Mitel SX 200 ML PABX Instructions Guide

							SUPERSET 430 Telephone 
. Press the RING ADJUST softkey. 
. Press the RINGER PITCH softkey. 
l The set will start ringing. 
l Adjust the ringer pitch. The VOL UP key increases the pitch; the VOL DOWN key 
decreases the pitch. 
l Press the SUPERKEY. The pitch setting is saved, the ringer stops, and the set 
returns to its normal state. 
SUPERSE~ 430 Telephone Installation Instructions 
7.4 Installation includes unpacking the set, assembling the set and connecting the set to 
a wall jack. The connections to the system via the cross connect field are described in 
the h-Ma/la tion Information Practice. 
WARNING: ANY CONNECTION OF THIS SET TO AN OFF PREMISE APPLICATION, AN OUT 
OF PLANT APPLICATION, OR TO ANY OTHER EXPOSED PLANT APPLICATION 
MAY RESULT IN A SAFETY HAZARD, AND/OR DEFECTIVE OPERATION, AND/OR 
EQUIPMENT DAMAGE. 
Do NOTconnect S~PE~SE~430telephones in parallel, to standard lines, or as Power 
Fail Transfer extensions. Do not use a hand test telephone (butt in) to check 
SUPERSET43U telephone lines; the Digital Line Card does not have a loop detector. 
The on-/off-hook status of the set is signaled by data transmission. 
Before the set can be used, the system must be programmed and equipped with DNI 
Line Cards to interface with a SUPERSET 430 telephone. Refer to the Customer 
DataEntry Practice. 
Chart 7-l SUPERSET 430 Telephone Installation Instructions 
Step Action 
1. 
Connect the handset cord to the handset and the main assembly. 
2. Write the sets telephone number on the Brand/Extension Card. 
3. Identify the set’s extension number, other line appearances and features on the 
Designation Card. 0 
4. Install the Brand/Extension Card, the Designation Card and the Feature Designation Card. 
Install their protective lenses onto the main assembly. 
5. 
Connect the line cord to the telephone and the telephone jack. 
6. Inset-t the line cord and the handset cord into the cord channels. 
7. The Message Lamp and the Microphone Lamp will go solid red and the triangular line 
appearance indicators will be on for about five seconds. When they go out and the LCD 
displays the time and date, communication to the PABX will have been established. 
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Table 7-l SUPERSET 430 Telephone Environmental Specifications 
Operating Environment: 
Temperature: 
Humidity: 
Storage/Shipping Environment: 
Temperature: 
Humidity: O” to 35’ C (32’ to 95’ F). 
0% to 90% RH, non-condensing. 
-25’ to 70’ C (-13’ to 158’ F). 
0% to 90% RH, non-condensing. 
Visual Indication of System Communications Problems 
7.5 If there is a synchronization error, the LCD displays “NO SYNCHRONIZATION” in the 
uppermost row of the display. If there is a communication error, the display reads “NO 
COMMUNICATION”. If the SUPERSET 43U is installed on a circuit that is not 
programmed in CDE as a SUPERSET 430 the message “INVALID SET TYPE” and 
“CHECK CDE” will appear on the first two lines of the display. 
Connection to the M/LINK Data Module 
7.6 To accommodate data call operations, the SUPERSET 430 telephone is equipped 
with a M/LINK network connection. This connection allows the set to be connected to 
a M/LINK Data Module on the desktop and share the one telephone port. For M/LINK 
Data Module installation instructions refer to the Dataset 1100 Series Section in this 
Practice. 
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							8 Programmable Key 
Module 
General Description 
8.1 The Programmable Key Module (PKM) provides SUPERSET 410, SUPERSET 420, 
and SUPERSET 430 telephones with 30 additional personal keys. You can program 
these personal keys through CDE with the following functions: 
. speed call keys 
l feature keys 
. key line appearances 
l personal outgoing line keys 
l key system appearances 
l multi-call line appearances 
l co line keys 
. busy lamp field/direct trunk select keys. 
The keys are arranged in two vertical rows on the module. Beside each key is a Line 
Status Display that indicates the status of the key. The keys are numbered as follows: 
30 29 
28 27 
26 25 
24 23 
22 21 
20 19 
18 17 
16 15 
14 13 
12 11 
IO 09 
08 07 
06 05 
04 03 
02 01 
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The flash rates for the Line Status Displays on the PKM are identical to those on the 
SUPERSET 10, SUPERSET and SUPERSET telephones. Figure 8-l shows 
the PKM. Table 8-i lists the environmental specifications for the PKM. 
Table 8-l PKM Environmental Specifications 
Operating Environment: 
Temperature: 
Humidity: 0” to 35’ C (32” to 95’ F). 
0% to 90% RH, non-condensing. 
