NEC 616 User Manual

NEC

Electra – 616

(With Addendum-001)

CONTENTS

Page

110

120

130

140

Installation Site Requirements

110.1

Physical Environment of Equipment

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

Electrical and Grounding Requirements

120.1

120.2

Other

130.1

130.2

130.3

Specifications

140.1

1402

140.3

440.4

140.5

140.6

140.7

140.8

140.9

140.10 Dialing Specification

140.11

AC Power Requirements Grounding Requirements

Considerations

Electrical Noise Generators Pre-installation Site Survey Additional Equipment

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

System Capacity

Cabling Requirements Power Requirements Surge Protection Environmental Conditions CO/PBX Line Type

Dimensions and Weight Network and Control Visual and Audible lndhtions

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

_ .

External Equipment Interfacing

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

. . . . . . .

. . . . .

1100-1

100-l

100-2

c

150

160

List of Equipment

150.4

150.2

General Information

Equipment Description

System Configuration

160.1 1602

To Determine Required Equipment

To Determine

. . . . ..*........a...*............

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

Optional Equipment

100-5

100 -7

p

SECTION 100 GENERAL INSTALLATION

110

110.1 Physical Environment of Equipment

chosen for mounting the central equipment (Key Service unit>.

1. The KSU should normally be wall-mounted to protect

2. The KSU should not be located directly beneath pipes

3. The area in which the KSU is located must be free of:

Installation

Site Requirements

The following conditions should be met at the site

against accident or flooding. Where possible

use

of a

wooden backboard is recommended for this purpose.

due to the possibility of leaks or condensation causing damage.

120.2 Grounding Requirements

The

KSU must be well-grounded. If a good conduit ground is not present at the dedicated AC outlet, the following steps should be taken:

1. Provide a suitable waterpipe ground in accordance with the local operating (telephone) company procedures.

2. If no waterpipe is available, a ground rod should be installed in accordance with local operating company

procedures.

3. In the case where a ground other than conduit ground is used a grounding terminal is provided on the ES-6 -1 as shown below in Figure 120- 1.

corrosive or inflamable gases, excessive chemical or in-

dustrial dusts, and other materials which could cause hazard to personnel or to the proper functioning of the equipment.

‘1

4. Heat and humidity must be within the limits found in Section 140 “Specifications” in this manual.

t’

5. Although its virtually noiseless operation allows a wide choice of installation sites, care should be taken that the KSU not present a hazard to office traffic. For

/

#

T

PS-6-l PSU

I I

//

purposed of economy a central location (to minimize cabling) is often preferable.

720 Electrical and Ground Requirements

120.1 AC Power Requirements

1. They system should have a dedicated 117V AC outlet separately fused for 15 AMPS.

2. The

AC

outlet should be a standard 12SV three-prong

type which provides conduit ground.

3. The AC power must be within the limits found in Section 140 “Secifications” in this manual.

4.

If the AC outlet is subject to power surges, it is recommended that the best locally available AC surge protection be installed.

Fig. 120-l Qutsideview of ES-G-1

Page 108-l

/

130

Other Consideratiaons

130.1 Electrical Noise Generators

Certain

equipment, such as welding machines,

thyrister-driven power supplies, large electrical motors, etc.

generate electrical noise. As a stored program machine the

Electra-616 System is vulnerable to this noise. When this type of machine is present at an instahation, the following precautionary steps are urged:

Locate KSU, telephone sets, and cabling away from

1. these machines.

2. If cables must pass near these machines, use shielded cabIe with the shield grounded.

3. Ensure all machines of this type are well-grounded to a separate ground to minimize noise interference.

130.2

Pre-installation Site Survey

Since a pre-installation survey is generally required

to plan for application and installation, a check of the

matters covered so far in this section at this time will pre-

vent later problems.

130.3 Additional Equipment

In addition to electronic station equipment and the KSU and their contents, other equipment is required. This includes cables, modular connecting jacks, quickconnect blocks (or smimlar apparatus), etc. This additional equipment must be locally supplied.

140 Specifications

140.1 System Capacity

The Electra-616 system capacity is as follows: CO/PBX Lines Intercom Paths Internal and External Paging Station Sets BLF Consoles

Path

6max.

2 max. 1 max.

16 max.

2 max.

Door Phones 2 max.

140.2 Cabling Requirements

1.

Cabling required for Key Telephone Sets, BLF Consoles, Door Phones is as follows:

1) Required Cable

-

Key Telephone Set: Twisted 2-pair cable

-

BLF Console:

-

Door Phone:

Twisted 1 -pair cable Twisted 1 -pair cable

2) Maximum Loop Resistance and Cable Length at 24AWG

-

Key Telephone Set: 40 ohms, 700 ft. (21Om)

-

BLF Console:

-

Door Phone:

40 ohms, 700 ft. (21Om) 40 ohms, 700 ft. (210m)

3) Maximum Cable Length at 22AWG

*

Key Telephone Set: 1,150 ft. (35Om)

-

BLF Console:

-

Door Phone:

1,150 ft. (35Om) 1,150 ft. (35Om)

- “g-‘ : >;

a;

3

. ..+

.5>

__._

‘P

^

‘2:

.+iy

:,.

:ig;

‘?:9

._>.

;y

,’

Lt..

:;

:

x

.k.

7,

Page 100-2

2. BLF Consoles require a local power supply (provided with each unit), which plugs into a 117V AC outlet. The cable provided with these units is 6 feet in length.

I

3. Fuse Replacement

Replace fuses in accordance with Table 140- 1.

Table

140-l Fuse Specifications For PS-6-1 and KSI-S

(~__-___-.~-___./

Note:

7his is NOTa recommendation that more than one

set of protectors be installed on CO lines at instaila-

tion premises. Improper installation of additional

protection can be a serious safety hazard.

. .

‘*a

Note 1: FI is 1/4”x I-1/4”size normal blown glass tube or

ceramic fuse. Buss 3A G 125 V., 4A fuse.

Note2:

140.3 Power Requirements

KSI-S Fl - F8 are 13/64” c 45164” (S mm x 20 mm) size normal blown glass tube fuse. Buss GMA I25 V., O.SA fuse.

Do not install any ‘slow blow” fuses in the ES-6-I KSU.

1. AC Input

- 117V

AC f 1 O%, SO or 60Hz + 1 O%, single phase

. Max. current draw: 4.OA

*

Dedicated outlet separately fused at 15A max.

2. Power Supply Outputs (PS-6 - 1)

DC Voltage

+5v + 0.25v

+12v 5 O.5V

+24V it 1 .QV

+41v * l.OV

Max. current

4.OA

1.2A

2.OA

1.4A

3. BLF Console Power Supply

Output Voltage: Max. Output Current:

140.4 Surge Protection

9vDC

0.3A

If an installation is subject to AC power surges it is recommended that the most effective locally available form of surge protection be supplied. CO Lines are protected by the local operating (telephone) company. It is recommended that the most effective locally available form of protection be installed on CO/PBX lines by the local operating (telephone) company.

140.5

Environmental Conditions

1. Temperature: pperating:

+32” F- 104°F (O”C-

40°C)

Recommended long term: +50”F- 90°F

2. Humidity:

Operating 10 - 90 percent

140.6 CO/PBX

Line Type

CO/PBX Line Type: 2 wire, loop start

140.7 Dimensions and Weight

ES-6-I KSU W/PSU

ET-6-I TEL

490(W) x 195S(D)x 421(H)mm, 40 Lbs (I 8kg)

210(W) x 222(D) x 82(H)mm,

2.9 Lbs (1300g)

EB-6-1 BLF

75(W) x 222(D) x 82(H)mm,

1.3 Lbs (600g)

DP-6-1 Door Phone

140.8 Network and Control

100(W) x 132(D) x 31.5(H)mm,

0.4 Lbs (200g)

1. Control

.

Control:

.

Central processor:

.

Microprocessor in keyset:

Stored program 8085A pCOM43N (4 bit one-

chip microcomputer)

.

Clock (KSU-keyset):

.

Transmission data:

33kHz 9 bits

(from KSU to keyset)

.

Scanning time for each

Every SO msec.

keyset:

.

Number of cable pairs from 2 pair wire for keyset

KSU to each station:

.

For keyset, one pair:

Voice and signalling

one pair: Data sending and re-

ceiving

.

For Door Phone, one pair: Voice and signalling

.

For BLF, one pair:

Data receiving

Page 100-3

2.

Network

-

Matrix:

Single stage, non blocking C-MOS switch ar-

ray

. Keyset network:

Electronic circuit using

custom LSI (Equivalent

to 500 type standard network)

- Transmitter and Receiver

:

Dynamic type (Equivalent to 500 type standard telephone transmitter and receiver)

3. Transmission

- Cross talk attenuation:

More than 75 dB for

300-3, SOOkHz

- Insertion loss,

station to trunk:

140.9 Visual and Audible

Less than 1.8 dB at

IkHZ

Indications

1. Visual

Lamp indications of a Keyset are as follows:

* Idle condition:

-

Busy CO/PBX and

Not lit

Steady light

intercom path:

-

Incoming CO/PBX and

Flashing light at 601PM

intercom call:

* Call hold CO/PBX:

Winking light at

‘120IPM

-

I-Hold indication

Intermittent wink light

(CO/PBX):

* Hold reminder:

2. Audible Indication

I) CO/PBX call

-

Incoming call on CO/PBX (idle):

Flashing light at 6OOIPM

483Hz/64SHz modulated by lOHz, 1

ON/1 sec. OFF

*

Incoming call on

CO/PBX (Receiver off

hook):

*

Hold reminder:

1200Hz/580Hz

1200Hz,

0.5 sec. ON/O.5 sec. OFF

sec.

2)

Intercom call

-

Calling signal for

called station:

* Ringback tone:

-

Busy tone:

- Call waiting tone:

- Override tone:

-

Error tone:

* Store speed dial tone:

140.10 Dialing Spxification

1.

Dial Pulse Address Signalling

a) Pulse rate:

b) Percent break:

c) Interdigital interval:

2. DTMF Address Signalling

Frequencies:

a>

Nominal Low Group

Frequencies (Hz) 852 7

Frequency deviation:

Voice signaIling after tone burst (580Hz,

0.75 sec.) 580Hz,O.75 sec. 580Hz,

0.5 sec. ON/OS sec. OFF

1200Hz,

0.5 sec. ON/O.5 sec. OFF

58OHz, 0.75 sec.

1200Hz,

0.25 sec. ON/O.25 sec.

OFF

580Hz

10 pps or 20 ppS

61 t 3 percent

800 msec.

Two sinusoidal signals, one from a high group of three frequencies and one from a low group of four frequen-

cies.

Nominal High Group

Frequencies (Hz)

1209 1336 1477

---

69J 1 2 3

770 4

5 6 8 9

w*

0

Within * 1.5%

7

#

Page 100-4

.-,_ ,.

c) Signal level

d) Duration of two

e) Interdigital time:

3. Dialing Memories

a) Last COjPBX Number

b) Speed Dialing-Station:

c) Speed Dialing-System:

140.11

1.

External Paging

-

?

-

2. Output to External Amplifier for External Paging

-

3. BGM Input to PBS-S

4. MOH Input

-

Minimum level per

frequency: Low group:

High group:

frequency signal:

Redial:

External Equipment Interfacing

Output power:

Required speaker inpedance:

Output power: Output impedance:

-

Input level:

-

Required output

impedance of

amplifier:

Input level

Required output

impedance of signal source

:

-1OdBm

- 8dBm

60 msec. min.

00 msec. min.

16 digits max.

(including pause)

16 numbers (16 digits,

including any pauses)

4q numbers (16 digits, including any pauses)

1 watt

600 ohms

-1.5 dBm 600 ohms

1

watt (nominal)

600 ohms

lm watt (nominal)/8

ohms 8 ohms

150

150.1 General Information

List of Equipment

1. The Key Service Unit (ES-6-1 KSU) comes equipped with two common control cards {CPU-S KTU, CLK-S KTU), a power supply (PS-6-1 PSU), and an Installation Service Manual (ND- 173 14). A wall mounting bracket is also supplied for wall mounting the KSU. All other equipment must be ordered according to application requirements. All customer-provided optional equipment (external amplifier, MOH music source, speakers, etc.) must be locally provided.

150.2 Equipment Description

1.

ES-6-1 KSU (Key Service Unit) is the Key Service Unit. This steel cabinet houses two common cards, Power Supply and various Key Telephone Units (KTUs). It provides service for up to 6 CO/PBX lines,

16 Keysets, 2 Door Phones, 2 BLFs and various system

options.

2.

PS-6-1 PSU is the Power Supply required for the

ES-6-l KSU. The PS-6-

1 is

provided mounted in the ES-6-l KSU and supplies the required voltages to KTUs installed within, and station equipment connected to the ES-6-1 KSU.

3.

CPU-S KTU (Central Processing Key Telephone Unit) is composed of three sections: the Central Processor, The ROM section for storing the generic programmed instructions, and the RAM section for storing system configuration and day to day data. The CPU-S KTU conains an 8085A 8 bit microprocessor which executes many different functions under the control sequence of programmed instructions stored in ROM. The CPU-S KTU is provided installed in the ES-6-l KSU.

