Mitel Sx 200 Ml Pabx Lightware 16 Instructions Guide

							SET TYPE: This field lists the device type: 
l PBX STATION indicates that the line appears on a station. 
l PBX SET indicates that the line appears on a SWEWE~telephone. 
l PBX SUB-ATT indicates that the line appears on a subattendant. 
l CONSOLE indicates that the LDN appears on an attendant console. (The console 
shares a common LDN with a subattendant). 
l Key SET indicates that the line appears on key system telephone. 
l Key SUB-Al-T indicates that the line appears on a key system subattendant. 
KEY: For listed SU/?!%%~telephones, the KEY field displays the key number where 
the line appears. 
EXT NUM: This field displays the prime extension number assigned to a particular 
Bay/Slot/Circuit. 
Softkeys 
EXT NUM: This softkey selects an extension to review. Pressing this softkey displays 
the ENTER EXTENSION NUM: prompt. The selection is completed by entering a valid 
extension number and then pressing the ENTER softkey. 
LDN NUM: This softkey selects an LDN to review. Pressing this softkey displays the 
ENTER LDN NUM: prompt. The selection is completed by entering a valid LDN number 
and then pressing the ENTER softkey. 
TRUNK NUMBER: This softkey selects a trunk to review by its trunk number. Pressing 
this softkey displays ENTER TRUNK NUM: prompt on the command line. The trunk 
selection is completed by entering a valid trunk number (I - 200), and pressing the 
ENTER softkey. 
The standard softkeys CANCEL, ENTER, and QUIT are also provided. 
March 1997 Issue 1 Revision 0 4-5 1  
						

							Customer Data Entry 
Form 10 - Pickup Groups 
4.11 This form specifies the members of each pickup group. See Figure 4-15 for the form 
layout. Memberships are specified by the extension number of an industry standard 
telephone set or the prime line number of a SWERSE~teiephone. Attendant con- 
soles are not allowed. The PABX supports a maximum of 50 pickup groups; each 
group supports a maximum of 50 members. 
7:40 PM 9-JnN-97 alarm status q NO RLRRM 
i PICKUP GROUP : 1 
1 1 EXT NUM 1 BW 1 SLT 1 CCT 1 COMMENTS I 
1 1801 01 1 08 1 01 1 
l- 
64UIT 3-INSERT 
8-DELETE 4- 
9-EXT NUM 5-PICKUP 1 
0- 
4-52 Issue 1 Revision 0 March 1997 
Figure 4-l 5 Form 10 Layout 
Field Descriptions 
EXT NUM: This field displays the pickup group member extension number. 
BAY/SLT/CCT and COMMENTS: These fields cannot be modified. The form displays 
the BAY/SLT/CCT and COMMENTS fields from the corresponding lines of Form 09, 
Station/SWERSHTelephones. 
SoBkeys 
INSERT This softkey adds a new member to the pickup group on a new line just above 
the current line pointer. Pressing the INSERT softkey clears the command line and 
moves the cursor to the EXT NUM field. Enter a valid extension number and press the 
ENTER softkey. 
Note: This softkey only appears if there is data present in this form. 
PICKUP GROUP: This softkey selects the pickup group to be displayed. Pressing the 
PICKUP GROUP softkey displays the ENTER PICKUP GROUP NUM: prompt on the 
command line. Enter the pickup group number and press the ENTER softkey.  
						

							CDE Form Descriptions 
EXT NUM: This softkey selects a Pickup Group member by its extension number (or 
Prime Line number). Pressing the EXT NUM softkey displays the ENTER EXTENSION 
NUM: prompt on the command line. Entering the extension number displays that mem- 
ber with its bay, slot and circuit location, and (if any) comments. Note that if the selected 
extension number is not in the current Pickup Group, then the system automatically 
displays the Pickup Group where the selected device is located. 
The standard softkeys CANCEL, DELETE, ENTER, and QUIT are also provided. 
