7-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1986

(per Figure corner nlltnrrt I31

(SW1

13) SW2

controls output C;

and

SW1

in the upper left

SW2

controls

FIGURE 13

HlXB CONNECTION STRAPS

a) When put C connects to a door phone/monitor station. When strapped in the “ALM” position, output C will detect a closure across its two leads (a short) and provide an alarm signal to all idle stations. The signal may be turned off with an m key on an EKT.

SW1

is in the “DOOR” position, out-

station cables consecutively on the MDF. Connect the HKSU cable pairs to the station cable pairs.

06.12 The cables used for station wiring should be twisted pair.

06.13 The overall length of the cable run must not exceed 1,000’ (305 M) for 24 AWG

wire.

WARNING!

When installing station cable, do not run parallel to and within 3’ of an AC power line. Such power lines should be crossed

at right angles (90”) only.

06.14

station cable in a conventional 4- or 6-conductor modular station connector to accommodate the modular line cord from the EKT. The standard modular EKT cord length is 7’, while the maximum allowed length is -25’. Figure 15 shows the EKT wiring arrangement.

“IO”

At the station locations, terminate the

b) When SW2 is in the “DOOR” position, output 6 connects to a door phone/monitor station. When strapped in the “LOCK” position, output 6 will provide a dry contact closure for

indirect control of a door lock or other device. The closure will be for a period of 3 or 6 seconds ( rogrammable) when an EKT’s door lock (m$, key is depressed.

05.43 For correct cabling information, refer to Paragraph 06.

06 CABLE CONNECTIONS

06.00

tion

06.01

right side panel to the MDF block as shown in Figure 14.’

06. I 0

06.1 I

code sequence, terminate the individual

Main Distribution Frame Configura-

Station cables are modular from the

Station Cable Connections

Usin:

the industry-standard

color

2-pair

FIGURE 15-EKT WIRING

06.15

station blocks have employed different color codes to indicate the sequence of pairs in their blocks. However, the color code most commonly used is shown in Figure 16. Verify the configuration of your modular blocks before connecting the station cables.

06.20

nections (HDCB/MDFB)

06.21

Various manufacturers of modular

Door Phone/Monitor Stations Con-

The door phone dontrol unit (HDCB) is

-B-

External

Music Source

_

lNSTALiATlON PROCEDURES

SECTION 300-006-200

MAY 1986

HKSU

---+ HOXB 1

External Speaker

r

Standard Phone

FIGURE 14-SYSTEM DIAGRAM

connected to the HKSU, via a standard EKT modular connector, at the EKT #13 or #14

modular connector (program-controlled).

06.22 C),

door phone units (MDFBs). Outputs B and C can also be used for Door Lock and Alarm features, respectively.

06.23

(MDFB) is connected to the HDCB via a Z-wire

modular connector at the- HDCB and a split ring connector at the MDFB using screw terminals 1 and 2 (Ll and L2 are not used).

The HDCB has three outputs (A, B and

which are modular connectors for three

Each door Dhone/monitor station

I

NOTE:

When using outputs B and C for Door

Lock and Alarm features, respectively, an

appropriate modular connector must be used to interface the HDCB to the door

lock and alarm system devices.

06.24 Figure 17 shows the HDCB and MDFB wiring arrangement.

06.30 Intercom Code Assignment

06.31 Intercom codes (station numbers) are assigned permanently to specific cable appearantes in

.’

cables are connected to the proper terminals

Strata V/ez

.

Make sure the station

_EKT

EKT

CO/PBX

*

-9-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1986

---

TO HKSU

SINGLE PAIR

RJll WIRING

the

Strata V/e

system via 6-wire modular

line cords (no longer than 25’) that are connected directly to the 1-3 and 4-6 modular connectors on the right side panel (Figure 18).

The opposite end of each cord Ehen terminates

directly into a locally provided RJ-25C iack

Jre 1

I.

61

FIGURE 16

RJ-11 C/RJ-25C COLOR CODE

HKSU

EKT

- 13

.

‘HDCB connects to either EKT-13 or 14 connector on left panel of KSU. dependmg on how the syswm 15 programmed

FIGURE 17

HDCB/MDFB CONNECTION

(see

Figure 16).

NOTE:

White and blue (T3 & R3) are not used for Strata

06.40 Cc)

06.41 The CO/PBX lines are connected to

VI9

station line connectors.

Line Connection

RJ-25C

*

-or

RJ-11C

e RJ-11C

FIGURE 18-HKSU RIGHT SIDE PANEL

06.42

nected via 2-wire modular line cords to the connectors l-3, 4-6, 2, 3, 5 and 6 on the right side panel (Figure 18). The opposite end of each cord then terminates directly into a

locally provided RJ-11 C jack (Figure 16)

06.60

The CO/PBX lines may also be con-

Off-Premise

ExtensionIConven-

tional Telephone Connections (HOXB)

06.51

are necessary for off-premise extension/conventional. single-line telephone (OPX) connections: HOXB-to-HKSU, HOXB-to-MRGU and

HOXB-to-conventional, single-line telephones. See Figure 19.

Three types of wiring arrangements

A

-lO-

1

TBZ

- -

A

HOXB

FIGURE 19-HOXB WIRING

1) HOXB-to-HKSU connections are made via a

4-wire modular cord from station 20 (on the

Lr

’

HKSU) to the HOXB terminal strip (TB3) voice and control data terminals. A station 21 voiceonly connection is re-

quired if a second OPX

circuit is desired.

TB3

_ _ _ _ _ -

J

NOTE. For OPX operafion. the control data crrcuircommecrion for EKT21 isnotrequired.

L-l

06.60

06.61 When using the HOLB unit, CO lines

INSTALLATION PROCEDURES

SECTION 300-006-200

are

FCC registered with a facility interface code of OL 13A.

. _

lf an alternate DC supply/ritig ator is to be used, con tact your Toshiba supplier for details.

3)

HOXB-to-conventional single-line telephone connections are made from the telephone to the HOXB terminal strip

I

(TB2) with industry-

standard 2-, 4- or 6-wire cable.

NOTE:

The HOXB requires a

negative DC voltage;

therefore, the main HKSU power cannot be used (it is +24

volts).

Off-Premise Line Connection

MAY 1986

gener-

2) HOXB-to-MRGU connections are made from

the MRGU output termi-

nal strip to the HOXB

terminal strip (TBl).

a) Connect 80 VAC,

25

Hz, output on the MRGU to the “BELL” input on the HOXB.

b) Connect the -48 VDC and 0 V battery

terminals on

units,

observing the

both

correct polarity. c) Connect FG to FG on both units.

IMPORTANT FCC

INFOhMA TION:

HOXB and MRGU

Standerd

Phone

ul

I

CO/PBX

c

FIGURE 20-HOLB WIRING

-ll-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1986

1, 2 and 3 (RJ-25C) or 1, 2

connected to the CO 1,

or

3

2, 3 (or CO

(RJ-1

1C)

1, CO 2 or

are

CO 3) in connectors on the HOLB unit. Then, connect a g-wire cable from the HOLB to the CO l-3 connector on the right side panel of the HKSU. An 8-wire factory-provided cable is connected from the HOLB l-3 connector (on

the HKSU left side panel) to the HOLB unit.

Connect up to three conventional, single-line

telephones to the modular connectors (TEL 1,

2, 3) on the HOLB (Figure 20).

06.62 A similar procedure is followed if a second HOLB unit is to be connected to the

HOLB 4-6 connector.

06.63 A single answering machine connected to OPL circuit #l will also serve OPL circuit #2 and/or #3. An HOLB is equipped with a chain of relay contacts (Figure 20) that, operating under software control via

0#9, can

switch incoming calls on CO circuits

Program

#2 and/or #3 to the OPL #l output circuit. This hunting operates only during NITE service and can occur only with the three circuits appearing on the PCB; and it always occurs from #3 and/or #2 to #l. (It is not possible to chain two HOLB PCBs together.)

06.70

Station Message Detail Recording

Connections

06.71

If the system is to be equipped with Station Message Detail Recording (SMDR), an HSMB option module must be connected to the system (via two factory-provided 8-wire cables) from the HSMB’s

CONT

and

PW

con-

nectors. Printer types known to be compatible

with this system are:

Texas Instruments Model 743/745

OKI Data Model 82A

Texas Instruments 743./745 .

FG 1

RD 3 3 RD

HSMB ‘z=$ ;

CD 8 - 8CD

DTR 20

FG 1 1 FG RD 3

HSMB OS* 6

SG 7 7 SG

CD 8

DTR 20

“Supewsory

- p

OKI Data 82A

Send Data-cable modlflcatlon required.

1

FG

_ 6 DSR

7 SG Printer

20 DTR

.

3RD 6 DSR

8 CD

11 SSD’

Printer

FIGURE 21

HSMB/PRINTER CABLING

07.01

phones (EKTs) may be used in the

V/e

available as a speakerphone or with handsfree answerback (HFU) only. The two models, identical in appearance, are equipped with four permanently dedicated keys and 10 line/feature keys.

handsfree on intercom calls only. The lo-key BLF EKT with speakerphone (Figure 23) is similar in appearance to the lo-key, but with a Busy Lamp Field (BLF).

Six different Electronic Key Tele-

Strata

system. The lo-key EKT (Figure 22) is

The HFU model may be answered

1

06.72 The data output is in 7-bit ASCII code with one start bit,

one

parity bit (even parity)

and one stop bit. Figure 21 shows the detailed

connections for the printers listed above.

06.73 Verify that the RS-232C output cable is connected to the PCB with the proper pin-

out connections (A or B), the battery strap is

ON, and the data speed and incoming/outgoing call options are selected per Paragraph

06.50.

07 EKT INFORMATION

07.00

General

-12-

FIGURE

22-IO-key

EKT

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

FIGURE 23-IO-key BLF EKT

07.02 Three additional EKTs that are very similar to the lo-key, but with 10 additional keys, are also available. The 20-key EKT (Figure 24) is available as a speakerphone or with handsfree answerback only. The two models,

identical in appearance, are equipped with four permanently dedicated keys and 20 line/ feature keys. The HFU model may be answered

handsfree on intercom calls only. A 20-key

Liquid Crystal Display (LCD) EKT (Figure 25), which has a 32-character alphanumeric dis-

play, is also available.

07.03 All EKTs share the same dimensions:

Height: 3.87” (98.5 mm)

Width: 7.0” (178 mm)

Depth:

9.0” (229 mm)

FIGURE 25-20-key LCD EKT

07.04

line/feature keys in addition to a push-button dial pad. Up to six of the keys are utilized for CO/PBX lines: one for intercom access and

the remaining keys are used for feature opera-

tion. System software assignments permit wide variation to the feature keys on all six EKTs.

07.05 The principal components of the lokey electronic key telephone are: handset, dial pad, handsfree answerback HFU) microphone, a microphone control key

m key, two ringing/speaker volume con-

trols, one intercom key, nine CO/PBX line or

feature keys. LED indicators are rovided for

all keys except the m and

With the exception of the four permanently

dedicated keys, the feature keys can be assigned to any one of several keystrip modes by programming. The identical EKT is also available as a speakerphone.

07.06 The lo-key BLF EKT provides the same features as those listed in Paragraph

07.05, plus an LED indication showing which stations are in use.

Each is equipped with either 14 or 24

hn.

speaker and

l

b

keys.

FIGURE 24-20-key EKT

07.07 The 20-key EKT provides the same

features as those listed in the above two para-

graphs, plus 10 additional feature keys.

07.08 A 20-key Liquid Crystal Display (LCD) EKT, incorporating the same features as those listed for the above EKTs, may be located at any or all of the stations. The 32character alphanumeric display provides an accurate

-13-

INSTALLATION PROCEDURES SEETION 300-006-200

MAY 1986

clock/calendar in its idle state. In use, the display provides elapsed time of call (incoming or outgoing), dialed number, calling station or CO

line.

07.09 All EKTs feature modular handset cords and are connected to the system via 4conductor modular line cords. In addition, each

EKT model may be used at any or all stations.

07.10

07.11

manner, and they may be mounted on a wall or any other flat, vertical surface to which the base can be secured. When selecting the mounting site, consider the EKT’s weight and the additional stresses to which the mounting will be subjected.

07.12 Mounting screws or mollies, appropriate for the surface on which the telephone is to be secured, must be provided by the installer.

07.13 Locking tabs secure the EKT’s base. The direction in which the base is attached to the EKT determines whether it will be used as a desk unit or wall unit (it is factory-configured as a desk unit). Disengage the locking tabs by pushing downward on the base (Figure 26) and then rotate the base 180” and insert it into the lower four locking tabs.

EKT Wall Mounting

All EKTs are mounted in the same

I

FIGURE 27-EKT WIRE

07.15 Secure the unit to the desired wall site. (Use dimensions shown in l%guro 27 to position the unit.)

07.16 Route the tail cord through the holes in the base and secure the EKT (Figure 28).

ACCESS

A

FIGURE 26-REMOVING EKT BASE

07.14

the knockouts are appropriate for the tail cord

route, and then cut them out.

Refer to Figure 27, choose which of

FIGURE 28-EKT WIRE ROUTING

07.17

able from your Toshiba supplier, and it is suggested that this cord be used when wall mounting an EKT.

07.18 Remove the handset hanger and ininsert it in the upper hole as shown in Figure

29. Note that the hanger fits in the notch in the handset.

An optional 13’ handset cord is avail-

-14-

INSTALLATION

PROCEDURES

SECTION 300-006-200

MAY 1966

NOTE. Do not initialize if using a preprogrammed, battery-protected VCCU.

FIGURE 29-HANDSET HANGER

07.20 EKT Connections

07.21

Connect the appropriate length line

cord to the modular connector, route the cord to the EKT and connect to the EKT modular jack. Test the EKT per Paragraph 09.

08 SYSTEM POWER-UP INITIALIZE

08.00

08.01

_-

system data assignments stored in ROM that

can be entered at any time by performing the

initialize sequence outlined below. The system

must be initialized when it is first installed or whenever the VCCU PCB is changed. This will

allow the system to be tested and any faults to

be corrected before time is spent on program-

ming.

General

Stasta V/e

has a list of standard

08.02

Refer to Figure 30 and verify that the

battery on the VCCU is connected to ensure that data changes entered after initialization will not be lost due to power failure.

NOTE:

The SET LED will not function if the VCCU

battery is not connected.

08.03

To initialize the system data memory,

refer to Figure 31 and perform the following:

POWER

FIGURE 31 -INITIALIZE SWITCH

1) Place the system power switch

the ON position.

2)

Depress the

INT

switch on the left side

panel, and hold it in.

(POW)

in

IC22 IC13

FIGURE 30-VCCU BAlTERY STRAP

3)

Depress the SET switch and allow it to lock.

l

SET LED goes on.

l

Station 17: All LEDs except SPKR and MIC flash continuously.

4) Depress and release the

l

SET LED goes off.

l

Station 17: All LEDs go off.

SET

switch again.

5) Release the INT switch.