Storage/Shipping Environment: 
Temperature: 
Humidity: -25’ to 70’ C (-13’ to 158’ F). 
0% 
to 90% RH, non-condensing. 
Figure 8-l Programmable Key Module (PKM) 
Installation Instructions 
8.2 Installation involves unpacking the PKM, assembling the PKM, and connecting it to a 
SUPERSET 410, SUPERSET 420, or SUPERSET 430 telephone. 
WARNING: ANY CONNECTION OF THIS SET TO AN OFF PREMISE APPLICATION, AN OUT 
OF PLANT APPLICATION, OR TO ANY OTHER EXPOSED PLANT APPLICATION 
MAY RESULT IN A SAFETY HAZARD, AND/OR DEFECTIVE OPERATION, AND/OR 
EQUIPMENT DAMAGE. 
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							Programmable Key Module 
Up to three 
PKMs can be used with a set. Each SWERSE~410 telephone, 
SUPERSET 420 telephone, SUPERSET 430 telephone, has one /WL//V~port. Each 
PKM has two ANL/N~ports. The first PKM connects to the A4LUV~pot-t located on the 
base of the set. The other two PKMs are connected in series (daisy-chained together) 
to the first. You can connect a M/L/NK Data Module anywhere in the chain of PKMs. 
Chart 8-l PKM Installation Instructions 
Step Action 
1. 
Before installing the PKM(s), program the SUPERSET470, SlJPERSET420, or 
S~PE/?SET#3Oteiephone with the required number of PKMs. You should also program the 
PKM personal keys. Refer to the 
Feature Descriptions Practice, and the CustomerData Entry 
Practice, for instructions. 
2. 
3. Unpack the shipping container. Each PKM that you ordered should have the following parts: 
l PKM unit (including a key overlay and plastic lens) 
l a 0.3 meter A&!/IVKcable 
l an AC power adaptor (MITEL PN 9112-200-001 -NA). 
Write the extension numbers of the line appearance keys and the functions of the feature 
keys on the key overlays. 
4. 
5. Position the key overlays on the PKMs and install the clear plastic lenses. 
Position the PKMs next to the telephone on a flat surface. The PKMs must be located near 
120 Volt electrical outlets for the power adaptors. 
6. Set the address switches on the base of each PKM to the required settings as indicated in 
Figure 8-2. Each PKM must have a different address. 
7. 
Connect the AJ/H/VKcables between the telephone and PKMs as shown in Figure 8-2. 
l Plug one end of the M/L/NKcable into the offset latch, modular socket located 
on the base of the telephone and plug the other end into into either of the two 
offset latch, modular sockets on the base of PKMI. Figure 8-3 shows how to 
connect the cables to PKMl . 
l Connect PKM2 to PKMl in the same manner, if required. 
l Connect PKM3 to PKM2, if required. 
8. Plug the AC power adaptors into 120 Volt AC electrical outlets. 
9. Insert the AC power adaptor input plug into the jack on the base of each PKM, 
10. Observe the status indicators on each PKM when you plug in the AC power adaptor plug. 
All the status display indicators should turn on for approximately half a second, to enable 
you to verify that all indicators are working. The indicators then flash in unison until 
communication with the system is established. If communication is established quickly, you 
may miss seeing the indicators flash. 
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SUPERSET 410, SUPERSET 420 OR 
SUPERSET 430 TELEPHONE 
PKM PKM 
(ADDRESS 1) (ADDRESS 2) PKM 
(ADDRESS 3) 
M/LINK CABLE M/L/NK CABLE 
NOTE: THE ADDRESS DIP SWITCHES ARE LOCATED ON THE BASE OF THE PKM. 
ADDRESS SWITCH SETTINGS 
I 
PKMADDRESS 
ADDRESS I 
ADDRESS 2 
ADDRESS 3 
ADDRESS 3 SWITCH A 
OPEN 
CLOSED 
CLOSED 
OPEN SWITCH B 
CLOSED 
OPEN 
CLOSED 
OPEN 
EEO216 
Figure 8-2 PKM Address Switch Settings 
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							Programmable Key Module 
TO 410/420/430 
TELEPHONE SET 
MMVK PORT 
, -- 
. 
bi 
AC POWER INPUT 
-8 
.A. 
ffii 
POWER 
PKMADDRESS 
y MILINK PORTS 
EEDllZ 
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Figure 8-3 Cable Connections for PKMI 
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Visual Indication of Error Conditions 
8.3 Table 8-2 provides some basic troubleshooting information for the PKM. 
Table 8-2 PKM Error Conditions 
Symptoms Error Condition Possible Corrective Action 
PKM status display in- No synchronization Check that the A4LIAIKcable is connected properly. 
dicators 1,5,9,13,17, signal is present at the Try connecting the cable to other A~/,L/IVK ports on 
21,25 & 29 flash; then PKM. the PKM (a connector pin may be bent or broken). 
indicators 2,6, IO, 14, Use a different A4/.L/NKcable. 
