Toshiba Strata S User Guide

Strats

ELECTRONIC KEY TELEPHONE SYSTEM

INSTALLATION AND MAINTENANCE MANUAL

S

-

TOSHIBA SYSTEM PRACTICES ELECTRONIC KEY TELEPHONE SYSTEM

e..

TOSHIBA PUBLICATIONS

SECTION 100-003-000 .

JULY

1984

Strata” S

(AKA: HARRIS LANIER SERIES III)

ELECTRONIC KEY TELEPHONE SYSTEM

INSTALLATION AND MAINTENANCE MANUAL

TABLE OF CONTENTS

FCC REGULATIONS GENERAL DESCRIPTION INSTALLATION INSTRUCTIONS POWER SUPPLY INSTALLATION INSTRUCTIONS PROGRAMMING PROCEDURES OPERATING PROCEDURES FAULT FINDING PROCEDURES

.

SECTION 100-003-000

SECTION 100-003-l 00 SECTION 100-003-200 SECTION 100-003-250

SECTION 100-003-300

SECTION 100-003-400

SECTION 100-003-500

TOSHIBA SYSTEM PRACTICES

ELECTRONIC KEY TELEPHONE SYSTEM

GENERAL DESCRIPTION

SECTION 100-003-l 00

Strata

S@

GENERAL DESCRIPTION

,.--

P

...

TOSHIBA SYSTEM PRACTICES ELECTRONIC KEY TELEPHONE SYSTEM

_..

PARAGRAPH

02.17 The optional 20-key EKT provides the same features as those listed in Paragraph 02.15, and has ten additional feature keys. That is, three CO/PBX keys, one intercom key, and 16 feature keys that may be used as automatic dialing keys, direct station selection (DSS) keys, etc. Three different combinations of feature keys may be selected via programming.

02.18 All EKTs feature modular handset cords and are connected to the system via four-conductor modular line cords.

1 ,DOD ft. (305 M), 24 AWG

600/800 Hz, modulated by 16 Hz, 1 second on--3secondsoff 2400 Hz, modulated by 10 Hz, 1 second on3 seconds off 606 Hz, 1 second on-3 seconds off

4

Busy Override Tone Dial Tone (Intercom) Ring-back Tone Busy Tone Do Not Disturb Tone Voice Page Warning Tone Executive Override Warning Tone Dialing

Primary Power Hold Recall Tone

Environmental Specifications

Operating Temperature Operating Humidity

.

2400 Hz, 1 second on-3 seconds off 600 Hz, continuous 600 Hz, 1 second on-3 seconds off

600 Hz, 0.25 second on-O.25 second off

600 Hz, 0.12 second on-O. 12 second off

600 Hz, 1 second on only (via EKT speaker)

600 Hz, 0.5 second on only (via handset)

Push-button; system-generated DTMF or dial

pulse

117VAC,6OHz,4OVA 2400 Hz, modulated by 10 Hz, 1 second on-

1 second off

. . =

32 - 122OF (0 - 50%) 20 - 6096 relative humidity (without

condensation)

GENERAL DESCRIPTION

SECTION 100-003-l 00

JULY 1994

-.’ 03 ELECTRIC/ii CHARACTERISTICS

03.01 The electrical characteristics of the systern are detailed in Table A.

03.02 The MKSU operates from an external 24 VDC power supply.

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

STANDARD FEATURES

l

All Call Voice Page

l

Alternate Point Answer

l

Automatic Dialing-System

l

Automatic Hold Recall

l

Automatic Privacy -

l

Automatic Release from Hold

l

Busy Override

l

Conference-Multi-station (non-amplified)

l

Conference-Multi-trunk (non-amplified)

l

Distinctive Ringing

l

DTMF and Dial Pulse Compatible

l

External Page Interface

l

Flash Key (PBX Transfer or CO Dial Tone Recall)

protected from loss due to power failure with a memory back-up battery. Full system reserve power is available as an option.

04.01 The features and services of the Strata S electronic key telephone system are

summarized in Tables B and C, which list the

standard and optional features, respectively.

TABLE B

SYSTEM

l l

l

l l l l l l l l l l

04 FEATURES and SERVICES

Flexible Line Ringing Assignment Live System Programming Message Waiting Music-on-hold Interface Night Transfer Non-blocking Dialing Outgoing Call Restriction PBX Compatible Private CO Lines

Repeat Last Number Dialed Toll Restriction Voice or Tone Signalling Wall Mountable MKSU

l

Automatic Dialing-Station

l

Automatic One-touch Dialing (Programmable)

l

Do Not Disturb

l

Do Not Disturb Override

l

Executive Override of Privacy

l

l-called Illumination

OPTIONAL FEATURES

0 1 O-key EKT with

l

Busy Lamp Field

l

20-key

l

External Page Amplifier

l

Handsfree Answerback

Executive EKT

Speakerphone (BLF) EKT

STATION

l l l l l l

TABLE C

l l l l l

-5

i-hold Illumination

l-use Illumination

Modular Handset and Line Cords

On-hook Dialing

Push-button Dialing

Ringing Line Preference

Microphone Music-on-hold

Control Key

Source

Speakerphone

System Battery Baaup

Wall

Mounting Kits for all EKTs

GENERAL DESCRIPTION SECTION 100-003-l 00

AJLY 1984

M..

05 SYSTEii OPERATIO’N

05.01 The system (Figure 8) consists of an MKSU, power supply and up to eight EKTs. All

connections between the MKSU and the EKTs are

made via a customer-provided main distribution

MKSU MKSU

frame (MDF). Using modular line cords, the CO

lines are then connected between the ACOU and locally-supplied RJ-25C jacks. An external tuner

or an AMOU PCB is required if the music-on-hold feature is to be utilized.

5 VAC

Side

Panel

b

f External 1

2-pair

n +

FIGURE 8-SYSTEM DIAGRAM

-6-

E

‘.

GENERAL DESCRIPTION

SECTION 100-003-l 00

JULY 1994

-05.02 A functio.nal block diagram of the Strata S MKSU is shown in Figure 9; it con-

sists of the main PCB (MMAU), which includes a

station interface and central control equipment,

and a CO interface (ACOU). The optional Paging Amplifier module (AEPU), internal music-on-hold

.source (AMOU), and Power Failure module(APFU)

are also shown.

05.03 Connections between the station voice

MM-AU

I---- -ncou - --z-I

lines and the CO lines are via theswitching matrix provided on the MMAU. A similar matrix is provided on the MMAU for intercom connection, pag-

ing connections and for the distribution of the various system tones (Dial, Busy, etc.). .

05.04 The system is under the control of a single-chip microprocessor, which is located, along

with the system programs and data memories, on the MMAU PCB.

-

To

CO/PBX

1 (3 lines)

I

DATA

-

115VAC

b

. . -

FIGURE 9-FUNCTIONAL BLOCK DIAGRAM

-7-

GENERAL DESCRIPTION SECTION 100-003-l 00 JULY 1984

e..

06 SYSTEM CONFIGURATION

06.00 Key Service Unit

06.01 Completewith all options, the MKSU util-

izes five circuit boards. The names and functions

of the PCBs are:

AMOU:

An optional music-on-hold source.

APFU:

An optional power failure transfer module

used to transfer the CO lines to single line

telephones in the event of a power failure.

ACOU (MF or DP):

An interface between the MKSU and the pub-

lic telephone network or PBX lines. Ring detection, hold and dial outpulsing for three circuits are performed by this PCB. Depending upon

local CO requirements, an MF or DP type of ACOU will be provided (MF for DTMF outpuls-

ing; DP for rotary dial outpulsing).

MMAU:

The main PCB of the MSKU, consists of the

following four functions:

a) Station Interface-An interface between

the MKSU and 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 data to and from the EKT.

b) Control-All system control functions are

performed by the single-chip micro-processor. 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.

c) Tone-Performs a number of miscel-

laneous system functions:

l

Generates system tones.

0 Provides the switching matrix for the

delivery of tones for both paging and

intercom connections.

l

Houses the interface for the external

paw.

l

Houses the interface for music-on-hold.

d) Power Regulating-Performs the following:

l

Provides connection points for the 24

VDC input power.

l

Houses the voltage regulators that pro-

vide 12 and 5 VDC for system operation.

l

Houses a circuit breaker that protects

the 24 VDC, EKT, and MKSU circuits.

AEPU:

An optional 3-watt amplifier for external paging.

06.02 The MKSU arrangement illustrated in Figure 10 shows the locations of the various PCBs.

The MMAU, which hosts the ACOU, is secured to the MSKU with six screws. The ACOU, attached to the MMAU with four screws, is connected to it via four 1 O-pin connectors.

FIGURE lo-MKSU (Interior)

06.03 The optional AEPU is attached to the MMAU with two screws, and connected with the MMAU via two lo-pin connectors.

06.04 The optional music-on-hold source (AMOU) is secured to the MKSU right side panel, and connected with the MMAU via a 3-pin connector.

06.05 The optional power failure transfer unit (APFU) is secured to the MKSU right side panel and connected with the ACOU via four 2-pin

connectors.

06.10 Power Supply Assembly

06.11 The system requires 24 VDC. Two power supplies are available; MPSA-200 and MPSA-

512. Each of these requires 117 VAC, 60 Hz. The permissible AC input voltage range is 90 - 130 VAC.

GENERAL DESCRIPTION

SECTlON 100-003-l 00

JULY 1994

-..06.12 An optional battery back-up unit (PBBU) is available for the MPSA-200. With the optional

battery back-up assembly installed, all functions of the Strata S 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 battery power.

1 O-key 1 O-key

#l

#2

20-key 20-key 20-key

#I #2 #3

FIGURE 1 l-l O-key “S” EKT

06.20 Station Equipment

06.21

“S” electronic key telephone (Figure 11) are: handset, dial pad, speaker, sliding ringing/speaker volume control, 3-position volume control, one

intercom key, three CO/PBX line keys and nine

feature keys. LED indicators are provided for all keys except FOLD] and [m%] keys. With the exception of the three permanently dedicated

keys, the feature keys can be assigned to one of

two modes by programming (see Figure 12).

06.22 Standard features of the 1 O-key “S” EKT include, among other standard features, paging, one-touch automatic dialing keys,

In initialized mode, three of the keys are utilized for CO/PBX lines, one for intercom

for

Do Not Disturb and Message Waiting/Flash.

The principal components of the lo-key

_- -.

and auto-redial.

access, four keys

one-touch automatic dialing and one each for

FIGURE 12-KEY LAYOUT

06.23 The optional lo-key EKT (Figure 13) provides the same programmable feature keys as the standard EKT. plus a microphone control keym,

handsfree answerback and full speakerphone capability.

I

FIGURE 13-l O-key EKT

I

-S-

GENEML DESCRlPTlDN SECTION 100-003-l 00

aJ~lY 1994 _ _

06.24 The optional lo-key BLF EKT (Figure 14) provides the same features as those listed in Paragraph 06.23, plus an LED indication on which

stations are in use.

- :

. .

I

FIGURE 14--BLF EKT

06.25 The optional 20-key EKT (Figure 15) provides the same features as those listed in Para-

graph 06.23, and has ten additional feature keys.

That is, three CO/PBX keys, one intercom key, and

16 feature keys that may be used as automatic dialing keys, direct station selection (DSS) keys, etc. Three different combinations of feature keys

may be selected via programming, as shown in

Fiaure 12.

06.26 All EKTs feature modular handset cords and are connected to the system via 4-conductor

modular line cords.

06.27 All EKTs are easily converted for wall mounting with an optional kit.

06.30 Installation

06.31 External devices are connected to the MKSU via connectors and terminals on the side panels.

CO/PBX lines are connected to the MKSU

a)

right side panel via a 3-pair modular cord.

The station connection points are extended

b)

from the MKSU to the MDF using one cable

equipped with a standard 50-pin amphenoltype connector. The individual EKTs are connected to the MDF with 2-pair station cable.

Screw-terminal barrier strips are mounted on

cl

the side of the MKSU to provide attachment

points for the following connections: 24 VDC power input (left side)

Music-on-hold source input (right side) External page output (right side)

06.32 separately from the MKSU and connected to the 24 VDC input on the MKSU left side.

06.40 Maintenance

06.41 Faults in Strata S are repaired by replacing any faulty component (EKT, printed circuit board, sub-assembly, etc.) and returning it to

the manufacturer for repair.

The power supply is mounted to the well’

. .

-.

?4

FIGURE 15-20-key EKT

07 FEATURES and OPERATION

07.00

07.01 This section contains brief descriptions of the

and C and some associated operating instructions. Detailed operating instructions can be found in either the Strata S USER GUIDE or Operating Procedures. Section 100-003-4C0,

S Jnstallation and Maintenance Manual.

General

Strata

Sfeatures listed earlier in Tables B

07.10 Standard Features

07.11 System

All Call Voice Page:

Dialing a 1 -digit access code permits a station user to page via all EKT speakers and (optionally)the External Page speaker simultaneously.

-1 o-

Strata

GENERAL DESCRIPTION

SECTION 100-003-100

JULY 1984

--.Alternate Point Answer: CO/PBX or intercom calls can be answered from any station.

Automatic Dialing-System:

This standard feature allows 40 numbers to be stored in the system memory. After selecting an outgoing line, any station user can cause one of the stored numbers to be outpulsed by

dialing the proper address code.

Automatic Hold Recall:

A CO line placed on hold by any station will

recall that station after a programmable period of time.

Automatic Privacy:

Privacy is automatic on all connections.

Automatic Release from Hold:

The system automatically releases held CO

lines if a disconnect signal is received from the central off ice.

Busy Override:

After dialing a busy station and receiving a busy tone, the caller can dial a q and cause a tone burst to be sounded via the called EKT

speaker.

Conference-Multi-station (non-amplified):

Conferencing is permitted to a maximum of four stations and one CO or the intercom line.