6) Cycle the power sw.itch OFF and ON.

08.10

08.11

Clearing Automatic Dialing

The Automatic Dialing memory will contain random numbers when the system is powered up initially. _The memory; therefore,

INSTALLATION PROCEDURES SECTION 300-006-200 MAY

1986

must be cleared to prevent meaningless numbers from being dialed.

IMPORTANT! Station 17 may be equipped with either a

1

O-key

or a 20-key EKT. Prior to per-

forming the procedure that follows,

refer to Paragraph OZ.ZO/Figure I, Programming Procedures, Section 300-006-

300, for instructions on using a I O-key EK T for programming.

08.12

To clear the Automatic Dialing (-Sys-

tern and -Station) memory (up to 40 numbers),

proceed as follows:

1) Lock in the

l

Station 17: All LEDs except SPKR and

SET

switch on the HKSU.

MIC flash continuously.

2)

Depress the m key on station 17.

l

SPKR LED lights steadily.

3) Dial ~~~ on the dial pad.

l

SPKR LED flashes continuously.

4) Depress the mm m m keys, respectively.

l

The corresponding LEDs light.

Depress the m key.

5)

l

All station 17 LEDs (except REP) go off.

l

The SET LED and REP LED on station 17

go off.

08.20

08.21

SMDR Real-Time Clock Adjustment

One of the functions of the HSMB is to provide a calendar and clock for showing time, date and duration of recorded calls. This

clock and calendar must be set when the system is first placed into service.

08.22 The HSMB is equipped with a battery to protect the clock and calendar settings in event of a power failure. Ensure that the HSMB battery

(6AlT)

strap is in the ON posi-

tion (see Figure 1 1).

08.23 The HSMB will automatically adjust for 30- and 28-day months and leap year.

08.24 The HSMB is equipped with three switches and two LEDs (Figure 32). Looking from top to bottom,

the functions of the

switches are as follows:

STR:

Writes data into memory once it is

properly displayed.

MOD:

depressions of the

Selects items to be adjusted. Multiple

MOD

switch will cause item numbers to be displayed sequentially by LED #l. The possible displays are:

1

6) Release the

HSM3 SWITCHES and LEDs

SET

switch on the HKSU:

IN MC0

0 R45

FIGURE 32

R49 -

RSO e

RSI 0

Off

1 = year 2 = month 3 = day 4 = hour 5 = minute 6 = start

INC: Selects the data (hour, minute, day,

etc.) for the item number selected by the

MOD

#2 displays data selected by the

switch and displayed by LED #l. LED

INC

l

Depressing the

INC

switch once incre-

switch.

ments data by 1.

l

Depressing and holding the INC switch

causes data to increase continuously

until the

INC

switch is released.

08.25 To set clock and calendar:

1) Verify that the battery is connected on the

HSMB (Figure 32).

2) Depress the MOD switch once.

l

LED #l displays 1 (year).

-16-

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY

1986

--_

l

LED #2 displays current data.

3) Use the INC switch to correct data in LED #2 display.

4) Depress the

l

LED #l displays 2 (month).

l

LED #2 displays current data.

5) Use the

MOD

INC

switch once.

switch to correct data in LED

#2 display.

6) Depress the

l

LED #l displays 3 (day).

l

LED #2 displays current data.

7) Use the

MOD

INC

switch once.

switch to correct data in LED

#2 display.

8) Depress the

l

LED #l displays 4 (hour).

l

LED #2 displays current data

MOD

switch once.

9) Use the INC switch to correct data in LED #2 display.

10) Depress the

l

LED #l displays 5 (minute).

l

LED #2 displays current data.

a-

11) Use the INC switch to correct data in LED

#2 displav.

.

12) Depress the

l

LED #l displays 6 (start).

l

LED #2 has no display.

13) Slide the

to

OFF.

MOD

STR

switch once.

switch to ON and then back

. LEDs go off.

l

Data is transferred to working memory

and time keeping starts.

09 SYSTEM TEST PROCEDURES

09.00

09.01

tions, and confirm the proper functioning of the EKT itself, perform the following test procedures at each station. Begin with the

lowest numbered station and continue through

all stations.

09.02 With handset on-hook: a) Depress the m key.

b) Adjust speaker volume with the volume

control on the right-hand side of the EKT.

c) Depress the m key.

d) Dial any digit (I- D

tone will stop.

e) Depress the m key.

f) Continue to depress each m key in order

on every EKT; the following should occur:

EKT Functional Check

In order to verify basic system func-

l

INT LED: l-use flash.

l

SPKR LED: on steady.

l

MIC LED: on steady.

l

Listen for intercom dial tone via the EKT

speaker.

l

CO 1 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

on the dial pad and dial

l

Listen for circuit break followed by dial

tone after approximately 2 seconds.

l

CO LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

’

NOTE. If LED #1 is changed to OFF before STR is operated, existing data will not be changed regardless of adjustments made in previous steps.

08.30

Program Listing

08.31 The HSMB has the capability to retrieve current customer data from memory and output it to the SMDR printer.

08.32 See Section 200-006-300,

ming Procedures

for printout method and for-

Program-

mat.

-17-

NOTE: If no CO/PBX facility is connected to a m key, dial tone will not be heard but the

LED is still functional.

g)

When CO testing is complete on each EKT,

continue EKT test by depressing them key.

l

SPKR & MIC LEDs: off.

l

EKT speaker off.

.

h) Depress the m key.

l

DND LED: on.

i) Depress the m key.

. DND LED: off.

-

INSTALIATIDN PROCEDURES SECTION 300-006-200

MAY1986

j) Depress the m key.

l

CO 1 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

k) Depress the m key.

l

CO 1 LED: i-hold flash.

l

Speaker off (no dial tone).

. SPKR & MlC LEDs: off.

I) Depress the m key.

l

CO 1 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

m) Depress the m key.

l

CO 1 LED: Conference call fiash rate.

l

Dial tone continues.

n) Depress the m and m keys.

. CO 1 LED: off. . SPKR & MIC LEDs: off.

l

Dial tone: off.

o) Call the EKT that is being tested from another station.

l

Listen for caller’s voice via called EKT’s

speaker after the single tone signal.

l

Called station’s INT LED: l-called flash.

Dial 4 at calling station.

P)

l

Tone signalling heard via the called sta-

tion’s speaker.

Adjust tone signalling volume with volume

4) control on the rear left-hand side of the EKT

being tested.

e INT LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

v) Tap the EKT microphone and verify that the

sound can be heard via the called EKT’s

speaker. w) Depress the m key while tapping the

microphone and verify that the sound cannot be heard via called EKT’s speaker.

l

MIC LED: off while the m key is de-

pressed.

x) Depress the w key.

. INT LED: off. . SPKR & MIC LEDs: off.

y) Depress the m key.

l

INT LED: l-use flash rate.

l

SPKR & MIC LEDs: on steady.

l

Listen for intercom dial tone via the EKT

speaker.

z) Call a busy station.

l

Listen for busy tone.

aa) Depress the m key.

l

Dial tone should be heard for 2 seconds

followed by busy tone again.

bb) Depress the m key.

. SPKR & MIC LEDs: off. . INT LED: off.

cc) Depress the m key.

l

INT LED: l-use flash rate.

l

SPKR & MIC LEDs: on steady.

l

Listen for intercom dial tone via the EKT

speaker.

r) Depress the m key.

l

INT LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for intercom dial tone via the EKT

’

speaker.

s) Lift handset.

. SPKR & MIC LEDs: off.

l

Speaker off.

l

Listen for dial tone via handset receiver.

t) Call another station and talk into the handset transmitter.

l

Verify that your voice can be heard via

the called EKT’s speaker.

u) Hold down them key, and set the handset back on-hook.

-1s

dd) Dial 00 to cancel the ACB feature.

l

Dial tone should be heard for 2 seconds

followed by busy tone.

ee) Depress the m key.

. SPKR &

MIC LEDs:

off.

. INT LED: off

09.03 This completes the station functional check for the EKTs; repeat the procedure for all EKTs in the system.

09.10

Off-Premise

.

Extension/Conven-

tional Telephone Functional Check

09.11

Perform the following test procedures at each Off-Premise Extension/Convent$nal Telephone (OPX) location:

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY1986

a) Lift the OPX handset and listen for intercom

dial tone.

b) Dial the number of another station.

l

Dial tone will stop when the first digit is

dialed.

l

Ringing or voice paging will be heard at

the called station.

c) Lift the handset at the called station.

l

Ringing stops.

d) Verify that a 2-way voice connection exists between the OPX and the called station.

e) Go on-hook at both stations. f) Lift the OPX handset and listen for intercom

dial tone. g) Dial a.

l

An idle line, from the group defined by

Program 09,

l

Listen for CO dial tone.

will be seized.

h) Dial a test call.

l

Verify that a 2-way voice connection is established.

i) Flash the hookswitch on the OPX and listen

,’

for intercom dial tone. j) Dial the number of another station.

l

Dial tone will stop when the first digit is

dialed.

l

Ringing or voice page will be heard at

the called station.

k) Lift the handset at the called station.

0 Ringing stops.

a) Lift the OPL telephone handset and listen for CO dial tone.

b) Verify that the corresponding CO line LED

lights on the system EKTs.

c)

Dial a test call from the OPL telephone.

l

Verify that a 2-way voice connection is

-

established.

d) Depress the corresponding line key on an

EKT.

l

Verify that the privacy feature prevents

access. e) Go on-hook at OPL telephone. f) Depress the OPL CO line key on an EKT and

listen for CO dial tone.

g) Dial a test call from the EKT.

l

Verify that a 2-way voice connection is

established.

h) Lift the OPL telephone handset:

l

Verify that a 3-way voice connection is

established.

i) Go on-hook at both stations.

j) Make an incoming call to the OPL CO line.

l

Ringing will be heard at the OPL tele-

phone.*

l

Appropriate EKT(s) will ring.

l

Appropriate EKT LED(s) will flash.

*NOTE:

if OPL. hunting is programmed for the line being tested, the call will always ring OPL station # 1 if it is idle.

I) Verify that a 2-way voice connection exists

between the OPX and the called station.

m) Flash the hookswitch on the OPX. n) Verify that a 3-way conference is

estab-

lished.

o) Go on-hook at the OPX.

p) Verify that the CO line and called station are connected.

q) Go on-hook at the called station.

09.20 OPL Circuit Functional Check

09.21

Peritirm the following test procedures

on each OPL/CO line pair:

k) Lift the OPL telephone handset to answer the call.

l

Ringing stops.

l

EKT LED(s) light steadily.

l

Verify that a 2-way voice connection is

established.

I) Depress OPL a key on an EKT.

l

Verify that the privacy feature

access.

m) Go on-hook at the OPL telephone.

n) Make another incoming call to the OPL CO line.

o) Answer the call using-an EKT.

l

Verify that a 2-way voice connection is

-19-

prevents

INSTAUATION PROCEDURES SECTION 300-006-200 MAY 1986

established. i) Put the printer “on-line” (DTR signal on).

p) Lift the OPL telephone handset.

l

Verify that a 3-way voice connection is

established.

l

Call record will be output.

j) Make an incoming call to the system and delay answering it for several rings.

q) Go on-hook at both stations.

09.30

09.31

SMDR Functional Check

Perform the following test to verify

the proper functioning of the SMDR feature.

k) Answer the call. I) Enter an account code as in Step d. m) Hang up.

l

Call record will be output to the printer

in the format shown in Figure 34.

a) Connect the printer to the HSMB.

09.40

Feature Check

b) Set data speed and select type of calls to be recorded per Paragraph 05.14.

09.41

Verify that all system features func-

tion properly per Section 200-006-400, Oper-

c) Make an outgoing call from any EKT. d) Enter an account code as follows:

l

Dial the access code (ail).

ating Procedures.

10

MISCELLANEOUS

CONNECTIONS

* Dial the account code (6 digits).

10.00 Wiring Connections

e) Hang up after the call has been active for at least 10 seconds (calls of less than 10 seconds duration will not be recorded).

l

The call record will be output to the

orinter in the format shown in Fiaure 33.

r --

Mrl/DD/YY 01 10

02 14 HH:MM 04 18 HH:MM 03 15 HH:MM 07 19 HH:MM

HH:MM 00:30:51

00:02;39 00:01:37 00:04;51 00:02;25

10.01

equipment are made via the barrier strio mounted on the left side panel as shown in

Fiaure 35.

CI--- ---

a531212

12135551212

la002436161

2731750

All connections to ’ miscellaneous

7305000

123456

654321

FIGURE 33-SMDR PRINTOUT EXAMPLE (Outgoing Call Record)

MM/DD/YY

01 10

02 14

03 11

HH:MM 00:01:13

HH:MM 00:02;30 HH:MM 00:03:36

00;02

00;04 00;10

654321

EQUIPMENT

10.10 MOH/ BGM Source

10.11

the customer-provided program (tuner, tape deck or

commercial source) via the two MOH terminals on the

barrier strip. Input

impedance is 600

ohms.

10.20 Music-On-

Hold Volume Con-

trol

Connect

MOH/BGM

source

r

_

FIGURE 34-SMDR PRINTOUT EXAMPLE (Incoming Call Record)

f) Take the printer “off-line” (DTR signal off).

g) Make an outgoing call. h) Hang up after the call has been active for at

least 10 seconds.

l

Call record will not be output.

control on the left side oanel. Maximum vol-

ume is limited by internal circuits in order to comply with FCC regulations. See Paragraph IO.86 for the Correct volume setting sequence.

10.30 External Paging Connections

-2o-

10.21

Adjust the

MOH volume with

the

MOH

volume

MPEDANCE

SWITCH

INSTALLATION PROCEDURES

SECTION 300-006-200

MAY 1986

-.-_.-_

l-IGUHt 35-I tHMlNAL S I HIP

10.31

Strata WE

a-

-_-__._.a. a__._

provides access to an

external paging system by dialing two digits (89). The single output connection is made via the 8/600 terminals on the left side panel, and

can be used in one of three ways:

a) To operate

directly

via an internal 3-watt amplifier

customer-provided speaker

located on the SEPU PCB.

b) If more than 3 watts are required, an exter-

nal customer-provided amplifier can be con-

nected to operate the external speaker.

c) If talkback capability is required, a custom-

er-provided talkback amplifier/speaker can be connected.

NOTE: See Paragraph 10.80 for the correct vol-

ume setting sequence.

10.40 Direct Exthnal Speaker Connection

10.41 The exact number of speakers that

may be connected to the 8-ohm, 3-watt output

will depend on type of speaker used, conductor

resistance and desired volume.

10.42 The 8-ohm output impedance must be

selected with the SW2 switch on the left side

panel (Figure 36). The switch must be on the

side labeled “8”.

FIGURE 36-IMPEDANCE SWITCH

two 8/600 terminals on the left side panel connector block.

10.44 Adjust the speaker volume with the EX.SP volume control on the left side panel.

10.50 External Amplifier Connection

10.51 If more power is required than the SEPU amplifier can deliver, a customer-provided external amplifier may be connected to the 8/600 terminals on the left side panel (connect external speakers to the external amplifier).

