Ericsson MRS3000 Field Service Manual Download

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Uppgjord (även faktaansvarig om annan) -

Prepared (also subject responsible if other)

No.

KL/ECS/SMK Magnus Lindahl

MRS3000 Programmers reference manual

Dokansv/Godk -

Doc respons/Approved

Kontr

Checked

Datum

Date

Rev

File

KL/ECS/S/MK

1997-04-16 A

LZB 119 1661

PROG.DOC

INC CALL WAIT TIME (AREA 2 TAB 27)

Value range: 00-FFh, Default 1Eh (= 30 s)

Timebase: 1 s/10 s

Max. time to wait for the CU operator to answer an incoming call.

Example:

After 30 seconds with no answer from the operator, the call is disconnected.

Table Row Data Comment

1Eh = 30 s

MAX LISTEN CH TIME (AREA 2 TAB 28)

Value range: 00-FFh, Default FFh

Timebase: 1 s/10 s

= 0-FEh:

Normal timer concept.

FFh:

Unlimited

time

Max. time for listening at a channel from a CU. Selected by |Listen| key.

Example:

Listen can be done for unlimited time.

Table Row Data Comment

28 01 FF Forever

MAX REPEAT TIME (AREA 2 TAB 29)

Value range: 00-FFh, Default 9Eh (= 30+80h = 300 s = 5 min)

Timebase: 1 s/10 s

Max. time for repeater traffic started by tone-call.

Example:

Max. time for a mobile-mobile call shall be five minutes.

Table Row Data Comment

9Eh = 80h + 30 = 30*10 s = 300 s = 5 min

Summary of Contents for MRS3000

Page 2: ...NLZB 119 1661 B 2 Safety instructions Warning health risk ECS S LT 96 5032 A Handling MOS devices ECS S LT 96 5033 A Warning high voltage ECS S LT 96 5034 A Information about ESD LZT 106 49 R3 3 Overview MRS3000 Overwiew A 4 Technical specifications MRS3000 EN LZT 123 842 CU210 1524 KEP 813 05 2 P1A LP210 1524 ROD 908 120 P1A 5 Installation Installation 1531 KDV 120 1002UEn A Installation SMS 6 Op...

Page 3: ... 05 2 CL6269 Description KEP 813 05 2 CL6269 A Diagram KEP 813 05 2 CL6269 B Component layout KEP 81305 2 CP6269 B Description LP210 ROD 908 120 CP6272 D Functional blockdiagram LP210 ROD 908 120 CP6272 D Diagram LP210 ROD 908 120 CP6272 D Component layout LP210 ROD 908 120 AE6119 D Description JU200 KEY 101 02 1 AE6119 A Block Diagram JU200 KEY 101 02 1 AE6119 B Diagram KEY 101 02 1 AE6119 B Comp...

Page 4: ...3 Hz 2344 Hz Input Impedance 600 NOTE When used in 2 wire mode as a bi directional line interface see also specification for radio control line RX Subscriber Line Connector J5 pin 4 5 Nom Level 13 dBm both directions DTMF tone Level Low band 11 dBm DTMF tone Level High band 9 dBm Input Output impedance 600 Ring detect level 30 V AC Tape output Connector J4 pin 2 1 GND Nom Level 10 dBm Max Level 4 ...

Page 5: ...800 and 2 or 4 wire lines connections The eurocard connector also provides 2 external active low inputs and 2 external active low max 50mA outputs for alarms etc A special version of the LP210 provides an extra input for AF from a second receiver mainly used for special applications as BFS in Finland Supply Voltage Current Consumption Nom 12 Volt Max 200 mA Max 16 Volt Min 10 6 Volt Line input Lev...

Page 6: ... Prepared also subject responsible if other Nr No KL ECS S MK Magnus Lindahl MRS3000 Overview Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KL ECS S MK 1997 04 16 A LZB 119 1661 OVER DOC SYSTEM 3000 OVERVIEW Valid from V3 3 of LP200 210 and CU200 210 ...

Page 7: ...hin 30 seconds the call is cleared down and both radio and the line becomes free The mobile can clear down the call before it is answered by transmitting a DISCON call The mobile can transmit a WHC call which will cause the call to be cleared down and the mobile id is queued in the CU s call queue When one of the called CU s has answered the call by pressing Ü the other CU s indicate LINE BUSY The...