Conference-Multi-trunk (non-amplified):

Conferencing of two CO lines and three sta-

tions is permitted.

Distinctive Ringing:

CO line and intercom calls are distinguished

by different ringing tones.

DTMF and Dial Pulse Compatible:

DTMF or dial pulse signalling can be sent to the CO/PBX line by installing the proper

ACOU PCB type.

External Page Interface:

A 6OD-ohm connection point is provided for a customer-provided external speaker. An amplifier is also required, which can be mounted externally, or the AEPU (see Paragraph 07.20,

External Page Amplifier) can be mounted in

the MKSU. If the AEPU is used, the output

impedance is 8 ohms. This page circuit is accessed as part of the All Call Voice Page

- feature.

Flash Key (PSX Transfer or CO Dial Tone Recall):

All EKTs are equipped with a Message Wait-

ing/Flash m) key which, when operated

while connected to a CO/PBX line, causes a

timed “flash” to be transmitted to the CO or

PBX. The timing of the flash can be programmed to signal a PBX for feature operation or can be long enough to cause a disconnect and dial tone recall on a CO line. Also see Message Waiting.

Flexible Line Ringing Assignment:

A programmable ring or no ring option is pro-

vided for each line selectively by each station. Each line may be programmed to ring all eight stations.

Live System Programming:

Live system programming is accomplished

without service interruption to other station

users by placing the system in the special pro-

gramming mode and inputting data via station

17. Station 17 is the only station that is “down” during programming.

Message Waiting:

The designated Message Cent‘er can indicate a

message is waiting for any station with the Message Waiting LED of that station. Also see Flash Key.

Music-on-hold Interface:

An interface is included for a customer-provided external music source (see Paragraph

07.20, Music-on-hold Source). CO lines placed on hold will be connected to this source.

Night Transfer:

CO lines can be programmed to ring different stations while in the “Day” or in the “Night” mode. If this feature is to be used, the w

(Do Not Disturb) key on station 10 is reas-

signed to the NT function and is then used to select the “Day” or “Night” mode.

Non-blocking Dialing:

Dialing is permitted on the intercom and all

three CO lines simultaneously.

Outgoing Call Restriction:

Any station can be selectively restricted from originating calls on any or all CO lines. How-

ever, the station will still receive calls on the restricted line(s).

PBX Compatible: +a-

Strutu

and automatic dialing, are compatible with

PBX operation.

Sfeatures, such as toll restriction

-ll-

GENERAL OESCRlWlON

SECTION 100-003-l 00

JULY 1984

e..

- Private CO Lines:

Restrictions may be programmed into the sys-

tem so that selected CO line(s) may appear

only on selected station(s).

Do Not Disturb Override (Programmable Option):

After reaching a DND station, that station may be advised that a call is waiting by dialing q . A tone signal will be heard at the DND station.

Repeat Last Number Dialed:

The last number dialed by each station is

always stored by the system and will be dialed automatically whenever the station user selects an outgoing line and depresses the q key.

Toll Restriction:

Selectively programmed on a per-station, per-

line basis. tion by rejecting the numbersa andm as the first or second digit and limiting the total

number of digits dialed to seven or eight.

Voice or Tone Signalling:

A programmable system feature that option-

ally selects either tone ringing or voice page as the primary method of intercom call signalling. The calling station, however, may choose the

alternate method by dialing a following the

station number.

Wall Mountable MKSU:

The MKSU is designed for wall mounting only.

07.12 Station Automatic Dialing-Station:

Each EKT can store a private list of ten fre-

quently used telephone numbers.

Automatic One-touch Dialing (Programmable):

This feature can be used with an EKT that

includes m keys in its programmed as-

signments.

a) A station number can be stored at each

m key.

b) A number stored in the memory can be

sent over a CO line by depressing the appropriate a key after accessing the CO line.

NOTE: Each a key is counted as one of the 10

possible stored numbers available to each

station.

Do Not Disturb:

This feature is activated and deactiited by

alternate depressions of the m key. A sta-

tion calling a station that is in the DND mode

will receive a fast busy tone.

Strata S

performs toll restric-

Executive Override of Privacy:

A station that is programmed for this feature will override the automatic privacy feature and

enter any existing conversation within the system. A warning tone, however, is inserted before the overriding station is actually con-

nected. A maximum of two stations can be

programmed for executive override.

l-called Illumination:

A distinctive flash appears on the intercom

LED at the EKT that is actually being called.

l-hold Illumination:

The EKT user is shown a distinctive LED flash to indicate a line actually placed on hold at that

EKT. All other stations see the usual on-hold flash.

l-use Illumination:

A distinctive flash rate shows the line presently in use at a given EKT. Other stations see a steadily illuminated LED for that line.

Modular Handset and Line Cords:

All EKTs are equipped with modular handset and line cords.

On-hook Dialing:

Strata S

handset still on-hook. Call progress can be heard via the telephone speaker; no need to pick up the handset until your party answers.

Push-button Dialing:

All

Streta

button dial pads.

Ringing Line Preference:

A line ringing at a station can be answered by

merely lifting the handset or depressing the m key (optional speakerphone EKTs only). The ringing line will be automatically selected.

07.20 Optional Features 1 D-key EKT with Speakerphone:

An optional EKT provides handsfree answerback and full speakerphone capability.

Busy Lamp Field (BLF) El&

An optional lD-key EKT provides handsfree

answerback, full speakerphone capability, and an LED panel showing the busy/idle

lets you dial your calls with the

SEKTs are equipped with push-

status

of

-12-

f

a-

GENERAL DESCRIPTION

SECTION 100-003-l 00

JULY 1994

each station. A station in the DND mode will show as busy.

ZO-key Executive EKT:

An optional executive unit provides handsfree

answerback, full speakerphone capability and,

via 10 additional feature keys, automatic dial-

ing access, four one-touch automatic dialing telephone numbers, redial last number dialed, a pause key, or may be used as a DSS station.

External Page Amplifier:

This optional external page 3-watt amplifier (AEPU PCB) allows a customer-provided external speaker to be accessed in an all-call operation by dialing non the intercom (see

Paragraph 07.11, External Page Interface).

Handsfree Answerback:

All optional EKTs are equipped for handsfree answerback on voice-announced intercom calls.

Microphone Control Key:

All optional EKTs have a 1-1 key that ’

may be used to cut off the microphone when the speakerphone is in use, thereby permitting a private local conversation. _

Music-on-hold Source:

This optional electronic music source (AMOU

PCB), when installed. illiminates the need for a custome.r-provided external music source and provides electronic-generated music to CO lines placed on hold.

Speakerphone:

All optional EKTs are fully functional speaker-

phones.

System Battery Back-up:

An optional PCB can be plugged into the

MPSA-200 power supply to provide automatic switching to standby battery power. During

normal power conditions the batteries are kept

fully charged by the power supply.

Wall Mounting Kits for EKTs:

All Strata S EKTs are easily converted for wall mounting with optional kits.

-13-

,. -

-

TOSHIBA SYSTEM PRACTICES ELECTRONIC KEY TELEPHONE SYSTEM

SECTION 100-003-200

INSTALLATION

JULY 1984

,

StrataS --.

INSTALLATION INSTRUCTIONS

TOSHIBA SYSTEM PRACTICES

ELECTRONIC KEY TELEPHONE SYSTEM

_..

INSTALLATION

SECTION 100-003-200

JULY 1984

Strata S

INSTALLATION INSTRUCTIONS

ing. The recommended battery pack, which is customer-supplied, consists of two maintenancefree automobile 12 VDC batteries (maximum: 80amp/hour rating). With the optional PBBU assembly installed, all functions of the Strata S system will continue to operate for several hours after a loss of normal electrical power (the actual time period is in direct ratio to the type and size of batteries selected). No calls will be disconnected during switch-over to battery power.

03.10 Ventilation Requirements

03.11 Sufficient ventilation should exist to allow dissipation of the -heat generated by the power supply and MKSU.

03.20 Environmental Factors

03.21

within 20 - 80% (without condensation), and the temperature should be relatively constant within a

range of 32 - 122OF(O- 5OOC). In addition, expos-

ing the MKSU to an excessive amount of dust and airborne chemicals may cause a failure-take this into consideration during site selection.

Humidity at the MKSU location should be

03.30 Cabling Considerations

03.31

stations are within loo0 cable feet (305 m) of it. Acceptable cable phone station

having two or more twisted wire pairs.

The MKSU must be located so that all

is

22 or 24 AWG inside tele-

cable, jacketed but

not shielded,

04 MKSU MOUNTING

04.00 Wall Mounting the MKSU

04.01

the following steps:

1)

2)

3)

To mount the MKSU on the wall perform

Remove both side covers from the MKSU (Figure 1).

Hold the MKSU 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 MKSU.

Lay the MKSU aside for the moment and start

two screws into the wall at the marked

loca-

tions. Use l-W-inch panhead wood screws and stop when they have penetrated to half -. their depth. c*

03.04 An optional battery backup unit (PBBU) is available for the MPSA-200. It is a printed circuit board that mounts inside the power supply hous-

-l-

Hang the MKSU on the two screws and start

4)

two additional screws in the lower two holes.

Tghten all four screws.

INSTALLATION SECTION

100-003-200

JULY 1994

‘.

5) Knockouts are provided on the top and bottom of the side covers to permit cables to enter the

MKSU. Remove the appropriate knockouts.

FIGURE 1 -SIDE COVERS

6) Reinstall the side covers.

7) Refer to Section 100-003-250,

Installation 200 installation),

(or Section 100-003-255,

and follow the appropriate

instructions for installing the selected MPSA. A completed installation with an MPSA-512 should aooear as shown in Fiaure 2.

MPSA-512

MPSA-

in the MKSU. A maximum of one card of each type

can be installed in the system (Figure 3). They are:

l

MMAU (KSU Main Unit)

l

ACOU (Central Office Unit)

l

Two types of ACOU are available:

a) MF-used when DTMF outpulsing is

required.

b) DP-used when rotary dial outpulsing -

is required.

l

AMOU (Music-on-hold Source)

l

Installed when Music-on-hold feature is required without an external music source.

0 APFU (Power Failure Transfer Unit)

l

Provides a switch-over of all CO/PBX lines to dedicated, customer-provided standard telephones upon power failure.

l

AEPU (3-watt External Page Amplifier Unit)

l

Installed when the External Page feature is

required with no external PA amplifier.

The MMAU and ACOU PCB are factory-installed

in the MKSU.

s--s

- 2

-

.

FIGURE 2-WALL MOUNTED MKSU

05 PRINTED

CIRCUIT BOARD DESCRIPTIONS

05.01

A maximum of five PCBs can be installed

FIGURE 3-MKSU WITH PCBs

06 OPTION SELECTION

06.01 The external pag? output appears at the terminals labeled 8/6OOkn the MKSU right side panel (Figure 4). The output impedance can be selected to be either 8R or 6OOR. and is facton/set for 6OOR. In the 6OOR mode an external PA

-2-

--

-.

:

_..

amplifier is required. Eight ohms is used when the

AEPU PCB is installed. The output will then be via

a 3-watt amplifier on the AEPU.

‘..

INSTALlATlON

SECTION 100-003-200

JULY 1984

SW3 switch located on the MMAU (Figure 5).

SW3 is factory-set in the MOH position for use of an external program source. Move SW3 to the side marked MOU if the AMOU PCB is to be used.

07 PCB INSTALLATION

07.00 General Information

07.01 The MMAU and ACOU PCBs are factory-

installed in the MKSU.

07.02 If any of the optional PCBs (AEPU, AMOU

or APFU) are required, the MKSU top cover must

be removed as follows:

1) Remove both side covers by swinging them to the left or right, as necessary, and then lifting them straight up.

2) Remove the three screws from the MKSU left side per Figure 6A.

FIGURE 4

EXTERNAL PAGE TERMINALS

06.02 External page options are selected using

the SW2 switch located on the MMAU (Figure 5).

Decide if the 8 or 6DOQ impedance is required and

then make the selection by positioning SW2 to

“8” or

3) Remove the two cable straps and three screws

from the MKSU right side per Figure 6B.

FIGURE 5-MMAU SWITCHES

06.10 Music-on-hold Option Selection

06.11 A customer-provided MOH program source or the optional AMOU PCB may be used.

The AMOU provides a source of synthesized

music.

06.12 The MOH option is selected using the

FIGURE 6-MKSU COVER SCREWS

4) Lift the MKSU cover,&.

07.10 AMOU (MOH Source) Installation

07.11 Secure the AMOU to the lower part of the MKSU right side panel with the two screws pro-

-3-

INSTALLATION

SECTION 100-003-200

JULY

1994

v.. vided, as shown in Figure 7.

FIGURE 7-MOUNTED AMOU PCB

07.12

the MMAU PCB Der Figure 8.

Connect the AMOU cable to

PB

on

FIGURE g--MOUNTED APFU PCB

07.23 Refer to Figure 10 and connect the four 2-wire jacks from the APFU to their respective plugs on the top and right side of the ACOU as

follows:

FIGURE 8

AMOWMMAU CABLE CONNECTION

07.20 APFU (Power Failure Transfer Unit) Installation

07.21

MKSU right side panel with the two screws pro-

vided, as shown in Figure 9.

07.22 Connect the 8-pin jack (from the OPL

jack) into the

Secure the APFU to the upper part of the

Pl

plug on,the APFU (Figure 10).

APFU ACOU

WHT, Bu( (Power)

RED, GRN (CO 1)

YEL BU( (CO 2)

BLU, WHT (CO 3)

P8

PS PlO Pll

FIGURE lo-APF&j CONNECTIONS --.-

07.30 AEPU (External Page Unit) Installation

07.31

The AEPU is installed in the position

4

e..

shown in Figure 11. Mount the PCB on the lo-pin connectors P5 and P6 (note the “6” arrow on the

AEPU and pin alignment when positioning the

PCB) and secure it with the two screws provided

(Figure 11).