18, 22, 26, & 30. This 
flash cycle is repeated Verify that the PKM is programmed correctly in CDE. 
at a slow rate. 
All the PKM status dis- The system is not Verify that the PKM is programmed correctly in CDE. 
play indicators flash in communicating with 
unison. 
the PKM. 
The PKM status dis- The PKM doesn’t Disconnect the line cord from the base of the 
play indicators appear have access to the SUPE/%ETtelephone. Wait 10 seconds and then 
to be flashing quickly A&L/A/Kdata bus. 
connect the line cord to the set again. 
and randomly. 
All the status display indicators should turn on for 
approximately half a second and enable you toverify 
that all indicators are working. The vertical columns 
of indicators flashes alternately until communication 
with the system is established. If communication is 
established quickly, you may miss seeing the 
indicators flash. 
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							9 DATASET 1100 Series 
Description 
The DATASET 1100 series asynchronous datasets are composed of two variants: a 
Standalone DATASET 1103 unit, and a WYAKData Module (DSl 101 M). The 
DATASET 1100 series support asynchronous data communications at rates up to 19.2 
kilobits per second. The DATASET 1103 interfaces with an SX-ZOU DIGITAL PABX 
through a DNI Line Card within the PABX. The AJUVKData Module interfaces with 
an SX-200 ML PABX via the M/L/NK Bus (available with specific software). 
These datasets (except the M/L/NK Data Module) operate with the MITEL Digital 
Network Interface Circuit (DNIC) digital link technology which is composed of three 
channels: a 64-kbps voice or data (B) channel, a 64-kbps data (B) channel, and a 
16-kbps (D) channel for control communications between the set and the PABX. 
The Standalone DATASET 1103 interfaces peripheral devices to the PABX. 
The M/LINK Data Module is packaged in a flat case like the DATASET 1103 and is 
designed to fit under the SUPERSET 470, SUPERSET 420, and SUPERSET 430 
telephones. It interfaces peripheral devices to the PABX via the SUPERSET series 
telephone sets. 
Data terminal equipment (DTE) or data communications equipment (DCE) mode is 
selected by the use of a Modem Adapter plugged into RS-232 (EA1232) interface of 
the DATASET 1103 and M/L/NK Data Module. 
Note: 
Fax Modems are not supported when connected through datasets. 
Baud Rates 
9.1 The DATASET 1100 series operate at the following baud rates: 
110 - 150 - 200 - 300 - 600 - 1200 - 2400 - 4800 - 9600 - 19200 
Connector Pin Assignment Tables 
9.2 The RS-232 connectors used on the DATASET 1100 series have the following pin 
assignments when operating in Data Communications Equipment (DCE) mode: 
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Signal Designation Pin Direction 
TXD 
RXD 
RTS 
CTS 
DSR 
DCD 
DTR 
RI 
HW frame ground 
I 
transmit data 2 
receive data 3 
request to send 4 
clear to send 5 
dataset ready 6 
signal ground 7 
data carrier detect 
8 
data terminal ready 20 
ring indicator 22 
flow control/RI in 25 to dataset 
from dataset 
to dataset 
from dataset 
from dataset 
from dataset 
to dataset 
from dataset 
to dataset 
Standalone DATASET 1103 Description 
9.3 A Standalone DATASET 1103 is packaged in a flat case which can be placed under a 
standard desk telephone. It is functionally the same as the DATASET 1101 Cartridge. 
The Standalone DATASET 1103 can be connected to the PABX using a four-wire 
connection; two wires connect the dataset to the Digital Line Card, and two different 
wires connect the telephone set Tip-Ring pair to an ONS or COV line card; it may also 
be connected to a Digital Line Card within the PABX by a single twisted pair (the 
telephone set is then connected independently). Figure 9-l shows typical 
applications of a Standalone DATASET 1103 connected to a telephone set and to a 
personal computer or terminal. The DATASET 1103 case is 206 mm wide x 270 mm 
long x 35 mm high (8.1 in. x 10.6 in. x 1.4 in.). 
Controls, Indicators, and Connectors 
Its keys and LEDs are: 
- ATTN key 
- DISC key 
- POWER LED (includes SYNC to PABX information) 
- READY LED (includes RxD traffic information) 
- DEVICE (DTR) LED (includes TxD traffic information) 
Standalone DATASET 1103 RJ-1 I modular connector pins are: 
Line 
Typical modular 
Pin Signal 
jack wire colors 
I no connection 
2 data Tip 
3 voice Tip 
4 voice Ring 
5 data Ring 
6 
no connection black 
red 
green 
yellow 
9-2 
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