Page 8: ...of the called CU s answer the call the other CU s indicate LINE BUSY but stay with the loudspeaker open Alarm inputs When any of the alarm inputs is activated a personality specified code is queued in all the CU s The alarm relay is activated and the alarm beep sounds in the loudspeaker NOTE there are only 2 inputs for LP210 Alarm beep and relay The alarm beep and the alarm relay are activated whe...

Page 9: ... Incoming data call Data call is removed from MRS3000 from V3 0 and forward Log printer Each CU is equipped with a serial output which can be connected to a log printer When connection to the LP is established a headline is typed Logging of calls Time Caller Channel Status Call type Thereafter all calls to the CU including activation of the alarm inputs are typed on the printer The format of the s...

Page 10: ...e corresponding pre programmed short number s address and route are copied to the address and route fields of the address display and the call is transmitted To just view without transmitting a short number dial one digit 1 9 and press Display Last number Dial 0 The last transmitted call s address is copied to the address field The route remains unchanged To just view without transmitting last tra...

Page 11: ...sound Data traffic Data call is removed from MRS3000 from V3 0 and forward Repeater station start Some routes may contain repeater start code personality programmable In that case all outgoing calls are preceded by repeater start code The repeater start code is 2 tone so called AR code or 5 tone code It is personality programmable what kind of repeater start code to use on each channel Call failed...

Page 12: ...elow under Listen 3 If mobile mobile traffic hasn t been cleared down and Listen is pressed once more the mobile mobile traffic just continues Listen 3 If the base is free by choosing a route and pressing Listen a CU can lock the radio on a channel The loudspeaker symbol flashes Incoming calls to the CU are accepted and outgoing calls can be made The other CU s indicate LINE BUSY By pressing Liste...

Page 13: ...io channels are mixed together and transmitted to the CU s All CU s can listen on the traffic but only the CU in charge can transmit by pressing PTT If repeater traffic is enabled in the channel setup personality programming tone calls can be transmitted If repeater traffic is enabled on the channel and the R is visible in the display squelch controlled repeater traffic is in progress It is disabl...

Page 14: ...ined as a BFS route Press Data The text VSS flashes in the lower right corner of the display Press to start BFS mode The loudspeaker symbol starts flashing To exit BFS mode press Data the text VSS flashes in the lower right corner of the display Press to exit BFS mode Repeater traffic enable disable Press Repeater The R in the display starts flashing Press to enable repeater traffic Press to disab...

Page 15: ...copied to the address field of the display and the call is transmitted as a group call If repeater start on outgoing group calls is personality enabled and repeater function isn t manually disabled by pressing Repeater the base is started in repeater mode Status call Dial a valid address or a short number and press Status A status call will be transmitted If answered then the received status will ...

Page 16: ...alls in the alarm queue it isn t possible to see any of the calls in the normal queue The alarm queue s entries are displayed with flashing digits The last incoming call is the one displayed When there are entries in the queue the display may look like this 3 17911 R 12345 The queue position digit the digit left of the hyphen indicates how many entries there are in the queue The five digits follow...

Page 17: ...owing the id is the route and the next two digits is the status In queue mode the following actions can be taken Press Queue To scroll the queue Press To delete the displayed queue entry Press To copy the queue address and route of the displayed queue entry to the address and route fields of the display and exits queue mode Queue mode is exited when or an erroneous key is pressed or when no key ha...

Page 18: ... to operate as an interface to the telephone network you shall not dial any telephone number Press to start transfer Press to return to normal operation For the CU that operates as interface to the telephone network you need to press three times within three seconds to return to normal operation If transfer to another CU is chosen all calls are redirected to that CU If transfer to a mobile or a te...

Page 19: ...ncoming call pending the indicator is flashing When the CU is in traffic the indicator is steady When the radio is occupied the indicator toggles between normal and inverse video TX indicator When the keyboard handset or external PTT is pressed the indicator is steady When the LP is busy handling an incoming outgoing call the indicator is flashing at the CU in charge Horn indicator When the extern...