10.52 Determine which output impedance is

most suitable for the amplifier being used, and make the selection with the SW2 switch on

the left side panel.

10.53 If 8-ohm impedance is chosen, the

EXSP volume control may be used to the control input level to the external amplifier. If 600-ohm impedance is chosen, the level is fixed and input must be controlled by the external amplifier. See Paragraph 10.80 for the correct volume setting sequence.

10.60 Talkback Amplifier

10.61 A customer-provided talkback amplifier/speaker may be connected to the external page(81600) terminals on the left side panel.

*

10.43

connect the external speaker to the.

10.62 For talkback operation, the SW2

-21-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY 1906

1

Mute 2

4) ,, Input 2

.

-J

output

Volume

Input 1

7

Level

1 input 2

Leve!

VOLUME SETTING -

ZONTROLS

FIGURE 37

EXTERNAL AMPLIFIER HOOK-UP

switch must be set at “600”. The SMQU amplifier is not used for the 600-ohm mode in order to permit a 2-way voice path.

10.63 The EX.SP volume control on the left

side panel will not function when the 600-ohm

mode is selected.

10.70

10.71 source that is connected to the MOH input terminals on the left side panel or the internal MOH source (SMOU). It is broadcast through all EKT speakers (under the individual control of each station user) and will be heard if the

m key is operated with the handset on-

hook-and no line selected.

10.72 the MOH source can be heard via the external speaker (see Section 200-006-300, Program-

ming Procedures).

Background Music

BGM uses the music-on-hold program

As a programmable option, BGM from

FIGURE 38

VOLUME SETTING CoNTRO&S

control on the right-hand side of the EKTs.

10.75 If a separate BGM source is connected via an external amplifier on the external page, it can be heard from the external

amplifier/speaker only. If required,

V/e

can provide a dry contact control signal for muting the external BGM when a page is in progress.

IO.76 To provide external BGM control, con-

nect the BR terminals on the left side panel of

the HKSU to the control terminals (mute, MIC

switch, etc.) on the amplifier (see Figure 37).

10.80 Volume Setting Sequence

10.81 Refer to Figure 38 and adjust the volume for MOH, BGM and External Page in the

sequence outlined in Paragraph 10.82.

10.82

Adjust the MOH level first according

to the following procedures:

Strata

1

10.73 BGM is automatically pre-empted when a page or ringing signal must be output from an EKT speaker or the external speaker.

10.74 Overall system BGM volume is set with the BGM volume control on the left side panel of the HKSU (see Paragraph 10.80 for the correct volume setting sequence). The vol-

ume at individual stations is set with volume

1) Set the

MOH

volume control to its lowest

level (counterclockwise).

2)

Lift the handset on one station and call

another station using two CO/PBX lines.

3) At the called station, put the incoming call on hold, and listen on the handset (not the speaker) of the calling EKT.

-22-

INSTALLATION

SECTION

PROCEDURES

300-006-200

MAY

1986

4) Using the volume control on the MOH source, adjust MOH to the most comfortable

level without distortion.

5) If a higher level is needed than can be provided by the MOH source, turn the MOH volume control slowly clockwise to achieve the most comfortable level without distortion.

6) Release the connection between the two CO lines.

7) No further changes should be made using

the MOH control or the MOH source

control.

10.83

If an external speaker is to be used in

the system; adjust the external page and BGM

levels as follows:

1) Adjustments should be made while an actual external page test is in progress. Adjust the voice volume to a comfortable level. The

procedure varies depending on the paging system configuration and the setting of the 8/600-ohm switch (SW2):

a) 8 ohms with no external amplifier-adjust output level using the EX.SP volume control on the left side panel.

,-

b) 8 ohms with external amplifier-adjust output level using the EX.SP volume control along with the controls on the external amplifier. c) 600 ohms-the volume level through

Strata V/e

is fixed in this mode; adjustments must be made using the external amplifier controls.

2) If background music is to be heard over the external speaker:

a) Adjust voice page level per above procedures. b) With music playing over the speaker, adjust the volume to a comfortable level using only the BGM control on the left side panel of the HKSU. Do not tamper with the

EX.SP

control, external amplifier or MOH adjustments. c) If background music is connected directly to the external amplifier instead of through the system, all adjustments must be made on the external amplifier.

10.84 If no external speaker is to be used in

the system, adjust the BGM level as follows:

1) Using an EKT in speakerphone mode, make

volume

a

call on a CO line, and adjust the EKT speaker

volume to a comfortable level.

.

NOTE, This should be done in an area that has

background noise that is about average

for that particular installation.

2) Using the m key, disconnect the CO call and activate BGM at the EKT.

3) Using only the

BGM

volume control, adjust

the BGM to a comfortable level. Do not use the

EKT volume control.

10.90

10.91

Night Relay Service

As an option,

Strata V/e

can pro-

vide a dry contact for the purpose of control-

ling an external loud ringing bell (or similar device) or an answering machine when the system is in the “NITE” mode.

10.92

To provide this service, connect the external device to the NR contacts on the left side panel (see Figure 39).

I

RELAY

:ONTACTS

C

FIGURE i9-RELAY CONTACTS

IMPORTANT!

The NR and BR relay contacts are rated at 24 VDC/I amp’and are not intended to operate high power devices directly. If the power required for the device being controlled exceeds the contact ratings, an external slave relay must be used.

-23-

INSTALLATION PROCEDURES SECTION 300-006-200 MAY1966

10.93 The W3 strap option on the VMAU

allows the NR relay to function in one of two

modes:

a) Answering Machine Control-if the W3 strap remains intact, the relay is operated continuously when the-system is in Night Service. This mode is intended for indirect control of an answering machine.

b) Night Bell Control-if the W3 strap is cut,

the relay pulses at a 1 -second on, 3-second off

rate when the system is in Night Service and an incoming call is ringing the system. The mode is intended to be used for indirect con-

trol of an external night bell.

A

-24-

TOSHIBASYSTEM PRACTICES ELECTRONIC KEYTELEPHONE SYSTEM

PROGBAMMING PROCEDURES

SECTION 300-006-300

MAY1986

Strata V;I,

PROGRAMMING PROCEDURES

TOSHIBA

TB 026-8605

November 1,

1986

DSS Feature Key Programming

Strata”=

TECHNICAL BULLETIN

Page

1

of

1

On the STRATA We, Xlle & XXe ‘systems, a maximum of two be programmed as DSSl and DSS2 on each station. The m and @ keys function as both Direct Station Selection (DSS) and Busy Lamp Field (BLF) feature keys.

It is recommended that a maximum of four DSS keys be directed-to+ one station (Program 4#XX). Example: Stations 13, 22, 15 and 12 all have DSS keys directed to station 16. All DSS and BLF features operate.

However, if more than four DSS keys are directed to the same station, the fifth and all succeeding keys will not function as a BLF when the target station is busy. This does not affect the Direct Station Selection feature (the station will still be selected when the appropriate DSS key is depressed). Example: Stations 13, 22, 15, 12 and 19 all have DSS keys directed to station 16. The DSS and BLF features operate for ‘stations 13, 22, 15 and 12, but station 19 only has the DSS feature, not the BLF feature.

keys ma

d

_

Torhiba America, Ino.

_

.

-

TOSHIBASYSTEM PRACTICES

ELECTRONIC

KEY TELEPHONE SYSTEM

Strata VI,

PROGRAMMING PROCEDURES

TABLE of CONTENTS

PROGFIAMMlNG PROCEDURES

SECTION 300-006-300

MAY

1986

PARAGRAPH

01

02

02.00

02.10

02120

02.30

02.40

02.50

02.60

02.70

02.80

TABLE LIST

TABLE

1 2 3

4 5 6 7 B

9 10 11 12 13 14 15 16 17 18 19

20 21 22 23 24 25 26 27 28 29 30

31 32 33 34 35 36 37 38 39

TITLE

Hold Recall Time Code initialized Data

...........................

Program 01 -System Assignments (Basic)

Program 02-System Assignments (Options) Program 0#2-Account Code Digit Length Program 03-System Assignments (Options) Program 04-VCOlJ R/IF/DP Outpulsing Selection Program 05-Automatic Recall From Hold Timing Program 0#5-Camp-on Timeout Program 06-AROH Enable Program 07-AROH Timing Program 0#8-Night Ring Over External Page Program 09-Single CO Line (Dial 9) Group Selection Program 09X-Four CO Line Group Selection Program 0#9-OPL Line Hunting Program 1 OO-Toll Restriction System Parameters Program 101 -Toll Restriction Disable Program 102-Forced Account Code Check

........................

...............

..............

...............

..............

...........

............

...................

.....................

......................

............

..........

.............

...................

...........

.................

..............

Program 103-Equal Access or Other Common Carrier (OCC) #l

Program 104-OCC Authorization Code #l Program 105-Equal Access or Other Common Carrier #2 Program 106-OCC Authorization Code #2 Program 1 X0-Toll Restriction Class Parameters Program 1 XY-Toll Restriction Class-Area Code Program 1 X2-Toll Restriction Class-Off ice Code

..............

........

..............

............

...........

Program 1X1-Toll Rest. Class (AOC) Exception Table Selection Program 2XY-Area/Off ice Code Exception Program 190-PBX Back-up

Program

1 9X-PBX

Access Codes

.....................

..................

Program BXX-Station CO Line Access Program 4XX-Station Type Assignment Program 4#XX-Station Flexible Key Assignment Program SXX-Station Class of Service #l Program 5#XX-Station Class of Service #2 Program GXX-Toll Restriction Classification Program 7XX-Station Outgoing Call Restriction Program 8xX-CO Ringing Assignments-DAY Program 8#XX-CO Ringing Assignments-DAY 2 Program 9xX-CO Ringing Assignments-NITE

..............

................

...............

..

..............

............

.............

....

............

...........

............

.’

.......

.....

PAGE

_

25 26 27 28 29 30 31 32 33 34 35 36 37 38

39 40 41 42 43 44 45 46 47 48 49 50 51 52

10

12

16 17 18

19 20 21 22 23 24

.

1

-ii_

01

INTRODUCTION

01 .Ol

operation and feature execution for the

Strata We

memory (ROM) and cannot be altered in the field. However, the data controlling operation of the various options, both system and station, (RAM) and can easily be changed according to

individual installation requirements.

The data governing overall system

system is stored in read-only-

is stored in random-access-memory

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY

1986

procedures that follow, a single key-designation is given.

In the majority of programs (Type l), the various keys are used to change “bits” of system data. The LEDs associated with the keys show the status of that “bit” before and after key depression. A particular key and LED will have a different meaning, depending upon the program number being

used.

01.02

selections made in the system data tables. An initialization process is provided for verifying predetermined system assignments. The installer can then proceed with any necessary

changes.

01.03

station 17 (as the input-output device), which may be equipped with either a lo-key or a 20-key EKT. Whenever the system is placed in

the programming mode, the keys on station 17

are used to enter data while its LEDs display

the current data. While station 17 is in the

programming mode, the remainder of the sys-

tem may still be used in the usual fashion.

01.04

prevent loss of system data memory in the event of a power failure.

NOTE:

Whenever a system is installed for the first time or the VCCU is changed, the system must be initialized. See Paragraph

02.70.

All

Strata

All system data changes are made via

Internal battery power is provided to

options are controlled by

In Type 2 programs, the dial pad is used to enter data. In this case, the system, using the INT and selected CO and AD LEDs, verifies the entered data by displaying it in binary format. An LCD EKT also displays the data, if equipped.

02.03 The programming mode is activated by locking in the SET switch on the left side

anel of the HKSU and then -depressing the

. .

&azI

been activated, a program number is dialed on the station dial pad, and the system will respond as follows:

Type 1 programs:

Type 2 programs:

02.04 Data can be altered while it is being displayed. To input new data via station 17, perform the following:

key on station 17. After the station has

Station 17 LEDs will dis-

play the existing data in these categories.

AD 1 LED on station 17 will flash continuously. Actual data can be reviewed without alteration by multiple depressions of the 1 key.

02 PROGRAMMING PROCEDURES

02.00 General

02.01

programming mode before system data can be verified or altered. With the exception of station 17, normal system functions are not suspended while in the programming mode.

02.02 When the system is in the programming mode, station 17 is used to enter the system data in one of two ways:

Station 17 may be equipped with either a 1 O-key \;r a 20-key EKT (a 20-key LCD EKT is recommended). In all tables and

The

Strata-system

IMPORTANT!

must be in the

Type 1 program:

tered by depressing its associated key. Depressing the key while the LED is “on” will turn it off and vice versa.

Type 2 program:

pad. The LEDs will display the data in binary format. An LCD EKT also displays the data, if equipped.

02.05 Once the desired data is entered and displayed, depressing the m key on station 17.

l

System and CO line options are written into temporary storage when the m key is depressed. After

gories have been ma-de, transfer the data

it is written into memory by

The state of an LED is al-

Data is entered via the dial

all

changes in these cate-

l-

PROGRAMMING PWOCEDURES

SECTION 300-006-300

MAY

1986

into working memory per Paragraph 02.06.

Station option data (with the exception of CO line access assignments) are written into the main data memory; therefore, all

chanaes are effective immediatelv after the

key is depressed. However, it is recommended that the data transfer procedures per Paragraph 02.06 be utilized for added programming protection.

02.06 Data may be secured in working memory in one of two ways:

1) If the system is not in service, release the

SET

switch on the left,side panel of the HKSU, and cycle (rock) the system power switch off and on to transfer all data into the main data

memory. Note: all calls are dropped when this

occurs.

2) If the svstem is in service and no calls should be dropped, depress the f

re the data in

working memory without cancelling any calls.

Release the

02.10 Multiple Station Programming

02.11 Programs 3XX through 9Xx are used to select options for individual stations (where

XX represents the station number of the sta-

tion being programmed). To save time, it is

possible to program all stations or groups of stations simultaneously.

02.12 Multiple station programming is accomplished by substituting a special group code for the station number part of the program number (XX). The codes are:

ai: All stations

a 0:

mi: Stations 18 - 25

02.13 When the multiple station group code is entered, the LEDs_ will display existing data as follows:

Steady

in dialed group.

Flashing LED:

one, but not all stations in that group.

SET

switch.

Stations 10 - 17

LED:

Data is the same for all stations

Data is selected for at least

pressing its associated key. LEDs. that are flashing can be cycled through three states (flashing, on, off) by multiple key depressions. Other LEDs will cycle between on and off states only. Select data as follows:

LED ON:

the group.

LED OFF:

in the group.

LED

flash:

group.

02.15 Once the proper data is selected, depress the m key in the usual manner to write it into memory.

02.20 Using 1 O-key EKT

02.21

EKT, the system must be so informed by setting the ACB LED to “ON” in Program 01. This than e d is effective immediately after the

l

B key is depressed, making it easy to

switch between EKT types.

02.22 Once the system recognizes a lo-key

EKT, the handset hookswitch can be used as a shift signal to make the lo-key LEDs compat-

ible with the 20-key programming format.