FIGURE 1 l-MOUNTED AEPU

07.32 Note the location of the volume control in Figure 11. It will be necessary to leave the MKSU

cover off until this has been adjusted per Paragraph

07.40 MKSU Cover

07.41

11.30. Installation

Reinstall the MKSU top cover in the

reverse order the instructions in Paragraph 07.02.

08 POWER CONNECTION

08.00 Cable Connection

08.01

Plug the power supply into a 115 VAC outlet and check its output voltage to be sure it is between 23.2 - 28.2 VDC. If the voltage is not within these limits, replace the power supply before proceeding.

IMPORTANT:

On the MPSA-512, verify that the power

switch is ON-it will be illuminated

08.02 Disconnnect the power supply from the

115 VAC outlet. Remove the plastic protective

cover from the power terminal strip on the MKSU

left side panel, and, with the supplied cord, connect the “+24V”, “OV” and “G” terminals on the power supply to the corresponding terminals on the MKSU. Secure the DC cord to the MKSU using the plastic cable clamp provided.

INSTALLATION

SECTION 100-003-200

JULY 1984

IMPORTANT: On the MPSA-200 and the MKSU. these terminals are titled

respectively.

**+24V’-,

‘OV”qd “E “.

08.03 The Toshiba Strata S electronic key telephone system requires a solid earth ground on the “E” terminal on the MKSU left side panel.

Failure to provide such a ground may lead to confusing trouble symptoms in the system and, in extreme cases, circuit board failure. In most instal-

lations, within the continental United States, the ground provided by the “third wire ground” at the commercial power outlet will be satisfactory for all

Strata S requirements. However, in a small percentage of installations this ground may be

installed incorrectly. Therefore, prior to installing a

Strata S system, the third wire ground must be tested for continuity by either measuring the resistance between the 3rd prong terminal (earth ground) and a metal cold water pipe, or by using a commercially available earth ground indicator. If neither procedure is possible, then the test procedures outlined in Paragraph 08.10 should be performed.

WARNING! Hazardous vottage that may cause death or injury is exposed during the following test.

Use great care when working with AC

po werline voltage.

08.10 Test Procedure

Obtain a suitable voltmeter and set it for a

1)

.

possible reading of up to 250 VAC. Connect the meter probes between the two

2)

main AC voltage points on the wall outlet. The

reading obtained should be 90 - 130 VAC.

Move one of the meter probes to the 3rd prong

3) terminal (GND). Either the same reading or a

reading of 0 volts should be obtained.

If the reading is OV, leave one probe on the

4) GND terminal and move the other probe to the

2nd voltage terminal. If a reading of OV is obtained on both voltage terminals, the outlet

is not

properly grounded. Omit steps 5 - 7,

and proceed directly to step 8.

If a reading of OV onone terminal and a read-

5) ing of 80 - 130 VAC on the other terminal is not obtained, the outlet is not properly

grounded. Omit steps 6 & 7, and proceed directly to step 8.

.

-5

INSTALLATION

SECTION 100-003-200

JULY 1994

-..

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 outlet.

7) Set the meter on the “OHMS/Rxl” scale,

place one probe on the GND terminal and the other probe on the terminal which produced a reading of OV. A reading of less than IS2 should be obtained. If a reading of more than

1 R is obtained, the outlet is not adequately

grounded.

8) If the above tests show that the outlet is improperly grounded, that condition should be 09.01 One 66ML50 split connection block (Fig-

corrected by a qualified electrician (per Article 250 of the National Electrical Code) before the distribution frame (MDFL

-

Strata S system is connected.

08.11 Ensure that the power switch on the MKSU is 115 VAC outlet and measure the voltage at the MKSU input terminals. Correct any problems

before proceeding.

OFF,

then plug the power supply-into the

09 CABLE CONNECTIONS

09.00 Main Distribution Frame (MDF) Con-

figuration

ure 12) is recommended as the Strata Smain

MKSU

115VAC

-L-

P-pair 2-0ai.I

FIGURE 12-SYSTEM DIAGRAM

-6-

‘k

INSTAUATION

SECTlON 100-003-200

JULY 1994

-‘09.02 A 25-pair &ale-amphenoliended cable is connecteddirectlytothefemale-amphenol-connector on the riqht side connector panel

(Figure 13).

FIGURE 13-MKSU CABLE CLAMPING

09.03 Secure the cable to the panel using the plastic strap and cable clamp provided.

09.04 Use the industry-standard color code

sequence and terminate the cable on the MDF

block as shown

in Figure 14.

09.15 Figure 14 shows the EKT wiring arrangement.

09.16

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 14. Verify the configuration of

your modular blocks before connecting the station

cables.

The various manufacturers of modular

09.20 intercom Code Assignment 7

09.21 Intercom codes are assigned perman-

ently to specific cable appearances in Strata

S. Make sure the station

the proper terminals (Figure 14).

NOTE:

White and blue (T3 and R3/ are not used for Strata S station line connectors.

cables are connected to

09.30 CO Line Connection

09.31

the Strata Ssystem via a 6-wire modular line

cord (no longer than 25 ft.) conneqted directly to a

jack on the right side panel. The opposite end df

The CO/PBX tines are introduced into

the cord then terminates directly into a locally-

rovided RJ-25C jack (Figure 15).

TO CO/PBX

09.10 Station Cable Connections

09.11

cables consecutively on the MDF block; attach them to the side opposite the MKSU cable. Use bridging clips to connect the MKSU cable pairs to the station cable pairs. Refer to Figure 14 for a completed MDF block.

09.12 The cables used for station wiring should be two twisted pair.

09.13

not exceed 1 DO0 ft. (305 m) for 24 AWG wire.

parallel to and within 3 ft. of an AC po wer

Terminate the individual 2-pair station

The overall length of the cable run must

/MPORTANT:

When installing station cable, do not run

line. Such power lines should be crossed at right angles (9OO) only.

09.14 At the station locations, terminate the 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 ft., while the maximum allowed length is 25 ft.

z

n

W

ki

a

-a

4

-w--v-------

r

3

I

-a

--

-?

RJ-25C

JACK

1 6-POS.

\T3 T2 Rl Tl R2 R3 /

TO MKSU

FIGURE 15-RJ25C WIRING

09.32 Secure the modular cord to the panel using the provided plastic cable ‘clamp.

10 EKT INFORMATION

10.00 General .

10.01 Four different Electronic Key Telephones

-7-

lNSTALl.ATlON SECTION 100-003-200

JlJlv1994

TO MKSU

:

I-pair

JACKETED

STATION CABLE

'.

MODULAR STATION BLOCK

II

5432

- .

L

-El-l- Ynbu”

“7r:

%R

-c

--i

-7

66M160 SPLIT BLOCK

l-IcjUHt 14-MUi- tK I WlHlNIj

(EKTs) may be used in the

standard EKT (Figure 16). known as the 1 O-key

“S” EKT, is equipped with three permanentlyded-

icated keys and ten line/feature keys. The three optional (full speakerphone) EKTs are equipped with four permanently dedicated keys and either

10 or 20 feature keys: lo-key EKT (Figure 17).

1 O-key Busy Lamp Field (BLF) EKT (Figure 18) and 20-key EKT (Figure 19).

Strata

BRIDGING

CLIPS

idOT USED

I

system. The

I .... J

MODULAR

CORD

10.02

and is equipped with 13 line end feature keys in

addition to its push-button dial pad. Three of the keys are utilized for central offiie/PBX lines, one

The lO-key S EKT measures:

Height: 3.5 inches (88.9 mm)

Width: 6.0 inches (152 mm)

Depth: 9.0 inches (229 mm)

STATION

I. -

-8-

‘..

SECTION 100-003-200

INSTALLATION

JULY 1984

; ‘. _.

I

FIGURE 16-l

O-key

-.

“S” EKT

I

FIGURE 17-lo-key SPEAKERPHONE EKT

FIGURE 18-BLF EKT

for intercom access, and the remaining keys for feature operation.

10.03 All three optional EKTs share the same external dimensions:

Height: 4.0 inches (102 mm)

Width: 8.8 inches (224 mm)

Depth: 9.1 inches (230 mm)

Each is equipped with either 14 or 24 line and

feature keys in addition to a push-button dial pad.

Again, three of the keys are utilized for CO/PBX

lines, one for intercom access, and the remaining keys are used for feature operation.

10.04 The optional lo-key EKT provides the

same programmable feature keys as the standard

EKT, plus a microphone control key, handsfree answerback and full speakerphone capability.

FIGURE 19-20-key EKT

10.05 The optional 1 O-key BLF EKT provides the same features as those listed in Paragraph 10.04, plus an LED indication on which stations are in

use.

10.06

same featuresas those listed in Paragraph 10.04, plus ten additional feature keys. That is, three CO/PBX keys, one intercom key, and 16 feature keys that may be used as automatic dialing keys, direct station selection (DSS) keys, etc.

10.07 System software assignments permit some variation to the feature keys on all four EKTs (see Figure 20 for key configurations).

10.08 All EKTs feat_u_re modular handset cords -.

and are connected to the system via four-conductor

modular line cords. In addition, all EKTs may be used at any or all stations.

The optional 20-key EKT provides the

-9-

INSTALLATION SECTION 100-003-200 JULY 1994 . -

PAU

-

H

FIGURE 21 -WALL MOUNT BRACKET

mating the bracket’s four hooks (A-Figure 21)

with the four slots on the EKT base (B-Figure 22)

L

and sliding the EKTdownward. The EKT is secured

in position by bending the two tabs (C-Figure 21)

forward in order to orevent ubward motion of the.

EKT.

1

I.

FIGURE 20-KEY LAYOUT

10.10 1 O-key S EKT Wall Mounting

10.11 An optional ‘SKWM” kit is required to

convert the

“SKWM”

handset hanger kit.

10.12 TheEKTmaybemountedonawallorany other flat, vertical surface to which the wall bracket can be secured. When selecting the

mounting site, consider the EKT weight and the additional stresses to which the mounting will be subjected.

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

10.14 With the wall bracket the “S” EKT can be

mounted to any suitable vertical surface or to a telephone outlet plaster ring (see Figure 21). Secure the wall bracket to the desired wall site, and use a spirit level, if necessary, to make certain the bracket is level.

10.15 The EKT is placed on the wall bracket by

IO-key S EKT for wall mounting. The

kit

consists of a metal wall bracket and a

I

FIGURE 22-BRACKET SLOTS

10.16

10.17 Install the handset hanger kit per Para-

graph 10.30.

10.20 Optional EKT Wall Mounting

Route the tail cord as shown in Figure 23. _.

-lO-

*-

SECTlON 100-003-200

INSTALIATION

JULY 1994

knockouts are appropriate for the tail cord route, and then cut them.

FIGURE 23-

10.21 An optional handset hanger kit (HWMA) is also required to convert the optional EKTs for

wall mounting.

10.22 All optional EKTs are mounted in the same 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 weight and the additional stresses to which the mounting will be subjected.

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

10.24 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 24).

“S” EKT WIRE ROUTING

FIGURE 25-EKT WIRE ACCESS

10.26 Secure the base to the desired wall site. Use a spirit level and make certain the top of the base is level and that the deeper portion is down.

10.27 Route the tail cord through the holes in

the base and secure the EKT (Figure 26).

-I

FIGURE 26-EKT WIRE ROUTING

10.28 Install the handset hanger kit per Para-

graph 10.30.

FIGURE 24

REMOVING OPTIONAL EKT BASE

10.25 Refer to Figure 25, choose which of the

10.30 Installing the Handset Hanger Kit

10.31

hanger kit (available from your Toshiba supplier) must be used whenever an EKT is wall-mounted.

(When ordering specify if “S” EKT or optional

EKT-the HWMA is included in the SKWM kit.)

The remainder of the installation is the same for all

EKT types.

10.32 Remove the -card cover by inserting a paper clip in the hole at one end. Bend the cover up and remove it and the number card.

Refer to Figure 27, the optional handset

-ll-

INSTALLATION SECTION 100-003-200

JULY 1994

10.34 install the handset hanger into place and tighten the screws. Reinstall the number card and card cover.

. -

FIGURE 28-SET SWITCH

c) Depress the m key on station 17.

l

SPKR LED goes on.

d) Dial lqRm[ on the dial pad. e) Depress the a and m keys.

l

The corresponding LEDs go on.

FIGURE 27-HANDSET HANGER KIT

10.35 An optional 13-ft. handset cord is available from your Toshiba supplier, and it is suggested that this cord be used when wall-mounting an EKT.

10.40 EKT Connections

10.41 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 12.

11 SYSTEM POWER-UP INITIALIZE

11 .Ol The 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. This will allow the system to be tested and any faults to be corrected before time is spent on programming.

11.02

refer to Figure 28 and perform the following steps:

a) Place the power switch on the MKSU in the

ON position.

b) Depress the SET switch and allow it to lock

. SETLEDgoeson.

l

Strcsta

S has a list of standard

To initialize the system data memory,

MW/FL LED on station 17 goes on.

f) Depress the IHoLD1 key.

l

The LEDs on station 17 for intercom through

I.

AD 4 begin flickering. ,

g) Depress and release the SET switch again.

. SET LED goes off.

l

Station 17 LEDs go off.

h) Cycle the MKSU power switch OFF and ON.

11 .l 0 Clearing Automatic Dialing 11 .l 1 The Automatic Dialing memon/ will con-

tain random numbers when the system is powered

up initially. To clear the memory; therefore pre-

venting meaningless numbers from being dialed,

proceed as follows: a) Lock in the SET switch on the MKSU.

l

The SET LED and MW/FL LED on station

17willgoon.

b) Depress the m key on station 17.

l

SPKR LED will light steadily.

c) Dial mmrj on the dial pad.

l

SPKR LED will flash continuously.

d) Depress the a and m keys.