Page 20: ...ible if other Nr No KL ECS S MK Magnus Lindahl MRS3000 Step by step programming guide Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KL ECS S MK 1997 04 16 A LZB 119 1661 STEP DOC SYSTEM 3000 STEP BY STEP PROGRAMMING GUIDE Valid from V3 6 of LP200 210 V3 3 of CU200 V3 7 of CU210 ...

Page 21: ...ave version number V3 0 V3 1 V3 2 etc As long as the major version number is the same the minor version number may very well be different for each unit 3 Radio interface physical channel select control of radio and logical how to handle each channel which channels to scan for tone receiver etc 4 Route information translation between two digit route number and corresponding channel number and repea...

Page 22: ...phone exchange it shall be given the ID number 0 Line amplification and equalization see specification LINE LEVEL in MRS3000 PROGRAMMERS REFERENCE MANUAL Software in the LP200 210 has to be informed if the connection is 4 wire or 2 wire Programming of Area 2 TAB 02 does this Configure radio interface The used radio type shall be specified see specification RADIO in MRS3000 PROGRAMMERS REFERENCE MA...

Page 23: ...il accepting squelch detect at another open traffic channel is specified in OT SQ HANG TIME in MRS3000 PROGRAMMERS REFERENCE MANUAL Specifications of different time out values After a connection has been established by a tone call the time from loss of both squelch from radio and LF detect from the CU s until the LP starts to give warning tones is specified as LF LOST TO WARN TIME in MRS3000 PROGR...

Page 24: ...er transmitted an OCALLINDc normally the mobile answers with TSTAT_2 but it shall be OK even if it only transmits first half of TSTAT_2 After transmitted an OCALLINDb normally the mobile answers with RCPTCALL_ACK but it is not always needed The LP200 210 has to wait some time before being sure that not the rest of the answer is received this time is specified in WAIT ACK TIME Set up of the individ...

Page 25: ...ed digit It is possible to specify default Route as power on condition see specification ROUTE DIGITS in MRS3000 PROGRAMMERS REFERENCE MANUAL There are a couple of other options Possibility to prevent too ever close the loudspeaker when the handset is hung up For printer interface specify if a new line is CR LF or LF See specifications in CU FLAGS in MRS3000 PROGRAMMERS REFERENCE MANUAL How to set...

Page 26: ...ROW 06 to 1 Area Table Row Data 1 21 06 01 In the CU210 that is supposed to work as BFS master CU set BFS MASTER FLAG AREA 1 TAB 21 ROW 07 to Area Table Row Data 1 21 07 01 Set the GENERAL FLAG BFS function flag in LP210 to 1 AREA 2 TAB 01 ROW 02 Area Table Row Data 2 01 02 01 Sets the dial tone minimums detect time according to the Finish standard the so called Morse S dial tone This type of dial...

Page 27: ...CH 1 CH 2 CH 3 CH 4 CH 5 CH 6 CH 7 CH 8 CH 9 CH 10 CH 11 CH 12 CH 13 CH 14 CH 15 1 Channel exists X X X X X 2 Tone scanned X X X X 3 Duplex channel X X X X X 4 Repeater traffic allowed X X X X 5 Open traffic allowed X X X X 6 Signal system A 7 RCPTCALL_ACK accepted instead of TSTAT 2 X X X X 8 RCPTCALL_ACK needed after OCALLINDb 9 Receive DISCON tone telegram X X X X 10 Group repeater enable X X X...

Page 28: ... also subject responsible if other Nr No KL ECS S MK Magnus Lindahl MRS3000 PC programming tool Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KL ECS S MK 1997 04 06 A LZB 119 1661 PC DOC MRS 3000 PC PROGRAMMING TOOL Valid from V3 0 of LP200 210 and CU200 210 ...

Page 29: ... CU200 PROGRAM 3 3 1 THE MAIN MENU 4 3 2 CU PROGRAMMING 5 3 2 1 Short number programming 5 3 2 2 Group Number programming 7 3 2 3 Route Digits Cu Flags Cu ID 7 3 2 4 Fill Address programming 8 3 2 5 Line Level programming 8 3 2 6 Previous menu 9 3 3 LP PROGRAMMING 9 3 3 1 LP Flags 10 3 3 2 Real Channels 11 3 3 3 Radio RX TX 11 3 3 4 Channel info 12 3 3 5 LP times and ADV variables 13 3 3 6 Previou...