CLK- I KTU (Clock Generator Key Telephone Unit) is

4. composed of 5 sections: The I/O section distributes the data signals sent to or from the CPU. It provides an amplifier for internal paging, clocking for rotary dial pulse signalling and a control circuit for external CO/PBX signal!ing. The Tone source section of the CLK generates the signal for COjPBX ringing in the system.

DCI-S KTU (Dial Pulse Converter Interface Key

5. Telephone Unit) provides circuits to serve up to 3 CO/PBX lines and contains circuitry for CO/PBX ring detection, hold and control functions. It also sends rotary dial pulse signalling to CO/PBX lines in accordance with dialing from keysets. A DCI-S KTU and a MFI -S KTU can be mixed in a system.

.

Page 100-5

6. MFI-S KTU (Dual-Tone Multip Frequency Interface Key Telephone Unit) provides circuits to serve up to 3 CO/PBX lines, and contains circuitry for CO/PBX ring detection, hold and control functions. It also sends DTMF dial signalling to CO/PBX lines in accordance with dialing from keysets. A MFI-S KTY and a DCI-S KTU can be mixed in a system.

. 7.

KSI-S KTU (Keyset Interface Key Telephone Unit) provides data control to the Electronic Key Telephone set (ET-6-l). Each KSI-S KTU provides circuits to serve up to 8 Electronic Key Telephone Sets.

SWM-S KTU (Switch Matrix Key Telephone Unit)

8. contains a 8 x 12 semi-conductor switching matrix for connection of keysets to CO/PBX lines, intercom paths, door phones, and paging trunks. Each SWM-S connects 8 keysets to 3 CO/PBX fines, 2 door phones, 2 intercom paths and internal and external paging trunks. Each SWM-S provides a talk battery supply for up to 8 ET-6- 1 Telephones.

ET-6- 1 Telephone is a fully-modular push button dial

9. electronic key telephone set with 35 nonlocking buttons, a 2 digit LED display and a speaker and microphone for voice page and handsfree answerback on ICM calls. 6 of the buttons are CO/PBX line buttons,

13 buttons are function buttons, and 16 buttons are used both for DSS (Direct Station Selection) and Station Speed Dialing. Each keyset requires 2 pair cabling to the Main Distribution Frame (MDF).

AHR-S KTU (Automatic Hold Release Key Telephone

10. Unit) serves up to 6 CO/PBX lines. This option provides for restoration of a held line to idle status when the outside party abandons the call. A timed disconnect signal must be sent from the central office or PBX to activate this feature. One AHR-S KTU can be installed in the ES-6- 1 KSU for this feature.

When any combination of these features is

required in

the system, one PBS-S KTU must be installed in the ES-6-l KSU.

r-- --j

I i-

12.

-----

Note:

7Yhis security feature should not he used a$ a

sOurce of protection.

failure, for example. will not result

cation.

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

A power otrtoge or component

prirrwry

in ,gn alarm indi_

DPH-S KTU (Door Phone Key Telephone Unit) contains amplifiers and voice switching circuits to provide a 2-way communication to keysets in the systern. It can also be used as a monitor phone in areas where monitoring of audible activity is desired. This KTU can serve up to 2 door/monitor phones and can provide a tone to signal assigned keysets programmed to ring when the door phone is activated.

13.

DP-6-l Door Phone is a speaker unit with a speaker, microphone, and a control button to provide two-way communication to any keyset in the system. With the DPH-S KTU installed in the KSU up to two door phones can be connected at the Main Distribution Frame (MDF). One pair cabling is required for each door phone.

DB -6 - 1 BLF is a modular Electronic Busy Lamp Field

14

withe 21 LEDS. 16 LEDS show station status, 1 LED each shows paging status (both internal and external), Night Transfer, and BLF Power On status. 2 LEDs

show the status of the door phones. The EB-6- 1 comes equipped with a local power supply with a 117V AC plug and requires 1 pair cabling to the Main Distribution Frame (MDF).

. .

11

PBS-S KTU (External Paging/Busy Lamp Field/ Security Key Telephone Unit) provides circuitry for three optional features. It contains a l-watt amplifier and a control circuit for single-zone external paging. For applications where a l-watt amplifier is insufficient, a locally provided high power amplifier may be used in addition to the PBS-S KTU. The Busy Lamp Field circuitry to detect a signal from an external source which activates an audible alarm in idle keysets and a visual alarm in the display of all keysets. Two security circuits are provided for this purpose.

Page 100-6

160 System Configuration

160.1 To

Determine Required Equipment

1. Determine how many electronic key telephones are required in the system. Refer to Table A if the number of keysets are 8 or less. Refer to Table B if the number of keysets are more than 8.

2. Determine how many CO/PBX lines are required. The result will tell you which line of the selected table to

use. See Table 160-l.

Table 160-l

TABLE A:

COIPBX LINES

I

160.2 To Determine Optional Equipment

Total Number of Keysets is 1 - 8

OCIS/MFIS

/

l-3

I

4-6

Note:

I

Power Failure hansfer is provided in ES-6-I KSU for CO/PBX Lines 1 and 2.

SWMS

/

1

1 1

/

I

2

KSI-S

1 t

I

1

1. Required KTUs for options are:

Required Quantities of KThls

TABLE B: Tota! Number of Keysets is 9 - 16

1 CO/PBX LINES

I

l-3

4-6

/

I

DCIWMFIS

2

1 svw-s

i

2

2 2

KSIS

I

.I

2

I

OPTION

Automatic Hold Release

Door Phone

External Paging

_-_--_+

t-

BLF Console

Security Alarm

Note:

One PBS-S KTU 2 security alarm circuits.

Table 160-2

AHR-S 1

DPH-S 1 2 Door Phones

PBS-S

provides circuits for external

I

1

!

1

paging.

2 BLF consoles, and

2 BLF Consoles

I

6

Page 100-7

/---

CQlP0X \

123

1 2

456

---_------__

-I I I I

1 I

I I I I I I

I

I I

I

DOOR PHONE 1 DOOR PHONE 2

EXT. SPEAKER

SECURITY CONTROL EQUIPMENT

SWM 2

[ 13 installed in ES&l KSU

Fig.

160-l

System Block Diagram

i

I I

PS-6-!

---I-l

I

I I

Page 100-8

SECTION

200

HARDWARE INSTALLATION

CONTENTS

Page

210

220

230

f

240

250

installation of the Key Service Unit

210.1

210.2

Wall Mounting the KSU

Floor Mounting the KSU

Connecting and Testing the Power Supply

Installation

230.1

230.2

230.3

230.4 230 5

MDF Installation

240.1

240.2

of KTUs

General Information

Installing Basic KTUs Installing Common KTUs Installing Optional KTUs

Volume Controls

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

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ZOO-6

CO/PBX Connection Station Cabling Connection

Installing Station Equipment

250.1

250.2 250 3

ET-6-l Installation EB-6-1 Installation DP-6-l installation

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

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

. . . . . . . . . . . . . . . . . . . . . . . . 200-g

200-1

200-z

200-3

260

installing Options

260.1

260.2

260.3

260.4

260.5

260.6

260.7

260.8

260.9

Music On Hold External Paging Speaker

External Background Music when PBS-S KTU is Used External Tone Ringer External Paging Amplifier External Background Music when External Amplifier

is Used Power Failure Telephones Security Control Equipment External Amplifier Control

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

200-14

SECTION 200 HARDWARE INSTALLATION

. .

2

I (

210

210.1 Wall Mounting the KSU

1.

Installation of the

The ES -6-l

KSU is supplied with a wall mounting

Key

Service

Unit

bracket. The bracket should be mounted on a backboard secured in a manner capable of holding the weight of the KSU. With the mounting tabs of the bracket facing upward, install appropriate screws into the 6 holes of the bracket. Loosen the securing screw located in the upper right position of the bracket.

Align the mounting slots of the KSU with the mount-

2.

ing tabs of the bracket, and push down to seat the

KSU

securely.

Remove the front cover of the KSU, and locate and

3.

tighten the securing .screw through the hole provided above the J 1 connector.

SECURING SCREW \

\

0

210.2

Floor Mounting the KSU

The same bracket that is provided for wall mounting

1. can also be used to anchor a floor mounted KSU. Set

the bracket on a level surface with the 6 screw holes

down and the securing screw facing up and the floor

mounting slot to the right.

Loosen the securing screw located in the rear right

2. position of the bracket.

Engage the mounting tabs on the bracket into the slots

3.

on the bottom of the KSU and push forward to seat

the KSU securely.

Locate and tighten the securing screw through the hold

4. provided on the bottom panel of the KSU.

’

0

-

FLOOR MOUNTING SLOT

Fig. 210-l Front View of hbunting Bracket

Page

220 Connecting and Testing the Power Supply

Note 1:

Note 2: Before proceeding, ensure that the PS-6-I Power

1.

Remove the 9-pin connectorended cable of the power supply from the connector of the KSU.

2.

Plug the AC cord of the power supply into an AC outlet. Set PSU Power switch to on position. The PSU Power Indicator Lamp should to the figure below:

Verify that the AC outlet is supplying 11% AC and provides good conduit ground. If there is a problem with the AC voltage, have it corrected. If there is no conduit ground, provide alternate

ground as explained in Section 120, “Grounding Requirements”, of this manual.

Cord is unplugged. The PS-6-I Power Switch

should be off, and its power indicator lamps should

light.

Use a voltmeter,

+41v

7

+24V

t

1

03

I

I@/

e3

I

I@I

I I

cl3

e3

H

,

Fig. 220-2 View of TBI Terminal Block

When measuring DC voltages, note that each voltage has its own reference ground.

6. The Power Supply Switch must be set in the Offposition before proceeding with installation.

+12v

+5v

+41G

+24G

+12G

+5G

+12G

+5G

I

Fig. 220-I Front View of g-pin Connector of PS-6-l

Set PSU Power Switch to Off Position

3.

Verify that step 3 has been completed before pro-

Note:

ceeding. Verify that PS-6-I Power Indicator Lamp

I

4.

5. Turn the PSU Power Switch on. DC voltage (under

is off:

Connect the 9-pin connectorended cable of the Power Supply Unit to the 9-pin connector of the KSU. Ensure that the looking tabs are engaged.

load) can now be read on the TBl terminal block located on the left side of KSU.

Note:

Veriyy that Step 6 has been completed before pro-

ceeding. Verify that PS-6-i Power indicator Lamp-

is oft

1

I

@)

Page 200-2

F--

230

230.1

1.

Installation of

Note: The following KTUs cannot be inserted or removed

with power on:

CPU-S

CLK-S

SWM-S

General Information

KTUs

KSI-S DPH-S DCI-S MFI-S

-_. _... .._ .._ _._. - .- .__J

PBS-S

AHR-S

The KTUs specified directly above cannot be inserted or removed -with power on. It is recommended that power be OFF during installation and during maintenance unless this will seriously inconvenience the user. This will prevent accidental damage to equipment.

are Smm by 20mm and are rated OSA 125V: one fuse for each keyset. The fuse provides protection on the data transmission pairs (DT and DR). When a fuse must be replaced refer to Section 140, “Fuse Replacement” of this manual.

3. SWM-SKTU An SWM -S KTU must always be installed in SWM 1.

An SWM-S KTU must be installed in SWM2 when either stations 9

- 16 and/or CO/PBX lines 4 - 6 are

to be connected.

Table 230-I

SWM -S

SLOT

Installing SWM-S KTUs

WHEN

T

The KTUs used in the Electra-616 system make extensive use of CMOS technology. Care must be taken to avoid static discharge when handling these KTUs.

KTUs are provided with a guide slot to prevent misinstallation. KTU connectors are provided with a guide

key. These guide keys must not be removed.

230.2

Installing Basic MTUs

1

DC1 -S and MFI -S KTUs

When installing DCI-S and MFI-S KTUs there may

be more KTU circuits installed (since there are 3 per KTU) then will actually be used. Any non-used circuits should be programmed as “not installed” when programming for CO/PBX line assignment. See Section 300 “Programming”

of this manual for instructions on programming CO/PBX line assignment. This will avoid confusion when attempts to access unconnected CO/PBX lines are made. The DSI-S or MFI-S in the first designated KTU position (DCI/MFI 1) serve CO/ PBX lines 1 through 3. A DCI-S or MFI-S in the second designated KTU position (DCI/MFI 2) serve

CO/PBX lines 4 through 6. Refer to figure 230-2 for KTU positions in the Key Service Unit. See AHR-S KTU in Section 230 for information’on wiring change for providing Automatic Hold Release feature when AHR-S KTU is installed.

/ SWMl

SWM2

230.3 Installing &mmon KTUs

I.

/

For Stations 1

For Stations 9 -

CPU-S STU

- 8 and CO/PEX lines 1 - 3.

16 and/co CO/PBX lines 4 - 6.

Before programming the Network Plan Memory (NPM), ensure that the SW1 switch located on the CPU-S KTU is set to the ON position. This will provide battery back-up for the NPM, speed dial, and last number dialed memories when power is lost to the KSU. If there is a power failure and switch is left in the OFF position, the system will lose the contents of memory and return to the Resident System Program. For a description of the Resident System Program see Section 300 “Programming”. When the CPU-S KTU is removed for long-term storage, set the SW1 switch to the OFF position. This will prevent the battery from constantly discharging until it is no longer capable of holding a charge. The battery, when fully charged, will protect the memory for approximately 60 days.

back-up to the Electra-616 system during a power

failure.