02.23 As shown in Figure 1, the key/LEDs on a lo-key EKT represent INT, CO1 - C06, ACB, DND and MW/FL when the handset is on-hook and AD1 - AD7, PAU, RDL and REP when the handset is off-hook. It is possible to switch back and forth an unlimited number of times without disturbing the data.

Selects LED “ON” for all stations in

Selects LED “OFF” for all stations

No

change to any station in the

for Programming

If station 17 is equipped with a lo-key

PROGRAMMING MODE

NORMAL

MODE

I m

I

OND

I

AC6

CO6

H

co5

co4

H

HANDSET ON-HOOK

DND

AC6

H

t

CO6 t

co5

co4

l-4

HPINDSET

OFF-HOOK

i-G-1

RDL

H

I PAU I

AD 7

AD6

H

AD 2

I I

J

02.14 The state of an LED is altered by de-

FIGURE l-l O-key EKT

-2-

KEY FORMAT

PROGRAMMING

SECTION 300-006-300

PROCEDURES

MAY

1986

c\ .

NOTE:

This procedure is for programming pur-

poses only! For normal operation, the

station 17 EKT type must be set using

Program 4XX.

02.24

key designation is given if it is the same for both EKT types. If a difference exists, the matching lo- and 20-key designations are given first and the upper lo-key designations (off-hook) are then indicated inside brackets.

02.30

02.31

programmed, option selections must be made and then indicated on the System Record Sheet (shown in Appendix 1). The Record Sheet, one of which accompanies each HKSU,

will then serve as a programming guide and

installation record.

02.32 Programming options are grouped according to the three categories listed below,

with several program numbers associated with

each category. A different program number is used for each option or group of options being

- selected. %.

A)

B)

In all procedures that follow, a single

Preparation

Before

System Options

01:

System Assignments (Basic)

02: System Assignments (Options)

0#2: Account Code Digit Length

03: System Assignments (Options) 04: VCOU Outpulsing Selection 05: Automatic Recall From Hold Timing

0#5: Camp-on Timeout

CO

Line Options

Automatic Release On Hold (AROH)

06:

07: Automatic Release On Hold Timing

0#8:

09x: Four CO Line (Dial 91, 92, 93, 94)

0#9:

100:

101: 102: 103:

104: 105:

Night Ring Over External Page Single CO (Dial 9) Group Selection

09:

OPL Line Hunting Toll Restriction System Parameters Toll Restriction Disable

Forced Account Code Check

Other Common Carrier (OCC) or

OCC Authorization Code Length #l

Cther Common Carrier or Equal

Strata

Enable

Groups Selection

Equal Access #l

Access #2

system data can be

OCC

106:

1x0: 1 XY: 1x2: 1x1:

2XY: Area/Office Code Exception

190: 19x:

Station Options

Cl

3XX:

4XX: Station Type Assignment

4#XX: Station Flexible Key Assignment

5XX: Station Class of Service #1

5#XX: Station Class of Service #2

6XX: Station Toll Restriction Class 7XX: Station Outgoing Call Restriction 8XX: CO Ringing Assignment-DAY

8#XX: CO Ringing Assignment-DAY 2

9Xx: CO Ringing Assignment-NITE

02.33 The System Record Sheet is_ used to record the assignment of each key/LED for

any given program number. For Type 1 programs, an “X” placed in the record indicates that the associated LED should be turned on (lit) during the programming process. For Type 2 programs, the actual data is recorded.

02.34 After making the system option selec-

tions per the following instructions, record the various choices in the System Record Sheet.

c

Use tables 4 through 40 for detailed programming instructions.

02.40

01 Program-System Assignments (Basic)

Fourteen options are selected with this program, using the various keys to change the status of their respective LEDs. For the options selected, mark an X as indicated.

1) Transfer Privacy- mark an X next to PAU if

privacy is to be in effect on a transferred call.

Leave blank if Alternate Point Answer of a

transferred call is to be permitted.

2) Automatic Dial Override Toll Restrictionmark an X next to AD7 if addresses 60 - 99 of

the System Automatic Dialing are to be

allowed to override Toll Restriction. Leave blank if Toll Restriction is to remain in effect.

3) CO Line Groups-mark an X next to AD6

Authorization Code Length #2 Toll Restriction Class Parameters Toll Restriction Class-Area Code Toll Restriction Class-Office Code Toll Restriction Exception Codes

PBX Backup PBX Access Codes

Station CO Line. Access

System Options:

if

-3-

PROGRAMIWING PROCEDURES SECTION 300-006-300 MAY1986

four CO line groups (dial 91, 92, 93, and 94) are required. Leave blank if one group (dial 9)

is sufficient.

4) Two CO Line Conference-mark an X next to AD5 to inhibit two CO line conference.

Leave blank if two CO line conferencing is to

be permitted.

5) DP Make Ratio-mark an X next to AD3 if a 33% make/break timing ratio is required. Leave blank if 40% is sufficient.

02

Program-System Assignments (Options)

Five options are selected with this rogram, using the m m m m dkeys to change the status of their respective LEDs. For the options selected, mark an X as indicated.

1) Station 21 OPX Busy Out-mark an X next to DND if the system is to “Busy Out” station 21 (not installed). Leave blank if the station is

not to present a busy signal. (Has no meaning if an HOXB is not installed.)

6) MF Signal Time160 ms MF signal time is required. Leave

blank if signal time is to remain 80 ms.

7) Non-Privacy/Privacy-mark an X next to

MW/FL -if the system is to be non-private. Leave blank if the system is to be private.

8) Station 17 1 O/20-key EKT-mark an X next

to ACB if station 17 is equipped with a 1 O-key

EKT for programming purposes. Leave blank if a 20-key EKT is used.

9) Incoming Call Abandon Timeout-mark an

X next to CO6 if the system should wait for 8 seconds after the last ring to consider an incoming call abandoned. Leave blank if 6 seconds is sufficient.

10) Pause Timing (After Flash)-mark an X

next to CO5 if a 3-second pause (for dial tone delay) is required after a FLASH, Leave blank if a 1 l/2-second pause is sufficient.

11)

Pause After Flash-mark an X next to CO4 if the system is to insert a pause (defined by C05, this program) between a flash and an automatically dialed number.

12) Pause Timing (m or m key)-mark an X next to CO3 if a 3-second pause (for dial tone delay) is required after a PBX/CO access code is dialed by the Automatic Dialing feature. Leave blank if a 1 l/2-second pause is sufficient.

13) Flash Time-mark an X next to CO2 if the

line-open interval produced by the m key is to be l/2-second for behind PBX operation. Leave blank if the 2-second pause for dial tone

recall is required.

14) Tone First-

First intercom signalling is required. Leave

blank if Voice First signalling is required.

mark an X next to AD2 if

mark an X next to INT if Tone

2) LCD Timer-mark an X next to CO4 if the Dialed Number display on each LCD EKT is indicated for 1 minute before changing to Elapsed Time. Leave blank if 15 seconds are

sufficient.

3) Nite Ring Over External Page-mark an X next to CO2 if Nite Ringing Over External Page is required.

4) Background Music Over External Page-

mark an X next to CO1 if BGM is to be-heard over the External Page circuit.

5) External Page with All Call-mark an X next

;c !NT if the External Page circuit is to be

included in. an All Call Page.

0#2

Program-Account Code Length

Defines the number of digits required in an

account code (Forced Account Code feature).

Enter the number of digits to be used. See the

detailed programming chart for account code entry procedures.

03

Program-System Assignment (Options)

Thirteen options are selected with this program using the various keys to change the status of their respective LEDs. For the options

selected, mark an X as indicated.

1) Door Lock Timeout-mark an X next to PAU if the door lock is to operate for 6 seconds. Leave blank if 3 seconds is sufficient.

2) Door Phone C Alarm-mark an X next to

AD7 if door phone C is to be a door alarm.

Leave blank if it is to be a door phone.

3) Door Phone B Lock-mark an X next to AD6 if door phone B is to be a door lock. Leave blank if it is to be a door phone.

4) Door Phone C Busy-mark an X next to

A

-4-

PROGRAMMING

SECTION 300-006-300

PROCEDURES

MAY1966

AD5 if the system is to busy out door phone C.

Leave blank if it is not to show busy.

5) Door Phone B Busy-mark an X next to

AD4 if the system is to busy out door phone B.

Leave blank if it is not to show busy.

6) Station 14 Door Phone/EKT-mark an X next to AD3 if station 14 is to be a door phone output. Leave blank if an EKT is to be used at this station.

7) Station 13 Door Phone/EKT-mark an X next to AD2 if station 13 is to be a door phone output. Leave blank if an EKT is to be used at

this station.

8) Station 10 m Key-mark an X next to

AD1 if AD1 key on station 10 is to be an alarm

key. Leave blank if m key is required.

Key-mark an X next

station 10 is to be a

m key. Leave blank if

q

key is required.

10) Nite Ringing Modes-mark an X next to DND if three ringing modes are used. Leave blank if two ringing modes are required.

11) Message Center-Station 12-mark an X next to CO4 if station 12 is to be the message center.

from Hold feature. (Used only if AD3, AD1 and AD2 LEDs are OFF in

Program 5#XX.)

1) If recall is desired, select a time period of

16 - 160 seconds and mark an X next to the appropriate key/LED in the’ System Record Sheet. The times

are not

accumulative-only

one key/LED can be selected.

+

2) If no recall is required, mark an X next to INT.

0#5

Program-

Camp-on Timeout

Sets the timing for the originating station to, be recalled by a CO line that was transferred to a busy station and remains unanswered.

l

Select a period of time (16 - 64 seconds) and mark an X next to the appropriate key/LED on the System Record Sheet. The

times

are not

accumulative-only one key/

LED can be selected.

02.50 CO

Line Options:

i

06 Program-Automatic Release on Hold

Enable

Selects whether or not the Automatic

Release on Hold (AROH) feature is to function on a given CO line; the CO line keys represent themselves.

12) Message Center-Station 1 l-mark an X next to CO3 if station 11 is to be the message center.

13) Message Center-Station IO-mark an X next to CO2 if station 10 is to be the message center.

NOTE:

Only one message center is permitted; if more than one station is chosen as a message center,. the lowest numbered station will have priority.

04 Program-VCOU Outpulsing Selection

Selects DTMF tone (MF) or rotary dial pulse

(DP) outpulsing.

l

Mark an X next to appropriate CO line if DP

is required. Leave blank if MF is required.

05

Program-

Automatic

Recall from Hold

Timing

Sets the timing for the Automatic Recall

l

Mark an X next to each CO line that re-

quires AROH.

07

Program-Automatic Release on Hold

Timing

Selects Cross Bar (XB) or ESS timing for the

AROH feature using each CO line key to repre-

sent itself. (Has no meaning if AROH was rejected in

l

Mark an X next to each CO line that re-

Program 06.)

quires XB timing; leave blank if ESS timing

is required.

0#8

Program-

Night Ring Over External

Page

Selects whether or .not a CO line will ring over external page. (Has no meaning if CO2 LED is not ON in

l

Mark an X next to the CO lines that

ring

over external page.

09

Program-Single CO (Dial 9)

Program 02.)

will

Group

-5-

PROGRAMMINGPROCEOURES SECTION 300-006-300 MAY1986

Selection (OPX, Trunk Queuing)

informs the system of the CO lines that should be considered for selection when a station dials 1, Each CO key represents itself. (Used only if the AD6 LED in

Program 01 is

OFF.)

l

Mark an X next to each CO key that is to be

included

09X

Program-Four CO Line (Dial 91, 92,

in the “Dial 9” group.

93, 94) Groups Selection (OPX, Trunk Queuing)

Informs the svstem of the CO lines that

I

should be considered for selection when a sta-

tion dials m @,

q

or

q

. Each CO key/LED

reoresents itself. (Used onlv if the AD6 LED in

Program 01 is ON.)

’

1) Mark an X next to each CO key/LED that is

to be

included

2)

Mark an X next to each CO key/LED that

to be included

in the 91 group.

in the 92 group.

is

INT:

NO/lx + NNX (long distance dialing

outside home area code)

1 t NNX (toll dialing within home

area code)

CO?:

1 + NO/lx + NNX (long distance dial-

ing outside home area code)

1 + NNX (toll dialing within home

area code)

CO2”:

1 t NO/lx f NXX (long distance dial-

ing outside home area code)

NXX (toll dialing within home area

code)

N=2-9

O/l = 0 or 1

x=0-9

*NOTE.

This dialing plan is required when the dialing plan area code has interchangeable office codes (NXX). There are office codes that follow the area .code format due to the unavailability of office codes,

101 Program-

Toll Restriction Disable

.

3) Mark an X next to each CO key/LED that

to be included

in the 93 group.

is

4) Mark an X next to each CO key/LED that is to be

included

0#9

Program-OPL Line Hunting

in the 94 group.

Selects which lines will hunt in crder to ring the lowest station in a group of three stations whenever an incoming call rings. The lines must function in the same groups of three in which they appear in the HOLE. Lines selected will hunt to the lowest numbered line in their groups (3 and 2 hunt to #l, 6 and 5 hunt to #4).

l

Mark an X next to each CO key/LED that is to be included in a hunt group. (The lowest number in each group of three must be selected.)

100 Program-

Toll Restriction System

Parameters (Dialing Plan)

An entry in this program is required only if 3- or 6-digit toll restriction is desired. Informs the system of the dialing plan used. Three types of dialing plans are available. Mark an X next to the LED that describes the dialing plan area of the installation location.

Selects whether or not the Toll Restriction feature is to function on a given CO line; the CO key,/LEDs represent themselves.

l

Mark an X next to each CO key/LED on

which Toll Restriction

102

Program-

Forced Account Code Check

will not

function.

This program will require an account code to be dialed for each CO line checked, if a Forced Account Code is required for each station in

Program 5#XX.

(Has no meaning if EKTs are

not selected for Forced Account Code in

Program 5#XX.)

l

Mark

checked

EKTs selected in

103 Program

an X next to the CO lines that

for a Forced Account Code for the

Program 5#XX.

-Equal Access (1 OXXX) or

will be

Other Common Carrier (OCC) #l

Informs

the system of the first 5-digit code (Equal Access or OCC) that is ignored for Toll Restriction purposes. Enter the actual Equal Access or OCC digits to be recognized and

ignored. 104

Program- OCC Authorization Code #l

Informs the system of the number of digits

-6-

PROGRAMMING

SECTION 300-006-306

PROCEDURES

MAY

1966

in the OCC Authorization Code. These digits will also be ignored for Toll Restriction purposes when an OCC entry is made according to the above instructions. Enter the number of digits in the authorization code.

105

Program-Equal Access (10XxX) or

Other Common Carrier (OCC) #2

Informs the system of the second 5-digit

code (Equal Access or OCC) that is ignored for

Toll Restriction purposes. Enter the actual

Equal Access or OCC digits to be recognized and ignored.