Page 30: ...om DEVICE path ANSI SYS path indicates the location of ANSI SYS on your system Note that the path must be accessible at system startup time ANSI SYS is distributed to you as a part of the MS DOS operating system If you want to install the programming tool on your hard disk then you just copy the file CU200 EXE from the distribution floppy disk to the desired place on your hard disk If you don t ha...

Page 31: ...DOWN key followed by a return at the desired entry or by entering the digit corresponding to the desired entry With the function keys you will be able to select the following actions F1 Save If you press the F1 key the whole configuration will be saved on a file selected by you This file is in Motorola format and is possible do load down to a PROM programmer accepting the Motorola format F2 Load I...

Page 32: ...gramming 5 Line Level programming 6 Previous menu Use arrows to move and enter to select entry Save Load F1 F2 This menu works exactly as the main menu except that the function save text is not available and of course that the selections in the menu is not the same To get back to the main menu you may select Previous menu or press the ESC key 3 2 1 Short_Number_programming If Short Number programm...

Page 33: ...urn at the entry The UP and DOWN arrows will move to the preceding following entry If the user tries to get outside the current screen the screen will scroll up down to show the next preceding entry if existent You will not be able to move pass the last entry in the table or before the first If the user wants to move in bigger steps the PAGE_UP PAGE_DOWN keys will scroll one full screen in either ...

Page 34: ...er 2 12345 Group Number 3 12345 Group Number 4 12345 Group Number 5 12345 Group Number 6 12345 Group Number 7 12345 Group Number 8 12345 Group Number 9 12345 Save Load F1 F2 For the interpretation of each independent entry see MRS3000 PROGRAMMERS REFERENCE MANUAL The commands on this screen are exactly the same as in the previous chapter Short Numbers Programming 3 2 3 Route_Digits _Cu_Flags_ _Cu_...

Page 35: ...gramming If Fill Address programming is selected in the CU PROGRAMMING menu the following screen will appear cu200 mem Fill address parameters Fill address 0 000000 Fill address 1 000000 Fill address 2 1012FF Fill address 3 101FFF Fill address 4 10FFFF Fill address 5 1FFFFF Save Load F1 F2 For the interpretation of each independent entry see MRS3000 PROGRAMMERS REFERENCE MANUAL The commands on thi...

Page 36: ...ng 3 2 6 Previous_menu If Previous menu is selected in the CU PROGRAMMING menu you will get back to the main menu You may also get back to the main menu by pressing the ESC key 3 3 LP PROGRAMMING If LP Programming is selected in the main menu the following screen will appear cu200 mem 1 LP Flags 2 Real Channels 3 Radio RX TX 4 Channel Info 5 LP times and ADV variables 6 Previous menu Use arrows to...

Page 37: ...y in memory before you enter a carriage return at the entry The UP and DOWN arrows will move to the preceding following entry If the user tries to get outside the current screen the screen will scroll down up to show the preceding next entry if existent You will not be able to move pass the last entry in the table or before the first If the user wants to move in bigger steps the PAGE_UP PAGE_DOWN ...

Page 38: ...el 6 6 Real Channel 7 7 Real Channel 8 0 Real Channel 9 0 Real Channel 10 0 Real Channel 11 11 Real Channel 12 12 Real Channel 13 13 Real Channel 14 14 Real Channel 15 15 Real Channel 16 16 Real Channel 17 17 Real Channel 18 0 Save Load F1 F2 For the interpretation of each independent entry see MRS3000 PROGRAMMERS REFERENCE MANUAL The commands on this screen are exactly the same as in the previous...

Page 39: ...nel 15 0 Radio TX Channel 1 FE Radio TX Channel 2 FD Save Load F1 F2 For the interpretation of each independent entry see MRS3000 PROGRAMMERS REFERENCE MANUAL The commands on this screen are exactly the same as in the chapter above LP Flags 3 3 4 Channel_info If Channel info is selected in the LP PROGRAMMING menu the following screen will appear cu200 mem Channel 1 Exist 1 Tone Scanned 1 Duplex 1 ...

