Bodet Profil 930 User manual

Clocks
Profil 930-940
NTP slave clock
INSTALLATION AND OPERATING INSTRUCTIONS
When receiving goods please chek nothing is broken otherwise make a claim near shipping company.
B.P. 1
49340 TRÉMENTINES
FRANCE
Tél. : [phone]
Fax : [phone]
www.bodet.com
Réf.: 606548 I

2
Table of content
I - INITIAL VERIFICATION ..............................3
1.1 Unpacking the clock ........................3
1.2 Cleaning ..............................3
II - INSTALLATION ..................................4
2.1 Single Face clock ..........................4
2.2 Double Face clock .........................4
III - POWER SUPPLY ................................5
IV - SETTING.....................................5
Addendum I - DIP configuration of NTP slave clocks .........6
V - TECHNICAL FEATURES .............................11
VI - WHAT TO DO IF...? ...CHECK. ........................12

I - INITIAL VERIFICATION
Thank you for choosing a BODET clock. This product has been carefully designed for your
satisfaction based on ISO9001 quality requirements. We advise you to read this manual
thoroughly before attempting to manipulate the clock.
Keep this booklet during all the life of your clock, so that you can refer to it each time it will be
necessary.
Bodet accepts no responsibility for accidents resulting from any use not conforming
with the above provisions.
Any modification to the product will invalidate the guarantee.
1.1 Unpacking the clock
Unpack with caution and check the contents of the packaging. It must contain :
–The Profil clock,
–A cleaning kit (impregnated antistatic cloth),
–option, the clock support which is delivered separately.,
–This booklet.
Version : a descriptive label is fixed to the back of the clock :
NTP = The clock is a slave clock driven by a master clock or a NTP server and
powered by the Ethernet network (PoE).
1.2 Cleaning
Use an antistatic product of similar type to the one shipped in the original packaging. Never
use alcohol, acetone or any other solvent liable to damage the casing and filter on your clock.
3

II - INSTALLATION
Select the location where your clock is to be installed, if possible in a place that is free from
electrical interference (cathode tube, transformers, etc.).
2.1 Single Face clock
Clocks are simply hanged on a screw head.
- Place the screw (Ø 4) at the desired height
leaving the head 3 mm outside.
- Carry out the connections to the time
distribution network.
- Hang the clock.
2.2 Double Face clock
- Fit the bracket on the wall or on the
ceiling with 2 screws Ø6.
- Carry out the connections to the time
distribution network.
-Present both clock on the bracket,
then turns it a quarter turn in the
clockwise so that the clocks are in the
correct position.
4
54
114
930 clock 940 clock
50
88
6
12
9
8
7
11
10
4
5
3
2
1
Profil 930 =152
Profil 940 = 92
12
11
8
9
10
76
1
5
4
3
2

III - POWER SUPPLY
The NTP slave clocks are powered and synchronised through the Ethernet
network (PoE).
IV - SETTING
The NTP server (Sigma, …) has to be set with the
multicast address 239.192.54.1.
It is possible to modify the multicast address on the
NTP clock (see Addendum 1 page ) in coherence
with the NTP server (Sigma, …).
If necessary, set the DIP switches (D) as described
page 6.
Connect the network on RJ45 connector (R).
2 LEDs (on each side of the RJ45 connector) give information as follow :
Yellow LED: activity (flashes when sending/receiving information),
Green LED: connectivity (flashes in presence of LAN network).
- At power up, the hands are positioned at 4:00, 8:00 or noon until
reception of a time message. After validation of NTP synchronisation data,
the clock set itself rapidly. Validation may take a few minutes.
In the absence of synchronisation, the clock continues to operate for 24
hours on its time base and then moves to 12:00.
The NTP server must have a transmission (Poll) period of less than 128
seconds.
5
R
D

Addendum I - DIP configuration of NTP slave clocks
DIPs 1 to 4 allow to set the multicast address
used by the NTP server.
The multicast address used is : 239.192.54.XXX.
XXX is set by default to 1. It can be set between 1 and 15 (0 is already
reserved).
239.192.54.1239.192.54.2239.192.54.3
239.192.54.4239.192.54.5239.192.54.6
239.192.54.7239.192.54.8239.192.54.9
239.192.54.10 239.192.54.11 239.192.54.12
239.192.54.13 239.192.54.14 239.192.54.15
Dips 5 to 10 allow to set the offset from UTC and the time changeovers
depending on the time zone.
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UTC 0 No
Eur -1
(London, Dublin, Edinburgh,
Lisbon)
0Yes Last Sun.
Mar.
(01:00)
Last Sun.
Oct.
(02:00)
Eur
(Paris, Bruxelles, Amsterdam,
Berlin, Berne, Copenhague,
Madrid, Oslo, Rome,
Stockholm, Vienne, Belgrade,
Bratislava, Budapest,
Ljubljana, Prague, Sarajevo,
Sofia, Vilnius, Varsovie,
Zagreb)
+1 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
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1234
On
1 2 3 4
On
1234
On
1234
On
1234
On
1234
On
1234
On
1 2 3 4
On
1 2 3 4
On
1 2 3 4
On
1 2 3 4
On
1234
On
1234
On
1234
On
1234
On
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On

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Eur +1
(Athens, Istanbul, Minsk) +2 Yes Last Sun. Mar.
(03:00)
Last Sun.
Oct.
(04:00)
Bucharest, Romania +2 Yes Last Sun.
Mar.
(03:00)
Last Sun.
Oct.
(04:00)
Cairo, Pretoria +2 No
Dhaka +6 No
Tel Aviv +2 Yes Last fri.
Mar.
(02:00)
2nd Sun.
Sept.
(02:00)
Kuweit +3 No
Moscow, St. Petersburg,
Volgograd
+3 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Tehran +3,5 Yes 22
March122 September
Abu Dhabi, Muscat, Baku,
Tbilsi
+4 No
Kabul +4,5 No
Yekaterinburg, Russia +5 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Islamabad, Karachi, Tashkent +5 No
Mumbay, Calcutta, Madras,
New Delhi, Colombo +5,5 No
Astana, Thimphu +6 No
Bangkok, Hanoï, Jakarta +7 No
7
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On
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On
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On
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1 for a leap year, March 21 and September 21.