I

KS1 -S KTU

2. There are two designated KS1 KTU positions within

the Key Service Unit. The KS1 -S in the first position (KS1 1) serves stations 1 through 8, while a KSI-S in the second position (KS1 2) serves stations 9 through

16. Located on each KS!-S KTU are 8 fuses which

Fig. 230-l

ON-

CPU-S Switch for Volatile Memory

-- OFF

SW1

Page

290-3

On the CPU-S KTU is a momentary switch for system reset. Depressing the reset switch causes any program changes to enter the working program and interrupts all system operation in progress.

D--M

2. CLK-S KTU

When DCI-S KTU(s) is installed ensure the switches SW1 and SW2 on the CLK-S KTU are set to appro-

priate positions. Refer to Table 230-2 below. The

switch settings are subject to the dialing specifications

of the CO or PBX. The switches have been set by the

manufacturer at 1Opps dial speed and at 39% make ratio.

Table 230-2

230.4

Rotary Dial Pulse Signalling Switch Settings

Dial Speed SW1

installing Optional KTUs

; :z; /

1. PBS-S KTU Install PBS-S KTU in ES-6-1 KSU when External

Paging,Busy Lamp Field and/or Security options are

required. Refer to Section 250.2 “EB-6-1 Installa-

tion” for BLF connection. When installing External Paging and/or Security options, see Section 260, Installing Options”.

7

__ DPH-S KTU

When a DPH-S KTU is installed in the ES-6-l KSU, two DP-6-1 can be used as Door Phone or Monitor Phone separately. When Door Phone 1 is required as a Door Phone, set

the SW1 to the “D” position on the DPH-S KTU. (In the case of Door Phone 2, set the SW3 to the “D” position.) When Door Phone 1 is required as a Monitor Phone, set the SW1 to the “M” position on the DPH-S KTU. (In the case of Door Phone 2, set the SW3 to the “M” position.) and remove the straps Sl and S2 on the DPH-S KTU. (In the case of Door Phone 2, remove the straps S3 and S4). Then the voice from Key Set will be cut off when Door Phone is accessed, and the voice from DP-6-l is more amplified compared with

being used as Door Phone.

SW1

Fig. 230-2

Door Phone/Monitor Phone Select Switches

3. AHR-S KTU Located on each DCI-S and MFI-S KTUs are three

straps (one for each line circuit) that should be removed when AHR-S KTU is installed for Automatic Hold Release option. When AHR-S KTU is not installed, the straps should be left connected to the solder terminals. Refer to Figure 230-3 for terminal designations. The AHR-S will release a CO/PBX line which is on hold when the outside party abandons the call. A timed disconnect signal of more than 150 milliseconds must be provided from the CO or PBX to enable this option (the AIIR-S does not recognize a reversal of polarity). The AHR-S KTU serves up to 6 CO/PBX lines and is installed in ES-6-l KSU. Remove the straps when AHR-S KTrJ is installed.

I

DCI-S 1

or

MFI-S 1

/

Line Circuit 3

Line Circuit 6

1

Page 200-4

Fig. 230-3

DCI-S and MFI-S AHR Straps

230.5 Volume Controls

1. AlI tones from the built-ii speaker in a keyset are controlled at the keyset by adjusting the volume dial located at the front of the keyset.

2.

System wide CO/PBX ring (station id!e) and intercom all call and zone paging are controlled by adjusting volume controls on the CLK-S KTU. Tone level is increased by turning the volume control clockwise.

All volumes are pre-adjusted by the manufacturer. Refer to Table 230-3.

Table 230-3 CLK Volume Controls

.ii,

L

TBl

---K

u

-

- I

OFF POWER FUSE

5A

- - -...-c2

-

n

N

3

z

a

8

4

J

-

8

2

;’

5

J

-

2

0

z

2

-

N

E

-

11

J2

Pl

:

J

L

I

Fig. 2304 ES-6-l KSU Card Layout

Page 200-5

- - ___-___-_

.%

-.

k&+.

240 MDF

240.1

The FCC approved USOC number for 50 position

1.

CO/PBX

Installation

Connection

miniature ribbon jack for connection of CO lines is IU21X. The CO lines are to be connected in sequence consecutively within this jack.

Use of 66BSO or 66M50 quick-connect type blocks is

+

2.

recommended for ease of trouble location and correction. Use of bridging clips allows easy separation of

the system to determine cause of trouble.

26

1

27

2 2R

FUNCTION

1T

1R

2T

3. The following Table 240-1 gives complete information on 50 position connector pin number, lead function,

running

DCI/MFI slot:

240.2

Station

1. The following tables give complete information on KSU, cable, 50 position connection pin number, running cable color, lead designation, station cable color,

intercom number assignment, KSI-S slot assignment, etc. for all stations. Refer to Table

Table 240-l

CO/PBX Connection Information

Pl Connector & Cable ES-6-l KSU

CABLE COLOR CiRCIJlT SLOT

WH-BL CO/PBX

BL-WH

WH-OR

OR-WH

CO/PBX

cable color, circuit designation, associated

Cabling Connection

240-2 and 240-3.

1

2

DCI/MFI

1

28 3T

3 3R

29

4T

4 4R

5T

,

5R

31 6T

6 6Fi

CO/PBX Connection:

I.

FCC approved connector USOC code is RJ21X. Connector-ended cable for CO/PBX lines to plug info ES-6-I KSU requires

2. Jack (Female) 50 position miniature ribbon connector.

WH-GN CO/PBX

GN-WH

WH-BR CO/PBX BR-WH

WH -SL SL-WH

The rest of PI Cable is spare and is

3

4

CO/PBX

5

not used.

DCI/.MF12

Page 200-6

Table 240-2 Station Connection Information

Jl - 52 Connectors and Cables ES-6-1 KSU

26 WH-EL

1

27

2

28

3 GN-WH

29

4

30 WH-SL

5 SL-WH

31

6 BL-RD

32 RD-OR

7

33 RD-GN

8 GN-RD

34 RD-BR

P

9 BR-RD

35 RD-SL

10 SL-RD

36 BK-BL 11 37 12 OR-BK

38 BK-GN 13 GN-BK

39 BK-BR

14

40 BK-SL

15 SL-BK

41

16 BL-YL

RUNNING

CABLE

BL-WH WH-OR OR-WH

WH-GN

WH-BR BR-WH

RD-BL

OR-RD

BL-BK BK-OR

BR-BK

YL-BL

STATION

CABLE

GN RD YL BK

GN

RD YL BK

GN RD YL BK

KEY SET

LEADS

VT VR DT DR

VT VR DT

DR VT

VR DT DR

VT VR DT DR

SLOT

KSI

1

CABLE

Jl

(See Note)

STA.

1

(ATT)

STA.

2

STA.

3

STA.

4

STA.

5

STA.

6

STA.

7

STA.

8

SLOT

CABLE

(See

STA.

(ATT)

STA.

92

Note)

9

10

I----

STA.

17

STA.

12

KS!

STA.

15

STA.

16

Note: Two stations in rhe sysrem can be assigned as attendant srarions. Stations 1 and 9 are initialIy assigned

these positions. Sration 1 must be insralled for programming purposes.

Page 200-7

Table 240-3 Connector Running List

Pl

26 1T

1 1R BL-WH 1

27 2T

2 2R OR-WH 2

28 3T

3 3R GN-WH 3

29 4T WH-BR

4 4R BR-WH 4

30 5T WH-SL LIN

5R SL-WH 5

-6T _-_-__j.- . . . -.._

6R 1 BL-RD 1

32 RD-OR j

7

9 j

35 I

12 I

42 I

18 / GN-YL i

44 YL-BR /

19 BR-YL i

45 YL-SL

20 46 ._ssc-yL+.- VI-BL 21 BL-VI

22 48

47

23 49 e&._/_.___-.

24 BR-VI /

-50 + ____-. +- __. _-. v, _SL

25 I SL-VI :

WH-BL LIN

WH-OR LIN

WH-GN LIN

RD-BL

OR-RD /

/ BR-RD 1 / RD-SL /

1 OR-BK i

j YL-OR j 42

/

OR-VI

_-. -_-

VI -GN VI -OR

I

LIN

6

_._

26

1

27

2

28

3

29

4

30

5

31

6

32

7

33

8

34

9

35

IO

36

11

37

12

38

13

39

14 40 15

41

16

17

-43

18

44

19

-45

20

-_ 46

21

47

22

48

23

z-

24

--. 50

25

-

1VT

1VR

1DT 1DR 2VT

2VR

2DT

2DR 3VT

3VR

3DT

3DR 4VT

4VR

4DT

4DR

5VT

5VR

5DT

5DR

-6VT

6VR 6DT 6DR 7VT 7VR

7DT

7DR

8VT

8VR

8DT

8DR 1BLT

1BLR

-.._- _..._

1 DVT

1 DVR

--_

1SE

1SEG MOH MOHG SKR SKRG

.._-_-.

BGM BGMG

_. .-..__...

ERA

ERB 1PFT 1PFR

_. _.

2PFT 2PER

Jl

WH-BL BL-WH WH-OR OR-WH WH-GN GN-WH WH-BR BR-WH WH-SL SL-WH RD-BL BL-RD RD-OR OR-RD RD-GN GN-RD RD-BR BR-RD RD-SL SL-RD BK-BL BL-BK BK-OR OR-BK BK-GN GN-BK BK-BR BR-BK BK-SL

SL-BK

YL-BL BL-YL YL-OR OR-YL

__-_-_-_

YL-GN GN-YL YL-BR BR-YL

---YL-SL

SL-YL

VI-BL BL-VI VI -OR OR-VI

__._._.-_- .._.

VI-GN GN-VI VI-BR BR-VI VI-SL

SC-VI

TEL

1

TEL

2

TEL

3

TEL

4

TEL

5

TEL

6

TEL

8

BLF

1

-.--. -..-. ..- .

DOOR PHONE

1

SECURITY

MOH

EXT.

SPEAKER

--_-.----. -. BGM

--.-_--_ EXT. RINGER

CONTROL

POWER

FAILURE 1

__..-... ._ _--.

POWER

FAILURE 2

52

38 I 15VT BK-GN j

13 1 15VR 39 15DT, BK-ER ! 14 40

’ I

15 41

! 16DT I 1 16DR

‘6!--_.<

42 / 2BL.T j YL-OR j BLF

‘7 _I.?!% i. _.ck!_L... i.

23 49 / 24 ’

5o I 25 /

__~

GN-BK /

15DR / BR-SK /

16’0 1

16VR ; SL-BK i

-L-

BK-SL j

YL-BL / 16 BL-YL /

YL-GN / DOOR PHONE

/

GN-VI / VI-BR /

j BR-VI 1

/ VI-SL / I SL-VI ~

TEL

15

TEL

--

.-.--.----.--.

/

2

Page 200-8

250 IrkaIling Station Equipment

250.1 ET-6-l installation

The ET-6-l is a fully-modular electronic key telephone set. Each keyset requires 2pair cabling to the Main Distribution Frame (MDF). The maximum cable length is 700 ft. using standard 24 AWG cable and 1,150 ft. using standard 22 AWG cable. Refer to Section 140, “Cabling

Requirements”, of this manual. For keyset connection,

see Figures 250-I and 2.50-2 and Table 240-2.

STATION CABLE

DR (BK)

TO KSU

VR FIDI

VT (GN) ’ _

a

Fig. 250-l Simplified Schematic - ET-6-7 Telephone Connection

J

VR VT DT

DR

ET-6-l TELEPHONE

MODULAR TERMINAL

Page 200-9

r

TO KSU

CABLE

_..._,.^ ..___ ___ _.....__..... -- .-.._ . -. ..__. -..

..-

-L,.-L-

Fig. 250-2

________--__

View of Modular Terminal for Connection of

J

MODULAR TERMINAL

ET-$-l Telephone

Page 200-10

?

”

&

2502 EB-6-l installation

The

EB-6 -1 is a modular electronic busy lamp field. Each unit is provided with a 9V DC 03A power supply for LED illumination. The power supply is to be plugged into a standard 117V AC outlet. Each BLF requires

1 -pair cabling to the main distribution frame (MDF). The maximum cable length is 700 ft. using standard 24 AWG cable and 1,150 ft. using standard 22 AWG cable. Refer to Section 140, “Cabling Requirements”, of this manual. For BLF connection, see Figures 250-3, 2504 and 250-S and Table 240-3.

RUNNING CABLE

BLR (BK)

TO KSU

BLT (Y L)

Fig.

2503

DR DT

EB-6-1 BLF

Simplified Schematic - EB-6-1 BLF Connection

Page 200-il

____..__

_._-

-

. . . . . ..- ._.--. _- .-_ ..I ._._

TO KSU

BLFCABLE

_-__-l-._-~-.C_~“~-~~

‘xL..?Au.-.. . . . . __.~,

I

MODULAR TERMINAL

I

_____-------

L

Fig. 2504 View of Modular Terminal for Connection of EB-6-1 BLF

-I

Page 200-12

TO POWER SUPPLY

/

Fig. 250-5 Power Supply Connection

EB-6-1

BLF

250.3 DP-6-1 Installation

The

DP-6-1 is a Door/Monitor phone unit. Each door phone requires 1 pair cabling to the Main Distribution Frame (MDF). The maximum cable length is 700 ft. using

standard 24 AWG cable and 1,150 ft. using standard 22 AWG cable. Refer to Section 140, “Cabling Requirements” of this manual. To prepare the door phone for wall mounting losen the set screw and remove the door phone unit from the mounting plate. Use the two screws provided or other appropriate fastners to fiiy connect to wall surface. For door phone cable connection, see Figure 2506 and Table 240-3. Refer to Section 340, ‘Programming Sheets” for Door Phone assignment.