0 The corresponding LEDs will light

e) Depress the m] key.

l

All station 17 LEDs &xcept MW/FL) will go

Off.

f) Release the SET switch on the MKSU.

1.

-

-12-

l

The SET LED and MW/FL LED on station

17 will go off.

,.

‘-

j) Depress the wj key.

. DND LED: off.

INSTALLATION

SECTION 100-003-200

JULY 1994

12 SYSTEM TEST PROCEDURES

12.00 1 O-key S EKT Functional Check

12.01 In order to verify the basic system func-

tions and confirm the proper functioning of the

EKT itself, perform the following test procedure at

each station equipped with a IO-key S EKT, begin-

ning with station 10.

12.02 With handset on-hook: Depress the m!] key.

4

l

INT LED: l-use flash.

l

SPKR LED: on steady.

l

Listen for intercom dial tone via EKT

speaker.

Adjust speaker volume with the sliding volume

b)

control on the face of the EKT.

Depress the r6i] key.

c)

l

CO 1 LED: l-use flash.

l

SPKR LED: on steady.

l

Listen for CO/PBX dial tone via EKT

speaker.

Dial any digit (2 - 9) on the dial pad and dial

d)

tone will stop.

Depress the m] key.

e)

l

Listen for circuit break followed by dial

tone after approximately 2 seconds.

Depress the m key.

f)

l

CO 2 LED: l-use flash.

l

SPKR LED: on steady.

l

Listen for CO/PBX dial tone via EKT

speaker.

NOTE. if no CO/PBX facility is connected to a CO key, dial tone will not be heard but the LED is still functional.

g) Depress the [ml key.

l

CO 3 LED: l-use flash.

l

SPKR LED: on steady.

l

Listen for CO/PBX dial tone via EKT

speaker.

h) Depress the IsPKRl key.

l

SPKR LED: off.

l

EKT speaker: off.

i) Depress the 1x1 key.

l

DND LED: on.

k) Depress the m key.

l

CO 1 LED: l-use flash.

l

SPKR LED: on steady.

l

Listen for CO/PBX dial tone via EKT

speaker.

I) Depress the WlDl key.

l

CO 1 LED: l-hold flash.

l

Speaker off (no dial tone).

. SPKR LED: off.

m) Depress the m key.

0 CO 1 LED: l-use flash.

l

SPKR LED: on steady.

l

Listen for CO/PBX dial tone via EKT ’ speaker.

n) Depress the ml key.

l

CO 1 LED: Conference call flash rate.

l

Dial tone continues.

o) Depress the m and m keys.

@ CO 1 LED: off. . SPKR LED: off.

l

Dial tone: off.

.

p) Call EKT from another station.

l

Listen for caller’s voice via speaker after

the single tone signal.

l

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

q) Dial q at calling station.

l

Tone signalling heard via the called station’s speaker.

r) Adjust the tone signalling volume with the

volume control on the bottom of the EKT.

s) Depress the m key.

l

INT LED: l-use flash.

l

SPKR LED: on.

l

Listen for intercom dial tone via the EKT speaker.

t) Lift handset.

. SPKR LED: off.

l

Speaker: off.

l

Listen for dial tone via handset receiver.

.

u) Call another station and talk into the handset

transmitter.

l

Verify that your voice can be heard via -. called EKT speaker.

v) Hang up.

12.03 This completes the station functional

-13-

lNSTAU.ATlON SECTION 100-003-200

JULY 1984

check for the standard EKT; repeat the procedure for all standard EKTs in the system. See Paragraph

12.10 for optional EKT functional checks.

12.10 Optional EKT Functional Check

12.11 In order to verify the optional EKT’s func-

tions and confirm the proper functioning of the

EKT itself, perform the following test procedure on

each optional EKT.

12.12 With handset on-hook: Depress the m key.

a)

0 INT LED: l-use flash.

l

SPKR LED: on steady.

l

MIC LED: on steady (if equipped).

l

Listen for intercom dial tone via the EKT

speaker.

Adjust speaker volume with the volume con-

b)

trol on the rear right-hand side of the EKT.

Depress the mj key.

d

l

CO 1 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

Dial any digit (2

d)

- 9) on the dial pad and dial

tone will stop.

Depress the -1 key.

d

l

Listen for circuit break followed by dial

tone after approximately 2 seconds.

Depress the (co4 key.

f)

l

CO 2 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

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

still functional.

g) Depress the m key.

l

CO 3 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT speaker.

h) Depress the m key.

. SPKR 81 MIC LEDs: off.

l

EKT speaker: off.

i) Depress the m key. .

l

DND LED: on.

Depress the m key.

j)

. DND LED: off.

Depress the m key.

W

l

CO 1 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT

speaker.

Depress the [ml key.

l

CO 1 LED: l-hold flash.

l

Speaker: off (no dial tone).

. SPKR & MIC LEDs: off.

Depress the ml key.

m)

l

CO 1 LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for CO/PBX dial tone via the EKT speaker.

Depress the -1 key.

n)

0 CO 1 LED: Conference call flash rate.

l

Dial tone continues.

Depress the m and mj keys.

0)

. CO 1 LED: off.

.

. SPKR & MIC LEDs: off.

l

Dial tone: off.

Call EKT from another station.

P)

l

Listen for caller’s voice via the called EKT’s speaker after the single tone signal.

l

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

Dial q at calling station.

4)

l

Tone signalling heard via called EKT’s speaker.

Adjust tone signalling volume with volume

r)

control on the rear left-hand side of the EKT

being tested. Depress the m key.

9

l

INT LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

l

Listen for intercom dial tone via the EKT speaker.

Lift handset.

t)

. SPKR & MIC LEDs: off.

0 Speaker: off.

l

Listen for dial tone via the handset receiver.

Call another station and talk into the handset

4

,. -

transmitter.

l

Verify that your voice can be heard via the called EKT’s speaker.

-

_..~

-.

-14-

-.‘v) Hold down the [ml key, and set the handset back on-hook.

0 INT LED: l-use flash.

l

SPKR & MIC LEDs: on steady.

w) Tap the EKT microphone and verify that the

sound can be heard via the called EKT speaker.

x) Depress the (MUIE/MICI key while tapping the

microphone and verify that the sound cannot

be heard via the called EKT speaker (MIC LED off momentarily-if equipped).

y) Depress the m key.

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

12.13 This completes the station functional

check for the optional EKTs; repeat the procedure

for all optional EKTs in the system.

12.20 Feature Check

'..

13.10 Music-on-Hold Source

13.11 A customer-provided MOH program source (tape deck, tuner, or commercial source) or the optional AMOU PCB may be used as the

music-on-hold source.

a) When the AMOU PCB is used, refer to Para-

graph 07.1 Ofor installation instructions. Verify that the SW3 switch on the MMAU is set to MOU (Figure 30). Adjust the volume with the volume control labeled MOH on the MKSU riaht side oanel.

SECTION 100-003-200

INSTALLATION

JULY 1984

12.21 Verify that all system features function properly per Section 100-003-400, Operating

Procedures.

13 MISCELLANEOUS e

EQUIPMENT CONNECTIONS

13.00 Wiring Connections

13.01 All connections to the miscellaneous equipment are made via the right side panel of the MKSU. as shown

in Fiaure 29.

FIGURE 30-MMAU SW3 SWITCH

b) When a customer-provided source is used,

connect the MOH source to the MOH termi-

nals on the MKSU right side panel. The input impedance is 6ODR. Verify that the SW3

switch on the MMAU is set to MOH (Figure

30). Adjust thevolume with the volume control labeled MOH on the MKSU right side panel.

13.20 External Paging Connections

13.21 Strata Sprovides access to an exter-

nal paging system by dialing 8. The single output connection is made via the 8/6DO terminals on the MKSU right side panel, and can be used in one

of two ways:

a) Mount the optional 3-watt amplifier (AEPU

PCB) and connect the customer-provided speaker cabling directly to the B/600 terminals (see Paragraph 13.30).

FlGURE29-MKSU CONNECTION STRIP

b) If more than 3 watts are required, an external

customer-provided amplifier can be connected to operate the external speaker (see Paragraph

13.40).

13.30 Direct Exteri;ibl Speaker Connection

13.31 The exact number of speakers that may

be connected to the 8R, 3-watt output will depend

-15

INSTALLATION SECTION 100-003-200 JULY 1984

‘.

on the type of speaker used, the conductor resist-

ante, and the desired volume.

13.32 Install the AEPU PCB per Paragraph

07.30. The 8R output impedance must be selected

with the SW2 switch on the MMAU (Figure 31).

13.33 Connect the external speaker to the two 81600 terminals on the modular connector panel

on the MKSU.

13.34 Adjust the speaker volume with the

volume control on the AEPU PC8 (Figure 32).

FIGURE 31-MMAU SW2 SWITCH FIGURE 32-AEPU VOLUME SWITCH

ACOU

P9

PlO

Pl 1

FIG&E 33-POWER FAILURE TRANSFER DIAGRAM

-16-

e..

13.40 External Amplifier Connection

13.41 If more power is required than the AEPU amplifier can deliver, a customer-provided external amplifier may be connected to the 81600 ter-

minals on the MKSU (the AEPU is not required if an external amplifier is used). The external speaker(s) should then be connected to the external amplifier.

13.42 The 600R output impedance must be selected with the SW2 switch on the MMAU (Fig-

ure 31).

13.43 The volume level through the system is fixed, all adjustments must be made on the external amplifier.

INSTALLATION

SECTION 100-003-200

JULY 1984

13.51

designed, upon power failure, to switch the sys-

tem CO lines directly to dedicated- customer-

provided conventional telephones.

13.52 The MKSU must be equipped

APFU PC6 and the power failure telephones must

be directly compatible with the CO lines.

13.53

transfer feature is shown in Figure 33.

13.54 The power failure telephones are connected to the system via the jack labeled OPL on the right side panel of the MKSU. The OPL jack will accept either an 8-pin or 6-pin modular plug (pins 1 & 8 are not used).

The power failure transfer feature is

with the

A simplified diagram of the power failure

13.50 Power Failure Transfer

13.55

Connect the telephones per Fiaure 34.

500/2500-TYPE’

TELEPHONES

*Depends on type of CO

FIGURE 34-PFT TELEPHONE CONNECTIONS

-17-

line.

6c

TOSHIBA SYSTEM PRACTICES

ELECTRONIC KEY TELEPHONE SYSTEM

Strata S

MPSA-512 INSTALLATION

SECTION 100-003-250

JULY 1984

POWER SUPPLY

(MPSA-512)

a - .. --

INSTALLATION INSTRUCTIONS

TOSHIBA SYSTEM PRACTICES

ELECTRONIC KEY TELEPHONE SYSTEM

MPSA-512 INSTALLATION INSTRUCTIONS

MPSA-512 INSTALLATION

SECTION 100-003-250

JULY 1984

Strata S

TABLE of CONTENTS

PARAGRAPH

The power supply, battery, battery rack, and the interconnecting wiring shall be installed only by qualified installem. in accordance with al/applicable electrical codes and Artic/e 480 of the National Electrical Code. Before installing see the ‘*Install* tion Instructionss”enclosed with each item.

fMFOt?TANTl

Only trained personnel may service or in-

stall the PBt?U and power supply.

02.10 MPSA Preparation

02.11 Verify that the power switch on the MMAU is in the OFF position, and then disconnect

the 115 VAC power cord.

02.12 Remove the MPSA terminal strip cover

-.

TABLE A-MINIMUM WIRE GAUGE

LOOP LENGTH

12feet 20 feet 30 feet 50 feet

l

Single-Wire Cable-a 16 AWG single-wire

RECOMMENDED SIZE

16 gauge 14 gauge 12 gauge

lOgauge

cable, approximately 18 inches in length and

equipped with ring terminals, is required to

connect the two batteries in series.

l

Cable Clamp-a cable clamp should be used to prevent cable movement from affecting the batteries.

FIGURE lO-MPSA ~RMINAL STRIP

02.13

screws. Vrewing the MPSA as if it is wall-mounted,

two screws will be located on the front and four on

each side.

-4-

The f&A cover is secured by ten

MPSA-200 INSTALLATION

SECTION 1 llO-003-255

JULY 1994

-‘. 02.14

02.15

02.16 Locate the multi-wire harness in MPSA (Figure 1 1 ), it terminates in a nylon connector.

Remove ali ten screws. Remove the

cover and

set it aside.

FIGURE 11 -WIRE HARNESS IN MPSA

02.17 The harness is loosely secured to the chassis with a cable clamp (Figure 12); the clamp will allow slight harness movement.

02.23 Slip the override button through their respective ports in the control panel (Figure 14). The PBBU mounting bracket should be flush against the rear of the control panel. The harness should flow around the PBBU PCB, with no wires beneath it.

PBBU fuse

holder and battery

FIGURE 14-MPSA CONTROL PANEL

02.24

the two holes in the mounting bracket. The har-

ness should flow around the PB5U PCB, with no

wires beneath it (Figure 15). Press the pins into the

holes until they catch.

Align the two tan-colored PBBU pins with

FIGURE 12-HARNESS CABLE CLAMP

02.20 Installing the PBBU

02.21

trol panel; pop them out and discard.

02.22 Unwrap the PBBU. Remove and save the screw located in the mounting bracket (Figure 13).

Two plugs are mounted in the MPSA con-

FIGURE 13-PBBU MOUNTING SCREW

FIGURE 15-PBBU MOUNTING PINS

02.25 Use the previously removed screw and secure the mounting bracket to the control panel.

02.26 Plug the connector into the nine-hole

jack in the center of the PBBU.

prongs into the jack, they are keyed so that they can be mated in only one position.

02.27

ness are caught between the cover and the PBBU heat sink (Figure 16), and replace the MPSAcover. Secure it with the ten screws originally removed.

