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DP 6000 DIGITAL PAGING SYSTEM                                         INSTALLATION INSTRUCTION 94

 

May 1999. Page 14

 

6.  

D

IAGNOSTICS

To place the mobile in its diagnostic mode proceed as follows:

1.  Remove the batteries from the mobile
2.  Place the sliding battery/program switch to the diagnostic position (position 1 (Fig.1L)).
3.  Replace the batteries (a confirmation bleep should be heard), the mobile is now in its diagnostic standby mode.
4.   Press the manual alarm button for less than 2 seconds (2 x confirmation bleeps) to enter the mobile into the Loca-

tion Monitor mode. In this mode, after reception of every valid location code, the mobile generates a confirmation 
bleep. If no location receiver is installed in the mobile nothing will happen.

5.  Press the manual alarm button again for less than 2 seconds (3 x confirmation bleeps), the mobile will enter into 

its Sensor Test mode. In this mode the Tear-out, No-move and Not-vertical sensors can be tested (if installed) as 
follows:

1 second after removing the tear-out plug the mobile will generate a confirmation bleep and LED indication. 
After replacing the tear-out plug into its socket this test can be repeated. 

5 seconds after being in the No-move state, the mobile will illuminate the LED. Moving the mobile from its sta-
tionary position will restart the test sequence.

1 second after being in the Not-vertical state, the mobile will generate a pre-alarm bleep. Moving the mobile 
upright will restart the test sequence.

NOTE:  The coupling setting of the No-move/Not-vertical will be ignored. Therefore when laid flat, the 
mobile in its Not-vertical state will generate a pre-alarm bleep after 1 second and in its No-move state will 
illuminate the LED after ±5 seconds.

6.  Press the manual alarm button again for the third time, for less than 2 seconds (4 x confirmation bleeps), the 

mobile enters the Transmitter Test mode. In this mode the transmitter will be ON continuously,  modulated by a 
DP6000 “F” code. Using this method the frequency, deviation and transmitted power can be observed. The LED 
illuminates constantly during this test.

7.  Press the manual alarm button again for the fourth time for less than 2 seconds (5 x confirmation bleeps). The 

mobile will enter the “Transmit address and opcodes” mode. In this mode the mobile transmits a call periodically 
accompanied with an LED flash with its own address and the two opcodes in the alpha message as follows:

- address = address set in the alarm transmitter
- codinf = 0 
- modeword
- alpha message $3FP

1

Q

1

R

1

S

1

T

1

U

 $4FP

2

Q

2

R

2

S

T

U

This information can be viewed on the monitor of the alphadesk after setting “Display calls” enabled in the         

system editor of the LBB 6000. 

Example:
A mobile with address 0001 and opcode setting as default will transmit a call with address 0001 and the alpha 

message 3F62000F 4F661400.

8.   Press the manual alarm button again for the fifth time (1 x confirmation bleep) to place the mobile back in the diag-

nostic standby mode. When placed in a storage/charging rack while in the diagnostic mode, the mobile will enter 
into the programming mode. If the alarm button is pressed for longer than 2 seconds during any test, the mobile 
re-enters the diagnostic standby mode (1 x confirmation bleep). The mobile will not transmit any check-in/status 
or alarm-calls while in the diagnostic standby mode.

Opcode 1

Opcode 2

Summary of Contents for LBB 6030

Page 1: ... 1 INTRODUCTION Intended for use in a Philips Personal Security system the mobile alarm transmitters LBB 6030 LBB 6035 provide a means of personal security for people working in potentially hazardous and dangerous locations The mobiles are capable of transmitting three types of calls to a central operator Alarm calls Check in calls and Status calls Alarms calls are initiated by the mobile or by th...

Page 2: ...nt B Tear out alarm socket C Label placement mobile ID address D Manual alarm reset button E LED indicator F Sliding lock battery cover G Battery cover H Charging contacts J Sticker placement K Battery placement see recommeded battery types L Programming battery type sliding switch M Battery cover locking screw N Audible output A B F G C D E B J A H G K L M N N ...

Page 3: ...argeable LBB 5931 02 or batteries with identical specification Non rechargeable batteries Philips Alkaline type LR1 LBB 5312 00 or identical specification Sanyo type CR12600 SE 1 per mobile NOTE When placed in a Philips storage or charging rack type LBB 6150 00 01 02 and LBB 6152 00 the mobile receives its power from the charging storage rack and not from the batteries however batter ies are neede...

Page 4: ...oved from its storage charging rack the mobile will begin a status call sequence with the in_ rack bit set to 0 and the ON bit set to 1 NOTE When the mobile is placed in a single storage rack LBB 6152 00 the mobile acts as if it was placed in a standard storage rack provide absence indication etc If the mobile is placed in a storage charging rack in an alarm state it will reset the alarm state and...