Form 11 - Data Circuit Descriptor 
4.12 A data circuit descriptor specifies the parameters the data processing software and 
attached DTE (Data Terminal Equipment) require. This form provides 25 programma- 
ble descriptors. The main form displays the descriptor numbers and the number of 
circuits associated with each descriptor (see Figure 4-i 6). The system generates the 
data in this form based on the entries in Form 12, Data Assignment. The user can 
modify only the COMMENTS field. A softkey provides access to the individual param- 
eters of each descriptor via a sub-form. 
3:37 PM lZ-JftN-97 alarm status q NO RLf4RM 
DESCRIPTOR NUMBER OF Df3Tfi CIRCUITS OSSIGNED 
I COMMENTS 
01 1 
02 0 
03 0 
04 0 
05 0 
06 0 
07 0 
08 0 
09 0 
10 0 
11 0 12 0 
1 
6-QUIT 17-DESC NUMBER 18-SEL. 
OPTION 19-REUIEW 
I@- I 
Figure 4-l 6 Form 11 Layout 
Field Descriptions 
DESCRIPTOR: This field lists the circuit descriptors, numbered 01 to 25. 
NUMBER OF DATA CIRCUITS ASSIGNED: This field records the number of devices 
assigned to each descriptor. 
COMMENTS: This field is reserved for additional data (a maximum of 20 characters). 
It is stored by the system but not used. 
March 1997 Issue 1 Revision 0 4-53  
						

							Customer Data Entry 
Softkeys 
DESCRIPTOR NUMBER: The DESC NUM softkey allows the user to select a DESC 
NUM by number. Pressing this softkey displays the ENTER DESC NUM: prompt. 
Entering a valid descriptor number and pressing the ENTER softkey, completes the 
selection. 
SELECT OPTION: Pressing this softkey displays a new form. This form provides the 
options associated with the data circuit that is assigned to a descriptor number. Refer 
to Table 4-5, Data Circuit Descriptor Options. 
REVIEW: This softkey displays the Review List Subform, a read-only form containing 
the BAY, SLOT, CIRCUIT and SUBCIRCUIT location of all devices assigned that de- 
scriptor, and the comments which were entered in Form 12, Data Assignment. The 
RVIEW softkey appears only if at least one circuit has been assigned the descriptor 
displayed on the command line. 
The standard softkey QUIT is also provided. 
Data Circuit Descriptor Options SUBFORM 
4.13 This form appears when the SEL. OPTION softkey is pressed (see Figure 4-17). It 
lists the programmable parameters of the descriptor. See Table 4-5 for the complete 
list of options (they are described below, under farameters). 
3:56 PM 9-JfiN-97 alarm status q NO fiLrIRM 
Guard Timer 
Minimum Baud Rate 
Default Baud Rate 
Maximum Baud 
Rate 0 - 99 seconds 
4-54 Figure 4-17 Select Options Subform Layout 
Field Descriptions 
The header line displays the descriptor number. 
PARAMETER NAME: This field lists the parameters. For numerical parameters, it lists 
the valid range of values. 
VALUE: This field lists the option or numeric value selected for each parameter. Issue 1 Revision 0 March 1997  
						

							CDE Form Descriptions 
Softkeys 
The standard softkeys CANCEL, DELETE, ENTER, and QUIT are also provided. The 
other softkeys depend on the parameter displayed on the command line (see /%-am- 
eters for details). Generally, for numeric parameters, only the QUIT softkey appears. 
When a value is typed in, the ENTER softkey appears. Press ENTER once to terminate 
the entry, then again to commit it to the database. While the ENTER softkey is present 
and has not been pressed, the QUIT softkey cancels the new entry and restores the 
previous value. For parameters with YES and NO options, softkey I appears, marked 
with the option opposite to the current setting. 