106

Program-OCC Authorization Code #2

Informs the system of the number of digits

in the OCC Authorization Code. These digits

will also be ignored for Toll Restriction pur-

poses when an OCC entry is made according

to the above instructions. Enter the number of digits in the authorization code.

1 X0 Program-Toll Restriction Class Parameters (X = 1 - 4)

There are four classes of toll restriction

available on a station-by-station basis. (See

Program 6XX

to select the station class of toll

restriction.) This program defines parameters

for each class of toll restriction (X = l-4). Entry to this program is required only if 3- or 6-digit toll restriction is desired.

l

Mark an X next to the LED for each

parameter of each toll restriction class

used.

INT:

Operator or operator-assisted calls are

to.be restricted (0).

CO1 : Overseas operator or unassisted over-

seas calls are to be restricted (Ol/

011).

C02: All restriced area codes plus the office

code of 555 are allowed (out-of-area directory assistance calls, e.g., 213 + 555 + 1212).

1XY Program-Area Code Table (X = Class 1

- 4) [Y= allow (2), deny (3) or display (4)]

This program defines the area codes allowed

or denied for each toll restriction class. Entry to this program is required only if 3- or 6-digit toll restriction is desired. Each class area code table can be defined as an allow (2) or deny (3) table. Initialized data allows all area codes for

each class. All allowed area codes can be displayed (4) for each class. See the detailed

pro-

gramming chart for area code entry procedures.

1 X2 Program-

Office Code Table (X = Class

1 - 4) [Z= allow (6), deny (7) or display (8)]

This program defines the office codes al-

lowed or denied for each toll restriction class within the home area code (HAC). Entry to this program is required only if 3- or 6-digit toll

restriction is desired. Each class office code table can be defined as an allow (6) or deny (7) table. Initialized data allows all office codes in the home area code for each class. All allowed office codes can be displayed (8) for each class. See the detailed programming chart for office code entry procedures.

1

Xl Program-Toll Restriction Class Area/

Office Code Exception Table -Selection (X = Class 1 - 4)

Entry to this program is required only if 6digit (area/office code) toll restriction is desired. There are eight area/office code exception tables available. These exception tables are shared by all four classes of toll restriction.

Each class may use any one or all exception code tables. When an exception code table is selected for a toll restriction class, the dialed area code and office code in that table will be an exception to the normal restriction of that area code. See the examples following

Pro-

gram 2XY.

l

Mark an X next to the LED of each area/office code exception table (l-8/INT-C07) to be selected for each toll restriction class.

2XY

Program-Area/Office Code Exception

Tables

Entry to this program is required only if 6-digit (area/office code) toll restriction is desired. There are eight area/office code exception tables available that are defined by X (1 - 8). Each table may have one area code and up to 800 office codes entered. The area code is entered when Y = 1 for each table, while office codes are added (Y = 2) or deleted (Y = 3) for each table. All office codes currently in the table are displayed when Y = 4. Each area/office exception table selected with

1X1

will be an exception (opposite) to the

Program

PROGRAMMING PROCEOURES SECTION 300-006-300 MAY 1986

allow

(Program 1 X2)

or deny

(Program 1 X3)

area code table for each toll restriction class. See the detailed programming chart for area

code and off ice code entry procedures.

The examples below are provided for addi-

tional information.

1) Normal restriction (allow all office codes

within an area code) for stations in class 1.

l

Program 1XY

is programmed to allow (112) area code 213. Class 1 stations are allowed to dial all office codes in area code

213.

2) Area/office code exception (allow all office codes within an area code except one) for sta-

tions in Class 1.

Program 1XY Program 1X1

remains the same (112).

has area/office code excep-

tion Table 1 (INT) selected (1 11).

Program 2XY (211

and

212)

are programmed for area code 213 (211) and office code 635 also (212). Class 1 stations are allowed to dial all office codes in area code 213 except 635.

1 SO Program-PBX Backup

informs the system if the CO line key is actually connected to a PBX station line. The system will recognize PBX access codes on selected line(s).

l

Mark an X next to each CO key/LED that

to be

connected

to a PBX station line.

19X Program-PPBX Access Codes

Informs the system of the access codes used by the PBX that is connected to the lines selected in

Program 190.

Strafe V/e

will recognize the access codes and react appropriately for Toll Restriction, Automatic Dialing and Repeat Last Number Dialed.

l

Enter actual access codes (maximum: 8).

NOTE: If the access code. is a single digit, enter

I’*” in the second column. If all combinations following a particular first digit are to be considered access codes (e.g., 91, 92, 93, etc.), enter “0” (do not care) in the second column.

02.60

Station Options:

is

3XX

Program-

Station CO Line Access

The ability of an individual station to access

any of the CO lines is determined by selections

made using this program. A-station denied

access to a CO line by this program will have

neither key nor LED functions for that CO line.

l

Selections must be repeated for all stations-mark an X next to each CO key/LED that is to be

accessed

by the station in

question.

4XX

Program

-Station Type Assignment

Informs the system of the type EKT being used at each station and the order of CO line appearance.

1) Mark an X next to CO1 if a lo-key EKT is equipped (see Figure 1 A).

2) Mark an X next to INT if a 20-key EKT is equipped (see Figure 1 B).

3) Mark an X next to MW/FL if the CO lines are to be numbered from top to bottom

(reverse).

4) Mark an X next to AD1 if you want the first , CO line number to be COl. (Location will depend on the selection at MW/FL.)

5) Mark an X next to AD2 if you want the first CO line number to be C04. (Location will depend on the selection at MW/FL.)

4#XX

Program-Station Flexible Key As-

signment

Informs the system of what features are as-

signed to the flexible keys at each station.

Any key (except INT) may be assigned a fea-

ture code (Figure 2). All assigned feature codes

have priority over

Program 4XX

assignments. For each key on every station, write in the name or code for each feature to be assigned.

NOTE: Except for m keys, .a feature will be re-

jected if you try to enter it at another key

once its code has been entered.

5XX Program-Station Class of Service #l

Sixteen options are selected with this pro-

gram, using the various keys to change the

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

FIGURE 2-FEATURE KEY ASSIGNMENTS

status of their respective LEDs. The selections

listed below must be repeated for each station. In all cases, mark an X where required.

1) Privacy Overridethe station is feature.

NOTE:

A maximum of two stations are permitted

to use the Privacy Override feature. lf more than two are programmed, only the two lowest numbere.d stations will be allowed to use this feature and the others

will be ignored.

2)

DND Override-mark an X next to AD7 if the station is ture.

3) Executive Override Allowed (Dial 3)-mark

allowed

mark an X next to PAU if

the Privacy Override

the DND Override fea-

an X next to AD6 for the station that

allowed

limit to the number of stations.)

4) Door Phone “C” Ring-mark an X next to AD3 if the door phone unit connected to the

Door Phone Control Box output “C”

this EKT. Leave blank if this EKT is not to ring.

5) Door Phone “B” Ring-mark an X next to AD2 if the door phone unit connected to the Door Phone Control Box output “B” this EKT. Leave blank if this EKT is not to ring.

6) Door Phone “A” Ring-mark an X next to AD1 if the door phone unit connected to the Door Phone Control Box output “A” is to this EKT. Leave blank if this EKT is not to ring.

7) Group Page 4-mark an X next to MW/FL if the station

the Executive Override feature. (No

is to ring

is included

in Group Page 4.

is

ring

-9-

PROGRAMMINGPROCEDURES SECTION 300-006-300 MAY1986

8) Group Page 3-mark an X next to DND if the station is

9) Group Page 2-mark an X next to ACB if

the station is

10) Group Page l-mark an X next to CO6 if

the station

11) All Call Page Allowed-mark an X next to CO5 if the station Page.

12) Room Monitor/Warning Tone-mark an X next to CO4 if no warning tone will be heard

when dialing a room monitor from this EKT.

Leave blank if a warning tone will be heard at

the room monitor.

13) Handsfree Answerback Disable---mark an

X next to CO3 if Handsfree Answerback is to be disabled. Leave blank if It is not to be disabled (see MC0 key feature).

14) MIC LED ON-mark an X next to CO2 if

the microphone is to be ON in the idle mode.

Leave blank if the microphone on the EKT is to

be OFF in the idle mode.

15)

the

I@!

on/push off mode. Leave blank if momentary operation is required.

16) Speakerphone Enable-mark an X next to INT if the station is

erphone feature. 5#XX

are selected with this program using the var-

ious keys to change the status of their respec-

tive LEDs. The selections listed below must be repeated for each station. In all cases mark an X where required.

1) Station-to-Station Message Waiting with LCD Display-mark an X next to AD7 if the

station saging feature.

2) Forced Account Code-mark an X next to AD5 if this station account code.

Program-

Eleven additional Class of Service features

is allowed

included

is included

Key Lock-mark an X next to CO1 if

key is to be operated in the push

in Group Page 3.

in Group Page 2.

in Group Page 1.

is included

allowed

Station Class of Service #2

the Station-to-Station Mes-

is required

in an All Call

to used the Speak-

to use an

ADl, AD2 and AD3 that corresponds to the recall time desired for each station. If all locations are left blank, the timing for that station will be according to

Program 05.

TABLE1 '

HOLD RECALL TIME CODE

4) Automatic Off-Hook Selection-mark an X next to ACB if automatic off-hook selection will be CO line Group 94.

5) Mark an X next to CO6 if automatic offhook selection will be CO line Group 93.

6) Mark an X next to CO5 if automatic offhook selection will be CO line Group 92.

7) Mark an X next to CO4 if automatic offhook selection will be CO line Group 91.

8) Mark an X next to CO3 if automatic offhook selection will be the CO line assigned to CO 1 position.

9) Mark an X next to CO2 if automatic offhook selection will be INT.

NOTE:

In Program 01, if AD6 is left blank, items 4, 5, 6 and 7 above will select Dial 9. The lowest selection of automatic off-hook will have priority.

10) Ringing Line Preference-mark an X next to CO1 if the station is allowed the Ringing Line Preference feature.

11) Automatic Dial Allowed-mark an X next to INT if the station is allowed the Automatic

Dialing feature.

6XX

Program-Toll Restriction Classification

Defines the

be functional on individual stations. Selections

must be made for each station:

1) Mark an X next to CO6 if Toll Restriction Class 4

is in effect

type

of Toll Restriction that will

at this station.

A

3) Hold Recall Time-referring to Table 1, mark an X next to the combination of

2) Mark an X next to CO5 if Toll Restriction Class 3

is in effect

at this station.

-lO-

PROGRAMMINGPROCEDURES

SECTION 300-006-300

MAY1986

X next to CO4 if Toll Restriction Class 2

effect

at this station.

is in

4) Mark an X next to CO3 if Toll Restriction Class 1

5) Mark an X next to CO2 if this station

restricted

is in effect

at this station.

from dialing 1 or 1 as the first or

will be

second digit. A toll restriction class cannot be used with this entry.

6) Mark an X next to CO1 if the station

allowed

to dial p + 7-digit number. A toll re-

will be

striction class cannot be used with this entry.

7) Mark an X next to INT if this station will be

restricted.

not

7XX Program-Station Outgoing Call Restriction

Restricts a station from outgoing access to any number of CO lines while leaving it free to answer these lines when they are ringing or on hold. Selections must be made for each station.

l

Mark an X next to the CO line that

have

restricted

access by the station in

is

to

question.

8xX

Program-CO Ringing Assignments-

DAY

Selects which CO lines will ring at a given

station when system is in the “DAY” mode.

Selections must be made for each station.

l

Mark an X next to each CO line that

ring

at the station in question.

8#XX

Program

-CO

Ringing Assignments-

is to

DAY 2

Selects which CO Lines willls which CO lin

ring at a given station when the system is in

the “DAY 2” mode. This program is applicable

only when the Three Ring Mode option was selected in

Program 03.

Selections must be

made for each station.

l

Mark an X next to each CO line that

ring

at the station in question.

9xX

Program-CO Ringing Assignments-

is

to

NITE

Selections must be made for each station.

l

Mark an X next to each CO line that

ring

at the station in question.

is to

NOTE:

Each line can ring on only eight stations. If more than eight are programmed, only the eight stations with the lowest station numbers will ring.

02.70 Initialization

02.71 Strete

Vi&,

has a list of standard system data assignments stored in ROM that can be entered any time by initializing the system. The system must be initialized when it is first installed or whenever the VCCU is changed. This allows the system to be tested

and any faults corrected before time is spent on programming. Standard data assignments are listed in Table 2.

02.72 To initialize the

Stre-ta V/m sys-

tem:

a) Make sure the system power switch is in

the ON position.

b) Verify that the battery on the VCCU is connected to ensure that data entered after the system initialization will not be lost due to power failure. (The VCCU SET LED will not function if the battery is not connected.)

c) Depress and hold in the

INT

switch on the

left side panel.

d) Depress the

l

The SET LED lights.

l

All LEDs on station 17 (except SPKR and

SET

switch and allow it to lock.

MIC) begin blinking.

e) Depress and release the

l

SET LED goes off.

l

Station 17 LEDs stop flashing.*

SET

switch again.

IMPORTANT!

Verify that ALL proper LEDs begin blinking and go off as indicated in steps d) and ej before proceeding.

f) Release the

g) Cycle the power switch

INT

switch.

OFF

and ON.

Selects \-.-.‘hich CO lines will ring at a given

station when system is in the “NITE” mode.

02.73 The Automatic Dialing contain random numbers when

memory will

the system is

PROGRAMMINGPROCEDURES

SECTION 300-006-300 MAY 1986

powered up initially. Therefore, it is

necessary

to clear the memory to prevent meaningless

numbers from being dialed.

02.74 The Automatic Dialing-System memory is cleared as follows:

a) Depress the

l

The SET LED lights.

l

The REP LED on station 17 goes on.

SET

switch and allow it to lock.

b) Depress the m key on station 17.

l

SPKR LED lights steadily.

c) Dial fl [J p on the dial pad.

l

The SPKR LED flashes continuously.

d) Depress the mm m and m keys.

l

The corresponding LEDs light steadily.

Depress the m key.

d

l

All station 17 LEDs-except REP-go off.

f) Release the SET switch.

TABLE 2

l

The SET LED goes off.

l

The REP LED on station 17 goes oif.

02.80

02.81

System Data

Entry

System Data is entered via station 17

while the system is in the programming mode.

02.82 The system is placed in the programming mode by locking in the

SET

switch on

the left side panel. While the switch is in the

locked position, the SET LED and the REP LED

on station 17 will remain lit.

02.83 Once the system is in the programming mode, refer to the System Record Sheet

for the changes that must be made and select the required program number. Refer to the

proper table for detailed instructions for using each different program. Each program should be accomplished sequentially until all necessary changes are made.

