Mitel Sx 200 El/ml Technicians Handbook

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Installation
SX-200 Digital 480-Port Cabinet Card Assignment
Figure 30:  SX-200 Digital 480-Port Cabinet Card Assignment 
						

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SX-200 DIGITAL Cable Routing
Table 27 identifies the cable routing for SX-200 DIGITAL PBX 
configurations.
Table 27:  Cable Assignments for SX-200 DIGITAL Cabinets
Analog Bay Cables
Control cables P103 and P104 must remain (if P104 has single row of pins, it 
goes on the left side of the connector in Bay 4, and right side of the connector 
in Bay 5)
Voice cables P101 and P102 must be removed
480-port PCM Cables
COMBO Bay J17A to Analog Bay 3 DIC P2
COMBO Bay J17B to Analog Bay 4 DIC P2
Analog Bay 4 DIC P1 to Analog Bay 5 DIC P3
456-port PCM Cables
COMBO Bay J17A to Digital Bay 3 J17A
COMBO Bay J17B to Analog Bay 4 DIC P2
Analog Bay 4 DIC P1 to Analog Bay 5 DIC P3
336-port PCM Cables
COMBO Bay J17A to Bay 3 J17A
COMBO Bay J17B to Bay 4 J17A
672-port PCM Cables
Bay 0 J40A to Bay 1 J17A
Bay 0 J40B to Bay 2 J17A
Bay 0 J40C to Bay 3 J17A
Bay 0 J40D to Bay 4 J17A (intercabinet cable assembly)
Bay 0 J42A to Bay 5 J17A (intercabinet cable assembly)
Bay 0 J42B to Bay 6 J17A (intercabinet cable assembly)
Bay 0 J42C to Bay 7 J17A (intercabinet cable assembly) 
						

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Installation
SX-200 EL/ML Configuration Rules
Cabinet Configuration Rules

SX-200 EL Control Cabinet with MCC IIIEL or MCC IIIELx plus a 
maximum of six cabinets that include the following:
—SX-200 RM Peripheral Cabinet
—SX-200 LIGHT Peripheral Cabinet
—SPINE Peripheral Bay
—ISDN Bay (Network Gateway or PRI card)

SX-200 ML (RM) Control Cabinet with MCC IIIML plus
only one of:
—SX-200 RM Peripheral Cabinet
—SX-200 LIGHT Peripheral Cabinet
—SPINE Peripheral Bay
—ISDN Bay (Network Gateway or PRI card)

SX-200 ML (FD) Control Cabinet with MCC II plus only one of:
—SX-200 RM Peripheral Cabinet
—SX-200 LIGHT Peripheral Cabinet
—SPINE Peripheral Bay
—Network Gateway (ISDN)
Main Control Card Assignments for Each Cabinet Type

Main Control Card IIIELx in a SX-200 ELx Control cabinet

Main Control Card IIIEL in a SX-200 EL Control cabinet

Main Control Card IIIML in an SX-200 ML (RM) Control cabinet

Main Control Card II in an SX-200 ML (FD) Control cabinet 
						

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FIM Carrier Assignments for Each Cabinet Type

Control Triple CIM card (FIM II optional) with the SX-200 ELx control 
cabinet

Control Triple FIM Carrier and FIM with the SX-200 EL control 
cabinet

Control Dual FIM Carrier and FIM with the SX-200 EL control cabinet 
or SX-200 ML (RM) control cabinet

Control FIM Carrier and FIM with the SX-200 ML (FD) control 
cabinet

Peripheral Interface Module Carrier (FIM II or CIM) with the SX-200 
ELx peripheral cabinet

Peripheral FIM Carrier II with the SX-200 RM peripheral cabinet

Peripheral FIM Carrier with the SX-200 LIGHT peripheral cabinet
Configuration Rules for the Control Dual FIM Carrier Card
The SX-200 ML (RM) system is limited to only one peripheral cabinet 
(Bay 2):

Slot 10 onboard FIM interfaces to first peripheral cabinet (Bay 2)

Slot 10 add-on FIM interfaces to second peripheral cabinet 
(Bay 3)

Slot 11 onboard FIM interfaces to third peripheral cabinet (Bay 4)

Slot 11 add-on FIM interfaces to fourth peripheral cabinet (Bay 5)In an SX-200 ELx cabinet, the BCC III can support a FIM II or a 
CIM in a peripheral cabinet and the PRI card can support a 
FIM II or a CIM in the main control cabinet and in the
peripheral cabinet. Taking advatage of this can replace the 
need for a Peripheral FIM Carrier II or the Control Dual FIM 
Carrier. 
						