Page 40: ...mmand Next table very convenient when you are changing the same entries in several tables The current table name is shown at the top of the screen so it will be easier to update the correct table F4 Next table If you press the F4 key the channel info table for the next channel will appear on the screen The cursor will reside at the corresponding entry in the new table This is together with the com...

Page 41: ...e same as in the chapter above LP Flags 3 3 6 Previous_menu If Previous menu is selected in the LP PROGRAMMING you will get back to the main menu You may also get back to the main menu by pressing the ESC key 3 4 CHANGE RX TONE TABLES If Change RX Tone table is selected in the main menu the following screen will appear cu200 mem Receiver tone table 1 ICALLINDx To ADV fixed nr Call Type 1 4 Start C...

Page 42: ...own at the top of the screen so it will be easier to update the correct table F5 Tone lengths If you press the F5 key you will enter a menu very much like the RX tone table menu The only differences are the variable names the meaning of them and the function line at the lower part of the screen The only choices in this function line are Save and Load which have the same meaning in all tables F6 Ca...

Page 43: ...e 7 1 Tone value 8 1 Tone value 9 0 Tone value 10 FF Tone value 11 B1 Save Load Previous Next Fill table table address F1 F2 F3 F4 F5 You will move and update entries in the exact same way as in the Change RX tone tables menu With the function keys you will be able to select between the following actions F1 Save If you press the F1 key the whole configuration will be saved on file F2 Load If you p...

Page 44: ...nd the function line at the lower part of the screen The choices in this function line is Save and Load which have the same meaning in all tables F6 ID tables If you press the F6 key you will enter a menu very much like the TX tone table menu The only differences are the variable names the meaning of them and the function line at the lower part of the screen The only choice in this function line i...

Page 45: ...64857 Plastic and Junk Ltd 13284 1 21976 2 1 1 46326 2 23465 Roy s and Roger s Gas 51215 0 083287648 55555 2 1234567 66666 0 34521 Save Search Search New Erase Entry sh_nr ph_nr entry entry lengths F1 F2 F3 F4 F5 F6 You can move forward and backward inside the entries with the LEFT and RIGHT arrows You can move between the fields inside an entry with the TAB band BACKTAB keys You can toggle betwee...

Page 46: ...F1 Save If you press the F1 key the whole configuration will be saved on a file selected by you F2 Search sh_nr If you press the F2 key you will be prompted for a short number and function digit to search for in the table You will be able to use the LEFT RIGHT INSERT and DEL keys as stated above When you have entered the desired short number you press enter to start the searching You may also pres...

Page 47: ...and DOWN keys to move between the entries In this menu it is not enough to press carriage return to change the parameters You must also press the F3 key in this menu to update these fields If you do this you will be informed that changing the field lengths will clean the whole short number table and be asked to press carriage return to continue or ESC to cancel Detailed information of what data to...

Page 48: ...e PC This requires that the CU200 be connected to the COM1 port of the PC via modem or a direct cable If the PC is connected to the CU200 select Download The data transfer will start within a couple of seconds Note that the downloading takes quit some time If you select the Default values in CU the program will inform you that all the EEPROM in CU200 will be overwritten by the default values If yo...

Page 49: ...sponsible if other Nr No KL ECS SMK Magnus Lindahl MRS3000 Programmers reference manual Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KL ECS S MK 1997 04 16 A LZB 119 1661 PROG DOC MRS3000 PROGRAMMERS REFERENCE MANUAL Valid from V3 7 of LP200 210 V3 3 of CU200 V3 7 of CU210 ...

Page 50: ...M area the connected CUs will not operate in the normal way their display will show EEPROM ERROR code X To fix the error the programming mode shall be entered the set up should be checked or default values restored and programming mode exited again The programming areas for the different error codes are Error code Area 1 2 2 3 3 4 4 PROGRAMMING Programming of area 1 will not affect any other part ...

Page 51: ...B field flashes You can now enter any TAB to change to by either dialling the two digit number or pressing the and keys to increment and decrement the TAB number If you want to change ROW press The ROW field now flashes and you can change the ROW in the same way as the TAB described above If you want to change DAT data press once more The DAT field now flashes Enter the data and press Ü to make it...