INITIALIZED DATA

SYSTEM OPTIONS

01 Program

System Assignments (Basic)

Alternate point answer of transferred CO line =

Allowed

System Speed Dial Override of Toll Restriction

= Not allowed CO line groups = 1 (dial 9) Two-CO line conference = Allowed

DP Make Ratio = 40% MF Signal Time = 80 ms Privacy/Non-Privacy = Privacy

Station 17 = 20-key EKT

Incoming Call Abandon = 6

seconds

Pause Timing After Flash = 1 l/2 seconds Pause After Flash = None Pause Timing After PBX Access Code = 1 l/2

seconds Flash Key Timing = 2 seconds Intercom Signalling = Voice first

Night Ringing = excluded from External Page Background Music = excluded from External

Page

External Page = not included in All Call Page

0#2

Program

Account Code Digit Length

Number of digits = 6

03

Program

System Assignments (Options)

Station #14 door phone/EKT = EKT Station #13 door phone/EKT = EKT Station 10 DND/NT (night) key = NT key Ringing Modes = 2 Message Center-station 12 = Not equipped

Message Center-station 11 = Not equipped

Message Center-station 10 = Equipped

Door Lock Time = 3

seconds

02

Program

System Assignments (Options)

OPU #1 /OPX #21 = Not busy Display dialed number timeout = 15 seconds

DTMF = Equipped

-12-

04

Program

VCOU Outpulsing Selection

TABLE 2

INITIALIZED DATA (continued)

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

05 Program

Automatic Recall From Hold Timing

Recall time = 32 seconds

06 Program

Automatic Release On Hold Enable

Disabled = All CO lines

07 Program

Automatic Release On Hold Timing

ESS Timing = All CO lines

09,09X Program

CO Line Group Selection

Dial 9 group = All CO lines

0#9 Program

OPL Line Hunting

Hunting = Not assigned

100 Program

Toll Restriction System Parameters

(Dialing Plan)

Plan selected = AC + NNX 1 + O/C

101 Program

Toll Restriction Disable

No restriction = All CO lines

102 Program

Forced Account Code Check

No check = All CO lines*

0#5 Program

Camp-on Timeout

Timeout = 32 seconds

CO LINE OPTIONS

106 Program

OCC Authorization Code #2

Blank

1 X0 Program

Toll Restriction Class Parameters

01 or 011 = Allowed 0 + = Allowed AC f 555 = Not allowed

1 XY Program

Area Code Table

Blank

1 X2 Program

Office Code Table

Blank

1 Xl Program

Toll Restriction Class Area/Office Code

Exception Table Selection

Selected = None

2XY Program

Area/Office Code Exception Table

Blank

190 Program

PBX Backup

Blank

103 Program

Equal Access & OCC #I

104. Program

OCC Authorization Code #I

105 Program

Equal Access or OCC #2

CO Operation = All CO lines

19X Program

PBX Access Codes

Codes = None assigned

3XX Program

Station CO Line Access

Access allowed = All lines, all stations

-13-

PROGRAMMING PROCEDURES SECTION 300-006-300 MAY 1986

TABLE 2

INITIALIZED DATA (continued)

STATION OPTIONS

4XX Program

Station Type Assignments

1 O-key assigned = All stations

CO 1 Start = All stations

4#XX

Station Flexible Key Assignment

Assignment = Basic key strip

5XX

Station Class of Service #l

Privacy Override = Not allowed, all stations DND Override = Not allowed, all stations

Executive Override= Not allowed, all stations

Door phone ring A, B, C = Not selected, all

stations Group Page 84 = Not included Group Page 83 = Not included

Group Page 82 = Not included Group Page 81 = Not included All Call Page = Allowed, all stations

Room Monitor = Warning tone, all stations

Handsfree Answerback = Not allowed, all sta-

tions MIC ON/idle mode = OFF, all stations MIC key lock = Momentary, all stations Speakerphone = Allowed, all stations

5#XX

Station Class of Service #2

Program

lowed, all stations

Forced Account Code = Not required, all sta-

tions Hold Recall Time = Per Automatic off-hook selection = No selection, all

stations Ringing line preference = Selected, all stations Automatic dialing =‘Allowed, all stations

6XX

Station Toll Restriction Classification

No

Restrictions = All stations

7XX

Station Outgoing Call Restrictions

No

Restrictions = All stations

8XX

CO Ringing Assignments-Day

Assignrnent = All lines ring station 10

8#XX

CO Ringing Assignments-Day 2

Assignment = None

SXX

CO Ringing Assignments-Nite

Assignment = All lines ring station 11

Program 05

Program

Station-to-station message with LCD = Al-

02.84 The table and page numbers for the various programs follow.

-14-

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY

1986

..-

4’:

Table

3 4

: 7 8

9 10 11 12 13 14 15 16 17 18 19

20 21 22 23 24 25 26 27 28 29 30 31

z:

34 35 36 37 38 39

TABLE

Title

System Assignments (Basic)

System Assignments (Options) Account Code Digit Length System Assignments (Options) VCOU MF/DP Outpulsing Selection Automatic Recall From Hold Timing Camp-on Timeout AROH Enable AROH Timing Night Ring Over External Page Single CO Line (Dial 9) Group Selection

Four CO Line Group Selection OPL Line Hunting Toll Restriction System Parameters Toll Restriction Disable

Forced Account Code Check

Equal Access or Other Common Carrier (OCC) #l OCC Authorization Code #l

Equal Access or Other Common Carrier #2 OCC Authorization Code #2 Toll Restriction Class Parameters Toll Restriction Class-Area Code Toll Restriction Class-Office Code Toll Rest. Class (AOC) Exception Table Selection Area/Office Code Exception

PBX Backup

PBX Access Codes Station CO Line Access Station Type Assignment Station Flexible Key Assignment Station Class of Service #l

Station Class of Service #2 Toll Restriction Classification

Station Outgoing Call Restriction

CO Ringing Assignments-DAY

CO Ringing Assignments-DAY 2

CO Ringing Assignments-NITE‘

LIST

Program

::

0#2

03 04 05

0#5

06

Ct&

09 09x 0#9

100 101 102 103 104 105 106

1x0

1XY

1xz 1x1

2XY

190

19x 3xX 4xX

4#xx

5xX

5#xx

6XX 7xX 8XX

8#XX

9xX

Page

16 17

18

19 20 21 22

23

24

25

26

27

28

29

30

31

<32

33

34

35

36

37 38

39 40 41 42 43 44 45 46 47 48 49 50 51 52

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

SYSTEM ASSIGNMENTS (BASIC)

1) Lock in the

2) Depress the m key on station 17.

3) Dial 4 0 on the dial pad.

4) Refer to the System Record Sheet. Using the various keys, turn the associated LEDs on or off, as required. The detailed meaning of each key/LED is shown below.

NOTE.

SET

switch on the HKSU.

TABLE 3

PROGRAM 01

SET LED on. Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

The various LEDs (see below) will indicate pres-

ent data.

An X on the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

. . .

or

. . .

66) Transfer data into working memory per Paragraph 02.06.

“If the AD6 LED is off in this program, see Program 09;

if

AD6 LED is on, see Program 09X.

1

-16-

TABLE 4

PROGRAM 02

SYSTEM ASSIGNMENTS (OPTIONS)

SET LED on.

1) Lock in the

SET

switch on the HKSU.

2) SPKR LED steady on.

3) Dial 0 1 on dial pad.

4) Refer to the System Record Sheet. Using the various keys, turn the associated LEDs on or off, as required. The detailed mean-

ing of each key/LED is shown below.

NOTE: if any key/LED is not shown, it is not used

KEY/LED

DND

co4

CO2”

co1

INT

OPX#21 Eusy Display dialed number (1 minute) Night Ring over External Page Allowed Not Allowed BGM over External Page Allowed Not Allowed External Page Included with All Call Page

LED ON LED OFF

Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED flashes continuously.

The various LEDs (see below) will indicate pres-

ent data.

An X on the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pat-

tern is set.

Not busy 15 seconds

Not Included

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

<

5) Depress them key to place

new data

in All station 17 LEDs (except REP) go off.

memory.

6A) Go

to

Step 2 in another program table

. ..or...

66) Transfer data into working memory per Paragraph 02.06.

* If the CO.2 LED is turned on in this program, Program 0#8 must also be run.

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

PROGRAMMING

PROCEDURES

SECTION 300-006-300 MAY 1986

TABLE 5

PROGRAM 0#2

ACCOUNT CODE DIGIT LENGTH ASSIGNMENT

SET L.ED on.

1) Lock in the

2) Depress the m key on station 17.

3) Dial a fl 1

4) Refer to the System Record Sheet. Using the various keys, turn the associated LEDs on or off, as required. The detailed meaning of each key/LED is shown below.

NOTE.

I. Depressing the 1 key displays the data without changing it.

2. To clear existing data without entering a new number, depress the 1 key-two times.

3.

fnitialized Data:

SET

switch on the HKSU.

on the dial pad.

6 digits.

Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

The various LEDs (see below) will indicate present data.

If the LED is already on, depressing the asso-

ciated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pattern is set. INT, to display data in binary form.

CO1 ,

C02, CO3 & CO4 will light

.

*

All LEDs off = no data

5)

Depress them key to place new data in

memory. 6A) Go to Step 2 in another program table

or

. . .

66) Transfer data into working memory per Paragraph

02.06.

. . .

! 1~ t 1x1 1x1 1x1 1x1 bd b’

All station 17 LEDs (except REP) go off.

New data is stored, previous data is erased.

SET LED goes off.

Station 17 REP LED goes off.

PROGRAM 03

SYSTEM ASSIGNMENTS (OPTIONS)

1) Lock in the

2) Depress the

3) Dial m a on the dial pad.

4) Refer to the System Record Sheet. Using the various keys, turn the associated. LEDs on or off, as required. The detailed meaning of each key/LED is shown below.

SET

switch on the HSKU.

m key on station 17.

l

NOTE.

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

TABLE 6

SET LED on. Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17.

SPKR LED flashes continuously. CO, DND & MW/FL LEDs will be on according

to present data. An X on the record sheet means the LED should

be on. If the LED is already on, depressing the asso-

ciated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pat-

tern is set.

or

. . .

6B) Transfer data into working memory per Paragraph 02.06. SET LED goes off.

Station 17 REP LED goes off. New data is stored,

-19-

previous data

is erased.

PROGRAMMING PROCEDURES SECTION 300-006-300

MAY 1986

VCOU MF/DP OUTPULSING SELECTION

1) Lock in the

2) Depress the w key on station 17.

3) Dial m a on the dial pad.

4) Refer to the System Record Sheet. Each CO line represents itself:

l

LED OFF = DTMF

B LED ON = DP

5) Depress them key to place new data

in memory. 6A) Return to Step 2 in order to continue with

this program

SET

switch on the HKSU.

TABLE 7

PROGRAM 04

SET LED on. Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data. An X on the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pat-

tern is set. All station 17 LEDs (except REP) go off.

*

66) Go to Step 2 in.&%& program table

. . ,

or

. . .

6C) Transfer data into working memory per

Paragraph 02.06.

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-2o-

PROGRAMMING PROCEDURES

TABLE 8

PROGRAM 05

AUTOMATIC RECALL FROM HOLD TIMING

SECTION

300-006-300

MAY 1966

(This program is used only if

1) Lock in the SET switch on the HKSU

2)

Depress them key on station 17.

MW/FL, AD I

.

3) Dial g 1 on the dial pad.

4) Refer to the System Record Sheet. Using the various keys, turn one associated LED on or off, as required. The detailed meaning of each key/LED is shown below.

NOTE:

If any key/LED is not shown, if

is

not used.

,

KEY/LED LED ON

ACB CO6 128 seconds co 5 96 seconds co4 64 seconds co 3 co 2 co

1

INT

5) Depress the m key to place new data in memory.

6A) Go to Step 2 in another program table

. . .

or

. . .

6B) Transfer data into working memory per

Paragraph 02.06.

and AD 2 LEDs are ALL off in Program 5Xx.)

SET LED on. Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17. SPKR LED steady on. SPKR LED flashes continuously.

An INT, CO or ACB LED will be on according to present data.

An X on the record sheet means the LED should be on. Only one LED is permitted to be on, depressing another key will turn that LED on and turn off the previous LED.

*

160 seconds

48 seconds 32 seconds

16 seconds

No Recall

All station 17 LEDs (except REP) go off.

SET LED goes off.

Station 17 REP LED goes off.

New data is stored, previous data is erased.

-2l-

PROGRAMMING PROCEDURES SECTION 300-006-300 MAY 1986

TABLE 9

PROGRAM 0#5

CAMP-ON TIMEOUT

1) Lock in the SET switch on the HKSU .

2) Depress the m key on station 17.

3) Dial 1 fi g

4) Refer to the System Record Sheet. Using the various keys, turn one associated LED on or off, as required. The detailed meaning of each key/LED is shown

NOTE.

on the dial pad.

below.

SET LED Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17. SPKR LED steady on. SPKR LED flashes continuously.

The INT or a CO LED will go on according to

present data. An X on the record sheet means the LED should

be on.

Only one LED is permitted to be on, depressing

another key will turn that LED on and turn off the previous LED.

on.

lf any key/LED is not shown, it is not used.

KEY/LED

co3

co 2

co 1

INT

5) Depress the m key to place new data in All station 17 LEDs (except REP)go off. memory.

6A) Go to Step 2 in another program table

. . .

or

. . .

66) Transfer data into working memory per Paragraph 02.06.

LED ON

64 seconds

48 seconds

32

seconds

16 seconds

SET LED goes off.

Station 17 REP LED goes off.

New data is stored, previous data is erased.

4

PROGRAM 06

AUTOMATIC RELEASE ON HOLD ENABLE

1) Lock in the

2) Depress them key on station 17.

3) Dial 1 tj] on the dial pad.

4) Refer to the System Record Sheet. Using the m keys, turn the associated LEDs on or off, as required. Each CO key/LED represents itself-that is, if CO 1 LED is on, CO 1 will have AROH during normal opera-

tion. If CO 1 LED is off, AROH will not function on that line.

5) Depress the m key to place new data in memory.

6A) Return to Step 2 in order to continue with

this program

6B) Go to Step 2 in another program table

6C) Transfer data into working memory per Paragraph 02.06.

SET

switch on the HKSU

. ..or...

or

. . .

.

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

TABLE 10

SET LED on. Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data. An X on the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs(except REP)gooff.

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-23-

PROGRAMMING PROCEDURES

SECTION 300-006-300 MAY 1986

PROGRAM 07

AUTOMATIC RELEASE ON HOLD (AROH) TIMING

1) Lock in the

2) Depress the m key on station 17.

3) Dial D 0 on the dial pad.

4) Refer to the System Record Sheet. Using the [r9 keys, turn the associated LEDs on or off, as required. Each CO key/LED represents itself-that is, if CO 1 LED is on, CO -1 will have XB (crossbar) timing for

AROH. If CO 1 LED is off, ESS timing will be

used on that line.

5) Depress the m key to place new data in memory.

6A) Return to Step 2 in order to continue with this program

SET

switch on the

HKSU

TABLE 11

SET LED on. Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data.

An Xon the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except REP) go off.

, ._

6B) Go to Step 2 in aonbther program table

. . .

or

.

6C) Transfer data into working memory per Paragraph 02.06.