SCREW SLOT POSITIONS

TO

Fig. 250-6

Rear View of DP-6-l Door Phone

Page 2m-13 ‘-_

260

installing Options

2605 External Paging Amplifier

260.1

Music On

Hold

Provision has been made to allow connection of a

locally provided external music source to provide Music-

On-Hold for held CO/PBX calls. Connection of the Music

Source is made at the Jl Block of the Main Distribution

Frame (MDF). The output signal level should be approxi-

mately 1 milliwatt with 8 ohms impedance. See Figure

260.3 and Table 240.3 for connection information to

260.2

External Paging Speaker

MDF .

When a PBS-S KTU is installed in the ES -6 - 1 KSU, external paging with meet-me answer can be provided. The PBS-S KTU contains a 1 -watt Amplifier and Control Circuit for one-zone paging (when a l-watt amplifier is insufficient, see Section 260.5.) The External Speaker should be locally-supplied in correspondence to the output impedance of 600 ohms. The Volume Control (VRl), located on the PBS-S, provides a way to increase or decrease the output signal of the amplifier to the speakers. To adjust output signal, turn VR1 clockwise to increase signal, and counterclockwise to lower signal. An LED is provided on PBS-S KTU to indicate when paging is being used. When an External Page is answered (meet-me-answer), the PBS-S is released to allow access for another page. See Figure 2 60-3 and Table 240-3 for connection information to MDF.

The PBS-S

KTU contains a l-watt Amplifier and control circuit for external paging. For applications where 1 -watt is insufficient, an external amplifier may be used.

Provision has been made to allow connection of a locallyprovided amplifier to the MDF for this purpose. The PBS-S KTU is required when an external amplifier is used. See Figure 2604 and Table 240-3 for connection information to the MDF.

260.6

External Background Music when External

Amplifier is Used

To provide for background music with an external

amplifier installed, set the SW4 switch

io

the “ON” position and the SW3 switch to the “OFF” position on the PBS-S KTU. When background music is not required set the SW3 switch to the “ON” position and the SW4 switch to the “OFF” position. Music will be cut off from the paging speakers when external paging is accessed. The output level and impedance of the music source should

match the input level and impedance of the external amplifier. See Figure 2604 and Table 240-3 for connection information to the MDF.

c-.-..

ON

OFF

ON - - OFF

.

260.3 External Background Music when PBS-S KTU is

Used

When a PBS-S KTU is installed, an external locallyprovided music source can be used to supply background music over the External Paging System. The recommended output of the music source is l-watt with 600 ohms impedance. When external paging is accessed music is cut off from the paging speaker. Connection is made on the Jl block of the MDF. See Figure 260-3 and Table 240-3 for connection information to MDF.

260.4 External Tone

Ringer

Provision has been made to allow connection of locally provided External Tone Ringer to supply common audible on all incoming CO/PBX calls. For this purpose a relay contact is prepared on the CLK-S KTlJ. which provides an interrupted closure (1 SEC. on/ 1 SEC. off) during the CO/PBX Ring Cycle. The signal of the tone ringer can be controlled by a locally provided control switch. See Figure 260-3 and Table 240-3 for connection information to MDF.

SW4

260-7

SW3

Fig. 260-I PBS-S Switches for BGM

Power

Failure Telephones

ET-6-l Ke:J Telephone Sets cannot be used to originate or answer calls during a commercial power failure. Locally-provided single line telephone sets can be installed for this purpose. The KSU provides automatic power failure for CO/PBX lines 1 and 2. No optional KTU is required. Connection of the Single Line Telephones is

made at the Jl block of the MDF. Single Line Telephones

with appropriate dials (rotary or DTMF) should be installed if the capability of dialing out during a power outage is desired. See Figtire 260-3 and Table 240-3 for connection information to MDF.

Page 200-14

26043 Security Control Equipment

260.9 External Amplifier Control

Provision has been made to allow connection of a locally-provided security control system. For this purpose the PBS-S KTU contains 2 individual control circuits that, when activiated, provide an audible alarm through all idle keyset speakers and a visual alarm on each keyset display. Each security circuit can be activiated by means of an external make (closed) or break (open) contact. The SW1 switch on the PBS-S KTU is used to set the desired break or make detection for security circuit one and the SW2 switch performs the same function for security circuit two.

For connection information to the MDF see Figure 260-3

and 260.4 and Table 240-3.

1M - - 18

piT=q

SW1

Fig. 260-2 PBS-S Security Control Switches

2M - - 20

p7i-l

SW2

A set of dry contacts is provided on the PBS-S KTU, which can be used to control an auxiliary relay for External Paging. Although this option is not required when an external amplifier is used, it may be desired in some applications. When an external page is activiated the EAS and EAM contacts are closed for the duration of the page. In the idle condition the closure is made between the EAS and EAB contacts. See Figure 2604 and Table 240-3 for connection information to the MDF.

Page 200 - 15

_. _. __.

-.- . .

CLK-S

Y L-BR

BR-Y L 1SEG

YLSL MOH

SL-YL MOHG

VI-BL SKR

BL-VI SKRG

VI-OR

OR-VI

1SE

BGM

BGMG

44

-oo-oo-

-o&a-

--Qc2Lo-

-o&o-

-4&o-

-oEoo-

-ocPoo-

-oEoo-

-o&*

-o&c

SECURITY 1 ACTIVATION CONTACT

---p&&i

EXTERNAL PAGING SPEAKERS (600.52)

POWER FAILURE CONNECTION FOR CO/PBX 1

VI-SL 2PFT

-o&*

25

-ac--Oo-

:

Jl BLOCK

OF MDF

(668-50 OR 66M-50)

Fig. 260-3 Connection of Optional Features

POWER FAILURE

CONNECTION

FOR COIPBX 2

..-

Page 200-16

YL-BR 2SE

00%

BR-YL

YL-SL EA

SL-YL EAG

I

PBS-S

- VI-BL

BL-VI

VI -OR EAM

t

OR-VI

2SEG

EAB

EAS

00%

O&

oa

00%

Oc%

00%

h

J2 BLOCK

OF MDF

(668-50 OR 66M-50)

Fig. 2604 Connection of Optional Features

t

AGING AMPLIFIER

RELAY CONTACT SHOWN (NON-OPERATED) IS OPERATED FOR THE DURATION OF AN EXTERNAL PAGE

Page 200-17 _-

SECTiON 300

CONTENTS

310

320

,

330

340

.

Explanation of Programming

Programming Operations

320.1

320.2

320.3

320.4

320.5

320.8

320.7

320.8

Job Specifications

330.1

Programming Sheets

340.1 3402

340.3

340.4

340.5

Going Off-Line from Keyset 1 Selecting a Memory Block Selecting Addresses Using the Dial Pad

Entering Data Use of Function Buttons in Programming Going On-Line

Resetting System to Change Contents of NPM To Return System to Resident System Program

. . . . . . . . . . . . . . . . . . . _ . . . . . . . . . . I .

Instructions for Completing Job Specification

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

Programming Details

Memory Block 1

Memory Block 2 Memory Block 3 Memory Block 4

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

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

300-l

300-3

300-6

300-12

.

SECTION 300 PROGRAMMING

310 Explanation of Programming

1. The Electra-616 Electronic Key Telephone System comes nrovided with a Resident System Program in PROM

I

(Programmable Read Only Memory). When the system is powered this Resident System Program is duplicated in RAM (Random Access Memory) and becomes the Network Plan Memory (NPM). The NPM is the program the system actually utilizes. This NPM will norrna.lly be supplemented

by progr

arnrning performed at each installation to provide the system program desired for the individual site. The additional programming is entered into RAM which is volatile, but which has been provided a battery to retain program during power outage.

battery provided on the CPU-S KTU is switched

lost with the firsr loss of Power to rhe KSCJ.

2. Keyset 1 must be installed to allow System Prograrnming. NO other station can program system data. The programming procedure includes the foilowing steps:

Completion of job specification

1.

2.

Completion of programming work sheets.

3.

Taking keyset 1 “Off-line”

4.

Selecting a memory block (using DSS buttons), thus selecting the general area of the memory to be modified.

5.

Selecting addresses via the dial pad.

6.

Entering data via CO/PBX button ! -6, MIC button and DND button.

7.

Displaying data, clearing data, changing address (plus or minus 1 address increment) and writing datausing the Add-On, Last NBR, Hold and Speed

Dial buttons.

8.

Repeat steps 4 th_ru 7 until all desired data has been

written into memory. Return keyset 1 to “on-line” mode.

9. Put the program into the working Network Plan

10. Memory. This function will occur automatically when the entire system is idle. An alternate method is to depress the reset button on the

CPU-S KTU; this will interrupt service. Testing

of the new program can then be performed.

Page 300-l _-’

The contents of the Resident System Program (default value) are given below in the following Table 310.1:

Table 310.1

FUNCTION

Recall

Button

Pause Timing

Paging Timeout

Hold Recall

System Refresh Basis

Day Mode CO/PBX Ringing Assignment

Night Mode CO/PBX Ringing Assignment

Door Phone Assignment

Door Phone Chime Assignment

Off Hook Ringing Assignment

Internal Paging Zone Assignment

Attendant Station Assignment

Prime Line Pick-Up Assignment

Timing

Resident System Program Contents

DEFAULT VALUE

Time is 0.4 sec.

Time is 1.0 sec.

Time is 60 sec.

Based on no change in status

Stations 1 and 9 ring for all CO/PBX lines

Stations 7 and 9 will ring

Door Phone not assigned

Stations 1 and 9 chime

Stations 1 and 9 ring

No stations in any zone

1 and 9 are attendant stations

Not assigned

Prime Line Pick-Up for incoming Calls

Prime Line Assignment

CO/PBX Line Scan Assignment

CO/PBX Line Assignment

PBX Access Code Assignment

CO/PBX Group Assignment

Station Class Assignment

“1” + Dialing Assignment

Digit Rejection Assignment

Speed Dial Toll Override Assignment

Toll Restriction Override Table Assignment

No prime line on incoming calls

No private lines

Scan goes from CO/PBX line 2 to 1

All lines are CO

PBX access code “9” is assigned

All lines are group A

All stations are class 0 (non-restricted)

“1” + Dialing

No digits rejected

Toll restriction is overriden

No 3-digit codes in table

/ . ...\

Page 300-2

320

320.1

Programing Operations

Going Off-Line from Keyset 1

ON/OFF is lit

2. The method of entry using the CO/PBX, MIC and DND vary from address to address. Sometimes they are used

singly as for a yes/no choice, sometimes in groups to write numbers in binary. The programming sheets for the different features show how to enter data for each individual address under consideration.

Keyset 1 is “Off-Line”

320.2

Selecting a Memory Block

1. To select a memory block, depress the appropriate DSS button on Keyset 1 while in off-line status. To simplify programming of system data, use the programmir overlays provided with each ES-6-1 KSU.

Note:

I

320.3

Taking Keyset I off-line removes that keyset from

service. The rest

to work. If Station I is the Attendant Keyset. it may be desirable to enter night mode to provide ringing while keyset I is off-line. This depends on the in-

stallation

Selecting Addresses Using the Dial Pad

of the

Electra-616 system continues

After selecting the memory block, the first address

desired must be entered by using the dial pad. After dialing

*

1 or 2 digits (dialing a 0 first is not required for addresses

numbering less than 10) the display will show the address

selected. If programming deals with consecutive addresses there is no need to redial as addresses are automatically in-

creased by 1 after writing data into memory. Manual opera-

tion of function buttons also allows increasing or decreasing the address by increments of 1. Redialing to change an address is possible at anytime.

320.4 Entering Data

1.

To enter data the CO/PBX, MIC and DND buttons are used. The LED’s associated with each of these buttons show the status of the datum corresponding

to

buttons. When an address is in “clear” mode, no LED is lit.

those

%

DATA BUTTONS

Fig. 320-l Buttons 1 - 8 are used to Enter Data

Please note that buttons 7 and 8 are the MIC and DND

buttons. In the programming instructions, they will be

referred to as buttons 7 and 8.

320.5 Use of Function Buttons in Programming

Last NBR Button

1.

The Last NBR button is used to perform a clear. When a data button is depressed and its LED is lit depressing the data button will change this status; the Last NBR button will clear the entire address (up to 8 data buttons) which can then be reprogrammed. The Last NRB button will only clear that single address except when Keyset 1 is engaged in programming Memory

Block 5.

2. The

HOLD or ADD-ON button depressed once after dialing an address will cause the contents of that address to be displayed: immediately after dialing an address one of these buttons must be depressed. Each subsequent depression of the HOLD button will decrease the address by 1 and display the contents of that new address. Each subsequent depression of the ADD-ON button will increase the address by 1 and display the contents of that new address. Only the first use of either button after dialing an address will display that

address without changing it.

Page

300-3

3. Speed Dial Button

i t . ‘.

j

320.6

The Speed Dial button is used to write the contents of

the address as it is currently displayed into the progr~arnming RAM: all previous operations will not result in any program change until this step is completed. In

this memory block, all addresses can be cleared and

ritten to initialize the RAM memories and return the

:c

system to the Resident System Program.