Page 52: ... this CU Only for CU210 GENERAL FLAGS 2 1 8 Mixed system options FOUR WIRE 2 2 1 2 wire or 4 wire to CUs MAX CU OT CHANNELS 2 3 1 Max open traffic channels CU MAX TOT OT CHANNELS 2 4 1 Max total open traffic channels REAL CHANNEL 2 5 99 Route Channel repeater convert RADIO 2 6 1 Radio type used F600 F700 RADIO RX 2 7 15 Channel pattern to radio RADIO TX 2 8 15 Channel pattern to radio CHANNEL INFO...

Page 53: ...in off time for the ring signal RING DETECT OFF EXTRA 2 54 1 Max extra off time for the ring signal DIAL TONE MIN TIME 2 55 1 Min time for accepting a dial tone DIAL TONE DEB OFF TIME 2 56 1 Max pause in a dial tone LINE VOICE DEB ON TIME 2 57 1 Radio LF detect time for the line squelch detector in CU210 LINE VOICE DEB OFF TIME2 58 1 Radio LF no detect time for the line squelch detector in CU210 T...

Page 54: ...cess password AUTOMATIC CALL 2 83 8 Call to transmit when no access password or no function code is dialled TEL DIGITS 0 2 84 8 Tone call group call specification for dialled function code 0 TEL DIGITS 1 2 85 8 Tone call normal call specification for dialled function code 1 TEL DIGITS 2 2 86 8 Tone call normal call specification for dialled function code 2 TEL DIGITS 3 2 87 8 Tone call normal call...

Page 55: ... on STATREQ STAT_LARM_ACK ack on LAC LARM TX STAT_1 3 21 16 Ack on STAT_ACK TX DISCON 3 22 16 Disconnect TX DISCON_REL 3 23 16 Disconnect repeater station TX RCPTCALL_ACK 3 24 16 Audible tone QUEUE_TONE audible tone TX UNOB_TONE 3 25 16 Audible tone TX WARN_TONE 3 26 16 Audible tone TX WAIT_TONE 3 27 16 Audible tone DOUBLE CHECK CALLS 3 28 1 Set to enhance tone receiver TONELENGTH TABLE 0 3 29 3 R...

Page 56: ...to telephone number Receiver Telegram 12 3 58 56 TELDIG version a Receiver Telegram 13 3 59 56 TELDIG version b missed first Receiver Telegram 14 3 60 56 TELDIG version c missed second Receiver Telegram 15 3 61 56 Disconnect Receiver Telegram 16 3 62 56 Disconnect repeater Receiver Telegram 17 3 63 56 Status acknowledge Receiver Telegram 18 3 64 56 Busy tone Receiver Telegram 19 3 65 56 Data disco...

Page 57: ...sed timer resolution is 250 µs thus a timebase which is lower than this for programming convenience results in rounding the calculated time to nearest 250 µs The accuracy of the timers is 250 µs independent of timebase To calculate what to put in the byte a Divide wanted time by low timebase usually 1 ms b If value is less than 128 use it as it is c Otherwise divide wanted time by high timebase Us...

Page 58: ...AB 01 ROW 03 3 rd digit of short number 1 TAB 01 ROW 04 4 th digit of short number 1 TAB 01 ROW 05 5 th digit of short number 1 TAB 01 ROW 06 1 st route digit of short number 1 TAB 01 ROW 07 2 nd route digit of short number 1 TAB 02 ROW 01 1 st digit of short number 2 TAB 02 ROW 02 2 nd digit of short number 2 TAB 09 ROW 04 4 th digit of short number 9 TAB 09 ROW 05 5 th digit of short number 9 TA...

Page 59: ...E only CU210 ROW 06 BFS FUNCTION FLAG ROW 07 BFS MASTER FLAG only CU210 ROW 08 Not used PURPOSE OF THE FUNCTIONS LS OFF DISABLE 1 The loudspeaker is not allowed to be closed while the handset is hung up 0 Loudspeaker may be closed at any time PRINTER NEW LINE 1 The printer attached to the serial output requires the sequence CR LF hexadecimal codes Dh Ah to make a new line 0 The printer requires on...