-5-

Make certainthat no wires from the.har-

Do not

force the

MPSA-200 INSTALLATION SECTION

100-003-255

JULY 1994

02.42

and separator, which should be located in a min-

imum access area, such as a closet or a well

ventilated cabinet.

Secure the batteries in the battery rack

FIGURE 16-PBBU HEAT SINK

02.28 ure 14). If it catches and stays in, press it again to

cause it to release and protrude out of the control panel. The button must be out for the MPSA to operate normally.

02.29 Remove the spare fuse from the P88U

kit, and put it in the holder located on the top of the

MPSA.

02.30

02.31 tie it to the power cord where it connects to the MPSA.

02.32 The “PBBU-4 REV”decal must be placed on the control panel of the MPSA. Remove the decal from the’kit, peel the backing off, and place it on the control panel (Figure 14).

Depress the battery override button (Fig-

Required Labels and Warning Tags Remove the warning tag from the kit and

02.40 Battery Connection

DANGER! Do not attempt to connect the batteries to the MPSA while the AC power cord is

plugged in, or without the MPSA being

connected to the MKSU. Do not connect the two-wire cable to the batteries before connecting it to the MPSA. Once the bat-

teries are connected to the MPSA the 24 V output terminals are live.

02.41 Select a location for the batteries near the power supply. The loop length of the cable connecting them to the power supply will determine the minimum gauge wire which can be used

in the cable. See Table

The area in which the batteries are to be locatedmustbe wellventilatedtopreventa dangerous accumulation of battery gases.

The batteries must also be protected from moisture and extreme temperatures.

A

DANGER!

02.43 in the OFF (out) position.

02.44 Loosen the two screws on the terminal strip identified as 24V/BAllERY.

02.45 Connect the battery fuse (or circuit breaker) lead to the negative terminal on battery

#l (Figure 17).

Lockwasher’

Verify that the battery override button is

Batters

Bolt/

r Terminal

FIGURE17 i _

BATTERY TERMINAL AlTACHMENT

02.46 Attach the negative wire of the 2-wire cable to the battery fuse (or circuit breaker).

02.47 Connect the positive wire to the positive

terminal of battery #2 (see Figure 17).

02.48 Connect the two batteries with the single-wire cable--one end to the positive terminal on battery #1 and the other end to the negative terminal on battery #2 (Figure 18).

NOTE: Place the cable clamp over the two-wire cable and secure it to either the battery rack or the protective cabinet. Adjust the clamp to relieve strain on the cable.

02.50 Installation Finalization

02.51 Plug in the AC power cord, and verify that the AC ON indicator is lit.

02.52 that the DC ON indicator is lit to indicate that the batteries are supplying electrical power.

02.53 Replace the termi’r;al strip cover and test the

and battery back-up power.

Unplug the AC power cord, and verify

Strata

Ssystem functions under both AC

-6-

MPSA-200 INSTALLATION

SECTION 100-003-255

JULY 1984

Battery #2

1 ‘k m r + Marker

--

1 / 1 MPSA-200

r Clamp

--

0

--

A

si”g,&iz9yLJ

Cable

FIGURE 18--RECOMMENDED WIRING DIAGRAM

Battery Rack

and Separator

IMPORTANT!

When testing is complete, make certain that the battery override button is in the OFF position and that the AC ON indicator is lit.

To MKSU

TOSHIBA SYSTEM PRACTICES

ELECTRONIC KEY TELEPHONE SYSTEM

SYSTEM PROGRAMMING

SECTION 1 oJo;I$3;;:

Strata S

PROGRAMMING PROCEDURES

TOSHIBA SYSTEM PRACTICES ELECTRONIC KEY TELEPHONE SYSTEM

FCC REGISTRATION

The

Strata S

electronic key telephone sys-

tem is registered in accordance with the provi-

sions of Part 68 of the Federal Communications Commission’s Rules and Regulations.

TOSHIBA PUBLICATIONS

SECTlON 100-003-000

JULY 1984

You must notify the telephone company upon

final disconnection of your equipment.

RADIO FEQUENCY INTERFERENCE

FCC REQUIREMENTS

Means of Connection

The Federal Communications Commission (FCC)

has established rules which permit the

Strata

S electronic key telephone system to be connected directly to the telephone network. A locally-provided jack is used for this connection-

jacks for this type of customer-provided equip:

ment will not be provided on party lines or coin lines.

lncidence,of Harm

If

the

Strata S

system is malfunctioning, it

may also be disrupting the telephone network. The system should be disconnected until the problem can be determined and repaired. If this is not done, the telephone company may temporarily disconnect service.

Telephone Network Compatibility

The telephone company may make changes in its technical operations and procedures. If such changes affect the compatibility or use of the

Strata S

system, the telephone company is

required to give adequate notice of changes. Notification of Telephone Company

Before connecting a

Strata

Ssystem to the telephone network, the telephone company must be provided with the following:

1) Your telephone number

2) The FCC registration number (BF 287N-

13414KF-E)

3) The ringer equivalence number (0.5 B)

4) The USOC jack required (RJ-25C)

hems 2,8, and 4 are also indicated on the equipment laoel.

Warning:-This equipment generates and uses radio frequency energy and if not installed and used properly (that is, in strict accordance with the manufacturer’s instructions), may cause interfer-

ence to radio and television reception. The equip-

ment has been type tested and found to comply

with the limits for a Class B computing device in

accordance with the specifications in Subpart J of Pan 15 of FCC rules, which are designed to pro-

vide reasonable protection against such interfer-

ence in a residential installation. However, there is no guarantee that interference will not occur. If

this equipment does cause interference to radio or telelvision reception, which can be determined by turning the equipment off and on, correct the

interference by one or more of the following measures:

l

Reorient the receiving antenna.

+ Reorient the telephone equipment with res-

pect to the receiver.

l

Move the telephone equipment away from the receiver.

l

Plug the key service unit into a different AC outlet so that the KSU and receiver are on

different circuits.

If necessary, the user should consult the dealer or an experienced radio/television technician for additional suggestions. The user may find the fol-

lowing booklet, prepared bythe Federal Commun-

ications Commission, helpful: How Toldentifyand Resolve Radio-TV Interference Problems. This booklet is available from the U.S. Government

Printing Dffice, Washington, D.C. 20402, Stock

No. 004-OOO-OO345-4.

-.

TOSHIBA SYSTEM PBACTICES

ELECTBONIC KEY TELEPHONE SYSTEM SECTION 100-003-300

e..

SYSTEM PROGRAMMING

JULY 1984

Strata S

SYSTEM PROGRAMMING PROCEDURES

3XX Program-Station CO Line Access 4XX Program-Station Type and Flexible Key Assignment 5XX Program-Station Class of Service 4 6XX Program-Toll Restriction Classification * : : : : : : : : : : : 4 7XX Program-Station Outgoing Call Restriction 8XX Program-CO Ringing Assignments-Day 9xX Program-CO Ringing Assignments-Night 4

FIGURE l-EKT Key Assignments

TABLE l-System Record Sheet

Initialization

System Data En&

TABLE 2-Initialized Data’ : : : : : : : : : : : : : : : : : : : : : : : 10

PROGRAM TABLE LIST TABLE 3-Program 01 -System Assignments TABLE 4-Program 05-Automatic Recall From Hold Timing TABLE 5-Program D6-Automatic Release on Hold Enable

TABLE 6-Program 07-Automatic Release on Hold Timing ........

TABLE 7-Program lo-PBX Backup 16 TABLE 8-Program 1X-PBX Access Codes * : : : : : 1 : : : : : : : : : 17 TABLE g--Program 20-Toll Restriction Disable TABLE lD-Program 2X-Toll Restriction Exception Cddds ’ : : : : : : : : : 19 TABLE 1 l-Program 3XX-Station CO Line Access

TABLE 12-Program 4XX-Station Type & Flexible Key Assignment TABLE 13-Program SXX-Station Class of Service . TABLE 14-Program 6xX-Toll Restriction Classification

TABLE 1 !&Program 7XX-Station Outgoing Call Restriction ........ 24

TABLE 16-Program 8xX-CO Ringing Assignments-Day

TABLE 17-Program 9xX-CO Ringing Assignments-Night

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

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

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

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

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

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

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

.......... : : : : : : : : : 5

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

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

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

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

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

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

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

......... 3

... ; ..... 3

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

.....

.........

..........

........

.......

.

-:

.......

........

: : : : 22

PAGE

i

1 2 2 .

2 2

3 3

3

4 4

6

10 10

11 12

13 14 15

18

20

21 23’

25 26

SYSTEM PROGWMING

SECTION 100403-300

JULY 1984

01 INTRODUCTION

01 .Ol The data governing overall system operation and feature execution for Strcrm S is stored in read-only-memory (ROM) and cannot be altered in the field. However, thedata controlling operation of the various options, both sys-

tem and station, is stored in random-access-

memory (RAM) and can easily be changed ac-

cording to individual installation requirements.

01.02 All Stretir S options are controlled by 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 All system data changes are made via station 17 (as the input/output device). 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 system may still be used in the usual fashion.

01.04 A memory back-up battery is provided

to prevent loss of system data memory in the

event of a power failure.

NOTE:

Whenever a system is installed, the system

must be initialized. See Paragraph 02.60.

02 PROGRAMMING PROCEDURES

02.00 General

02.01 The in the 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. For convenience, station 17 can be moved from its

usual location and plugged directly into the jack marked “EKT” on the right side panel of the KSU. The EKT at the normal station 17 location

must be disconnected when this jack is used.

StrataS

system must be placed

In the majority of programs(Type l), them,

m and mkeys are used to change “bits”

of system data. The LEDs associated with the various keys show the status of that “bit” before and after key operation. A particular key and LED will have a different meaning, depending upon the program number being

used.

In Type 2 programs, the dial pad is used to enter data. In this case, the system, using the INT, CO and selected AD LEDs, verifies the entered data by displaying the number in Binary format.

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

and then depressing the m] key on station

17. After the station has been activated, a pro-

gram number is dialed on the station dial pad, and the system will respond as follows:

Type 1 programs:

Station 17 LEDs will display the existing data in these categories.

Type 2 programs:

AD 2 LED on station 17 will flash continuously. Actual data may be reviewed without

alteration by multiple operation of the @ key.

02.04 Data can be altered while it is being

displayed. To input new data via station 17, perform the following:

Type 1 programs:

The state of an LED is altered by depressing

its associated key. Depressing the key while

the LED is “on” will turn it off and vice-versa.

Type 2 programs:

Data is entered via the dial pad. The LEDs

will display the data and digit number in

Binary format.

02.05 Once the desired data is entered and

displayed, it is written into memory by depress-

ing the I=] key on station 17.

02.02 When the system is in the programming mode, station 17 is used to enter the sys-

tem data in one of two ways:

NOTE: AI/ tables and procedures that follow as-

sume station 17 has the ‘Standard” key

pattern

and A~\N/FL ).

INT , 1-1, ml, m]

23

System and CO line options are written into temporary storage when the /m] key is depressed. After all changes in these categories have been made, transfer the data

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 changes

-l-

SYSTEM PROGRAMMING SECTION 1 W-993-399 JULY 1994

m..

are effective immediately after the I=] 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 as follows:

l

Release the SET switch on the switch panel, and cycle (rock) the MKSU power switch OFF

and ON to transfer all data into the main data

memory. Note, all calls are dropped when this

occurs.

02.10 Multiple Station Programming

02.11 select options for individual stations (where XX represents the station number of the station being programmed). To save time, it is possible to program a// stations simultaneously or in groups.

Programs 3XX through 9xX are used to

1X: PBX Access Codes

20: Toll Restriction Disable

2X: Toll Restriction Exception Codes

c) Station

3XX: Station CO Line Access 4XX: Station Type and Flexible Key

5xX: Station Class of Service

6xX: Toll Restriction Classification 7XX: Station Outgoing Restriction 8XX: CO Ringing Assignments-Day 9xX: CO Ringing Assignments-Nite

02.23 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

Options

Assignment

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:

q

m : All stations

q

m: Stations 10 N 13

0121: Stations 14-17

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

02.20 Preparation

02.21 programmed, option selections must be made and

then indicated on the System Record Sheet (Table

1). The Record Sheet, one of which accompanies

each MKSU, will then serve as a programming

guide and installation record.

02.22 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)

Before Strsea Ssystem data can be

System Options

01: System Assignments 05: Automatic Recall From Hold Timing

CO Line Options

06: Automatic Release On Hold (AROH)

Enable

07: Automatic Release On Hold Timing

10: PBX Backup

02.24 After making the system option selections per the following instructions, record the

various choices in the System Record Sheet. Use the tables at the end of this section for detailed programming instructions. .

02.30 System Options: 01 Program-System Assignments

Six options are selected with this program,

usin

I3

LEDs. For the options selected, mark an X as indicated.

1) Message Center Station 1 D-mark an X next

2) Message Center Station 1 l-mark an X next

3) Pause Timing (PBX Access Code)-mark an X

4) Flash Time-mark an X next to CO 2 if the

the m, Lo, m, m, m3( and

AD 4 keys to change the status of their respective

to AD 4 if station 10 is to be the message center.

to AD 3 if station 11 is to be the message center.

NOTE:

Only one message center is permitted; if both

stations are chosen as message centers, sta-

tion 10 will have priority.

next to CO 3 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 1.5&cond pause is sufficient.

line-open interval produced by the Im] key

-2-

‘.

SYSTEM PROGRAMMiNG

SECTION 1 W-oo3-3oo

JULY 1984

is to be 0.5-second for behind PBX operation. Leave blank if the 2.0-second flash for dial

tone recall is required.

Station 10 DND/NITE Key-mark an X next to

5)

CO 1 if the IDND/NITEJ key on station 10 is to be a DND key. leave blank if mkey is required.

