Polycom Diagnostic Handset 1610 User manual

1610
Handset
Diagnostic handset
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

2
1Diagostic handset
2Charger
3Deployment
4Subscription of the Handset
5Menu Structure
5.1 Best Base Stations
5.2 Cur. Base
5.3 Free Chan.
6Possible Use of the Handset
1. The Diagnostic handset – The pro-
fessional diagnostic tool for fault fin-
ding and deployment of DECT
systems
Finding and correcting faults in a busi-
ness DECT system is a demanding task.
In order to make sure that you get to the
real problem, you have to be able to see
and control the interference that will exist
in a radio system transmitting in low-
power mode. The Diagnostic handset
contains various features which simplify
fault finding in existing DECT solutions
and the system is adjusted with an
accuracy, that makes it a highly recom-
mendable tool for setting up new DECT
installations.
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

During normal operation, it takes approx-
imately 3 1/2 hours to charge the hand-
set from fully discharged to its full capa-
city. Place the handset in the charger.
When the handset is turned on, the dis-
play shows the charging status in line 3.
For correct charging be sure the room
temperature is between 0°C and 25°C.
Do not place the handset in direct sunlig-
ht. The battery has a built-in heat sensor
which will stop charging if the battery
temperature is too high.
It is necessary to recharge the battery
when the display shows “BATTERY
LOW”, or if it can not be turned on. The
LED flashes at a low frequency while
charging and lights constantly when the
charging is finished. The display goes
back to normal mode when fully charged.
When the handset is placed in the char-
ger it will not vibrate, and B-answer is
inactive. If the battery is fully discharged,
up to 10 min. may pass before charging
begins and the handset can be turned
on. When the charger begins the char-
ging, status is shown in the 3rd line of
the display and the LED flashes slowly.
3
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

3. Deployment
The difficult part of installing a DECT
system is the question of where to place
the base stations. The placement of the
base stations is made during deployment
of the site. Deployment should only be
performed be trained technicians.
4. Subscription of the Handset
Follow the instruction of your DECT
system.
4
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

5
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

6
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

7
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

8
5.1. Best Base Stations
In the “BEST BASES” menu it is possi-
ble to see how many base stations there
are in the air where the handset is pla-
ced. The base stations are sorted after
signal strength (RSSI).
In the RFPI/MASK menu the RFPI num-
ber is selected. The RFPI number is a
combination of the ARI and the RPN
(base number) in hex.
The handset can save information for 25
base stations.
ARI
The ARI number is a unique number for
each DECT system. There are 5 diffe-
rent classes: A, B, C, D, and E.(ETS 300
175-6)
Class A is for Home DECT:
Class B is for Business DECT:
ARI A
ARC ARD
A EMC FPN
3 16 17 = 36 bits
RFPI A
E PARI RPN
Y/N A EMC FPN RPN
1 3 16 17 3 = 40 bits
ARI B
ARC ARD
B EIC FPN FPS
3 16 8 4 = 31 bits
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

Class C is for DECT local loop:
Class D is for DECT directly attached to
GSM:
Class E is for PP to PP direct communi-
cation:
9
ARI D
ARC ARD
D GOP FPN
3 20 8 = 31 bits
ARI E
ARC ARD
E FIL FPN
3 16 12 = 31 bits
RFPI D
E PARI NO
Y/N D GOP FPN RPN
1 3 20 8 8 = 40 bits
RFPI B
E PARI RPN
Y/N B EIC FPN FPS RPN
1 3 16 8 4 8 = 40 bits
RFPI C
E PARI RPN
Y/N C POC FPN FPS RPN
1 3 16 8 4 8 = 40 bits
ARI C
ARC ARD
C POC FPN FPS
3 16 8 4 = 31 bits
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2

EMC: Equipment Manufacturer’s Code
FPN: Fixed Part Number
RPN: Radio Fixed Part Number (Base
number)
EIC: Equipment Installer’s Code
FPS: Fixed Part Sub Number
POC: Public Operator Code
GOP: GSM Operator Code
FIL: Fill bits fixed 16-bit 0101... pattern
The ARI Number of a DECT System
The ARI number of a residential system
characterised by the octal number start-
ing with 0.
• Divide the octal number by 2.
The ARI number of a business system is
characterised by the octal number start-
ing with 0.
• Divide the octal number by 4.
The reason to this is because of an
ARI- Bs 31 bits have to be converted
into a 10 digit hex number (ETSI 300
175-6).
• After the division a convert into a hex
number is maked.
i.e.
10002001630o ➾100200E6h
To be able to write the hex values A B C
D E F you have to press the keys 1 2 3 4
5 6 down respectively. The keys will togg-
le between the value every 1.5 seconds.
10
RFPI E
E PARI NO
Y/N E FIL FPN RPN
1 3 16 12 8 = 40 bits
1415 0200-ed2:14473_KT_1415 0200 ed1 06-12-2007 15:2