Page 5: ... the reduction of calls in the system 2 Locations are always transmitted instantly on the detection of a new location This method is not recommended due to the large number of calls generated in systems employing a large number of mobiles and location trans mitters 3 If the mobile has NOT been programmed to transmit the location instantly a digit can be programmed in to the mobile opcode to identi...

Page 6: ... for the second time to reset the active alarm If the opcode is pro grammed for a silent alarm the alarm can be reset by pressing the Alarm Reset button once only 1 second Place the mobile in its charging storage rack for GS approved systems this method is the only method to reset an alarm NOTE During the audible alarm bleep the no move sensor is NOT ACTIVE 3 4 GS Geprüfte Sicherheit Approved Syst...

Page 7: ... the programming mode 2 The desk display shows RAD 3 Enter the address as follows 1 A3 A2 A1 A0 Ax address digit 4 2 Programming the Opcodes 4 2 1 Via a PC fitted with the LBB 6000 card To program the functions of the mobile 2 different operation codes Opcodes are used Each Opcode consists of 6 Hex digits where each digit determines one or a group of functions Each digit of the operation code is r...

Page 8: ...ck call every 60 seconds will be a randomized time of between 58 and 62 seconds with a mean time of 60 seconds This randomizing will be omitted at the field coverage test setting 4 5 sec The default timings check call every 2 minutes and 3 call repeti tions Opcode setting 1Q are suitable for a moderate system with approx 15 mobiles Q Call Repetition Opcode 1 Q sets the number of times the alarm an...

Page 9: ...e digit 2 P sets the turn on time of the No move Not vertical pre alarm in steps of 5 seconds The mobile should detect the No move Not vertical status during the time set before it enters in to the pre alarm status range 0 75 seconds in steps of 5 seconds Enter digits Hex 0 F Q Pre alarm time No move Not vertical alarm Opcode digit 2 Q sets the pre alarm time of the No move Not vertical alarm in s...

Page 10: ...o of times an alarm status call is repeated N No of call repetitions Range 0 F Not used Not used Location detection enable 0 disabled 8 enabled Location mode 4 direct transmission 0 trans mission only with check in calls System identity range HEX 0 HEX 3 future use Location digit range 0 F P 6 P Q 2 Q R 0 R 0 S 0 S 0 0 0 0 0 T 0 T Options 8 4 2 1 U 15 U HEX F Default settings ...

Page 11: ... F steps of 5 seconds GS procedure enabled 0 Off 8 enabled No move coupled with Not vertical 0 not coupled 4 coupled Not used Not used No move alarm 8 enabled 0 disabled Not vertical alarm 4 enabled 0 disabled Tear out 2 enabled 0 disabled Not used Manual alarm 0 loud 8 silent Tear out 0 loud 4 silent Not used Not used P 6 P Q 6 Q R 1 R 0 4 0 0 S 4 S Options 8 4 2 1 0 0 0 0 T 0 T Options 8 4 2 1 0...

Page 12: ...DP 6000 DIGITAL PAGING SYSTEM INSTALLATION INSTRUCTION 94 May 1999 Page 12 TOTAL VALUES OF OPCODES INSTALLED OPCODE 1 OPCODE 2 Q P R S T U 2 6 0 0 0 F 6 6 1 4 0 0 Default Default ...

Page 13: ...If the mobile detects an error in its transmission output the error bleep is audible Bleep 8 133 msec 8 133 msec 8 33 msec 8 33 msec 8 33 msec 8 133 msec PRE ALARM BLEEP cricketed bleep ALARM LOW BATTERY ERROR CONFIRM BLEEP PROGRAMMING LED Bleep LED Bleep LED Bleep LED Bleep LED Bleep LED Until reset Until reset Every 60 seconds Until reset One time One time ...

Page 14: ...ts Not vertical state will generate a pre alarm bleep after 1 second and in its No move state will illuminate the LED after 5 seconds 6 Press the manual alarm button again for the third time for less than 2 seconds 4 x confirmation bleeps the mobile enters the Transmitter Test mode In this mode the transmitter will be ON continuously modulated by a DP6000 F code Using this method the frequency dev...

Page 15: ...e a shorter repeat time than the result produced from the calculation of the Scanning Repeat assistant If possible don t program all mobiles in the system for the shortest repeat time necessary Due to different working practices it may not be necessary for all mobile in the system to have equal failure detect times The above will improve system occupation making the system less busy If system occu...

Page 16: ...ocation transmitter with a different address in the area of the storage racks to refresh the location memory of the mobile before it is stored in its rack 8 2 2 Direct transmission of location dependant on first location address digit If the location address does not begin with F the mobile can be programmed opcode 1U to transmit a certain loca tion directly if the location address starts with the...

Page 17: ...the PS Micro mobiles during the day and the transceiver during the night 8 5 Inform the user Always give proper instructions to the users of the mobiles as well as to the users of the central Ensure that these instructions are included in the delivery conditions It is essential that the users know what they can and what they cannot expect from the system It is very easy to create customer specific...

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