Mitel SX 200 ML PABX Instructions Guide

DATASET 1100 Series Description 
Telephone 
Pin 
Signal 
I no connection 
2 no connection 
3 voice Ring 
4 voice Tip 
5 
no connection 
6 no connection 
Installation 
WARNING: 
ANY CONNECTION OF THIS DEVICE TO AN OFF PREMISE APPLICATION, AN 
Typical modular 
jack wire colors 
green 
red 
OUT OF PLANT APPLICATION, OR TO ANY OTHER EXPOSED PLANT APPLICA- 
TION MAY RESULT IN A SAFETY HAZARD, AND/OR DEFECTIVE OPERATION, 
AND/OR EQUIPMENT DAMAGE. 
Install a Standalone DATASET 1103 by placing it near its...

Peripheral Devices 
I. 
Make sure the device is powered on. 
2. Use an RS-232 break-out box to verify that the device provides DTR. If the device 
does not provide DTR, select CDE option RS-232 Force High” for that device. 
RS-232C OR V. 24 
piLli- 
I RS- SINGLE 
TWISTED PAIR 
24 STANDARD TELEPHONE 
DATASET 1103 
STANDALONE 
STANDARD TELEPHONE 
CC0558 
Figure 9-l Typical Standalone DATASET 1103 Applications 
Circuit Description 
9.4 The microprocessor controls the operations within the dataset. It adds...

DATASET 1100 Series Description 
call is established by the use of D-channel signals to the PABX, data communication 
occurs on the B-channel, and passes straight through the PABX to its destination. 
Figure 9-2 is a block diagram of the DATASET 1100 series. 
The LEDs and keys, which interface the DATASET 1100 series to the user, connect 
to the microprocessor. 
The external random access memory (RAM) provides buffering for error correction 
and speed conversion, as well as improving flow control through...

Peripheral Devices 
Table 9-l Controls, Indicators, and Connectors 
I KEYS AND LEDs 
- ATTN key 
- DISC key 
- POWER LED (includes SYNC to system information) 
- READY LED (includes RxD traffic information) 
- DEVICE (DTR) LED (includes TxD information) 
Signal 
TXD 
RXD 
RTS 
CTS 
DSR 
DCD 
DTR 
RI Table 9-2 Connector Pin Assignment Table 
Designation 
frame ground 
transmit data 
receive data 
ready to send 
clear to send 
dataset ready 
signal ground 
data carrier detect 
data terminal ready 
ring...

DATASET 1100 Series Description 
The following chart lists the steps required to install a M/L/NK Data Module. 
Chart 9-l M/L/NK Data Module Installation Instructions 
Step Action Comment 
1. Verify that CDE for the M/L/NK Data Module (1101 M) is complete. 
2. Connect an AC adaptor between the AC outlet and M/L/NK Data All LEDs should flash 
Module. five times, if not 
replace the M/L/NK 
Data Module. 
3. 
4. Connect a SUPERSET 410, SUPERSET 420, or SUPERSET 430 POWER LED stops 
telephone set to the...

Peripheral Devices 
DEVICE ATTENTION 
VW 
INDICATOR 
READY A DlSC;;;ECT  , 
POWER 
lNDlCAT0k-l 
REAR VIEW 
CONNECTOR 
I EEOO95 
Figure 9-3 M/L/NK Data Module, Connectors and Indicators 
9-8 
issue 1 Revision 0 March 1997  

DATASET 1100 Series Description 
AC ADAPTER 
SX-2UO PABX 
SUPERSET 420, OR 
SUPERSET 430 
TELEPHONES 
tvWNK DATA MODULE 
cc0557 
Figure 9-4 M/L/NK Data Module lnstallatlon 
Power Supplies 
9.6 The Standalone DATASET 1103 and the AA/L/AK Data Module all receive their power 
from a plug-in transformer which supplies 9 Vat to a power connector on the back of 
the set. Circuitry’within the dataset converts this voltage to the required dc voltages. 
The digital telephone set voice operation receives its power...

Peripheral Devices 
9-10 Issue 1 
Revision 0 March 1997  

10 DATASET 2 100 Series 
Description 
The DATASET 2100 Series is composed of a Standalone DATASET 2103. The 
DATASET 2100 Series supports synchronous and asynchronous data communica- 
tions at rates up to 19.2 kilobits per second. This series interfaces with MlTEL’s pro- 
prietary Digital Network Interface Circuit (DNI) Line Card within the PABX. 
These datasets operate with DNIC digital link technology which is composed of three 
channels: a 64 kbps data channel, a 64 kbps voice or data channel (B), and...

Peripheral Devices 
Connector Pin Assignment Tables 
10.2 The RS-232 connector on the DATASET 2100 Series has the following pin assign- 
ments when operating in Data Communications Equipment (DCE) mode: 
Pin 
Signal Designation Direction 
1 
frame ground 
2 TXD transmit data to dataset 
3 RXD receive data from dataset 
4 
RTS request to send to dataset 
5 CTS clear to send from dataset 
6 
DSR data set ready from dataset 
7 signal ground 
6 DCD data carrier detect from dataset 
20 DTR 
data terminal...