Going On-Line

-

depress m

- depress

1

ON/OFF 1

Data Lamps Go Off

Keyset 1 is returned to on-line mode. The Electra-616

system will not return to the Resident System Program until either the entire system is idle or the reset button on the CPU-S KTU is depressed.

Programming Procedures

!

.._

-

..^

1. Depress ON/OFF button (Restore the handset) to return keyset 1 to On-Line mode. The display of

:’

:a:

keyset 1 will show(dlo1 until program is accepted into the working NPM memory. Other displays will temporarily override this display, but it will return whenever the display is otherwise idle until the system working program changes.

320.7

1.

Resetting Systemto Change Contents of NPM

It is possible to reset the system by depressing Reset button on the CPU-S KTU. This may not be necessary

because the system memory will be rewritten when the

entire system is idle. While this may cause delay, it does not drop all service in progress as does the reset.

320.8

1.

To Return System to Resident System Program

Memory Block 5 can be used to initialize all system NPM memories at once when disired. Use of this memory block will return the system to the Resident System Program (in PROM).

2. Procedure to Return System to the Resident System Program.

with keyset 1 Off-Line Display Shows

-

depress [ass]

-

depress /7/

-

depress m

- depress data button

i51-I

CIZI

i

1,

3, 5 and 7

Data Lamps should be lit as shown

. To go Off-Line

-

depress

-

depress

-

depress

- depress

-

depress

[xl

[ON/OFF/

q q q

2. To Select Memory Block

- depress DSS button for desired block (1 - 5)

3. To Select Address

-

dial I or 2 digit number.

4.

To Read Address

- depress

5.

To Increase i Address

- depress

1-1

1

ADD-ON /

or

HOLD 1 1

6. To Decrease 1 Address

-

depress

7.

To Clear An Address

-

depress

1

HOLD 1

(LAST]

Write An Address

-

depress j

9. To Go On-Line

Page 300-4

-

depress

‘oN/OFFl

or pick up handset

DATA SET BUTTONS

!

,,,’

/

READ AND +1 ADDRESS

/,’

MEMORY

’ BLOCK

l- - -I

ON

/OFF

0

ICM

HOLD

\

CLEAR DATA

_.

READ AND

-1 ADDRESS

/

MODE AND ADDRESS DISPLAY

Fig. 320-2 Keyset Layout for Programming

WRITE AND +I ADDRESS

SELECT ADDRESS

Page 300-5

SITE

A

INSTALLATION

Name:

Address:

Tel. No.

Contact:

1. System Sirs:

___ Number of COlPBX Lines

___ Number of Door Phones

2. KTU options installed:

0 AHR-S Cl PBS-S

•J DPH-S

:

Number of Keysets

Number of BLFs

Supervisor:

Ref: No.

I

/ Additional:

3. External equipment installed:

-

:

____.-

----I

Number:

i. Usa as Desired.

I

4.

Comments: _

6. CWPBX ASSIIGNMENTS

REF. NO.

COlPBX

LINE

NUMBER

1

2 1

3

4

5 2

6

SLOT

BCI 4

POSITION

KTU

SLOT

1

2 1

3

1

2 2

3

MFI -s

POSlTlQN

___-

1

2

3

1

2

3

COIPBX LINE

MUMBERS

PROGRAMMlNG DATA

LINE

“’ A B C

NOT IN-

STALLED

CMMEN?-S

7. STATION ASSIGNMENT

Ruf.

Station

Uumber

2

3

4

No.

PROGRAMMIRlG

Prims

Lirw

Y-8

DATA

Private

Line

1-6

Door

Phone

Chima

I

/ I

KSIS

WH-GM WH-3R

Jt

1

RD.OR RD.GN

--.-____

RD-EFI ROSL

L-X BK-OFI

BK-GN BK-BR

52 1 RD-OR RD.GN

RD.BR RD-SL

---__ ~_

]

Page 300-10

COPBX LINE SCAN

I

1 2 3

1 ! I

2

CO/PBX 1 3

LINE 4

5 6 I

STATiON

4 5 S 7 8 9 10 If 32 13 74 115 16

I

SYSTEM

ASSIGNMENTS

TIMEOUTS

HOOK FLASH TIME PAUSE TIME

PAGING TIME

HOLD RECALL TIME

I

SYSTEM REFRESH BASIS

DOOR PHONE

1 DOORPHONE 1 j

1 DOOR PHONE2 1

DURATION IN SECONDS

0.4 0.6

1.0 3.5

30 60

I

INSTALLED

I

1.0 1.5

90

120 24Q

NO CHANGE

I

NOT

INSTALLED

NO

TIME

OUT

lDLE 1

I

I I

I

1

I

PRIME LINE FOR INCOMlNG CALLS

PRIME LINE FOR INCOMING CALLS

TOLL RESTRICTiON ENTER

NUMBERS DESIRED

1 PBX ACCESSCODE / / 1 1 REJECTION CODES /

1 OVERRIDETABLE 1

I

I I I I

1 + DIALING

immmSPEED DIAL TOLL OVERRIDE /

I

ALLOW

DISALLOW

I

DISALLOW

I

Page 300 - 11

340 Programming !%eets

340.1

1.

Programming Details

Programming Work Sheets The following programming work sheets, along with

the programming overlays are intended to ease programming work sheets, if kept up to date with respect

to program changes, can also be used as record of ex-

isting installation. In the following pages the words “default value” will be seen. This is the value which has been programmed in the Resident System Program and is the value which will remain if you “default”, (if you do not change the value). The following symbols are also seen in the programming work sheets:

Kl

LED

OFF ON

340.2

Memory

Block ‘I

Recall Button Timing (See Fig. 340-l) This area of the program allows choice on a system basis

of how long the disconnect signal produced by depressing the recall button on the keysets last. The recall button can be used for “flashing” when behind a PBX

or as a recall button when the system is connected to

Central Office lines. Address 1 is the memory location

used to select this tire-out. Buttons 7 and 8 offer

time outs of 0.4 seconds, 0.6 seconds, 1.0 seconds, or

1.5 seconds. The defau!t value is 0.4 seconds.

Pause Timing (See Fig. 340-2) This area of the program selects on a system basis the

duration of the pause interval by the depression of the pause button on the keyset. The pause button can be used when programming for station or system speed dialing where intervals between dialing patterns may be

desired. Address 2 is used to select the duration of the pause. Button 8 offers a duration of 1.0 second or 3.5 seconds. The default value is 1.0 second.

Paging Time -Out (See Fig. 340-3)

3. This area of the program is used to set the duration of

internal and external paging. Possible values are 30

seconds, 90 seconds, or no time out. Address 3 is used to select the duration of paging. Buttons 7 and 8 select the time out value. The default value is 60 seconds.

LED

4. Hold Recall Timing (See Fig. 340-4) This area of the programming provides for selecting the

length of time before recall of non-exclusive held calls and of exclusively held calls. Tne time-out on hold doesn’t begin until the telephone handset is returned to the’cradle. Address 4 is used to select the timing.

Buttons 7 and 8 are used to select one of the time-outs. The default value for hold recall is 60 seconds.

5. System Refresh Basis (See Fig. 34G-5) System refresh (a “cleaning” of system RAM to

remove any false data caused by AC voltage problems

or other causes) can be set to begin after one of two conditions have been met for a period of approximately five hours.

1) There is no change in status; devices may be busy but no new activity has taken place in approximately five hours.

2) All stations have been idle; all stations have been “ON HOOK” for approximate!y five hours.

Address 5 is used to program this choice of system refresh basis. Button 8 is used in a either/or mode to select the style of refresh. The default value is no change is status.

340.3 Memory Block 2

1

Day Mode CO/PBX Ringing Xssig:ment

” (See Fig. 340-6)

This area of memory uses 12 addresses. Each CO/PBX line uses 2 addresses for ring assignments. This allows

flexible ring assignment for all CO/PBX lines. Each address uses 8 buttons: each one corresponds to a stations 1 and 9 ring for all CO/PSX lines.

2. Night Mode CO/PBX Ringing Assi~ment (See Fig. 340-7)

This area of the program is used to assign stations to ring when the system enters night mode. A station

programmed for Night Mode Ring will ring for all 6

COjPBX lines. Addresses 13 and 14 are the assigned memory locations for all 16 stations. Each button

1 - 8 represents a station. The default value is stations 1 and 9 which ring for all CO/PBX lines. When the sys-

tern is in night mode.

3. Door Phone Assignment (See Fig. 340-8) This program area is used in enabling Door Phones

when connected. Two Door Phones can be installed in

the system. Address IS is used to assign this opticn.

6

:---

Page 300-12

/ I

/ /

*.

Button 7 represents Door Phone 1 and button 8 represents Door Phone 2. The default value is that Door Phones are not assigned. A Door Phone that is connected to the MDF and not assigned in the system program (NPM) will not operate.

4. Door Phone Chime Assignment (See Fig. 340-9) When Door Phones are installed in the system it is

necessary to assign station(s) within the system to

chime when the Door Phone, is activated. Each station

can be programmed to cl-&ne on Door Phone 1 and/or

Door Phone 2. Addresses 16 and 17 are used to assign

stations to chime when Door Phone 1 is activated. Addresses 18 and 19 are used to assign stations to chime when Door Phone 2 is activated. Buttons 1 - 8 of each address corresponds to a station. The default

value is stations 1 and 9 will chime for Door Phone 1

and Door Phone 2.

5.

Off-Hook Ringing Assignment (See Fig. 340- 10)

This area of the program is used to assign Off-Hook

CO/PBX Ringing on a per station basis. When this option is programmed, stations that are assigned OffHook Ringing and are off-hook (using the handset) will receive CO ring over their speaker at haif volume. Off-Hook Ringing has a distinct ring from On-Hook Ringing. Both ringing rate and tone frequency ferent. Addresses 20 and 21 are used to assign this option. Buttons 1 tion. The default value is that stations 1 and 9 ring off-hook.

340.4

1. Internal Paging

2. Attendant Station Assignment (See Fig. 340-I 2)

Memory Block

This area of the program is used to assign stations into Internal Paging Zones. Stations can be in any of the zones or in no zone, they cannot be assigned to more

than one zone.

Addresses 1 Buttons 1

6, 7 and 8, with each pair representing a station. The default value is that all stations are not in any zone.

This

Attendant Stations. Attendant Station features are: to set and cancel Night Transfer, to program and confirm System Speed Dial and to cancel Security Alarm Signal. Only these features can be transferred by changing attendant station assignment. T’ne default value is that stations 1 and 9 are Attendant Stations. Although any

- 8 are used in pairs; i and 2,3 and 4,5 and

area of the program is used to assign 2 stations as

- 8 of each address represents a sta-

3

Zone

Assignment (See Fig. 340-I 1)

- 4 are used to assign stations into zones.

are

dif-

2 stations can be assigned as Attendari Stations, only station Address 5 is used for this assignment. Buttons ! - 4 are used to assign on station, buttons 5 - 8 are used for the second. The binary format corresponds to the individual stations DSS number.

3. Prinae Line Pick-Up Assignment (See Fig. 340-13) This program area is used to allow a keyset to seize a

selected CO/PBX line without depressing that line’s button. The line will be selected when it is idle or on a

systemwide basis, the line can be selected when idle or

ringing (see Fig.340- 13). -More than one station can be assigned the same CO/PSX line as its prime line. No

station can be assigned more than one prime line. Each

address from 6 Buttons

PBX line number in a binary format. For no prime line

the binary number 0 is used. The default value is no

prime !ine assigned for any station.

4. Prime Line Pick-Up For incoming Calls (See Fig. 340-14)

This area of ‘he program affects on a systemwide basis whether COjPBX Iines which are in ringing status are eligible for Prime Line Pick-up. Address 14, button 8, sets the value. The default value is that Prime Line Pick-up will not seize ringing lines.

Private Line Ass@ment (See Fig. 34C-15)

5.

Two lines in the system can be assigned as private !ines. These lines can be accessed and will provide an led appearance oniy on the assigned stations. Stations that are not assigned a private line canno! successfully be prograiimed to ring on that line. T-w0 stations can be assigned the same private hne, and two lines can be

assigned to the same station or two stations can be assigned a private line each. Addresses 15 and !7 are used to enter each private iine. Buttons 5 - 8 are used

in a binary format to represent lines 1 - 6. Addresses

16 and 18 are used to enter the stations -&at are assigned private lines. Buttons 4 - 8 represent the stations. The default value is that no stations are assigned private lines.

6. CO/PBX Line Scan Assignment (See Fig. 340-16) This area of the program is used to se!ect which CO/

PBX !ines will be scanned for idle status in response to a station speed dial request for a CO/PBX line. The

system will always scan from the highest numbered selected line to the lowest numbered se!ected line (from right to left).

1 can

progran system data.

13 corresponds to two stations.

-

4 and 5 - 8 are used to program a CO/

I

Page 300-13

hklte:

77~1 lines cnn be omitted from

fhe scm.

Each station is assigned an address where selection can be made on which lines to scan Addresses 19 - 34 corspond to a station and buttons 1 - 6 of each address represents the lines. The default value is that all stations scan from lines 2 to 1.