NOTE.

This program will have no meaning unless AROH is enabled via Program 06.

1

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-24-

TABLE 12

PROGRAM 0#8

NIGHT RING OVER EXTERNAL PAGE

1) Lock in the SET switch on the HKSU.

key on station 17.

3) Dial B fl 1

4) Refer to the System Record Sheet. This program assigns either Ring or No Rin each CO line in night operation. Using the

keys, turn the associated LEDs on or off, as required. Each CO key/LED represents itself-

that is, if CO1 LED is on, when the system is in

night operation, incoming calls over that CO

iine will ring over the external page; if CO1 LED

is off, incoming calls over that CO line will not ring in night operation.

5) Depress them key to place new data in memory.

6A) Return to Step 2 in order to continue with this program

66) Go to Step 2 in another program table

6C) Transfer data into working memory per Paragraph 02.06.

on the dial pad.

or

. . .

or

. .

. . .

for

b

l

PROGRAlUlUlING PROCEDURES

SECTION 300-006-300

MAY 1986

SET LED on. Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data. An X on the record sheet means the LED should

be on.

If the LED is already on, depressing the as-

sociated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pat-

tern is set.

Initialized Data: All LEDs on.

All station 17 LEDs (except REP) go off.

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

.

NOTE.

Use this program only if

CO2

LED

is on in

Program 02.

-25-

PROGRAMMING

PROCEDURES

SECTION 300-006-300

MAY 1966

TABLE 13

PROGRAM 09

SINGLE CO LINE (DIAL 9) GROUP SELECTION

SET LED on.

1) Lock in the

m SPKR LED steady on.

2) Depress the

SET

switch on the HKSU.

l

3) Dial fl g on the dial pad.

4) Refer to the System Record Sheet. Using them keys, turn the associated LEDs be on. on or off, as required. Each CO key/LED represents itself-that is, if CO1 LED is on, CO

1 will be included in the “Dial 9” group for random selection by a single line (OPX) extension or by any station using Trunk Queuing. If CO1 LED is off, CO1 can be accessed onl b dialing 0 1 0 at the OPX station or by the

&!I

l

key on an EKT.

5) Depress them key to place new data in All station 17 LEDs (except REP) go off. memory.

6A) Return to Step 2 in order to continue with this program

. .

66) Go to Step 2 in a%her program table

. .

or

. . .

6C) Transfer data into working memory per Paragraph 02.06. SET LED goes off.

Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED flashes continuously. CO LEDs go on according to present data.

An X on the record sheet means the LED should

If the LED is already on, depressing the asociated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

I

Station 17 REP LED goes off. New data is stored, previous data is erased.

NOTE:

Use this program only if the

A06

LED is turned off in

Program 0 1.

-26-

TABLE 14

PROGRAM 09X

FOUR CO LINE (DIAL 91,92,93,94) GROUP SELECTION

1) Lock in the

2) Depress the m key on station 17.

3) Dial B u a on the dial pad. (X = 1, 2, 3 or 4

de ending upon the group bein Al

group, etc.

4) Refer to the System Record Sheet.

Using the m keys, turn the associated LEDs

on or off, as required. Each CO key/LED

represents itself-that is, if CO1 LED is on, CO

1 will be included in the “Dial 9X” group for random selection by a single line (OPX) extension or by any station using Trunk Queuing. If CO1 LED is off, CO 1 can be accessed onl b dialing 0 B i at the OPX station or by the key on an EKT.

5) Depress them key to place new data in memory.

6A) Return to Step 2 in order to continue

with this program

for “dial 91” group; 1 1

SET

switch on the HKSU.

b

defined). Dial

for “dial 92”

l

ti

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

SET LED on. Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17. SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data.

An X on the record sheet means the LED should be on.

If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pattern is set.

-7.

All station 17 LEDs (except REP) go off.

6B) Go to Step 2 in aonbther program table

or

. . .

6C) Transfer data into working memory per

Paragraph 02.06.

. . .

SET LED goes off. Station 17 REP LED goes off.

New data is stored, previous data is erased.

NOTE:

Use this program only if the AD6 LED is turned on in Program 07.

-27-

PROGRAMMlNG PROCEDURES SECTION 300-006-300 MAY 1986

OPL LINE HUNTING

1) Lock in the

2) Depress the m

3) Dial 1 4 a

4) Refer to the System Record Sheet. Using the m keys, turn the associated LEDs on or off, as required. Each CO key/LED represents itself-that is, if COs 1 & 2 LEDs are on, an incoming call at CO2 will ring the CO 1 OPL station if CO1 is idle. Lines must function in groups of three as they appear on the HOLB,

and

the lowest numbered line sncrsa be

selected.

5) Depress the HOLD key to place new data in memory.

6A) Return to Step 2 in order to continue

with this program

SET

switch on the HKSU.

- key on station 17.

on the dial pad.

TABLE 15

PROGRAM Q#9

SET LED on. Station System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs qo on according to present data.

An X on the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except REP) go off.

17

REP LED on.

e

6B) Go to Step 2 in a$her program table

or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

. . .

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-28-

PROGRAM 100

TOLL RESTRICTION SYSTEM PARAMETERS

(DIALING PLAN)

1) Lock in the

2) Depress the mkey on station 17.

3) Dial 0 1 m on the dial pad.

4) Refer to the System Record Sheet. Turn the associated LED on for the display plan to be used. Only one LED may be on at one time.

5) Depress them key to place new data in memory.

6A) Go to Step 2

66) Transfer data into working memory per Paragraph 02.06.

SET

switch on the HKSU.

in another program table

. .

or

. . .

TABLE 16

1 SET LED on.

Station 17 REP LED on. System is in program mode.

I

Normal functions halt on station 17. SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data. An X on the record sheet means the LED should

be on. If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except REP) go’off. New data is stored, previous data is erased.

SET LED goes off. Station 17, REP LED goes off.

New data IS stored, previous data is erased.

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY

1986

’

,

-29-

PROGRAMMING PROCEDURES

SECTION 300-006-300 MAY

1986

TOLL RESTRICTION DISABLE

1)

Lock in the

2) Depress the m

3) Dial 0 fl 0

4) Refer to the System Record Sheet. This program either enables or disables the toll

restriction for each CO line in the system. Each CO key/LED represents itself--that is, if CO LED is on, toll restriction is not applied to that CO line; if CO1 LED is off, toll restriction is

applied to that CO line.

5)

Depress them key to place new data in

memory.

6A) Return to Step 2 in order to continue with this program

SET

switch on the HKSU.

. key on station 17.

on the dial pad.

TABLE 17

PROGRAM 101

SET LED on. Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17. SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data. An X on the record sheet means the LED should

be on.

If the LED is already on, depressing the as-

I

sociated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pattern is set.

Initialized Data: All LEDs off. All station 17 LEDs (except REP) got off.

_

6B) Go to Step 2 in aonbther program table

. . .

or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

A

SET LED goes off.

Station 17 REP LED goes off.

New data is stored, previous data is erased.

-3o-

PROGRAM 102

FORCED ACCOUNT CODE CHECK

.

1) Lock in the

/ key on station 17.

2) Depress the

3) Dial 0 1 a

4) Refer to the System Record Sheet. This program determines whether Forced Account Codes will be checked on a CO-lineby-CO-line basis. Using themkeys, turn their associated LEDs on or off, as required.

0 LED on = Forced Account Codes are checked.

l

Each CO key/LED represents itself-that is,

if the CO 1 LED is on, stations calling out over CO1 will be forced to enter an account code.

5) Depress them key to place new data in memorv.

Return to Step 2 in order to continue with

64

this program

SET

switch on the HKSU.

l

on the dial pad.

TABLE 18

SET LED on. Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17. SPKR LED steadv on. SPKR LED .flashes continuously.

CO LEDs go on according to present data. An X on the record sheet means the LED should

be on.

If the LED is already on, depressing the associated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pattern is set.

Initialized Data: All LEDs off.

All station 17 LEDs (except REP) go off.

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

.

Go to Step 2 i’n aE:ther program table

56) Transfer data into working memory per

5C)

. .

.or..

.

Paragraph 02.06.

‘VOTE:

Program

0#2 defines account code digit length.

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-31-

PROGRAMMING PROCEDURES SECTION 300-006-300 MAY 1986

1) Lock in the

SET

switch on the HKSU.

TABLE 19

PROGRAM 103

EQUAL ACCESS #l

1 SET LED on.

Station 17 REP LED on. System is in program

I

LEDs as shown below. Initialized Data: Blank (AD4 flashing).

mode.

X = LED on

All LEDs off = no data

memory. 6A) Return to Step 2 in order to continue

with this program

6B) Go to Step 2 in azther program table

. .

or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

New data is stored, previous data

SET LED goes off.

Station 17 REP LED goes off.

is erased.

-32-

PROGRAMMING PROCEDURES

TABLE 20

PROGRAM 104

OCC AUTHORIZATION CODE LENGTH #l

SECTION 300-006-300

MAY 1986

1) Lock in the

X = LED on

SET

switch on the HKSU.

the authorization

o-digit number is

LEDs as shown below. Initialized Data: Blank (AD1 flashing).

66) Go to Step 2 in aziher program table or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

. .

SET LED goes off. Station 17 REP LED goes off.

-33-

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

TABLE 21

PROGRAM 105

EQUAL

ACCESS #2

1) Lock in the

4) Refer to the System Record Sheet. This program registers the second equal access (OCC) number used by the system. This five-digit

All LEDs off = no data

SET

X = LED on

switch on the HKSU.

As each digit is entered, the entry is verified by

LEDs as shown below. Initialized Data: Blank (AD4 flashing).

with this program

6B) Go to Step 2 in a:ther program table

. .

or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

SET LED goes off. Station 17 REP LED goes off.

1) Lock in the

OCC AUTHORIZATION CODE LENGTH #2

SET

switch on the HKSU.

TABLE 22

PROGRAM 106

1 SET LED on.

Station 17 REP LED on. System

I

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

_

is in program mode.

wo-digit number is

X = LED

All LEDs

with

6B) Go to Step 2 in another program table

6C) Transfer data into working memory per Paragraph 02.06.

off = no data

this program

. . .

on

or

. . .

LEDs as shown Initialized Data: Blank (AD1 flashing).

SET LED goes off. Station 17 REP L.ED goes off.

below.

-35-

PROGRAMMING PROCEDURES

SECTION 300-006-300 MAY1986

\

PROGRAM

TOLL RESTRICTION CLASS PARAMETERS

1) Lock

2) Depress the m key on station 17.

3) Dial 0 a 1 on the dial pad. (X = Restriction class 1 - 4)

4) Refer to the System Record Sheet.

5) Depress them key to place new data in memory.

6A) Go to Step 2 in another program table

66) Transfer data into working memory per Paragraph 02.06.

in the

SET

switch on the HKSU

. . .

or

. . .

TABLE 23

1 SET LED on.

Station 17 REP LED on.

System is in program mode, Normal functions halt on station 17.

SPKR LED steadv on.

SPKR LED flashes continuously.

The various LEDs (see below) will indicate pres-

I

An X on the record sheet means the LED should

be on.

Ail station 17 LEDs (except REP) go off.

SET LED goes off.

Station 17 REP LED goes off.

New

1X0

data

is

stored.

-

*

nrevious data is erased

A

-36-

PROGRAMMING PROCEDURES

SECTION 300-006-300

TABLE 24

PROGRAM IXY

TOLL RESTRICTION CLASS AREA CODE ENTRY

(LCD TELEPHONE)

SET LED on.

1) Lock in the

2) Depress the m key.

3) Dialn 1 ~(Allow),~ a fl(Deny)orD a l(Display) as required. (X =Restriction class 1

4) Press 1 key.

5) Enter first area code in range sequence (start)

6) Depress p key.*

7) Enter final area code in range sequence (stop).*

8) Depress fl key.

9) Return to step 5 to enter additional area codes.

10) Depress the m key to place new data in All station 17 LEDs (except REP) go off. memory.

11A) Go to Step 2 in another program table

116) Transfer data into working memory per Paragraph 02.06

SET

switch on the HKSU.

or . . .

. . .

- 4). LCD displays dialed number.

Station 17 REP LED on.

System is in program mode.

Normal functions halt on station 17. LCD is blank.

SPKR LED steady on. LCD is blank.

SPKR LED flashes continuously.

1 X 2 = LCD is blank. 1 X 3 = LCD is blank.

1 X 4 = LCD displays all allowed codes. LCD displays code entered. LCD shifts left to provide space for net code. LCD displays code entered. LCD is blank.

SET LED goes off. Station 17 REP LED goes off.

New data is stored, previous data is erased.

MAY 1986

“Skip steps 6 and 7 if only one area code

in sequence is being entered.

-37-

PROGRAMMING PROCEDURES SECTION 300-006-300 MAY 1986

TOLL RESTRICTION CLASS OFFICE CODE ENTRY

1)

Lock in the

SET

switch

TABLE 25

PROGRAM 1X2

(LCD TELEPHONE REQUIRED)

on the HKSU.

ns

halt on station

17.

!I)

Press 1 key.

Paragraph 02.06.

*Skip steps 6 and 7 if only one area code in sequence is being entered.

-3s

PROGRAM 1 Xl

AREA/OFFICE CODE EXCEPTION TABLE SELECTION

1) Lock in the

2) Depress the m key on station 17.

SET

switch on th.e HKSU.

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

TABLE 26

SET LED on. Station 17 REP LED on. System is in program mode.

Normal functions halt on station 17. SPKR LED steady on.

3) Dial 0 1 0 on the dial pad.

(X = Restriction class 1 - 4)

4) Refer to the System Record Sheet.

5) Depress them key to place new data in memory.

6A) Go to Step 2 in another program table

or

. . .

66) Transfer data into working memory per Paragraph 02.06.

. .

SPKR LED flashes continuously.

The various LEDs (see below) will indicate pres-

ent data.

An Xon the record sheet means the LED should

be on.

All station 17 LEDs (except REP) go off.

SET LED goes off. Station 17 REP LED goes off.

New data is stored, previous data is erased.

-39-

PROGRAMMING PROCEOlJRES

SECTION 300-006-300 MAY 1986

AREA/OFFICE CODE EXCEPTION TABLE

TABLE 27

PROGRAM 2XY

(LCD TELEPHONE REQUIRED)

1)

Lock in the SET switch on the HKSU.

2) Depress the m key.

3) Dial 1 a 0 X =Table

1 - 8

4) Enter area code.

_---

5) Depress- key.

6) Depress the m key.

7) Dial 1 a 1 (Allow), i u 8

(Delete) or 1 fl 1

(Display).

X = Table 1 - 8.

8) Depress 1 key.

-_

SET LED

on.

Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

LCD is SPKR LED

blank.

steady on.

LCD is blank.

LCD

displays dialed number, then

shifts left to

provide space for next entry (or displays current

1

area code). LCD clears and displays area code entered. Binary

data is shown on INT, COl, C02, CO3 keys/LEDs.

LCD is blank. SPKR LED steady on.