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Installation
Configuration Rules for the Control Triple FIM Carrier Card 
The Control Triple FIM Carrier Card can only be installed in a 
SX-200 EL system. 

Slot 10 first on-board FIM interfaces to first peripheral 
cabinet (Bay 2)

Slot 10 second on-board FIM interfaces to second peripheral 
cabinet (Bay 3)

Slot 10 add-on FIM interfaces to fifth peripheral cabinet (Bay 6)

Slot 11 first on-board FIM interfaces to third peripheral
cabinet (Bay 4)

Slot 11 second on-board FIM interfaces to fourth peripheral
cabinet (Bay 5)

Slot 11 add-on FIM interfaces to sixth peripheral cabinet (Bay 7)
Configuration Rules for the Control Triple CIM Card 
The Control Triple CIM card has a S1 switch that sets the card as a triple 
interface card (switch 4 closed) or a double interface card (switch 4 
opened). 
If the S1 switch on the Control Triple CIM card is set to take two circuits 
(emulates the control dual carrier card), the following  positions are hard 
coded in the software:

Slot 10 embedded CIM #1 interfaces to Bay 2.

Slot 10 embedded CIM #2 interfaces to Bay 3.

Slot 11 embedded CIM #1 interfaces to Bay 4.

Slot 11 embedded CIM #2 interfaces to Bay 5.
If the S1 switch on the Control Triple CIM card is set to take three 
circuits (emulates the control triple carrier card), the following positions 
are hard coded in the software:•

Slot 10 embedded CIM #1 interfaces to Bay 2. 

Slot 10 embedded CIM #2 interfaces to Bay 3 .

Slot 10 embedded CIM #3 interfaces to Bay 6.

Slot 11 embedded CIM #1 interfaces to Bay 4. 
						

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Slot 11 embedded CIM #2 interfaces to Bay 5.

Slot 11 embedded CIM #3 interfaces to Bay 7.
Configuration Rules for the PRI Card
The main control cabinet supports one PRI card in Slot 10 or 11. 

The PRI card in slot 10 is Bay 2.

The PRI card in slot 11 is Bay 4.

The FIM II or CIM on the PRI card in slot 10 interfaces to Bay 3.

The FIM II or CIM on the PRI card in slot 11 interfaces to Bay 5.
T1 Trunk Rules for SX-200 RM Cabinets

LIGHTWARE 18 and greater software supports up to two T1 links 
(includes T1 links from T1/E1 modules and T1 cards) in any bay with 
a maximum of eight T1 links in the system.

The MOSS System Option 96, Number of Links (0-8) monitors how 
many T1 links (from T1/E1 modules) that the system will support. 
This count includes T1 links from the T1/E1 modules on the PRI 
cards and BCC III cards. The count does not include T1 links from 
the T1 cards.

PIC slot 5 must be left vacant when a T1 card is installed in slot 10 
or when Link 1 from a T1/E1 module on a BCC III is programmed.

PIC slot 6 must be left vacant when a T1 card is installed
in slot 11 or when Link 2 from a T1/E1 module on a BCC III is 
programmed.
.
A FIM II module can take the place of a CIM circuit on the 
Control Triple CIM Card. Setting switch 1, 2, or 3 closed on the 
S1 switch defines which specific CIM circuit that the FIM II 
replaces. The FIM II will then interface to the bay that was 
assigned to that CIM circuit.
Do NOT insert T1 trunk cards into slots 5 or 6. 
						

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Installation
Digital Line Card Rules for SX-200 RM Cabinets
Systems with BCC II cards have performance limits: 

In high traffic configurations, keep the Digital Line Card (DLC) count 
to a maximum of 7 per bay when using BCC II cards. If you have 8 
DLCs per bay, keep the device count to 84 or less. This will avoid 
slow softkey response during peak traffic periods.

With 2 T1 cards in a bay, do not add more than 5 DLCs or 60 
devices. This avoids dial tone delays during peak traffic periods.

With 1 T1 card in a bay, do not add more than 6 DLCs or 72 devices. 
This avoids dial tone delays during peak traffic periods.
PRI Card Rules for SX-200 RM Cabinets

The PRI card requires the SX-200 ELx cabinet Rev. 4.4 or greater
(PN 9109-600-002-NA) with LIGHTWARE 17 Release 4.0 or 
greater. The PRI card also requires a Stratum 3 MCC.

Only install one PRI card in a main control cabinet; Slot 10 for the 
SX-200 ML and Slot 10 or 11 for the SX-200 EL.