Table 4-5 Data Circuit Descriptor Options 
Session Inactivity Disconnect Timer (O-255 minutes) 
Guard Timer (O-99 seconds) 
Minimum Baud Rate 
Default Baud Rate 
Maximum Baud Rate 
Always Use Default Baud Rate When Called 
DTR Off Disconnect Timer 
DTR to CTS Delay Timer 
DTR Forced High 
RTS Forced High 
DSR Is Held High When Device is Idle 
CTS Is Held High When Device is Idle 
Originate a DTRX Call With A Low+High Transition of DTR 
Action Taken If The Idle DTE Has DTR Low (Auto Answer) 
Pooled Modem Communication Established Indicator 
First Modem Tone 
Second Modem Tone 
ASYNC: Keyboard Origination Allowed 
ASYNC: ADL Auto Baud 
ASYNC: Flow Control 
ASYNC: XON Character 
ASYNC: XOFF Character 
ASYNC: Break Key Function 
ASYNC: PBX Attention Character 
ASYNC: Parity 
ASYNC: Character Length 
ASYNC: Number of Stop Bits 
ASYNC: Autobaud To Host Character 1 
ASYNC: Autobaud To Host Character 2 
ASYNC: Delay Between Autobaud Characters 
DS2100: Operating Mode 
SYNC: Rate Adaption Scheme 
SYNC: Clock Source 
Table 4-6 Data Communication Abbreviations 
Abbreviation Term 
CTS Clear To Send 
DCD Data Carrier Detect 
DCE Data Communication Equipment 
DSR Data Set Ready 
DTE Data Terminal Equipment 
DTR Data Terminal Ready 
DTRX Data Transceiver 
RI Ring Indicator 
ADL Associated Data Line 
March 1997 Issue 1 Revision 0 4-55  
						

							Customer Data Entry 
Parameters 
The Data Circuit Descriptor is used by ADL calls, DTRX calls, printer monitors, the 
PMS port and pooled modems. The parameters are ordered so that timers and baud 
rate options appear at the top of the form. These parameters apply to all data device 
types. Next are the parameters dealing with EIA leads. These also apply to all data 
devices but the parameter’s meaning can depend on whether a modem adapter is in 
the RS-232 connection. The last options are device type dependent parameters, usu- 
ally indicated by a prefix. 
Session Inactivity Disconnect Timer: The DATASET monitors the time from the last 
transmitted or received character. If the programmed time period is exceeded, the data 
call is dropped. This timer has a range of 0 to 255 minutes. It is disabled if set to 0 
minutes. Set to 0 for synchronous operation. 
Guard Timer: After a DATASET has disconnected, the guard timer keeps the 
DATASET unavailable for a short time period to allow the far end to clear down. This 
timer has a range of 0 to 99 seconds in 1 second increments. 
Minimum And Maximum Baud Rate: These two fields specify the minimum and 
maximum data rate capacities of the attached device. The maximum baud rate must 
be set greater than or equal to the minimum baud rate. Valid baud rates are 110, 150, 
300, 600, 1200, 2400, 4800, 9600, 19200. If a range of baud rates is specified, it is 
assumed the system can use any of these baud rates to establish communications. If 
it is undesirable to have the system change the baud rate, do NOT program a range. 
Instead, set the minimum and maximum baud rates to the same rate. 
Default Baud Rate: The specified default baud rate is used as the initial baud rate for 
non-autobaud datasets. 
Always Use Default Baud Rate When Called: When this parameter is enabled, the 
system will set the baud rate of the destination dataset to the default, even if a range 
of baud rates has been programmed. The system will not change the data rate when 
attempting to establish communications. 
DTR Off Disconnect Timer: This timer specifies how long the system will wait to 
disconnect the data call after the attached device has dropped DTR. If a modem 
adapter is inserted in the RS-232 connection, the system monitors DSR instead. This 
timer has a range of 0 to 99 seconds, in 1 second increments. Note: If the attached 
device is a pooled modem, the timer has no effect; when the pooled modem drops 
DSR, the data call is dropped immediately. 