340.5

Memory

Block 4

1. CO/PSX Line Assignment (See Fig. 340-I 7) This program area assigns lines as either CO lines, or as

PBX lines to provide for a pause when stations use

speed dial or last number dialed. For proper functioning, especially when TolI Restriction is installed, it is important that PBX lines be assigned as such. Address 1 and buttons 1 - 6 are used to program line assignment. Each button I - 6 represents a line. The default value for line assignment is all lines are CO lines.

2. PBX Access Code Assignment (See Fig. 34Cl8) This area of the program is used to allow up to 2 single

digit access codes to be dialed without the Toll Restric-

tion Inspection occurring. This allows more flexibility in Toll Restriction when a PBX station or access code is to be dialed and inspection is not desired. Two individual digits may be programmed.

Address 2 is used to enter both single digit access codes

to be allowed without inspection. The buttons 1 - 4 and 5 - 8 are used to write both numbers in binary

from 1 -

IO (10 is equivalent to 0 on the dial pad).

The default value is assigned digit “9” as PBX access

__ code.

3. CO/PBX Group Assignment (See Fig. 340-19) This program area is used to assign a CO/PBX line into

one of three groups. The CO!PBX group assignment affects tolI and Outgoing Restiction Assignment.

Programming a line as “not installed” prevents access

to unterminated lines and provides for error tone when

the corresponding keyset button is depressed. Address 3 corresponds to CO/PBX lines 1 - 4. Each pair of. buttons, I and 2, 3 and 4, 5 and 6, 7 and 8 are used to program these lines into a group. Address 4 corresponds to CO/PBX lines 5 and 6. Buttons

2, 3 and 4 are used to program lines 5 and 6 into a group. The. default value for CO/PBX group is for all lines to be in group A.

I and

4.

Station Class Assignment (See Fig. 31-O-20)

This program area is used in assigning restfictions to stations. The programming work sheet has a chart which shows how each class of station 0 -

15

is restricted with regard to each of the 3 CO/PEX line groups. In the chart, N stands for Not Restricted, T for TolI Restricted and 0 for Outgoing Restricted. Tine classes range from Not Restricted on all 3 groups, (class 0) through Toll Restricted on all 3 groups

(class 7), to

Outgoing Restricted on all 3 groups (class 15). Please note that not ah possible combinations are to be found.

_-

The default value for station class is 0 (Not Restricted on all 3 groups of CO/PBX lines for all stations). Each

address from 5 - 12 corresponds to swo stations.

CO/PBX buttons 1

- 4 are used for one station and buttons 5 - 8 for the other. The station ciass number is entered in binary format.

5. lt Dialing Assignment (See Fig. 340-21) This area of the program is used to select a Toll Re-

striction format to suit the installation Site Requirements.

In some locations it is necessary to dial a “I” before dialing a foreign area code and local exchanges have 3digit office codes with the same fomlat as area codes. If l+ Dialing is entered into the prograrr, calls beginning with

1 (c&s to

foreign area codes) wi!l be denied when the station is Toll Restricted on that line, but local (for instance to a local exchange 408) will be

allowed. In other Iocations, it is not necessary to dial a “1” before dialing a fore@ a:ea code; in this case I+ Dialing should be removed fro-m the program.

Address 13, button 8, is used to select which type of

inspection process is desired. The default value is that

l+Dialing is assigned.

6. Digit Rejection Assignment (See Fig. 340-22) This area of the program is used to prevent repeated

dialing of the same digit from the beginning of the dialing process to defeat the Toll Restriction Inspection

Process. This ability has been entered into the program ,._

so that when an exchange “ignores” a particular digit _’ or digits, if they are the first digits dialed and rnerely continues to offer dial tone, the Toll Inspection Process will still be valid. A toll restticted station dialing a

number listed in the digit rejection table will be drop-

ped from the CO/PBX line and receive error tone. Up

to 4 separate digits can be entered.

r”

:

Page 300-14

7. Speed Dial Toil Override Assignment (See Fig. 340-23) This area of the program is used to permit or deny Toll

Restricted Stations using the System Speed Dial access numbers 40 - 59 to override toll restriction. This choice only applies to system speed dial memory access numbers 40 - 59 and all toll restricted stations on a system wide basis. Address 16 button 8 is used to allow or disallow system speed dial buffers 40 - 59 toll override. The default value is that System Speed Dial will override toll restriction.

8.

Toll Restriction Override Table (See Fig. 340-24) This area of the program can be used to enter up to 30

3-digit codes to override *the Toll Restriction. Some uses for ‘&IS table would be to provide access to commonservicecodessuchas911,61! and411 andto

allow dialing 800 numbers and selected foreign area

codes. Two addresses are used for each code. The first

four buttons of an odd-numbered address are used to enter the first digit. The second four buttons are used to enter the second digit. The first four buttons of the following even-numbered address are used to enter the third digit. The numbers are entered in binary with 10 equal to 0 on the dial pad. Any address which is completely blank (no LEDs lit) is recognized as terminating the Override Table so no address

can

be skipped when programming. The default value of the Override Table is that no 3-digit codes are entered.

.

Page 300 -15

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

.--.

-_

MEMORY BLOCK 1

i’

Tabse 340.1 Memory Block and Address Content

Address 1

2 3 4

5

MEMORY BLOCK 2

Address I - 12

13- 24 15 16- 19

20- 21

MEMORY BLOCK 3

Address 1 - 4

5 6- 13

14 i5- 18 i9- 34

Recall Button Timing Assiwment Pause Timing Assignment Paging Timeout Assignment Hold Recall Timing Assignment System Refresh Basis

Day Mode CO/PBX Ringing Assignment

Night

Mode CO/PBX Ringing Assignment Door Phone Assignment Door Phone Chime Assignment Off-Hook Ringing Assignment

Internal Attendant Station Assigilment Prime Line Pick- Up Assignment

Prime Line Pick-Up for Incoming Calls Assignmer;t Private Line Assignment CO/PBX Line Scan Assignment

Paging

Zone Assignment

Il/iEMORY BLOCK 4

Address 1

2 3-4 5- 12

13 14- 15

16 17- 76

CO/PBX !-ix Assignment

PB Access Code Assignment

CO/PBX Group Assignment

Station Class Assignment

“1” + Dialing Assignment Digit Rejection Assignment Speed Dial Toll Override Assignment Toll Restriction Override Table Assignment

Page

300-16

F

MEMORY BLOCK : 1

EXAMPLE:

Fig. 340-I Real! Button Assignment

I

Recall Timing is set at 0.6 seconds.

I

ADDRESS

MEMORY BLOCK : 4

: 7

EXAMPLE:

I-JZJ

Pause Timing is set at 3.5 seconds.

.

Fig. WI-2 Pause Timing Assignment

I

ADGRESS

3.5

Page 300-17

MEMORY BLOCK

I

: 1

30

60

1

EXAMPLE:

Fig. 340-3 Paging Time Out Assignment

I

Paging Time out Is se1 at 60 seconds.

ADDRESS

:

3

1:

EXAMPLE:

Fig. 3404 Ho!d Recall Timing

rJ-q

Hold Recall Timing is se: at 60 seconds.

MEMORY BLOCK : 7

I

ADDRESS

I

60

!

: 4

, ‘1

EXAMPLE: ,j15j

Fig. 340-5 System Refresh Basis

MEMORY BLOCK : f

---.-____ ADDRESS

I

System is Programmed for

Idle Condition:

I

MEMORY BLOCK

-___

:5 I

: 2

ADDRESSES

i-

In the Day Mode, CO/PBX-3 wil! ring at

Stations 1 thru 7.

: 7 - 12

Psge 300-19

Fig.

340-T

In the Might Mode CQ,&‘BX 1 - 6 will ring

at Station 1 thru 5.

Night Mode COiPBX Ringing Assignment

MEMORYBLOCK : 2

ADDRESS : 75

-_-

Page 300 -20

Fig. 340-8

EXAMPLE:

Door Phone 1 and 2 are enabled.

Door Phone Assignment

MEMORYBLCCK

I

: 2

I

AEERESSES

EXAMPLE:

Door Phone 1 will chime at Stations 2,4, 6, and 8.

STATeON NUMBERS

I

16

I 1 I

/ 17

I

2

I 9

I I I

18 19

Fig.

340-9

21 31 41 51 6/ 7j 8

/ 10 j 11 1

1

9 16

Ooor Phone Chime Assignment

12 / 13

I

I / ! I8

/ 14 /

I

15 / 76

I

: lS-

19

NO OFF-HOOK

RINGING

OFF-HOOK

RINGING

El

EXAMPLE:

MEMORY BLOCK

I

ADDRESSES

pm ga E /zI III

Stations 1 thru 4 will ring off-hook.

:

2

:

20-21

Page 300 -2 I

I

,

.‘_

EXAMPLE:

ADD.

3 9 10 11 j 72

-

STATiON NW.‘?BERS

I

4 13 / j 14 15 ! / l6

STA. 5:

ZONE A STA. 6: ZONE B STA. 7: ZONE C STA. 8:

NO ZONE

Page 300 -22

Fig.

343-l

1

Internal

Paging

Zone Assignment

,

/

STA.

2

3.

4

5

6

7

8

9

MEMORY BLOCK

i

ADDRESS

IIIlmm141

lzHzzml[81

1

EXAMPLE:

,Stations 7 and 10 are assigned as Attendant

ADD.

5

Stations

_,_.t

_

1 2 3 141.6

ATT.

/ ,

STi+TlQPd /

/

:

3

:

5

‘^----_._,_^i.~ 1

6 7 I8

ATT.STATION

/

I

q

10

11

12

13

14

15

16

Fig. 340-l 2

Attendant Station Assignment

Page 300 -23

/..

: 6-13

I

EXAMPLE:

ADDRESSES

I lzlfl

.

Station 1 is assigned CQ/P5X Line 3

as prime line and, Station 2 is assigned CO/PBX Line 1 as prime line.

4

I

Kl

ALLOW

DISALLOW ’

Page 300 -24

1

Kl

‘.______.

Fig. 340-13

Fig. 34Q-74 Prime Line Pick-Up for homing Calls

Prime Line Pick-Up Assignment

EXAMPLE:

f

System is programmed TV allow prime line pick-up for incoming calls.

MEMORY BLOCK : 3

ADDRESS ‘: 14

NOT SCAN

MEMORY BLOCK: 3

ADDRESSES : 19- 34

SCAN

q

EXAMPLE:

Station 2 is assigned scanning CG/PBX Line 6, 3 and 1.

1 /jLINE 2 j UME 3 j LINE 4 / LZME 5 / k!NE 6)

Page 300 -26

Fig. WI-16

CO/PBX Line Scan Assignment

’ MEiMORY BLOCK : 4

ADD.

EXAMPLE:

1

LlNE I LIME2 LIME

Fig. 340-17 @Q/PBX Line Assignment

2

3

3 LIME 4 /LIME

I

Line

6

4 5

1

are

assigned as

ADDRESS

and 2 are

1 ci

5 LlNE

5g%D5

assigned

PBX.

6

as

CO

Line

: 1

3

tkru

Page

3CN-27

EXAMPLE: 1

ADD.

3 4 5

1

co.

1 /”

\ ..* .

Fig. 340-19

CO. 3 /

2

2 ‘T 6

CO/PSX Group Assignment

4 CQ. 5

,,

.

COfFBX CO/FBX 3 CO/FBX 4

3

1 - 2 =

6 CQ.

4

A

=b =C

7 8 I I

...I . ..-..

...___..I

1.0

PBX CODE

2

3

4

5

6

7

8

9

0

NONE

EXAMPLE FIC’I g%

PBX access codes have been set at 9 and 6.

Page 300 -28

Fig.

340-18 PBX Acces5 Code Assignment_,

____.__ -..

c

El

-

M

‘..

‘\.

.-

\

_-

u)

1-

MEMORY BLOCK: 4

ADDRESS

: 13

I

DISALLOW

ADD.

13

DIGIT

1

2

3

EXAMPLE:

1

8 System is programmed to permit “I+”

1 f

Fig. 34021

Dialing Assignment

EXAMPLE: m

m

dialing.

MEMORY BLOCK: 4

ADDRESSES

Syctem

first digit 3 or 6.

programmed to release line when

: 14 - 15

I

3

4

5

6

7

8

9

0

NONE

Fig. 340-22 Digit Rejection

>!

Page

300-31

_.

__

-..

---

..-.-

._-__

---

-.--

___._

i”r

DISALLOW

DIGIT

1

2

Fig. 340-23

EXAMPLE:

Speed

Dial Toll Override Assignment

EXAMPLE: m

I

System speed dial is restricted.

/ MEMORY BLOCK: 4

ADDRESSES

:

17-76

‘

I

Page 300-32

3

4

5

6

The first 3-digit code in this table is 212.

ADD. 11213 415 6 ;7 18

17

CODE DIG. 1

I

CODE DEG. 2

18 CODE DIG. 3

7

19

CODE DIG. 1 CODE DIG. 2

,

8

9

0

75 76

CODE DIG. 7 CODE DIG. 3

CODE DIG. 2

Fig. 340-24 Toll Override Table

TOLL OVERRIDE TABLE CHART

Fig. 340~2E

i

Page 300-33

_.

_____~.

__.

__._

__.._

_--___

.-.---..---

-----.-

---.-----...

--.”

--....