Tone First-mark an X next to INT if Tone First

6)

intercom signalling is required. Leave blank if

Voice First signailing is required.

05

Program-Automatic Recall From Hold Timing

Sets the timing for the Automatic Recall From

Hold feature.

1) If a recall is desired, select a time period of 16

- 160 seconds and mark an X next to the appropriate key in the System Record Sheet.

The times are not accumulative-only one key

can be selected.

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

02.40 CO tine Options 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.

l

Mark an X next to each CO line that requires

AROH.

07 Program-Automatic Release On Hold Timing

Informs the system of the access codes

US& by

the PBX that is connected to the linesselected in

Program 10. Strcrtcr will recognize the access

codes and react appropriately for Toll Restriction,

Automatic Dialing and Repeat Last Number Dialed.

l

Enter the actual access codes (maximum: 8).

NO

JE:

If the access code is a sibgle digit, enter ****‘in the second column. lf all combinations follo wing a particular first digit are to be considered access codes (e.g. 91, 92, 93, etc.). enter “D ‘# (do not care) in the second column.

20 Program-Toll Restriction Disable

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

l

Mark an X next to each CO line on which Toll

Restriction is not to function.

’ 2X Program-Toll Restriction Exception Codes

Informs the system of a maximum of five 4-digit codes (area codes or office codesjthat are allowed

to be dialed by Toll Restricted stations.

l

Enter the actual 4-digit codes (maximum: 5).

NO

JES:

1) Stations allowed access to codes 1, 2. and 3 may dial up to seven dig& following the 4-digit codes.

2) Stations allowed access to codes 4 and 5 may dial up to 29 dig& (for MCI. SPRINT,

etc.) following the 4-digit codes.

Selects Cross Bar (XB) or ESS timing for the

AROH feature using each CO line key to represent

itself.

l

Mark an X next to each CO line that requires

XB timing; leave blank if ESS timing is required.

NO

JE:

Program 07 will have no meaning if AROH

was rejected in Program 06.

10 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 line that is to be

connected to a PBX station line.

1 X Program-PBX Access Codes

02.40 Station Options 3XX Program-Station

CO

tine 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. Selections must be

repeated for all stations.

l

Mark an X next to each .CO line that is to be

:

accessed by the station in question,

4XX Program-Station Type and Flexible Key

Assignment

Informs the system of the type and style telephone being used at each station (see Figure 1 for representative key designation strips). Selection must be made for each station.

-3-

SYSTEM PROGRAMMING SECTlON 100-903-399

JULY 1994

e..

1) Mark an X next to CO 2 if the EKT is equipped with 1 O-key #2 or 20-key #3 configuration.

Mark an X next to AD 3 if the station will be

2)

allowed to dial 911 and 800 numbers.

2) MarkanXnexttoCO 1 iftheEKTistohavethe 1 O-key #l or 20-key #2 configuration.

3) Mark an X next to INT if the EKT is to have the 1 O-key #l or 20-key #l .

NOTE: Instructions #I and #3 cover all available EK Ts, #2 is a 20-key exclusive (see Figure 1 I.

5XX Program-Station Class of Service

Six options are selected with this program,

using m, a and JAD keys to change the status of their respective LEDs. The selections listed below must be repeated for each station. In all cases, mark an X where indicated:

1) Privacy Override-mark an X next to AD 4 if the station is allowed the Privacy Override

feature.

NOTE:

A maximum of two stations are permirred to

use the Privacy Override feature. If more than two are programmed, only the two lowest

numbered stations wiiibe allowed to use this

feature and the others will be ignored

DND Override-mark an X next to AD 3 if the

2)

station is allowed the DND Override feature. Speakerphone-mark an X next to CO 3 if the

3)

station is allowed to use the Speakerphone feature (optional EKT).

Microphone Control-mark an X next to CO 2

4) if the station’s speakerphone isallowed push-

on/push-off microphone control.

Automatic Line Preferenc-arkan X next to

5) CO 1 if the station is allowed the Automatic

Line Preference feature.

All Call-mark an X next to INT if the station is

6)

included in an All Call page.

6XX Program-Toll Restriction Classification

Eight different Toll Restriction Classifications

may be selected by this program using the m, m and mkeys. DefinestypeofToll Restriction that will be functional on individual stations. Selections must be made for each station:

Mark an X next to AD 2 if the station will be

3) allowed to dial 1 + 7digit number.

Mark an X next to AD 1 if the station will be

4)

restricted to dialing 7digit numbers. Mark an X next to CO 3 if the station will be

5)

restricted from dialing 0 as the first number. Mark an X next to CO 2 if the station will be

6)

restricted from dialing 0 as the second number. Mark an X next to CO 1 if the station will be

7)

restricted from dialing 1 as the first number. Mark an X next to INT if the station will be

8)

mstricted from dialing 1 as the second number.

NOTE:

The exception codes (4 digas) may be pro-

grammed using Program 2X These codes

can be any combination of digits and will cause tollrestriction to be bypassed-tollrestriction may be disabled on’ a system-wide

per-CO line basis using Program 20.

7XX Program-Station Outgoing Call Re- striction

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 is to have restricted access by the station in question.

8XX Program-CO Ringing Assignments-Day

Selects which CO lines will ring at a given station when the system is in the “DAY” mode. Selections must be made for each station.

l

Mark an X next to each CO line that is to ring at

the station in question.

9xX Program-CO Ringing Assignment-Night

Selects which CO line will ring at a given station when the system is in the “NITE” mode. Selections must be made for each station.

l

Mark an X next to each CO line that is to ring at -.

the station in question.

1) Mark an X next to AD 4 if ihe station will be allowed to dial 411.

-4

SYSTEM PROGRAMMING

SECTION 100-003-300

JULY 1994

1 O-key EKT #1

YW/FL

1 O-key Ett

MW/FL

I

b-4

1 DND 1

AD4

I I

AD 3

I I

AD 2

I I

AD 1

I

DND

REP

PAU

r#2 20-key EKT ##1

20-key EKT #2

PO-key EKT ##3

CD 3

H

I

I I

CD 3

CD 2

CD 1

FIG1

RE l-EKT KEY ASSIGNMENTS

-5-

SYSTEM PROGfIAMMlNG

SECTlON 1 W-993-399

JULY 1994

v..

X = Select (LED on) Initialized Data: AD 4 LED on; all other LEDs off

NOTE:

Only one Message Center is permitted; if both stations 10 and 11

are chosen as Message Centers. station IO will have priority.

AUTOMATIC RECALL FROM HOLD TIMING

TABLE 1

SYSTEM RECORD SHEET

PROGRAM 01 -SYSTEM ASSIGNMENTS

PROGRAM 05

KEY/LED X TIME

CO LINE OPTIONS

PROGRAM 06

AUTOMATIC RELEASE

ON HOLD ENABLE

A04 160 Seconds AD3 128 Sfxotlds A02 96 Seconds AD1 64 Seconds co3 46 seconds co2 32 Seconds co 1 16 Seconds

IN1 No Recall

X = Select (LED on)

Initialized Data: 32 Seconds

AUTOMATIC RELEASE

I

; -.-:

PROGRAM 07

ON HOLD TIMING

-.

X = Enable (LED on) Initialized Data: All LEDs off

X = X8 (LED on)

Initialized Data:

All LEDs off

-6-

PROGRAM lo-PBX BACKUP

X = Connected to PBX line (LED on)

Initialized Data: All LEDs off

PROGRAM 1X-PBX ACCESS CODES

SYSTEM PROGRAMMING

SECTION 100-003-3790

JULY 1994

Enter Access Codes (maximum: 8)

Initialized Data: None

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

“**’ in the second column. If all combinations following a particular first digtl are to be considered access codes (e.g., 9 I, 92,93, etc.), enter “D” (do not care) in the second column.

PROGRAM 20~TOLL RESTRICTION DISABLE

X = Disable (LED on)

Initialized Data: All LEDs off

PROGRAM 2X-TOLL RESTRICTION EXCEPTION CODES

CODE FIRST SECOND THlRD FOURTH

#l (21)

#3(23) ~(24)

Enter actual Exception Codes (maximum: 5)

Initialized Data: None

NOTE: ff codes are less than four dig&, enter -**’ in the remaining spaces.

-7-

SYSTEM PROGRAMMING

SECTION 100-003-3OU ‘.

JULY 1984

v..

PROGRAM SXX-STATION CO LINE ACCESS

X = Select (LED on) Initialized Data: All LEDs on

PROGRAM 4XX-STATION TYPE and FLEXIBLE KEY ASSIGNMENT

(See figure 1)

X = Select (LED on) Initialized Data: INT LED on; all other LEDs off

PROGRAM SXX-STATION CLASS OF SERVICE

KEY/LED FEATURE

AD4 AD3

co3 co2 CO1

INT

Privacy Override Allowed DND Overrii Allowed

SVEnaMd

Microphone Push-am/Push-off

Auto tin, Prehrence Allowed

Include in All Call

STATION NUMBERS

lOtllll2Il3l14l1Sll6Il

X = Sele ct (LED on) Initialized Data: COs 3 & 1 & INT LEDs on; other LEDs off

PROGRAM 6xX-TOLL RESTRICTION CLASSIFICATION

KEY/LED FEATURE

AD4 AD3 . Allow911 and800 AD2 AD1

co3 co2

CO1

INT

Allow 411

Allow 1 + 7 digits

Restrict more than 7 digits RestriuDas lstdiait Restrict 0 as 2nd digit Restrict 1 as lstdigit Restrict 1 as 2nd digit

STATION NUMBERS

1011121314151S17

X = Select (LED on) Initialized Data: No Restriction

-8-

SYSTEM PROGRAMMING

SECTION 100-003-390

PROGRAM 7XX-STATION OUTGOING CALL RESTRICTION

JULY 1984

KEY/LED

co3 co2 co 1

Restricted

FEATU R E

X = Select (LED on) Initialized Data:

STATION NUMBERS

101112131416161~

All

LEDs off

PROGRAM 8xX-CO RINGING ASSIGNMENTS-DAY

KEY/LED FEATURE

co3 co2 co 1

Ring in Day Ring in Day

Ring in Day

X = Select (LED on) Initialized Data: Station 1 O-all LEDs on; all others off

STATION NUMBERS

1011121314151617

PROGRAM SXX-CO RINGING ASSIGNMENTS-NITE

I

X = Select (LED on) Initialized Data: Station 11 -all LEDs on; all others off

-s-

SYSTEM PROGRAMMING

.SECTlON 100-003-300

J@Y 1994

02.60 Initialization

02.61 Sfwate

data assignments stored in ROM that can be

entered anytime by initializing the system. The system must be initialized when it is first installed.

This will allow the system to be tested and any

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

02.62 To initialize the Make sure the power switch on the MKSU

switch panel is in the ON position. Depress the SET switch on the switch panel

b)

and allow it to lock.

l

The SET LED lights.

0 The MW/FL LED on station 17 lights.

. -

S has a list of standard system

Strata

S system:

a) Lock in the SET switch on the MKSU.

l

The.SET LED and MW/FL LED on station

17 will go on.

b) Depress the 1-1 key on station 17.

l

SPKR LED will light steadily.

c) Dial l~(~(R on the dial pad.

0 SPKR LED will flash continuously.

d) Depress the m and (COlkeys.

l

Corresponding LEDs will light steadily.

e) Depress the /ml key.

l

All station 17 LEDs (except MW/FL) will go

Off.

f) Release the SET switch.

l

The SET LED and MW/FL LED on station

17 will go off.

02.70 System Data Entry

Depress the I=] key on station 17.

d

l

The SPKR LED lights.

02.71

System Data is entered via station 17

while the system is in the “programming mode”.

Dial flmmj on the dial pad.

d)

02.72 The system is placed in the programming

Depress the I] and \co] keys.

e)

l

The corresponding LEDs light.

Depress the (ml key on station 17.

f)

l

The INT - AD 4 LEDs will flash continuously.

Depress and release the SET switch again.

9)

l

Station 17 LEDs stop flashing and return to

usual indication.

Cycle the power switch OFF and ON.

h)

02.63 The Automatic Dialing memory will contain random numbers when the system is powered

up initially. Therefore, it is necessary to clear the memory to prevent meaningless numbers from

mode by locking in the SET switch on the MKSU.

The SET LED and MW/FL LED on station 17 will

light while the system is in the programming mode.

NOTE

All tables andprocedures that follow assume

station 17 has the ‘standard* key pattern (IINTI. [cod, pin=& /EGq, Irn]).

02.73 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

being dialed. sequentially until all necessary changes are made.

TABLE 2

INITIALIZED DATA

SYSTEM OPTIONS CO LINE OPTIONS System Assignments41 Program

Message Center station 10 = Equipped Message Center station 11 = Not Equipped Pause Timing = 1.5 seconds Flash Key Timing = 2 seconds Station lb DNDjNite Key = Nite key Intercom Signalling = Voice first

Automatic Recall From Hold Timing45 Program

32 Seconds

Automatic Release On Hold Assignment46

Program

Disabled = All CO lines

Automatic Release On Hold Timing47 Program

ESS Timino = All CO lines

PBX Backup-l 0 Program

CO Operation = All CO lines

PBX Access Codes-l X Program

No Codes Assigned

-lO-

,..-

TABLE 2 (continued)

SYSTEM PROGRAMAYING

SECTlON100-003-300

JULY 1984

Toll Restriction Disable-20 Program

Toll Restriction = All CO lines

l

Ineffective if Program 6XX not utilized.