LCD is blank.

SPKR LED flashes continuously. LCD displays

dialed number.

2 X 2 = LCD is blank. 2 X 3 = LCD is blank. 2 X 4 = LCD

displays all currently programmed

9) Enter first off ice code in range sequence (start). LCD displays code enter.

10) Depress p key.*

LCD shifts left to provide space for net code.

11) Enter final area code in range sequence LCD displays code entered.

[stop)?

12) Depress n key.

LCD is blank.

13) Return to step 9 to enter additional office

14) Depress the m key to place new data in

All station 17 LEDs (except REP) go off.

memory. 15A) Go to Step 2 in another program table

. . .

or

. . .

15B) Transfer data into working memory per

Paragraph 02.06

SET LED goes off. Station 17 REP LED goes off. New data is stored, previpus data is erased.

*Skip steps

10

and

11 if only one area code in sequence is being entered.

PROGRAM 190

PBX BACK-UP

1) Lock in the

m

2) Depress the

3) Dial 0 1 1 on the dial pad.

4) Refer to the System Record Sheet.

Using

on

the m keys,

or off,

represents itself-that is, if CO 1 LED is on, the

system assumes that the CO 1 line is con-

netted to a PBX line and will cause features such as Toll Restriction and Automatic Dialing to function accordingly.

5) Depress them key to place new data in

memory.

6A) Return to Step 2 in order to continue with this program

6B) Go to Step 2 in another program table

6C) Transfer data into working memory per

Paragraph 02.06.

SET

switch on the HKSU.

.

turn

the associated LEDs

as required. Each CO key/LED If the LED is already on, depressing the asso-

. . .

or

. . .

. .

or

. . .

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

TABLE 28

SET LED on. Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

SPKR LED steady on.

SPKR LED flashes continuously. CO LEDs go on according to present data.

An X on the record sheet means the LED should

be on.

ciated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except REP) go off.

SET LED goes off. Station 17 REP LED goes off.

New data is stored, previous data is erased.

-4l-

PROGfUUUlMING PROCEDURES SECTION 300-006-300 MAY 1986

TABLE 29

PROGRAM 19X

PBX ACCESS CODES

1) Lock in the

l

If the access code is a single digit, enter 1

as the second digit.

0 If all combinations following a particular

SET

switch on the HKSU.

em IS In program

AD 1 LED will flash.

mode.

X = LED

All CEDs off =

5) Depress them key to place new data in memory.

6A) Return to Step 2 in order to continue

with this program

6B) Go to Step 2 in aonbther program table

6C) Transfer data into working memory per Paragraph 02.06.

on

no data

. .

or

. .

All station 17 LEDs (except REP) go off.

SET LED goes off. Station 17 REP LED goes off, New data is stored, previous data is erased.

-42-

TABLE 30

PROGRAM 3XX

STATION CO LINE

1) Lock in the SET switch on the HKSU.

2) Depress the m key on station 17.

3) Dial 1 1 flon the dial pad. XX= the number of the station(s) to be programmed.

NOTE:

For multiple station programming, refer to Paragraph 02.12.

4)

Refer to the System Record Sheet.

Using them keys, turn their associated LEDs

on or off, as required.

0 LED on = Access allowed. 0 Each CO key/LED represents itself-that

is, if the CO 1 LED is on, then the station being programmed (XX) is allowed access to CO 1, etc.

5) Depress them key to place new data in memory.

6A) Return to Step 2 in order to continue with this program

or

. . .

6B) Go to Step 2 in another program table

. ..or... 6C) Transfer data into working memory per Paragraph 02.06.

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

ACCESS

SET LED on.

Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs go on according to present data.

An X on the record sheet means the LED should

be on.

If the LED is already on, depressing its asso-

ciated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pat-

tern is set.

All station 17 LEDs (except REP) go off.

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-43-

PROGRAMMING PROCEDURES

SECTION 300-006-300 MAY1986

TABLE

PROGRAM 4XX

STATION TYPE ASSIGNMENT

1)

Lock in the

2) Depress the w key on station 17.

3) Dial 0 D a number of the station(s) to be programmed.

NOTE.

For niultiple station programming, refer to Paragraph 02.12.

4) Refer to the System Record Sheet. Using the m keys, turn their associated LEDs on or off, as required.

SET

switch on the HKSU.

on the dial pad. XX = the

31

SET LED on.

Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

SPKR LED steady on.

SPKR LED flashes continuously.

CO LEDs go on according to present data.

An X on the record sheet means the LED should be on.

If the LED is already on, depressing its associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

5) Depress the m key to place new data in memory.

6A) Return to Step 2 in order to continue

with this program

66) Go to Step 2 in’ar%her program table or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

. . .

All station 17 LEDs (except REP) go off.

SET LED goes off.

Station 17 REP LED goes off.

New data is stored, previous data is erased.

J

-44-

TABLE 32

PROGRAM 4#XX

PROGRAIWING PROCEDURES

SECTION 300-006-300

MAY 1986

STATION FLEXIBE

1) Lock in the

2) Depress the m key on station 17.

3) Dial n 1 13 fl number of the station(s) to be programmed.

NOTE: For multiple station programming, refer to Paragraph 02.12.

4)

Refer to the System Record Sheet.

Depress the key to be programmed.

A 20-key LCD EKT is highly recommended for this procedure.

5)

Dial in the new feature’s number. The detailed meaning of each feature ‘code is shown below.

SET

switch on the HKSU.

on the dial pad. XX = the

IMPORTANT!

KEY ASSIGNMENT

SET LED on. Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

SPKR LED steady on.

SPKR LED flashes continuously.

The present feature’s code number for that key will be displayed by the LCD.

The new feature’s number will be displayed

on the LCD.

6) Continue to return to Step 4 until all desired features for chosen station(s) are programmed.

7) Depress the m key to place new data

All station 17 LEDs (except REP) go off.

in memory.

8A) Return to Step 2 in order to continue with this program for additional station(s)

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

86) Go to Step 2 in*ar$her program table

. . .

or

. . .

8C) Transfer data into working memory per

Paragraph 02.06.

_.---

NU

JE:

All codes can only be assigned once per EKT. If assigned more than once, keys become AD keys.

PROGRAMMING PROCEDURES SECTION 300-006-300 MAY 1986

TABLE 33

PROGRAM 5XX

STATION CLASS

1) Lock in the

2) Depress them key on station 17.

3) Dial g u a number of the station(s) to be programmed.

NOTE.

For multiple station programming, refer to Paragraph 02.

4)

Refer to the System Record Sheet. Using the a keys, turn their associated LEDs on or off, as required.

5) Depress the m key to place new data in memory.

SET

switch on the HKSU.

on the dial pad. XX = the

‘I

2.

OF SERVICE #l

SET LED on. Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

SPKR LED steady on.

SPKR LED flashes continuously. CO LEDs go on according to present data.

An X on the record sheet means the LED

should be on. If the LED is already on, depressing its

associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except REP) go off.

A

6A) Return to Step 2 in order to continue

with this program

66) Go to Step 2 in’ar$her program table or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

. . .

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

-46-

1) Lock in the

STATION CLASS OF SERVICE #2

SET

switch on the HKSU.

PROGfUUWllNG PROCEDURES

SECTION 300-006-300

MAY 1986

TABLE 34

PROGRAM 5#XX

SET LED on. Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

2) Depress the m key on station 17.

3) Dial 1 a 1 a number of the station(s) to be programmed.

NOTE:

For multiple station programming, refer to Paragraph 02.12.

4) Refer to the System Record Sheet. Using the m keys, turn their associated LEDs on or off, as required.

5) Depress the m key to place new data in memory.

6A) Return to Step 2 in order to continue

with this program

66) Go to Step 2 in’ar$her program table

6C) Transfer data into working memory per Paragraph 02.06.

on the dial pad. XX = the

. . .

or

. . .

SPKR LED steady on.

SPKR LED flashes continuously. CO LEDs go on according to present data.

An X on the record sheet means the LED

should be on. If the LED is already on, depressing its associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

All station

SET LED goes off. Station 17 REP LED goes off. New data is stored, previous data is erased.

17

LEDs (except REP) go off.

<

-47-

PROGRAMIWING PROCEDURES SECTION 300-006-300 MAY 1986

1) Lock in the

SET

switch on the HKSU.

TABLE 35

PROGRAM 6XX

STATION TOLL RESTRICTION CLASS

SET LED on. Station 17 REP LED on.

System is in program mode. Normal functions halt on station 17.

2) Depress them key on station 17.

3) Dial 1 a B number of the station(s) to be programmed.

NOTE.

For multiple station programming.. refer to Paragraph 02.12.

4) Refer to the System Record Sheet.

Using the m keys, turn their associated LEDs on or off, as required. The detailed meaning of each key/LED is shown below.

on the dial pad. XX = the

SPKR LED steady on.

SPKR LED flashes continuously. CO LEDs go on according to present data.

An X on the record sheet means the LED should be on.

If the LED is already on, depressing its associated key will turn it off and vice versa. LEDs may be turned off and on until the desired pattern is set.

A

with this program

66) Go to Step 2 in.a:Lther program table . ..or...

6C) Transfer data. into working memory per Paragraph 02.06.

* See Toll Restriction

Programs 100, 1 Xl, 1 XY. 1 XZ and 2XY.

-48-

Station 17 New data is stored, previous data is erased.

I

REP LED goes off.

TABLE 36

PROGRAM 7XX

PROGRAMMING PROCEDURES

SECTION 300-006-300

MAY 1986

STATION

OUTGOING CALL RESTRICTION

1) Lock in the SET switch on the HKSU.

m

3) Dial 0 a m

l

on the dial pad. XX = the number of the station(s) to be programmed.

NOTE: For.

multiple station programming, refer to

Paragraph 02.12.

4) Refer to the System Record Sheet.

Using them keys, turn their associated LEDs

on or off, as required.

l

LED on = Restricted outgoing calls.,

0 Each CO key/LED represents itself-that is,

if CO1 LED is on, then the station being

programmed (XX) is restricted from outgo-

ing calls on COl, etc.

5) Depress them key to place new data in memory.

6A) Return to Step 2 in order to continue

with this program

SET LED on. Station 17 REP LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. 2) Depress the SPKR LED flashes continuously.

CO LEDs indicate present data.

An X on the record sheet means the LED should be on. If the LED is already on, depressing the associated key will turn it off and vice versa.-LEDs

may be turned off and on until the desired pat-

tern is set.

All station.1 7 LEDs (except REP) go off.

New data is stored, previous data is erased.

6B) Go to Step i ini;other program table

. . .

or

. . .

6C) Transfer data into working memory per Paragraph 02.06.

SET LED goes off. Station 17 REP LED goes off.

-49-

CO RINGING~ASSIGNMENTS-DAY ’

4)

Lock in the SET switch on the HKSLJ.

TABLE 37

PROGRAM 8XX

on the dial pad. XX= the number

(s) to be programmed.

NOTES:

1. Any station(s) designated to ring must be allowed access via Program 3XX.

2. A maximum of eight stations may be assigned to ring for any given CO line. If more are

as required.

off,

@ LED on = Ring in DAY mode. @ Each CO key/LED represents itself-that

lace new data

6A) Return to Step 2 in order to continue

with this program

6B) Go to Step 2 in a%& program table

in

SPKR LED flashes continuously. CO LEDs indicate present data.

@et means the LED should

If the LED is already on, depressing its asso-

ciated key will turn it off and vice versa. LEDs

may be turned off and on until the desired pat-

previous data

is erased.

-5o-

PROGRAhlMlNG PROCEDURES

SECTION 300-006-300

: -.

TABLE 38

PROGRAM 8#XX

CO

RINGING ASSIGNMENTS-DAY 2 ’

SET LED on. Station 17 REP LED on.

1) Lock in the SET switch on the HKSU.

System is in program mode. Normal functions halt on station 17.

2) Depress the m key on station 17.

3) Dial 1 fl Ef m

on the dial pad. XX = the

number of the station(s) to be programmed.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs indicate present data.

NOTE.

For multiple station programming, refer to Paragraph 02.12.

NOTES.

1. Any station(s) designated to ring must be allowed access via

2.

A maximum of eight stations may be assigned to ring for any given CO line. If more are

assigned, the lowest eight station numbers will ring-the others will be ignored.

4)

Refer to the System Record Sheet. Using

An Xon the record sheet means the LED should

Program 3XX.

them keys, turn their associated LEDs on or be on. off, as required.

l

. LED on = Ring in DAY 2 mode. ciated key will turn it off and vice versa. LEDs

e Each CO key/LED represents itself-that

is, if CO 1 LED is on, then the station being

If the LED is already on, depressing its asso-

may be turned off and on until the desired paf-

tern is set. programmed (XX) will ring when a call comes in on CO 1 in the DAY 2 mode, etc.

5) Depress them key to place new data in memory.

6A)

Return to Step 2 in order to continue with

All station 17 LEDs (except REP) go off.

New data is stored, previous data is erased.

this program

-

MAY

1986

6B) Go to Step 2 in’ai%er program table

or

. . .

6C) Transfer data into working memory per

Paragraph 02.06.

SET LED goes off. Station 17 REP LED goes off.

-5l-

TABLE 39

PROGRAM ?XX

‘CO RINGING ASSIG-&FqlENTS-NITE

on programming, refer to

Station 17 REP LED+_wI. System is in program mode.

Normal functions.:hait on

st@ion 17.

1. A& station(s)6 designated to ring must be allowed access via

2. A maxi@um of

&---

4)

assigned, the lowest eight station’ nc

f;efer to the-System

eight

.sZations may be assigned to ring ‘for any gien CO

Record Sheet. UV the m keys, turn their.associated off, as required.

-e LED on =

Ring in NITE mode. ciated key will turn it off and vice versa.

:

e Bach CO key/LED represents itself--that

.Es. if CO 1. LED ,is on, then. t.he’statior being

. .

6A) Return to Step 2 in

order

tc

with this program

6B) 60 to Step 2 in a”nbther program table

Paragraph--0246.

LEDs CI

e

LED is already

Program

3XX.

tina.

If more are

heet meansthe.LED~shou.Ld

on, depressing- its asso-. .::

:

LG$&Z-

-52-

Toshiba Strata VIe User Guide

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE of CONTENTS

01 GENERAL

02 PHYSICAL DESCRIPTIONS

03 ELECTRICAL CHARACTERISTICS

TABLE A

TABLE B

05 SYSTEM OPERATION

INSTALLATION PROCEDURES

TABLE of CONTENTS

ILLUSTRATION LIST

01 GENERAL

02 PACKING

HKSU REQUIREMENTS

04 HKSU INSTALLATION

05 PERIPHERAL

06 CABLE CONNECTIONS

08 SYSTEM POWER-UP INITIALIZE

09 SYSTEM TEST PROCEDURES

PROGRAMMING PROCEDURES

TABLE of CONTENTS

TABLE LIST

INTRODUCTION

02 PROGRAMMING PROCEDURES

02.10 Multiple Station Programming

Preparation

TABLE 2