___

USER DIALS

A DIGIT ON

A COlPBX LINE

-.--“I--

ALLOW USER

FREE DIALING

ALLOW PBX

ACCESS CODE

--------.h

l+ DIAL AREA

DIRECT DIAL AREA

0

l-9

.

1

DIGIT TOLL

Fig. 340-26 Electra-616 Toll Denial Algorithm

Page 300 -34

pm

SECTllON 400 STATION OPERATION PROCEDURE

a

410

410.1 CO/P5X (Outside Calls)

1. Originating

Key Telephone Operation

Using Manual Dialing

-

depress idle (unlit) m

-

lift handset or depress 3

-

receive dial tone

-

dial desired number

-

when party answers, use handset .to talk

Using Last CO/PBX Number Redial

-

depress idle (unlit) ~

-

lift handset or depress s

-

receive dial tone

-

depress Last Number Key

-

display shows m]

-

when party answers, use handset to talk

Using Speed Dialing - Station and System

-

depress idle (unlit) B

-

lift handset or depress s

receive dial tone

-

depress Speed Dial Key m

-

display shows VI

q

tl

q

Use of station or system Speed Dialing can automatically seize an acceptable COjPBX line eliminating the need to depress II CO/PBX CO/PBX line, depress CO before depressing the

Using Prime Line Pick-Up

- lift handset or depress ,$

-

receive dial tone

-

use any of the dialing methods discussed here

For consecutive dialing, depressing the Speed Din1

Note:

Key initiates speed dialing at any time. The keypad

is ah4ys live for manual dialing.

2. Answering

When a slow Flashing co is present on Keyset

-

depressing flashing

- lift handset

-

respond to caller

3. Placing a Call On Hold

Placine a CO/PBX Call on Non-Exclusive Hold

-

during CO/PBX conversation, depress [HOLDI once

-

display shows or,

-

depress m for KM call. The ca3.l in progress will automatically be put on hold.

m

III

q

1

line. For 4 pnrticubu

For Station Speed Dialing

-

depress desired m

or,

For System Speed Dialing

-

dial 20 - 59 for the particular number desired

-

display shows Speed Dial Buffer Number mj

Note:

Depressing the page, door phone or pick-up buttons

will also automatically place the CO call on non-

,

exclusive hold and activate the selected feature.

Placing a CO/PBX Call on Exclusive Hold

-

during CO/PBX conversation, depress [HOLDI twice

-

display shows [m

Page 400-l

Removing a CO/PBX Line from Hold

depress B for desired station

-

depress fluttering or intermittent winking Ic6

- lift handset

4. Hold Recall

An audible recall signal, a fluttering COIPBX LED and a display are provided to idle keysets that have

longer than the programmable time.

-

display shows IT]

X corresponds to CO line recalling

-

depress fluttering m

- lift handset

Note: Display will indicate the held lines of the station

sequentially, for 0.8 set each.

5. Abandoning a Call

Abandoning a Call

(if a previous CO/PBX call was in progress, the call is placed on hold automatically)

receive tone burst

display shows called station number m]

after response, use handset to talk

To a Busy Station

-

same as above (first 3 steps)

-

receive call waiting tone

-

wait until called station answers or restore handset.

Note: Calling party will receive busy tone when called

station is in Do Not Disturb mode or receiving an

ICM call. The called station’s display wit! not show

the calling station’s number.

2. Answering

Idle Station

-

receive tone burst

.

-

at the end of the call, depress the Recall Key

-

CO call is released, but the line is retained and new dial tone is heard.

- dial next call

Abandoning Using Handset

-

restore handset

-

CO/PBX line is released

Abandoning when in Monitor Mode

-

410.2

depress ,s

-

$$ LED goes off and CO/PBX line is released

•I

q

Intercom (Internal) Calls

1. Originating

To an Idle Station

- lift handset or depress $ cl

-

display shows calling station’s number 1x1 ICM Flashes

-

converse hands-free or pick-up handset

Busy Station on COjPBX Line

-

receive half volume tone burst from speaker

-

display shows calling station’s number 1-1 ICM Flashes

-

depress m and converse immediately with call-

ing party,

or

-

continue existing CO conversation

Note:

After call is abandoned and busy station becomes

idle, the display will show the number of the last

ICM party that called for 3 seconds.

,

Page 400-2

410.3

Conferencing

410.4

Transfer

r

When

Note:

The

allowable conference configurations are:

the conference circuit is busy, g will light

on all keysets. No additional conferences can be made at this time.

cl

2 stations 1 CO/PSX line

1

stations 2 CO/PBX lines

3 stations No CO/PBX lines

1. Originating

Three Party Conference

(1 station 2 CO/PBX lines or 2 stations 1 CO/PBX line)

with CO or ICM call in progress

depress m, El flashes

originate CO or ICM call and wait for called party to answer

a

depress m, mislit

conference is established, use handset to talk

Three party conference (3. internal parties)

with KM call in progress

depress B,

Ei

flashes depress 10551 for desired station

wait for called party to answer with handset

depress El,

E\

is lit

-

during CO conversation

-

depress desired !,,,

-

after receiving tone burst, voice page to request

, m

winks

called station to pick-up held CO/PSX line.

-

wait for response or monitor held CO/PBX status until answered (CO lit steady).

restore handset

410.5 Do Not Disturb

1. To Enter Do Not Disturb Mode

-

depress m,

2.

To

Leave Do Not Disturb Mode

-

depress [q

Note: The following speaker activity will stop when a

station enters Do Not Disturb Mode: COIPBX ring, ICM calls. paging and door phone ring.

410.6 Intercom Call Pick-Up

1.

To

Pick-Up an Intercom Call to a Station

-

lift handset or depress $$

-

depress Call Pick-Up Key

-

display shows m

-

depress [DSSI of called station

-

use handset to talk

m

~ /DNDJ

is lit

is off

c3

/

--.

conference is established, use handset to talk

Nota:

Calfed KM party must answer with established conference.

2. Holding

1 Station 2 CO/PBX Conference

-

depress @, both m wink

Nota:

This allows individual handling PBX calls. Conversation cannot continue during the station’s absence.

handset

of

the two CO/

to

Paging

410.7

1. Internal 3-Zone Paging

To Originate an Internal Zone Page

- lift handset or depress ,s

- depress Paging Key

-

display shows /?/l

e

Page 400-3

,

_..^_,..

_ - _

_.-_..

/.

___----

.._._I..-...

I-

._” . .

.-

_..^...,

--

.-.- I ..-_ _ .

___I

-._-....._._.___

.

,_j___..__._,,_.

-

.

-

1

on keypad dial

-

use handset to talk

..” . .

!

II

for Internal Zone 1 for Internal Zone 2

121

for Internal Zone 3

i

for All Internal Zones

141

-

display shows 1-1

X digit dialed on keypad

2. External Paging

To Originate an External Page

- lift handset or depress s

-

depress Paging Key

-

display shows 1p]]

-

on keypad dial 151

-

display shows I]

-

use handset to page

u

3. To Answer Any Internal or External Page

-

lift handset or depress H

-

depress paging key

. 410.8

-

display shows

-

depress m on keypad

-

display shows m]

-

use handset to talk

Door Phone

[PI]

1. Originating

X digit dialed on keypad

To a Busy Door Phone

- lift handset or depress s

-

depress door phone key

-

display shows r]

-

on keypad dial m or 121

-

receive busy tone, display goes off

I

2. Answering

-

display shows ]F] or ]d/21

-

lift handset

-

depress door phone key

-

on keypad, dial m or 121

-

use handset to talk

3. Monitoring

- depress 2 Ll

- depress door phone key

-

display shows [I

-

on kevuad dial m or /21

- .

-

display shows m]

II

X digit dialed on keypad

410.9 Programming Speed Dial

1. To Program Station Speed Dial with Key Telephone Idle

I

Page

To an Idle Door Phone

lift handset or depress e

depress door phone key

display shows IF]

on keypad dial m or /21

display shows m]

400-4

G

-

depress ‘-1 Key

-

record tone is heard over speaker

- display shows m]

-

depress desired B

-

display shows m number m]

-

record tone stops

4

-

dial telephone number

3.

To Confirm Station Speed Dial Number

-

each digit is displayed as dialed [T]

-

depress I] Key

-

display goes Off

Each

Key

Note:

each, available for its own use.

2.

To Program System Speed Dial

Telephone has 16 SPD buffers, 16 digits

(Attendant Keyset Only)

-

depress -1 Key

-

record tone is heard over speaker

-

display shows [m

-

dial desired buffer number m]

-

record tone stops

- dial telephone number

-

each digit is displayed as dialed 171

-

depress

-

display goes off

Note

1:

Note 2:

Note 3: To reprogram a speed dial buffer, follow the same

1 SPD PfiOG ]

The system is provided with 40 System Speed Dial access buffers, 16 digits each. The access numbers are 20 thru 59.

When programming station or System Speed Dial,

a pause may be inserted at any time. Each sequen-

tial depression of the pause key will increase the

duration of the pause. Each pause will count as a

digit.

instructions as programming. To erase a speed dial

buffer. follow the instructions for programming,

but don’t enter a telephone number.

Key

With Key Telephone Idle

-

depress Speed Dial Key ISPD]

-

depress desired B

-

display showsm number and each digit of the stored number sequentially

4. To Confirm System Speed Dial Number

With Key Telephone Idle-

-

depress Speed Dial Key m

-

on keypad dial desired buffer 20 - 59

-

display shows buffer number and each digit of the

:. :.

~.

stored number sequentially

Display shows I] when there is no memory

Note:

in buffer.

410.10

Night Mode

1. To Enter Night Mode

With Key Telephone Idle

-

depress @

-

display shows I-I-]

-

on keypad dial 161,

-

display shows 1611

-

depress PI,

-

display shows ml for 10 seconds

Fj

181

is lit

2. To Cancel Night Mode

With Key Telephone Idle

depress @

display shows I--i_]

on keypad dial m’,

q

display shows 16181

depress [HOLDI, m goes out

Page 400-S

410.11 Security Alarm

Display shows [Tj or (nlzl

1. To Cancel Alarm

With Key Telephone Idle

-

depress m

- display shows [F]

-

on keypad dial 171,

- display shows [T]

-

depress B

-

alarm stops, display will remain until circuit is reset. After reset, display goes out.

.

181

-_

Page 400-6

.-

I

J

. .

._

.

This addendum supplements the Electra-616 Installation Service -Manual

ND-17314.

This addendum should be used whenever a CRJ-SA KTU is

installed in an B-6-( ) KSU and when an EIXH-( ) Key Telephone Set with

built-in speakerphone is installed in an Electra-616 system. Because all

ES-6-3 KSU's initially contain a CFU-SA KTU it is recorrmended that all

installation and maintenance personnel become familiar with this addendum.

i .

:

/

-.

This addendum is divided into four sections:

100

E;T-6H-( ) Key Telephone Set with Internal Speakerphone 200 CharqesinStardard ProgramingwithCIlU-SA 300 400

Menu

Prqraming

How to Operate New Features

Access Code List Alphanumeric Display Character List

-2-

100

ET-6%()KEYTELEPEKlNESETwI?xINrFPNAL spEAKERP=

110

I.20

Installation

From a hardware stardpoint,

the EZXiE+( ) Key Telephone

set is installed exactly as the ET-6-I ) Key Telephone set.

Cable and connector requirements remain the same. No local

power source need be provided for the ET+%-( ) speakerphone.

Programunir-q

In order to initiate intercom calls with the ET-BI-( )

internal speakerphone,

hands-free telephone in the system program.

An alternate way of prograrrming the ET+X-(

the station must be assigned as a

See Figure 12O.l.A.

)

from the station

as a speakerphone is provided by Section 300 menu programming.

See Section 320 Menu Programning From Any Keyset.

1 MEMORY BLOCK: 9 1

L

. . .

I

ET-6H-( )

ET-6-( )

Figure

I

120-l

A: Hands-free Telephone Assignment.

ADDRESS

I

STATIONS 1 _ 4 ARE ASSIGNED AS ET-GH-(. ) STATIONS 5 u 8 ARE

ASSIGNED

AS ET-6-t ) _

: 2-3 1

-6-

200 CHAG~INSIANDAPDPIUQUMIING

210

210.1

Programming Operations

All programming procedures remain standard as in Section

300 of the Electra-616 Installation Service Manual NE-17314.

This includes all procedures for going off-line, for selecting

memory blocks and addresses, for entering data, etc.

Programming Details

Several parameters have been added to the programrrable

contents of the system memory, these are:

--Privacy release which disables privacy on selected

lines enabling up to four stations to talk to an outside

partyon any CD/pBX line assign& to be without privacy.

--Assignment of ET-G&( )

Key Telephone

Sets

with

internal speakerphone to allow full hands-free operation

including initiation of intercom calls.

--Selection of a vacant station position to enable tarxlem

conference

(a tandem conference being an unsupervised

conferexe of two outside (a/PBX) parties with manual

re-entry to monitor conference status),

--A method of resetting

(without using the momentary

the system by programming

button on the CPU) has been

added.

-c;-

/ .

220

Default Values

230

230.1

The default values

--Privacy release:

feature.

--All stations are m-6-(

internal speakerphone).

--Tandem Conference is allowed when station 8 is not

installed; when station 8 is installed there is no Tar&m

confererxe allowed unless another station position with

no station installed is chosen and programned.