DTR To CTS Delay Timer: This timer specifies how long the system waits before 
asserting CTS to the dataset after the attached device has asserted DTR. The timer 
has a range of 0 to 9900 milliseconds, in 100 millisecond increments. 
DTR Forced High: With this option enabled, the system assumes DTR of the attached 
device is high, regardless of its actual state. If a modem adapter is inserted in the 
RS-232 connection, this option applies to DSR instead. 
RTS Forced High: With this option enabled, the system assumes RTS of the attached 
device is high, regardless of its actual state. If a modem adapter is inserted in the 
RS-232 connection, this option applies to DCD instead. 
4-56 
Issue 1 Revision 0 March 1997  
						

							CDE Form Descriptions 
DSR Is Held High When Device Is Idle: This option specifies the state of system DSR 
to an idle device, until a data call is connected. When enabled, DSR is held high; when 
disabled, DSR is held low. If a modem adapter is inserted in the RS-232 connection, 
this option applies to DTR instead. Note: This parameter MUST be enabled to provide 
keyboard origination. 
CTS Is Held High When Device Is Idle: This option specifies the state of system CTS 
to an idle device, until a data call is connected. When enabled, CTS is held high; when 
disabled, CTS is held low. With this parameter disabled, the DTR to CTS Delay Timer 
is not applicable because CTS will not be asserted until the call is connected. Note: 
This parameter MUST be enabled to provide keyboard origination. 
Originate A DTRX Call With A Low + High Transition Of DTR: With this option 
enabled, the system initiates a DTRX call when the attached device changes DTR 
from low to high (e.g. when the attached terminal is turned on). This option is typically 
enabled for Hotline services. 
Action To Be Taken If The Called DTE Has DTR Low (Auto Answer): This parameter 
specifies which EIA signal the system applies to an idle DTE which is called and has 
DTR low. The attached DTE must respond with DTR high within one minute. The 
options available are: 
Toggle RI: The system alerts the DTE by toggling RI with a cadence of 2.5 seconds 
on, 2.5 seconds off. If DTR is high when the DTE is called, the call is barred. 
RAISE DSR: The system alerts the DTE by raising DSR. If DTR is high when the 
DTE is called, the call is barred. 
RAISE DCD: The system alerts the DTE by raising DCD. If DTR is high when the 
DTE is called, the call is barred. 
REFUSE: The DTE is only seized when DTR is high. If DTR is low when the DTE 
is called, the call is barred. 
Pooled Modem Communication Established Indicator: When the system is estab- 
lishing data communication between a pooled modem and a remote modem, this 
parameter identifies which EIA lead indicates that communication is established. The 
options available are DCD and DSR. 
First Modem Tone: When the system is establishing outgoing communication between 
a pooled modem and a remote modem, this parameter identifies which modem tone 
the pooled modem can detect (2025,210O or 2225 Hz). Once the system detects the 
tone, and recognizes it as a valid tone, it connects the call. 
Second Modem Tone: When the system is establishing outgoing communication be- 
tween a pooled modem and a remote modem, this parameter identifies a second 
modem tone the pooled modem can detect (2025,210O or 2225 Hz). Once the system 
detects the tone, and recognizes it as a valid tone, it connects the call. 
ASYNC: Keyboard Origination Allowed (Auto Baud): The dataset can perform au- 
tobaud detection on a carriage return  character. With this option enabled, the 
system receives a baud rate report from the dataset and attempts to establish the data 
call at this rate. If the originator’s baud rate must be changed, the system notifies the 
user with a message on the terminal. The following parameters must also be enabled: 
March 1997 Issue 1 Revision 0 4-57  
						

							Customer Data Entry 
l DSR Is Held High When Device Is Idle 
l CTS Is Held High When Device Is Idle 
4-58 ASYNC: ADL Auto Baud: With this option enabled, after dialing the ADL access code 
an ADL caller must enter a carriage return to set the baud rate. With this option disabled, 
the system attempts to establish the ADL call at the originator’s last used baud rate. 