Install the PRI card in a peripheral cabinet for a SX-200 EL system 
with six or seven bays. This avoids the PRI card using the slot for the 
Control Triple FIM Carrier card in the main control cabinet.A BCC III supports 8 DLCs per bay and is therefore ideal for 
high traffic conditions.
You can only install the PRI card in a SX-200 ELx cabinet 
Inserting the PRI card in a peripheral interface card slot in any 
other SX-200 cabinet will cause the power supply to fail.
To change the termination type (the transmit and receive) for 
the PRI links, change the stuffing of the jumper block on the 
LT/NT connector. Two LT/NT connectors on the T1 module 
accomodate the two T1 links. LT is for the network side and 
NT is for the user side. 
						

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The PRI card in slot 10 of the main control cabinet will appear to the 
system as Bay 2. The PRI card in slot 11 of the main control cabinet 
will appear to the system as Bay 4. 

The PRI card in a main control cabinet does not require a FIM II or 
CIM because the PRI card connects directly to the backplane. You 
can put a FIM II or CIM on the PRI card to connect the main control 
cabinet to a peripheral cabinet. The interface module (FIM II or CIM) 
on the PRI card in slot 10 would connect to Bay 3; in slot 11 would 
connect to Bay 5.

Install a maximum of two PRI cards into a SX-200 EL peripheral 
cabinet; slots 10 and 11. 

The PRI card in a peripheral cabinet does require a FIM II or CIM to 
connect to the main control cabinet. The system counts the PRI card 
as a peripheral bay. The PRI card bay number corresponds to the 
position that the FIM II or CIM terminates on with the Control FIM 
Carrier card or the Control Triple CIM card.
Figure 31:  S1 Switch Settings for the PRI Card Because the system counts the PRI card as a peripheral bay, 
the T1/E1 module on the PRI card does NOT occupy the 
peripheral interface slots 5 and 6 in its residing cabinet.
A S1 switch on the PRI card controls where the source of the 
clock and link signals come from (the backplane or the
interface module: FIM II or CIM). 
Switch 1 closed and 2 open provides a backplane source.
Switch 1 and 2 closed provides an interface module source. 
						

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Installation
Initial Power-up Procedure
(SX-200 EL/ML)
When the system is first installed, use the following procedure to enter 
the database into the system using CDE.
1. Verify that the options identified on the MOSS have been 
purchased.
2. Ensure that the System ID module is installed.
3. Insert the flash memory card into the slot on the Main Control Card 
(make sure the toggle switch on the edge opposite the connector 
edge of the flash memory card has the Write Protect disabled).
4. Turn the power supply ON, and wait for the power-up sequence to 
complete. 
5. Press RETURN four times; the terminal display returns:
1 - VT100™ COMPATIBLE 
2 - TTY TYPE 
3 - IBM PC
SELECT A TERMINAL TYPE : 
6. Select the terminal type by entering “1”. The display returns:
1 - MAINTENANCE
2 - CDE
6 - QUIT
SELECT AN APPLICATION ( OR QUIT TO START OVER ) :If powering up a single cabinet system, immediately revise 
Alarm Thresholds to eliminate PCM alarms (software defaults 
to a multi-cabinet system).
Users must purchase the option and its associated password 
through their usual ordering channels prior to attempting to 
install or implement the option. 
Refer to the SX-200 EL/MLTechnical Documentation, Installation 
Procedures. 
						

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7. Select the Customer Data Entry application by entering “2”. The 
display returns:
ENTER USERNAME : 
8. Enter the INSTALLER level of access. The display returns:
ENTER PASSWORD: 
9. Enter the required password to access Customer Data Entry. The 
default password is 1000.
A list of the system’s forms is displayed.
10. Select Form 04 and press the return key once to enable the software 
options that were purchased .You must enter the Maximum Devices 
and Maximum ACD Agents options, if these options are purchased.
11. Enter the 8 right-most digits of the MITEL Options password to 
activate the enabled features. The password must be the password 
that is printed on the MOSS sheet. The MOSS sheet is included with 
the system software package. 
12. Press ENTER.
Both the top and lower seven-segment LEDs show “-” when 
completed successfully. For a seven cabinet configuration set option 71 to 3 bays.
Confirm. Set option 72 to 3 bays. Confirm. Enter to save the 
options.  A message appears that states a reset is required. 
Select Confirm to reset the system.
Enable only the purchased options listed on the MOSS sheet for 
this system. 
An E.8 error results when a purchased option is not enabled, 
when an enabled option is not purchased, or when the MOSS 
password does not match, or when the system id does not 
match.