Toll Restriction Exception Codes-2X Program

No Codes Assigned

STATION OPTIONS

Station CO Line Access-3XX Program

Access Allowed = All lines, all stations

Station Type and Flexible Key Assignment4XX Program

1 O-key ##l/20-k8y #1 = All stations

l

1 O-key EKT with 4 AD keys or 20-key with

4 AD and 8 DSS keys. . CO Ringing Assignments-Nite-9XX Program

02.74 The table and page numbers for the various programs are listed below:

Station Class of Service-%X Program

Privacy Override = Not allowed all stations

DND Override = Not allowed all stations Speakerphone = Allowed all stations Microphone Control = Momentary

Automatic Line Preference= Enable all stations All Call = Include all stations

Toll Restriction Classification-CXX Program

No Restrictions = All lines, all stations

Station Outgoing Call Restriction-7XX Program

No Restrictions = All stations

CO Ringing Assignments-Day-8XX Program

All lines ring station 10

All lines ring station 11

PROGRAM-TABLE LIST

Table

3 4 5 6

7 t

10

11

12

13 14 15 16

17

System Assignments .......................

Automatic Recall From Hold Timing

AROH Enable ..............................

AROH Timing

PBX Backup ...............................

PBX Access Codes ..........................

Toll Restriction Disable Toll Restriction Exception Codes

Station CO Access ..........................

Station Type and Flexible Key Assignment

Station Class of Service .....................

Toll Restriction Classification ................

Station Outgoing Call Restriction .............

CO Ringing Assignments-Day ..............

CO Ringing Assignments-Nite

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

Title Program

01

...........

:: 07

10

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

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

.....

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

:::

3%

4xX

:E

7xX

8XX SXX

,

Page

12 13 14 15 16 17 18 19 20 21 22 23

z 26

-ll-

SYSTEM PROGRAMMING

SECTION 100-003-300

JULY 1994

PROGRAM 01 -SYSTEM ASSIGNMENTS

1. Lock in SET switch.

2. Depress the (SPKRI key on station 17.

3. Dial Iv FJ on dial pad.

4. Refer to the System Record Sheet. Using the m, m and m keys, turn associated

LEDs on or off, as required. The detailed meaning of each key/LED is shown below.

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

TABLE 3

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

SPKR LED steady on. SPKR LED flashes continuously.

AD, CO & INT 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 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.

,. -

-12-

SYSTEM PROGRAMMING

SECTION 100-003-390

-

TABLE 4

PROGRAM 05-AUTOMATIC RECALL FROM HOLD TIMING

JULY 1994

1. Lock in SET switch.

Station 17 MW/FL LED on.

An X on the record sheet means the LED should be on. Only one LED is permitted to be on, depress-

. . . or. . .

66. Transfer data into working memory per Paragraph 02.06.

SET LED goes off. Station 17 MW/FL LED goes off. New data is stored, previous data is erased.

-13-

PROGRAM 06-AUTOMATIC RELEASE ON HOLD ENABLE

1. Lock in SET switch.

2.

Depress the

3. Dial

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 the CO 1

LED is on, CO 1 will have the AROH function during normal operation. If the CO 1 LED is off, AROH will not function on that line.

5. Depress the /=I 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.

q q

lSPKR[

key on station 17.

on dial pad.

. . . or . . .

TABLE 5

SET LED on.

Station 17 MW/FL LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs are 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 viceversa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except MW/FL) go off.

SET LED goes off.

Station 17 MW/FL LED goes off. New data is stored, previous data is erased.

PROGRAM 07-AUTOMATIC RELEASE ON HOLD TIMING

1. Lock in SET switch.

2. Depress the

3. Dial fl m on 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 the CO 1 LED is on, CO 1 will use XB (cross-bar) timing

for AROH. If the CO 1 LED is off, ESS timing

will be used on that line.

5. Depress the /ml key to place new data

in memory.

6A. Go to Step 2 in another program table 6B. Trartsfer data into working memory per

Paragraph 02.06.

1 SPKRl

. . . or. . .

key on station 17.

SYSTEM PROGfWlMlNG

SECTION 1 OO-G03-300

JULY 1994

TABLE 6

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

SPKR LED steadv on.

SPKR LED flashes continuously.

CO LEDs are 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 viceversa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except MW/FL) go off.

SET LED goes off.

Station 17 MW/FL LED goes off.

New data is stored, previous data is erased.

NOTE: Program 07 will have no meaning if AR0

-15-

i was rejected in Program 06.

SYSTEM PROGIUWMING SECTION 199-993-399

JULY 1994

v..

PROGRAM 1 0-PBX BACKUP

1. Lock in SET switch.

2. Depress the m key on station 17.

3. Dial /TJ q on 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 the CO 1 LED is on; the system assumes that the CO 1 line is connected to a PBX line and will cause

features such as Toll Restriction and Auto-

matic Dialing to function accordingly.

5. Depress the 1-1 key to place new data in memory.

6A. Go to Step 2 in another program table

. . . or . . .

68. Transfer data into working memory per

Paragraph 02.06.

i

TABLE 7

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

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs are 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 viceversa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except MW/FL) go off. -

SET LED goes off.

Station 17 MW/FL LED goes off.

New data is stored, previous data is erased.

-16-

,. -

e..

SYSTEM PROGRAMMING

SECTION 100-003-300

JULY 1984

TABLE 8

PROGRAM 1 X-PBX ACCESS CODES

. Lock in SET switch.

I q a (X = 1) to program first

q

(X = 2) to program second

two digits must be

0 If the access code is a single digit, enter

q

as the second digit.

l

If all combinations following a particular first digit are to be considered access codes (e.g. 91, 92, 93, etc.), depress the (DNDI key for the second digit.

1. Depressing the q key displays the data without changing it. The first q willdispla y the first digit;

entered.)

ystem IS In program mode.

W/FL LED on.

X=LEDon

All LEDs off = no data

with this program

. ..or...

jB. Go to Step 2 in another program table

. . -or.. . iC. Transfer data into working memory per ‘aragraph 02.06.

-17-

SYSTEM PROGRAMMI#G SECTION 100-003-390

JULY 1994

e..

. -

PROGRAM 20-TOLL RESTRICTION DISABLE

1. Lock in SET switch.

2. Depress the (SPKRI key on station 17.

3. Dial

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 the CO 1 LED is on, Toll Restriction will not function on CO 1. If CO 1 LED is off, Toll Restriction will function on CO 1 _ etc.

5. Depress the l=I 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.

q q

on dial pad.

. . . or. . .

TABLE 9

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

SPKR LED steadv on. SPKR LED flashes continuously.

CO LEDs are 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 viceversa. LEDs may be turned off and on until the desired pattern is set.

All station 17 LEDs (except MW/FL) go off..

SET LED goes off.

Station 17 MW/FL LED goes off.

New data is stored. previous data is erased.

:

TABLE 10

PROGRAM 2X-TOLL RESTRICTION EXCEPTION CODES

1. Lock in SET switch.

2.

Depress the

3. Dial q a on the dial pad. X = 1,2,3, ztc.-the system will store a maximum of five ties. Dial 0111 (X = 1) to program first exception code, q @ (X = 2) to program second

4. Refer to the System Record Sheet. Using :he dial pad, enter the required 4-digit excep:ion code (four digits must be entered).

exception code, etc.

l

ff less than four digits are used, enter

for remaining digits.

1 I I I

Kev/LED Start

AD4

L AD3

AD2

/SPKRl

Flash

key on station 17.

q

1st Digit

steady

SYSTEM PROGRAMMING

SECTION 199-993-399

SET LED on. Station 17 MW/FL LED on. System is in program mode.

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

AD 2 LED will flash.

INT, CO 1,2 & 3 LEDs will light to display data in Binary format.

AD 2. 3 & 4 LEDs will light steadily to indi-

cate which digit is being displayed.

2nd Digit

Steady

I

3rd Digit

Steady

I

4th

steady

JUCY 1994

*

Dieii

, co3 I co2

. co1

INT Binary Data Binary Data Binary Data Binarv Data

NOTES:

1. Depressing the q key displays the data wtihout changing it The first the second

AllLEDsoff=nodata

I memorv.

\ Return to Step 2 in order to continue

th this program

Go to Step 2 in another program table Tran3er data into working memory per

lgraph 02.06.

q

will display the second dig& etc.

X=LEDon

. ..or... . . .

data without ente

or...

Binatv Data Binary Data Binary Data Binary Data Binary Data Binary Data 8inary Data Binary Data

SET LED goes off. Station 17 MW/FL LED goes off.

Binary Data Binary Data Binary Data Binary Data

will displa y the first

q

,. -

dig&-

SYSTEM PROGfIAMYlNG SECTION lW4G3400

JULY 1984

. -

PROGRAM SXX-STATION CO LINE ACCESS

1. Lock in SET switch.

2. Depress the

3. Dial mm @ on the dial pad. XX = the number of the station(s) to be programmed.

l

Enter q n if all stations are to be programmed simultaneously.

l

Enter q m if four lower numbered stations (10 - 13) are to be programmed simultaneously.

l

Enter j?jj (?l if four higher numbered stations (14 - 17) are to be programmed simultaneously.

4. Refer to the System Record Sheet. Using the CO keys, turn their associated LEDs on or off, as required.

0 LED on = Access allowed

l

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 the 1-1 key to place new data in memory.

6A. Return to Step 2 in order to continue

with this program

1 SPKR

[ key on station 17.

TABLE 11

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

SPKR LED steady on. SPKR LED flashes continuously.

CO LEDs will be on according to present data.

I

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 MW/FL) go off.

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

6C. Transfer data intoOCwwking memory per Paragraph 02.06.

, .

SET LED goes off: Station 17 MW/FL LED goes off. New data is stored, previous data is erased.

,.--

-2o-

- SECTION

PROGRAM 4XX-STATION TYPE and FLEXIBLE KEY ASSIGNMENT

1. Lock in SET switch.

2. Depress the

3. Dial 1’ rrrl Kl on the dial pad. XX = the number of the station(s) to be programmed.

l

Enter Dm if all stations are to be programmed simultaneously.

l

Enter q I if four lower numbered stations (10 - 13) are to be programmed simultaneously.

e Enter

tions (14 - 17) are to be programmed

simultaneously.

4. Refer to the System Record Sheet. Using the INT and CO keys, turn their associated LEDs on or off, as required.

The detailed meaning of each key is shown

below.

5. Depress the mj key to place new data in memory.

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

q q

1 SPKR

1 key on station 17.

if four higher numbered sta-

Key/LED. EKT TYPE”

co2

,COl -

INT #1 #l

SYSTEM PROGRAMMING

TABLE 12

SET LED on. Station 17 MW/FL LED on.

System is in program mode.

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

INT & CO 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 its as-

sociated key will turn it off and vice-versa. -

LEDs may be turned off and on until the

desired pattern is set.

1 O-key 20-key

#2 #3

#2

All station 17 LEDs (except MW/FL) go off.

100-003-300

JULY 1984

.

“See Figure 1

6B. Go to Step 2 in.ar%er program table

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

SET LED goes off. Station 17 MW/FL LED goes off. New data is stored, previous data is erased.

..-

-21-

SYSTEM PROGRAMMING ‘.. SECTION 199-093-390 JULY 1994

e..

TABLE 13

PROGRAM SXX-STATION CLASS OF SERVICE

1. Lock in SET switch.

all stations are to be

if four lower numbered sta-

- 13) are to be programmed

simultaneously.

l

Enter q m if four higher numbered sta-

tions (14 -

ciated LEDs on or off, as required. The detailed meaning of each key is shown below.

17) are to be programmed

and AD keys, turn their

pro-

asso-

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

or. . .

6B. Go to Step 2 in’another program table

. . . or . . .

6C. Transfer data into working memory per

Paragraph 02.06.

/FL LED goes off.

red, previous data is erased.

,. -

-22-

‘.

SYSTEM PROGRAMMI#G

SECTlON100-003-300

TABLE 14

PROGRAM GXX-TOLL RESTRICTION CLASSIFICATION

JULY 1994

1. Lock in SET switch.

number of the station(s) to be programmed.

l

Enter q j?jJ if all stations are to be programmed simultaneously.

l

Enter a/-i-J if four lower numbered stations (10 - 13) are to be programmed simultaneously.

l

Enter ]a p) if four higher numbered sta-

. .

D keys, turn their asso-

W/FL LED on.

IS already on, depressing its

as-

this program

with

66. Go to Step 2 in’ar$her program table 6C. Transfer data into working memory per

Paragraph 02.06.

-23-

SYSTEM PROGRAMMING SECTION 199-993-399

JULY 1994

v..

PROGRAM 7XX-STATION OUTGOING CALL RESTRICTION

1. Lock in SET switch.

2. Depress the

3. Dial 17 fl Kl on the dial pad. XX = the number of the station(s) to be programmed.

l

Enter /?jJa if all stations are to be

programmed simultaneously.

l

Enter q j-iJ if four lower numbered stations (10 - 13) are to be programmed simultaneously.

l

Enter m m if four higher numbered stations (14 - 17) are to be programmed simultaneously.

4. Refer to the System Record Sheet. Using the CO keys, turn their associated LEDs on or off, as required.

* LED on = Restricted outgoing calls.

l

Each CO key/LED represents itself-that

is, if the CO 1 LED is on, then the station being programmed (XX) is restricted from outgoing calls on CO 1, etc.

5. Depress the [‘I key to place new data in memory.

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

ISPKR]

key on station 17.

TABLE 15

SET LED on. Station 17 MW/FL LED on.

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

SPKR LED steady on.

SPKR LED flashes continuously. CO 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 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 MW/FL) go off.

68. Go to Step 2 in’igthei program table . . . or. . .

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

SET LED goes off. Station 17 MW/FL LED goes off. New data is stored, previous data is erased.

. . -

-24-

w..

PROGRAM 8xX-CO RINGING ASSIGNMENTS-DAY

1. Lock in SET switch.

2.

Depress the

3. Dial mm m on the dial pad.* XX = the number of the station(s) to be programmed.

0 Enter q a if all stations are to be

programmed simultaneously.

l

Enter q m if four lower numbered stations (10 - 13) are to be programmed simultaneously.

l

Enter m m if four higher numbered stations (14 - 17) are to be programmed simultaneously.

