Tynetec Advent xt Installation Manual page 52

32. KIRK 400 MULTI CELL DECT
MATRIX CONNECTION
The Matrix IP PBX interfaces the Advent xt to the DECT; it also gives access to an outside line and allows zoning of calls.
24VDC ‐ connect to the UPS via the in‐line PSU module provided.
CO1 ‐ connect to the Advent xt DECT output using the RJ11/BT lead provided.
CO2 ‐ connect to an external line using the second RJ11/BT lead provided.
SLT1 ‐ connect to the fixed CLI desk telephone via a BT master socket (Note: cut one plug off the RJ11/RJ11 lead provided).
ETHERNET ‐ connect to the Fastswitch Port 9 using the RJ45 patch lead provided.
‐ connect to a sound Earth terminal using the Earth wire provided
The Matrix is factory programmed so all incoming lines ring all extensions. If an incoming line is to ring specific extensions
then the Matrix must be reconfigured.
Note; in the event of a mains failure i.e. if the UPS batteries run flat or if a UPS is not fitted, the Matrix connects CO1 to SLT1
and the Advent xt will only ring the fixed CLI desk telephone.
KIRK 400 WIRELESS SERVER (MULTI CELL) PROGRAMMING
The Matrix must have its IP address set to 192.168.0.2
The Kirk 400 Wireless Server must have its IP address set to 192.168.0.3 and its Radio Part Number set to 3.
Additional IP 12 Channel Base Stations must IP addresses set 192.168.0.4/5/6 and Radio Part Numbers 4/5/6.
ADVENT xt PROGRAMMING
The PBX Ring must be enabled in the "General Setup" programming ‐ see the Advent xt Programming Manual (Tynetec Doc
No. FM0411).
2 CHANNEL MULTI CELL REPEATERS
A maximum of three 2 Channel Multi Cell Repeaters can be connected to the Kirk 400 Multi Cell Wireless Server plus three
per IP 12 Channel Base Station (total 12 per site). Repeaters require a power connection only; they communicate with the
Server/Base Station via low power radio signals and do not require a line connection. To maintain DECT coverage during a
mains failure all Repeaters must be connected to a battery backed 12V DC PSU. See Repeater Deployment Rules on the
following page.
REPEATER POSITIONING
Before installing power cables to Repeater positions it is important that the optimum position for coverage is established.
Register the Repeater onto the Wireless Server/IP Base (see Kirk Programming Kit below) then with the Repeater powered
from a battery walk away in the direction that cover is to be extended. When the red LED on the Repeater starts to flash it
is out of range and must be moved back towards the Wireless Server/IP Base by a minimum of 5 metres before selecting its
final location.
REPEATER PROGRAMMING
A Kirk Programming Kit (P/No. ZCS729) is required to program Repeaters, the kit consists of a double adapter and comms
lead – the latest Service Tool PC software and user guide can be downloaded free of charge from;
http://support.polycom.com/PolycomService/support/us/support/voice/dect/dect_base_stations.html
REPEATER POWER CONNECTION
Repeaters should be connected using 1.0 mm pair cabling, if CW1308 is being used then spare pairs can be doubled‐up
and/or looped back to form a ring circuit to reduce the voltage drop.
12V DC PSU including
Standby Battery
240V
AC
Use 1.0mm Cable
Typically the maximum distance to a Repeater via CW1308 should not exceed 100 metres.
Note: connect a maximum of 6 Repeaters per 12V 2A PSU.
Doc No. FM0410 issue M‐1 Page 52
Maximum 12 x 2 Channel Multi Cell Repeaters
(3 per Multi Cell Wireless Server + 3 per IP 12 Channel Base Station)
Repeater Power Lead Colour Code
YELLOW = 12V BLACK = 0V
Max 100m