Specifications

ManualsBrandsVodavi ManualsConsumer electronicsTelenium IP

3-30 Main Cabinet Wiring

Chapter 3 - Installation

Figure 3-21: MB Wiring Diagram for Champ Connectors

P FT-CO4T

P FT-S LT 4T

P FT-T EL4T

P FT-CO3T

P FT-S LT 3T

P FT-T EL3T

P FT-CO2T

P FT-S LT 2T

P FT-T EL2T

P FT-CO1T

P FT-S LT 1T

P FT-T EL1T

R ELAY2 T

R ELAY1 T

PAGE2T

PAGE1T

MOH2T

MOH1T

ALARM2 T

ALARM1 T

PF T-CO4R

PF T-SLT4R

PF T-TE L4R

PF T-CO3R

PF T-SLT3R

PF T-TE L3R

PF T-CO2R

PF T-SLT2R

PF T-TE L2R

PF T-CO1R

PF T-SLT1R

PF T-TE L1R

RELAY2 R

RELAY1 R

PA GE2 R

PA GE1 R

MOH 2R

MOH 1R

ALARM2 R

ALARM1 R

6-1TX-

U1R,6 -1RX-

6-2TX-

U2R,6 -2RX-

7-1TX-

U1R,7 -1RX-

7-2TX-

U2R,7 -2RX-

8-1TX-

U1R,8 -1RX-

8-2TX-

U2R,8 -2RX-

9-1TX-

U1R,9 -1RX-

9-2TX-

U2R,9 -2RX-

6-1R

6-2R

6-3R

6-4R

7-1R

7-2R

7-3R

7-4R

8-1R

8-2R

8-3R

8-4R

9-1R

9-2R

9-3R

9-4R

6-1T

6-2T

6-3T

6-4T

7-1T

7-2T

7-3T

7-4T

8-1T

8-2T

8-3T

8-4T

9-1T

9-2T

9-3T

9-4T

1- 1 R

1- 2 R

1- 3 R

1- 4 R

2- 1 R

2- 2 R

2- 3 R

2- 4 R

3- 1 R

3- 2 R

3- 3 R

3- 4 R

4- 1 R

4- 2 R

4- 3 R

4- 4 R

5- 1 R

5- 2 R

5- 3 R

5- 4 R

1- 1 T

1- 2 T

1- 3 T

1- 4 T

2- 1 T

2- 2 T

2- 3 T

2- 4 T

3- 1 T

3- 2 T

3- 3 T

3- 4 T

4- 1 T

4- 2 T

4- 3 T

4- 4 T

5- 1 T

5- 2 T

5- 3 T

5- 4 T

9-4 T

9-3 T

9-2 T

9-1 T

8-4 T

8-3 T

8-2 T

8-1 T

7-4 T

7-3 T

7-2 T

7-1 T

6-4 T

6-3 T

6-2 T

6-1 T

9- 4 R

9- 3 R

9- 2 R

9- 1 R

8- 4 R

8- 3 R

8- 2 R

8- 1 R

7- 4 R

7- 3 R

7- 2 R

7- 1 R

6- 4 R

6- 3 R

6- 2 R

6- 1 R

5-4 T

5-3 T

5-2 T

5-1 T

4-4 T

4-3 T

4-2 T

4-1 T

3-4 T

3-3 T

3-2 T

3-1 T

2-4 T

2-3 T

2-2 T

2-1 T

1-4 T

1-3 T

1-2 T

1-1 T

5-4 R

5-3 R

5-2 R

5-1 R

4-4 R

4-3 R

4-2 R

4-1 R

3-4 R

3-3 R

3-2 R

3-1 R

2-4 R

2-3 R

2-2 R

2-1 R

1-4 R

1-3 R

1-2 R

1-1 R

1- 1 T X -

U1 R ,1 - 1R X-

1- 2 T X -

U2 R ,1 - 2R X-

2- 1 T X -

U1 R ,2 - 1R X-

2- 2 T X -

U2 R ,2 - 2R X-

3- 1 T X -

U1 R ,3 - 1R X-

3- 2 T X -

U2 R ,3 - 2R X-

4- 1 T X -

U1 R ,4 - 1R X-

4- 2 T X -

U2 R ,4 - 2R X-

5- 1 T X -

U1 R ,5 - 1R X-

5- 2 T X -

U2 R ,5 - 2R X-

SL OT 6,7, 8, 9 SLOT 1 ,2, 3,4 ,5SLOT 10

6- 1 T X+

6-1RX+,U1T

6- 2 T X+

6-2RX+,U2T

7- 1 T X+

7-1RX+,U1T

7- 2 T X+

7-2RX+,U2T

8- 1 T X+

8-1RX+,U1T

8- 2 T X+

8-2RX+,U2T

9- 1 T X+

9-1RX+,U1T

9- 2 T X+

9-2RX+,U2T

1- 1 TX+

1- 1 RX+ , U 1T

1- 2 TX+

1- 2 RX+ , U 2T

2- 1 TX+

2- 1 RX+ , U 1T

2- 2 TX+

2- 2 RX+ , U 2T

3- 1 TX+

3- 1 RX+ , U 1T

3- 2 TX+

3- 2 RX+ , U 2T

4- 1 TX+

4- 1 RX+ , U 1T

4- 2 TX+

4- 2 RX+ , U 2T

5- 1 TX+

5- 1 RX+ , U 1T

5- 2 TX+

5- 2 RX+ , U 2T

MFIM BRIM2

LGCM4

DIDM2

SL TM2 BRIM2

LGCM4

DI DM2

SLTM2

Note :

th e meanin g of x-y T/R

x: Slot No

y: Port No

T: Ti p

R: Ring

Note: The slot used and the order of Module connection determines the physical port and resulting pin connections

Legend Example:

26 1

6-1 R

6-1 T =

6th Slot, Port 1, Ring - pin 26

6th Slot, Port 1, Transmit - pin 1

that the system uses for a Module. For example, an LGCM4 is installed in slot 1 and connected to the MFIM. It is

assigned to slot 1 and its physical ports 1, 2 , 3, and 4 are associated with pins 26-1, 27-2, 28-3, and 29-4.

This example is provided only to illustrate connections. An administrator will most likely use like modules in a consecutive

A BRIM2 module is then installed in slot 2 and connected. It is assigned to slot 2 and its physical ports 1 and 2 are associated

with pins 30-5, 31-6, 32-7, and 33-8.

If a second LGCM4 is installed in slot 3 and connected, it is assigned to slot 3 and its physical ports 1, 2, 3, and 4 are associated

with pins 34-9, 35-10, 36-11, and 37-12.

sequence for contiguity of numbering assignments.