ASYNC: Flow Control: This parameter specifies the flow control method the dataset 
uses. The options are CTS, PIN 25Hl/CTS, PIN 25LO/CTS, XON/XOFF or NONE. 
Note: The CTS method of flow control is unidirectional. When instructed to stop the data flow, the 
dataset drops CTS. The attached DTE should recognize this signal and stop transmitting data. 
When the dataset is instructed to start the flow again, it raises CTS and the attached DTE should 
begin transmitting again. 
ASYNC: XON Character: This character resumes transmission between the dataset 
and the attached device. It is programmed as the decimal equivalent of the desired 
ASCII character. The most widely used XON character is Control-Q, whose decimal 
equivalent is 17. 
ASYNC: XOFF Character: This character stops transmission between the dataset 
and the attached device. It is programmed as the decimal equivalent of the desired 
ASCII character. The most widely used XOFF character is Control-S, whose decimal 
equivalent is 19. 
ASYNC: Break Key Function: This parameter specifies the function of the BREAK 
key. The options are: 
SYS AlT the current DTRX data call is dropped and the user is prompted to dial 
another data call. If the current data call is via ADL, SYS ATT simply drops the call. 
TRANSPARENT No action by DTRX. Passed on to destination. 
ASYNC: PBX Attention Character: This parameter (O-l 27) specifies the incoming 
character the dataset expects as the Attention character. When the dataset detects 
this character, it informs the PABX. If the current data call is via DTRX, the user is 
prompted to dial another data call; if the call is via ADL, it is simply dropped. The value 
of the parameter is decimal equivalent of the desired ASCII character. The NULL 
character (00) should be programmed to disable this feature. 
ASYNC: Parity: This parameter specifies the parity type of the device attached to the 
dataset. The options are: mark parity, space parity, even parity, odd parity or no parity. 
If the character length is set to 8 bits, NO PARITY is assumed. 
ASYNC: Character Length: This parameter specifies the UART character length, 7 
or 8 bits. If 8 bits are selected, NO PARITY is assumed. 
ASYNC: Number Of Stop Bits: This parameter specifies the number of stop bits per 
character, I or 2. 
ASYNC: Autobaud To Host Character 1 And 2: These are the characters sent to the 
attached device when the dataset is switched to the B-channel. The value of the 
parameter (o-127) is the decimal equivalent of the desired ASCII character. To disable 
this feature, program a NULL (00) character into both Autobaud To Host Characters. 
If character I is non-zero and character 2 is zero, only character 1 is sent. However, 
issue 1 Revision 0 March 1997  
						

							CDE Form Descriptions 
if character 1 is zero and character 2 is non-zero, both characters are sent. This feature 
is designed for attached devices which can automatically set their baud rate and/or 
parity from specific characters. If the attached device does not have this capability, 
one of the following should be done: 
. Set Minimum Baud Rate = Maximum Baud Rate = Default Baud Rate 
l Enable the “Always Use Default Baud Rate When Called” parameter 
With one of the above options selected, the Autobaud To Host characters can still be 
programmed for other purposes. For example, some data devices return a prompt in 
response to a carriage return (decimal equivalent = 13). 
ASYNC: Delay Between Autobaud Characters: This timer specifies the interval be- 
tween the start of transmission of one autobaud character and the next. It is also applied 
after the Dataset has disconnected from the D channel and before the first autobaud 
character is sent to the attached device. The timer has a range of 0 to 1270 msecs in 
increments of 10 msecs. To disable this timer, set it to 0 msecs. 
DS2100: Operating Mode: This parameter is for the DATASET 2100 series only. It 
selects the operating mode of the dataset, asynchronous or synchronous. 
SYNC: Rate Adaptation Scheme: In synchronous operation of the DATASET 2100, 
this parameter defines synchronous operation as either Transparent Mode (MiNET) 
or X.31 Mode. 