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Beijing, Chongping, Hong
Kong, Singapore, Taipei,
Urumqi
+8 No
Tokyo, Osaka, Sapporo,
Séoul +9 No
Yakutsk +9 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Adelaïde +9,5 Yes 1st Sun.
Oct.
(02:00)
1st Sun.
April
(03:00)
Darwin +9,5 No
Brisbane, Guam, Port
Moresby +10 No
Sydney, Canberra, Melbourne +10 Yes Last Sun.
Oct.
(02:00)
Last Sun.
April
(03:00)
Hobart, Tasmanie +10 Yes 1st Sun.
Oct.
(02:00)
Last Sun.
April
(03:00)
Vladivostok +10 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Solomon Il., New Caledonia +11 No
Auckland, Wellington +12 Yes Last Sun.
Sept.
(02:00)
1st Sun.
April
(03:00)
Marshall Il. +12 No
Azores -1 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(01:00)
Middle Atlantic -2 No
Brasilia -3 Yes 3rd Sun.
Oct.
(00:00)
3rd Sun.
Feb.
(00:00)
Buenos aires -3 No
8
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Newfoundland, Labrador -3,5 Yes 2nd Sun.
Mar.
(00:01)
1st Sun.
Nov.
(00:01)
Atlantic Time (Canada) -4 Yes 2nd Sun.
Mar.
(02:00)
1st Sun.
Nov.
(02:00)
La Paz, Indiana -4 No
Bogota, Lima, Quito -5 No
New York, Eastern Time (US
& Canada)
-5 Yes 2nd Sun.
Mar.
(02:00)
1st Sun.
Nov.
(02:00)
Chicago, Central Time (US &
Canada)
-6 Yes 2nd Sun.
Mar.
(02:00)
1st Sun.
Nov.
(02:00)
Tegucigalpa, Honduras -6 No
Phoenix, Arizona -7 No
Denver, Mountain Time -7 Yes 2nd Sun.
Mar.
(02:00)
1st Sun.
Nov.
(02:00)
Los Angeles, Pacific Time -8 Yes 2nd Sun.
Mar.
(02:00)
1st Sun.
Nov.
(02:00)
Anchorage, Alaska -9 Yes 2nd Sun.
Mar.
(02:00)
1st Sun.
Nov.
(02:00)
Honolulu, Hawaii -10 No
Apia, Samoa -11 No
Mexico -6 Yes 1st Sun.
Apr.
(02:00)
Last Sun.
Oct.
(02:00)
Samara, Russia +4 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Novosibirsk, Russia +6 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
9
5678910
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On

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Krasnoyarsk, Russia +7 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Irkutsk, Russia +8 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Magadan, Russia +11 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Anadyr, Russia +12 Yes Last Sun.
Mar.
(02:00)
Last Sun.
Oct.
(03:00)
Ittoqqortoormiit, Greenland,
Denmark -1 Yes Last Sun. Mar.
(00:00)
Last Sun.
Oct.
(01:00)
Nuuk, Greenland, Denmark -3 Yes Last Sun.
Mar.
(22:00)
Last Sun.
Oct.
(23:00)
Qaanaaq, Greenland,
Denmark -4 Yes 2nd Sun. Mar.
(02:00)
1st Sun.
Nov.
(02:00)
Western Australia: Perth +8 No
Caracas -4.5 No
Alger, Tunis +1 No
Dip 11 must be set to OFF. In this position, it will take into account the time
zone defined by DIPs 5 to 10. In position ON, the NTP clock movement will
manage the time changeovers only if it receives a table of time
changeovers from a season server.
Dip 12 must be set to OFF. It is used for maintenance purpose. In position
ON, the clock movement will be set automatically to 12h.
10
5678910
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On
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On
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On
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On

V - TECHNICAL FEATURES
Dimensions :
Indoor Profil 930 Profil 930 with anti-theft bracket
Indoor Profil 940 Profil 940 with anti-theft bracket :
Mounting on bracket
Profil 930 Profil 940
A 119 143
B 152 92
Protection class : II.
Protection index : IP40.
PoE (Power over Ethernet).
Consumption : 25 mA @48 V.
Accuracy: +/- 100ms with automatic summer/winter time changeover.
Operating temperature : 0°C to +50°C.
Readability : Profil 930 = 20m, Profil 940 = 35m.
Weight : Profil 930 = 1kg, Profil 940 = 1,9kg.
11
54
47
Ø320
Ø224
59
Ø320
Ø224
208
Ø224
114
60
Ø440
Ø224
72
208
Ø440
50
A
88
B
6
12
9
8
7
11
10
4
5
3
2
1

VI - WHAT TO DO IF...? ...CHECK.
What to do if...? … Check.
–No synchronisation
after installation.
–Check that the type of signal transmitted by
the master clock (NTP or SNTP) is the same
type as the one of the clock.
–Check that the multicast address is identical
on the NTP server and on the NTP clock.
–The NTP server has to be on the same
Ethernet network as the NTP clock.
–The NTP clock is not on
time.
–Check the position of the DIP switches, see
page 6.
12