Progrananing Details

Memory

Block

8

for these additional parameters are:

All a/P%X lines retain the privacy

)

Key Telephone sets (no

1) System Reset.

system reset.

If this memory block is selected while the

This memory block is only used to do a

programming station is in off-line mode, the entire system is

reset (just as it wuld be by depressing the reset button on the

CPU-SA).

The progrannninq station returns to on-line mcde

because of the system reset and all calls in progress will be

--depress

[XZRii[

--depress m

--depress m,

a, j5J

--depress v_al

-6-

Reset occurs at this time with the progrming station returning

to 'ton-line" mode.

230.2 Memory Block 9

1) Privacy Release Assignment (See Figure 340-27). Any

ccambination of cO/PBX lines can be selected to lose the privacy

feature. This enables up to four

stations to

join a

conversation with an outside party on the chosen CD/PBX line

without privacy. Parties attempting to enter after a fourth

party has entered will receive error tone.

that all CD/PBX lines retain the privacy feature.

buttons 1 r-

6 are used with each button representing its

The default value is

Address 1

corresponding CI/PBX line.

2) Hands-Free Telephone Assignment (See Figure 340-28).

With the introduction of the ET-a-( ) Key Telephone Sets this

area of the program is used to allow hands-free initiation of

intercom calls.

Addresses 2 and 3 are used with each of the

buttons l- 8 representing a station in each of the addresses.

The default value is that all stations are ET-&(

)

telephone

(without internal speakerphones).

3) Tandem Confererxe Assigrxnent (See Figure 340-29).

This area of the program is used to reserve a station position

to be used for tandem conferences. A tandem conferexe is an

-7-

unsupervised two CD/PE3X line conference with exit and re-entry

available to the station which originated the copfereme.

Address 4,

station

corresponding SW-S K!TU must be installed.

.station is later installed it will take precedence and the

tandem conference feature will becune inoperative.

value is that the position of station 8 is reserved for tandem

conferences.

position

buttons 4 - 8 are used to designate the

reserved

for tandem

conference. The

If the selected

The default

-e-

1 MEMORY BLOCK: 9 1

ADDRESS

I

ALLOW

Figure

340-27:

CO/PBX lines 1 thru 3 will

allow privacy release.

Privacy Release EnaQie Assignment

1 MEMORY BLOCK: 9 ]

1 ADDRESSES : 2-3 /

Figure

1~00 I

340-28:

2 1

3 9

Hands-Free

Stations 1 thru 4 are assigned as Hands-Free Te!.

Stations 5 thru 8 are assigned as Standard Tel.

STATION NUMBERS

2 3 4 5

10 11 12 13 14 115

617 81

i

16

Telephone Assignment

/

f

1 MEMORY BLOCK: 9 j

1

ADDRESS -

/

Station 16 is assigned

c

STA

1

2

3

4

5

6

q

cl

Tandem Conference Line

:4 1

6

7

8

9

10

11

12

13

14

15

16

El t3 I3

Kl

I3 I3 Kl

El

K.,,.

Figure 340-29

. -

bandem Conference Line Assignment

_

1n -

300

MlMJPxxEWT4ING

Menu programming

Electra-616.

Menu programming supplements the standard system

is a new method of programming the

programming and can be performed partially from the programming

station (Station 1) and partially from each individual station.

Not all parameters can 'be changed via the menu prograrmning mode.

Parameters which can be programmed from station 1 using

the menu mcde are:

--Feature Assignment -

one of 48 possible selections is

chosen to fit the system requirements (See Table 3OC-2-J)

--Ringing Assignment (per trunk, per station basis)

--Call Restriction (outgoing toll and non-restriction on

a per trunk per station basis).

Parameters

which are programned from the individual

station sets are:

--Prime Line Pickup

--Speakerphone (ET&H-( ) assignment)

--Off-hook ringing

Detailed procedures for menu programming follow.

.

310 Menu ProgramninJ From Keyset 1

1) Feature Assignment (1 &&rough 48)

*

m:

Assigrrment Menu table and all access codes

are determined from Table 3OC-1A_

This programing utilizes the Feature

--choose access code (l-48) from Table 300-lA

--place programing overlay (when available) on

station keyset 1

--depress /m key (or "MENJ PEW CUT" a on

overlay)

--depress [oN/oFr"l key (or "EXIT" a on overlay)

--depress -1 key (or a on overlay)

’

--on keypad dial access code (1~ 48)

--depress F\ key (er

2) Verifying Program

--depress

overlay)

--depress

overlay)

--display

--depress

"MENU ENTER" on overlay)

Acceptme

1-1 key (or "MIT" @ on overlay)

mj key (or a on overlay)

[md

shows programed access

1-1 key (or "MIT"

key (or

“MENU

READ c3.n”

cede (l-48)

H on overlay)

1 on

hi

-l2-

3)

Ringing Assigment

--place programming overlay (if available) on

station keyset 1

depress -1 key

overlay)

--depress

-depress

--depress

be programed

--depress desired line key(s) (i -6) to ring at

selected station

--repeat last two steps for each station beir-!g

programed

--depress [CPJ/OFFj key (or "EXIT"

/m

[SPDI key (or

]Mlcl key (or

desired station select key (1 -16) to

(or “MENLJ RFAD CXJ’F m

key (or

"EXIT" a on overiay)

q

on overlay)

"PJ%m on overlay)

q

on

on overlay)

4) Call Restriction

NOTE:

button (l-6) identifies the type of re-

striction for that line.

depression changes the restriction status of

associated a3/PBX line.

I

Visual indication at each cO/PBX iine

IDLE

STEADY

ETASHIN; =

Depress third time to return to IDLE.

Each button

=

Non-restriction

= Toll restriction

(depress once)

Outgoing restriction

(depress twice)

J

--place programming overlay

station keyset 1

(if avail&le) on

--depress

overlay)

--depress

be progranmzd

--depress desired line key(s) (lr-, 6) to be restricted

at selected station -

irdication of the various restriction states

--repeat last two steps for each station being

progranxned

--depress 1-I key (or "EXIT" B on overlay)

JTKEWCR[

JON/OFF1

m\ key (or 3 on overlay)

m key (or "RESTRICT" on overlay)

desired station select key (l- 16) to

key (or "MENU REFD OUT" a on

key (or

"EXIT" a on overlay)

see note abve for LED status

5) System Reset Using Keyset.No. 1

--depress JADD/ONJ key (or "PlEbKJ FZAD CVI? a on

overlay)

--depress 1-1 key (or "EXIT" B on overlay)

--depress

--depress a

L-depress IDsss[

--keyset No. 1 is now in "on-line" mode

q q

-

14 -

320

Menu Progranxting From Any Keyset

la) Prime Line Assignment

- With Key Telephone Idle

--depress -1 key

--display shows B

--record tone is heard over speaker

--depress desired cO/PE!X line key

--display shows chosen CD/M/line iL';1

wi.th*=ld6

--record tone stops

--depress 1-i key

--display goes off

lb) Cancelling Prime Line Assignment - With Key Telephone Idle

_ . .

--depress w[ key

--display shows @

--record tone is heard over speaker

--depress )m key

--display shows ]nL1 for 3 seconds

--record tone stops

\

2a) H&s-Free Telephone Assigrnnent - With Hands-Free Telephone

Idle

--depress m key

--display shows m

--record tone is heard over speaker

--depress 1-1 key

--display shows m for 3 seconds

--record tone stops

2b) Cancelling Hanls-Free Telephone Assignment

--depress 6-1 key

--display shows a

--record tone is heard over speaker

--depress r-1 key

--display shows @ for 3 seconds

--record tone stops

3a) Off Hook Rirqing Assignment - With Key Telephone Idle

--depress rSPD PEG1 key

--display shows m

--record tone is heard over speaker

--depress lm key

--display shows m for 3 secords

--record tone stops

- 16 -

.

/

3b) Cancelling Off Hcmk Ringing Assigrment - With Key Telephone

Idle

--depress IpRo key

--display shows B

--record tone is heard over speaker

--depress

[PPGEIJ

key

--display shows m for 3 secords

--record tone stops

- 17 -

400 K>kJTooPERAlT

Group Call-Pick-Up - With Key Telephone Off-Hook

/

--depress

--display

--depress

--display

Call Back I&quest

Upon receiving no answer (or busy indication at

called station:

--depress a

--display shows

message denied)

l-up1

key

shows IupJ

m key shows called station number m

a

for message sent (or /TJ for

N(Y.L’iZ:

call

Each

keyset can receive up to tw

back requests. Display showing @ indicates there are already txo call back requests for the called station.

Tandem Confererxe Call

’

NC?CE:

One station position must be vacant for system to provide tandem conferexe capabilities.

‘

I

--establish comication with a CI/pBX line

--depress

/ADD/ON1 key

--CD/PBX line key LED shows hold indication

--establish communication with second CD/PBX line

--depress [ADD/ON{ key

--both m/PBx line keys arkd [ADD/ON{ key LED

indicators light steadily (the two O~/?BX lines

ard the station are in confereme)

If station

desires to leave conference while maintaining

the two CD/FBX lines in tandem conference:

--depress rwl key and'go on-hook

--LADD/oNL key irdicator flashes, both CD/PBX iine

indicators light steady

To re-enter tandem conference:

--go off hook ard depress -1 key

--I-/ key indicator lights steady and

confererxe can be heard via hatiset

--if tandem confereme is

handset to release both CO/FBX lines

--if the tandem coriferem=e is still in prqress,

depress /m\ key and restore hardset

--continued--

finished,

restore

-

1-9 -

/’

--1ADn/crJ7

irdicators

indicator flashes, both C$&EIX line

light

steady,

tandem

conference

continues

NUIE: Approximately 3 minutes into the

tandem conference, an audible time reminder

is provided and the I-1 key indicator

starts fluttering.

Thereafter, every 3

minutes the tone reminder will be heard until

the tandem conference is re-entered and

terminated.

1

330

Job

Specifications

330.1

1.

2.

Instructions for Completing Job Specification

The fist

have been provided as a convenience and do not affect programming.

Item 6 is COjPBX Assignments. Much of this table is also provided as a convenience. Two sections, REFERENCE NUMBER and PFROGRAMMING DATA, are used in programming.

9

page contains

REFERENCE NUMBER is the number the CO/ PBX line will be referred to in programming material.

PBXLINE refers to the origin of ;he line connected;

is it from a PBX or from a Central Office? This will affect speed dialing, last CO/PBX number redial and restriction features.

items

A - C and 1 - 5. These

PRIME LINE. This assigns a “Prime Line” wltich will be seized by a station going “Off-Hook”

without depressing COjPBX button. Ihis feature

will only poerate when the “Prime Line” is in idle status unless a separate programming choice is exercised; then the line will be seized when ringing or idle.

PRIVATE LINES. This assignment provides space

to record which station and wlhich line on that station will be programmed for a private lie. Note that only two lines can be assigned as private lines, Two stations can be assigned the same private line, and two lines can be assigned to the same station.

INTERNAL ZONE PAGE. This assigmment provide space to record zone paging groups: 1, 2 and 3. Any number of stations can be in a zone, no station can be in more than one zone. All stations rarrain in the “all call” group.

_

LINE GROUP (A, 5, C, or NOT INSTALLED).

c>

Every CO/PBX line installed must be assigned a line group, even if all lines are in the same group. At the time of installation all CO/PBX lines will be in

Group A as is provided by the resident system

program. Every installed CO/PBXline circuit wfiich

does not receive a CO/PBX line must be assigned

as NOT INSTALLED. This will prevent access to

unterminated circuits. Restriction feature is also

affected by this assignment.

Item 7 is Station Assignments. Two sections of this

3. table are used in programming, reference number and programming data.

REFERENCE NUMBER is the station’s DSS Num-

ber and is the number the station will be referred

to in programming material.

CO/PBX RING ASSIGNMENT provides space to record requirements for day and Night Mode Ring and OFF-I-Iook Ring. When a station is to ring in any of these requirements, place an appropriate mark in the space provided. The station programmed for night ring will ring for all CO/PBX lines when system is set for Night Mode Ring.

RESTRICTION CLASS and CGDE. Only the class is required for programming. Each CLASS has a unique CODE, and adding the code will make

understanding the restriction easier. See the table

located on the Station Class Assignment Table in

Section 340 Programming Work Sheets.

ATTENDAI\(‘T STATION. This assignment provides space to record 2 attendant station positions.

The station (s) programmed as an attendant station

is capable of performing the following additional

functions: to program and confirm system speed dial, to set and cancel night transfer and to cancel security alarm signal.

DOOR PMONE CHIME. This assignment provides space to record which stations will &ime when Door Phone 1 and/or 2 are actiiiated. Any number of stations can be assigned to c_hime

both Door Phone 1 and Door Phone 2.

CO/PBX LINE

I) CO/PBX LINE SCAll. This section provides space

to record which CO/PBX lines will be scanned by

individual stations when speed dial is activated. The system wili start no scan from the highest line number programmed for that station. Prirre Line

Pick-up feature will have priority over Line Scan

feature.

4.

Item 8 is System Assig,nments. These assignments 2ppIy system wide and include Time Outs, Door fhone Connection assignment, Prime Line for incoming calls and Toll Restriction assignments.

A) TIME OUTS are listed with durations in seconds.

The desired Time Out can be circled.

fOi

either or

Page

300-h

NEC 616 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

HARDWARE INSTALLATION