SYNC: Clock Source: This parameter selects the clock source for synchronous op- 
eration of the DATASET 2100. The options are: 
INTERNAL: This option applies when the DATASET 2100 is operated as a DCE. 
The DTE transmit clock signal comes from the dataset’s internal baud rate gen- 
erator which is not synchronized to the PBX timing. The DTE Receive clock signal 
comes from the dataset’s receiver Phase Locked Loop (PLL). The PLL extracts 
the timing from the data received from the far end dataset. 
SYSTEM: This option applies when the DATASET 2100 is operated as a DCE. 
Both the DTE transmit and receive clock signals come from the dataset’s receiver 
Phase Locked Loop (PLL). The PLL extracts the timing from the data received 
from the far end data set. 
TX EXT This option applies to both DCE and DTE operation. The DTE Receive 
clock signal comes from the dataset’s receiver PLL. The PLL extracts the timing 
from the data received from the far end dataset. When the DATASET 2100 is 
operated as a DCE, the DTE transmit clock signal comes from an external clock 
signal on RS-232 pin 24 from the attached device. When the DATASET 2100 is 
operated as a DTE, the external clock signal is derived from the DCE’s received 
data. 
TX & RX EXT This option applies when the DATASET 2100 is operated as a DTE. 
Both the receive and transmit data clocks come from the attached DCE. The 
external transmit clock is derived from the modem’s received data (Pin 17) and is 
remapped to pin 24 on the dataset via the DCE adapter. The external receive 
clock is derived from the modem’s transmit data (Pin 15) and is remapped to the 
dataset pin 18 using the DCE adapter. 
March 1997 Issue 1 Revision 0 4-59  
						

							Customer Data Entry 
Form 12 - Data Assignment 
4.14 When a Digital Line Card is programmed in the System Configuration Form, the sys- 
tem creates an entry line for each of its circuits in Form 09, Stations/SUPERSET 
Telephones, Form 45, Key System Telephones and in Form 12, Data Assignment. 
See Figure 4-18 for the layout of Form 12. If the card is in an upper (high power) slot, 
the system also creates entry lines for its circuits in Form 07, Console Assignments. 
When the programmer assigns a Digital Line Card port as a DATASET, the system 
removes the corresponding line from Form 09 or Form 45. 
When a SUPERSET 4 IO, SUPERSET 420, or SUPERSET 430 telephone is pro- 
grammed in Form 09 or Form 45, the only data device type available is 1101 M. 
Digital Line Card ports which appear in Form 07 are removed if assigned as a Digital 
SUPERSETteiephone, DATASET, or MOH/Pager Unit. Likewise, a port assigned as 
a console is removed from Form 09. Then the only data device type that can be selected 
on the corresponding line in Form 12 is DSCONS, the console printer port. 
3:58 PM 9-JflN-97 alarm status q NO fiLRRM 
BfiY SLT CC1 TYPE TEN EXT NUM COS COR CDN DTE tWL HOTLINE COMMENTS 
> 1 08 01 
< 
1 08 02 
1 08 03 
1 08 04 
1 08 05 
1 08 06 1 08 
07 1 08 
08 1 08 
09 
1 08 10 
1 08 11 
1 08 
12 
1 08 
01 I 
1-DRTB DEU TYP 
Z-FIND EXT 3-FIND fWL 4- 5-RfiNGE 
17-BfiY,SLT/CCT 18- 
I 9- 0- 
I 
Figure 4-18 Form 12 Layout 
Field Descriptions 
BAY/SLT/CCT/: This field specifies the physical location of each device. This list is 
generated by the system based on what was entered in the programmed field of Form 
01, System Configuration. This field cannot be modified. 
TYP: This field identifies the type of data device programmed. The available devices 
are: DSll 01, DSl102, DSllO3, DS2102, DS2103, DSCONS and 1101 M. 
TEN: The tenant group for each device is specified in this field. 
4-60 Issue 1 Revision 0 March 1997