4. Refer to the System Record Sheet. Using the CO keys, turn their associated LEDs on or off, as required.

l

LED on = Ring in

0 Each CO key/LED represents itself-that

is, if the CO 1 LED is on, then the station being programmed (XX) will ring when a

call comes in on CO 1 in

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

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

ISPKR

1 key on station 17.

DAY

mode.

DAY

SYSTEM PROGRAMMING

SECTION 100-003-300

JULY 1994

TABLE 16

SET LED on.

Station 17 MW/FL LED on. System is in program mode. Normal functions halt on station 17.

SPKR LED steady on. SPKR LED flashes continuously.

CO 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 its associated key will turn it off and vice-versa. LEDs may be turned off and on until the desired pattern is set.

mode.

All station 17 LEDs (except MW/FL) go off.

6B. 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 MW/FL LED goes off. New data is stored, previous data is erased.

NOTE: Station(s) being designated to ring must be allowed access by Program 3XX.

-25-

,.-

SYSTEM PROGRAMMING SECTION 100-003-300

JULY 1994

PROGRAM 9xX-CO RINGING ASSIGiVMENTS-NITE

1. Lock in SET switch.

2. Depress the m key on station 17.

3. Dial jq rjil rjil on the dial pad.* XX = the number of the station(s) to be programmed.

l

Enter q m if all stations are to be

programmed simultaneously.

l

Enter q a if four lower numbered stations (10 - 13) are to be programmed simultaneously.

l

Enter m Tz] if four higher numbered stations (14 - 17) are to be programmed simultaneously.

4. Refer to the System Record Sheet. Using the CO keys, turn their associated LEDs on or off, as required.

l

LED on = Ring in

l

Each CO key/LED represents itself-that

is, if the CO 1 LED is on, then the station being programmed (XX) will ring when a call comes in on CO 1 in

5. Depress the [mj key to place new data in memory.

6A. Return to Step 2 in order to continue

with this program

NITE

mode.

NITE

mode.

TABLE 17

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

SPKR LED steady on. SPKR LED flashes continuously.

CO 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 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 MW/FL) go off.

6B. Go to Step 2 in’ar%er program table

. ..or...

6C. Transfer data into working memory per

Paragraph 02.06.

SET LED goes off. Station 17 MW/FL LED goes off. New data is stored, previous data is erased.

NOTE:

Station&) being designated to ring must be al/owed access by Program 3XX.

-26-

SYSTEM PROGRAMMING

JULY 1984 .

M..

Strata s”

SYSTEM RECORD SHEET

PROGRAM 01 -SYSTEM ASSIGNMENTS

X = Select (LED on) Initialized Data: AD 4 LED on; all other LEDsoff NOTE:

Only one Message Center is permitter2 if both stations 10 and ? 1 are chosen as Message Centers, station 10 will have priority.

PROGRAM 05

AUTOMATIC RECALL FROM HOLD TIMING

KEY/LED X

AD4 ’ 18oseconds AD3 128 Seconds AD2 AD1 co3 48 Seconds co2 co i 18 Seconds

INT

X = Select (LED on)

Initialized Data: 32 Seconds

TIME

98 Seconds

84 !%cm&

32 !Seconds

No Recall

CO LINE OPTIONS

PROGRAM 06 PROGRAM 07

AUTOMATIC RELEASE AUTOMATIC RELEASE

ON HOLD ENABLE ON HOLD TIMING

X = Enable (LED on)

initialized Data:

All LEDs off

-l-

X =X6 (LED on) ,..

Initialized Data:

All LEDs off

SAS-lW-OD3 lOM-l-85

SYSTEM PROGRAMMING

JULY 1994

PROGRAM lo-PBX BACKUP

\

KEY/LED X

co3 co2 co1

X = Connected to PBX line (LED on)

Initialized Date: All LEDs off

PROGRAM 1X-PBX ACCESS CODES

CODE

#l(ll)

#2(12)

#3(131

#4(14) #5(15) #6(16)

#7(17)

#a(181

Enter Access Codes (maximum: 8)

Initialized Data: None

NOTE:

If the access code is a single dig& enter

s’*Os in the second column. If all

combinations following a particular first digit are to be considered access codes (e.g., 91,92,93, etc.J, enter “D” (do not careJ in the second column.

PROGRAM 20-TOLL RESTRICTION DISABLE

KEY/LED X

co3 co2 CO1

X = Disable (LED on) X = Disable (LED on)

Initialized Data: All LEDs Initialized Data: All LEDs

Off

PROGRAM 2X-TOLL RESTRICTION EXCEPTION CODES

.

Enter actual Exception Codes (maximum: 5)

Initialized Data: None

NOTE: If codes are fess than four dig& enter -*- in the remaining spa&.

-2-

‘.

PROGRAM 3XX-STATlON CO UNE ACCESS

SYSTEM PRUGNAMMlNG

JULY 1986

X = Select (LED on)

Initialized Data: All LEDs on

PROGRAM 4XX-STATION TYPE and FLEXIBLE KEY ASSIGNMENT

(See Fiiure 1)

X = Select (LED on)

Initialized Data: INT LED on; all other LEDs off

PROGRAM 5XX-STATION CLASS OF SERVICE

.

I

X = Select (LED onj Initialized Data: COs 3 & 1 & INT LEDs on; other LEDs off

I

IIlIIIIlJ

PROGRAM GXX-TOLL RESTRICTION CLASSIFICATION

X = Select (LED on) Initialized Data: No Restriction

SYSTEM PROGRAlWMlNG

JULY 1984

‘.

e..

PROGRAM 7XX-STATION OUTGOING

KEY/LED

co3 co2 CO1

FEATURE

ReNliued Restriclad Restriuad

CALL RESTRICTION

STATION NUMBWS _

10 11 12 13 14 1116Y7

X = Select (LED on) Initialized Data: All LEDs off

PROGRAM SXX-CO RINGING ASSIGNMENTS-DAY

X = Select (LED on)

Initialized Data: Station ID-all LEDs on; all others off

PROGRAM 9xX-CO RINGING ASSIGNMENTS-NITE

X = Select (LED on)

1

Initialized Data: Station 1 l-all LEDs on; all others off

,. -

TOSHBA SYSTEM PRACTICES ELECTRONIC KEY TELEPHONE SYSTEM

Strata S

OPERATING PROCEDURES

SECTION 100-003-49D

JULY 1994

OPERATING PROCEDURES

.

TOSHIBA SYSTEM PfWTiCES

ELECTRONIC KEY TELEPHONE SYSTEM

m..

-

OPERATING PROCEDURES

SECTION 100-00340

JULY 1984

Strata S

OPERATING PROCEDURES

FAULTCLAW-FIcAT;OI;‘::::::::::::::::::::::: 1 FAULT CLEARING PROCEDURES DEFECTIVE APPARATUS RETURNS FIGURE 1 -Flow Chart Symbols FAULT IDENTIFICATION & ELIMINATION PROCEDURES TABLE A-Station Continuity Check Using Voltmeter TABLE B-Station Continuity Check Using Ohmmeter CHART NO. l-Fault Classification CHART NO. 2-Power Faults CHART NO. 3-Station Faults CHART NO. 4-MKSU Faults CHARTNO.5-COLineFaults

CHART NO. 6-MOH Faults CHART NO. 7-Page Faults

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

CHART NO. &-Power Failure Transfer Faults

................... 1

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

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

......... 2

.......... 2

.......... 3

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

...................... 6

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

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

10. 11 12

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

13

i

1

2

4 8

9

,r-

e..

01 GENERAL

01 .Ol

procedures used for the diagnosis of faults in the

Struta

Faults are classified and then cleared by replacing

apparatus and performing operational tests in the sequences prescribed by the fault clearing flow charts in Paragraph 05.

02.01

vided to ensure that fault clearing is pursued in a

logical sequence (Chart No. 1).

02.02 In the flow charts an assumption is made

that the fault was discovered and reported by an

EKT user. All faults, therefore, are classified ac-

cording to the way they would appear at the EKT.

02.03

organized into the following categories:

This section describes the maintenance

S electronic key telephone system.

02 FAULT CLASSIFICATION

A fault classification flow chart is pro-

Faults and associated flow charts are

FAULT FINDING

SECTION 1 OO-G03-500

JULY 1994

must be performed before testing. The sys-

tem data stored on the MMAU will be pro-

tected from loss by 8 backup battery on

that PCB. Therefore, the initi8liiztion sequence should not be performed on existing system.

03.02 Faults in

replacing PCBs, EKTs or the power supply, as instructed in the flow charts.

03.03

These symbols are identified in Figure 1.

03.04 The flow charts are sequentially arranged topermit rapidfault localizationwith the

S system. All fault clearing must begin with the Fault Classification Flow Chart, which is arranged in the correct fault locating sequence.

03.05 The following precautions must be observed when handling PC8s.

Five symbols are usad in the flow charts.

the

Struta

S are cleared by

DO NOT:

an

Strata'

Flow Chart Title

1 2 3 4 MKSU Faults

.5

6 MOH Faults 7 Page Faults

8 Power Failure Transfer

Fault Classification Power Faults Station Faults

CO Line Faults

Faults

03 FAULT CLEARING PROCEDURES

03.01 Before attempting to clear any fault, ensure that it is in the StrsesSsystem and not caused by

wiring, MOH source, etc.

Many features of the Strata S are assigned, enabled or disabled using software entries as described in System Programming. Further, with the exception of Pro-

grams 5XX - SXX. programming changes

are not effective untilthe SETswitch on the MKSU has been released and the MKSlJ

power switch has been cycled off/on (shif-

ting the new data into permanent memory). It is important to verify that the system programming is correct and functional before troubleshooting the hardware.

fn new systems, the initi8liz8tionprocedure

associated external equipment, such as

tMPORTANTI

Drop a PCB. Stack one PCB on top of another.

Handle a PCB without discharging any static

electricity from your person by touching a

metal part of the grounded MKSU.

Touch the PCB contacts with your fingers.

/MPORTANTI If the f8uh is not cleared by substituting 8 PCB, the original PCB must be reinstalled in the MKSU.

04 DEFECTIVE APPARATUS RETURNS

04.01 When defective is shipped for repair, the apparatus must be packed in a suitable container (an original type box is highly recommended).

a) Anti-static container for the ACOU PCB.

b) Plastic bags for EKTs, M)GU, etc.

84.02 NEVER WRITE CiN THE APPARATUS -. ITSELF! Describe the-*-nature of the defect on

an information tag, and attach the tag to

of the unit with string (not wire) so that the

tag can remain attached during the testing

repair process.

Strata

S apparatus

the front

and

. FAULT FINDlIG

SECTION 100-003-500

;flllY

1994

. -

A FLOW CHART SEQUENCE

‘.

-

START AND END OF

IMPORTANT NOTES

AFFECTING THE FAULT

CLEARING PROCEDURE

QUESTION TO BE ANSWERED

YES OR NO

PROGRESSION TO OR FROM

ANOTHER FLOW CHART LOCATION.

LETTER WILL DENOTE EXACT ENTRANCE

OR EXIT POINT

STATEMENT OF A

REQUIRED ACTION

-t

0

TO/FROM SPECIFIC FLOW CHART [FC)

r-l

FIGURE ‘I -FLOW CHART SYMBOLS

04.03 If different and/or additional faults are created in the system by substituting a PCB, tag

and return the substitute PCB as a defective unit.

05 FAULT IDENTIFICATION

and ELIMINATION PROCEDURES

05.01 The MKSU may contain a “soft” fault due to static electricity. If it is found defective during the fault finding procedures, attempt to clear a soft fault prior to returning the MKSU for repair. The

correct procedure to test for this fault is to reinitialize and reprogram (as fault returns after these procedures are performed, tag the defective MKSU and return it for repair.

necessary)

the system. If the

TABLE A

STATION CABLE CONTINUITY CHECK USING

VOLTMETER

NOTE:

Perform the following:

Modular block - check all station cables MDF - check cable from MKSU to MDF

1) Disconnect the EKT.

2) Using a DC voltmeter, measure between the wires of the two. pairs to verify the presence of the following readings:

3) An improper reading indicates an open, crossF or shorted wire.

-2-

v..

4) For the MDF-to-EKT cable, a more precise check is made using an ohmmeter per Table B.

‘Nominal voltage-within the power supply limits

of 23.2% 28.2 VDC while under AC power.

TABLE B

FAULT FINDING

SECTlOW 109-993-500

JULY 1994

At the MDF, place shorting jumper wires

4)

between the T and R of pair #l (green-red)

and the T and Fl of pair #2 (black-yellow). At the modular block, measure the resistance

5)

between all wire combinations. The proper

readings are as follows:

STATION CABLE CONTINUITY CHECK USING

OHMMETER

1) Disconnect the EKT at the wall.

2) At the MDF, remove the bridging clips.

3) Using an ohmmeter, measure the resistance between all combinations of the four wires at the modular block. All measurements should exceed 1 MOhm.

RESISTANCE

1 MOhm 1 MOhm 1 MOhm 1 MOhm

1 1 T 1 Green 1 1 1 R 1 Red

2 I T I Black I 2

‘NOTE:

The green-red and black-yellow measure-

ments should be within 10% of each other.

I R I Yellow

55 Ohms’

-3-

Toshiba Strata S User Guide

Specifications and Main Features

Frequently Asked Questions

User Manual

GENERAL DESCRIPTION

TABLE of CONTENTS

INSTALLATION INSTRUCTIONS

TABLE of CONTENTS

TABLE of CONTENTS

TABLE of CONTENTS

PROGRAMMING PROCEDURES

TABLE of CONTENTS

SYSTEM RECORD SHEET

OPERATING PROCEDURES

TABLE of CONTENTS

TABLE of CONTENTS