Page 60: ...s Giving the same ID number to different CU s will cause malfunction of the system This number is the one referred to as destination from tone receiver tables ID digit 0 is reserved for the CU210 serving as interface to the telephone line FILL ADRESS 0 AREA 1 TAB 23 Address digits to fill up with when no digits are dialled on a CU ROW 01 Tone call transmission when no digits are dialled enabled di...

Page 61: ...e current version of CU200 CU210 one digit dialled corresponds to a short number i e this table is never used and the programming of it doesn t matter Table Row Data Comment 24 01 06 Doesn t matter FILL ADRESS 2 AREA 1 TAB 25 Address digits to fill up with when two digits are dialled on a CU ROW 01 Tone call transmission when two digits are dialled enabled disabled Value range 0 1 ROW 02 First add...

Page 62: ... digit ROW 05 Fourth address digit ROW 06 Fifth address digit Value range 0 9 Fh Example If three digits A1 A2 A3 are dialled the address shall be filled up to 0 1 A1 A2 A3 Table Row Data Comment 26 01 1 Address fill enabled 26 02 0 First digit is 0 26 03 1 Second digit is 1 26 04 0F Third digit is the first dialled digit 26 05 0F Fourth digit is the second dialled digit 26 06 0F Fifth digit is th...

Page 63: ...igit 27 06 0F Fifth digit is the fourth dialled digit FILL ADRESS 5 AREA 1 TAB 28 Address digits to fill up with when five digits are dialled on a CU ROW 01 Tone call transmission when five digits are dialled enabled disabled Value range 0 1 ROW 02 First address digit ROW 03 Second address digit ROW 04 Third address digit ROW 05 Fourth address digit ROW 06 Fifth address digit Value range 0 9 Fh Ex...

Page 64: ...d 15 dB at 3000 Hz Table Row Data Comment 31 01 4 RX line attenuation 12 dB 31 02 1 Line equalizer 12 3 dB at 3000 Hz FOUR WIRE AREA 1 TAB 30 Value range 0 1 ROW 01 1 4 wire connection to CU210 0 2 wire connection to CU210 This is applicable only for CU210 not for CU200 In CU200 the choice between 2 and 4 wire connection is done by hardware straps see installation notes Note that it is the physica...

Page 65: ...default ROW 02 BFS function flag only LP210 Value range 0 1 0 The LP is not in use in a BFS system 1 The LP is in use in a BFS system FOUR WIRE AREA 2 TAB 02 Value range 0 1 Default 0 0 2 wire connection to CUs 1 4 wire connection to CUs NOTE Hardware straps must be changed according to this set up See installation note Example 2 wire connection is used Table Row Data Comment 02 01 00 2 wire conne...

Page 66: ...EL AREA 2 TAB 05 ROW 01 ROW 99 Value range low nibble 0 F default 0 Value range high nibble 0 9 default 0 Table converting Route numbers to repeater code Channel Route number is equal to ROW number Low nibble defines channel number 0 no channel High nibble defines repeater code 0 no repeater code Example Route 01 shall be channel 1 no repeater start Route 17 shall be channel 10 repeater start 7 Ro...

Page 67: ...rest cleared Table Row Data Comment 07 01 01 Bit 0 set in byte for channel 1 07 02 02 Bit 1 set in byte for channel 2 07 03 04 Bit 2 set in byte for channel 3 07 04 08 Bit 3 set in byte for channel 4 07 05 10 Bit 4 set in byte for channel 5 07 06 20 Bit 5 set in byte for channel 6 07 07 40 Bit 6 set in byte for channel 7 07 08 80 Bit 7 set in byte for channel 8 Since only eight channels exist chan...

Page 68: ...1 0 The channel does not exist 1 The channel exists ROW 02 Tone scanned Value range 0 1 0 The channel is not tone scanned 1 The channel is included in tone scanning ROW 03 Duplex Value range 0 1 0 The radio works at simplex at the channel 1 The radio works at duplex at the channel ROW 04 Repeater traffic Value range 0 1 0 The radio is not enabled for repeater at channel 1 The radio allowed as repe...

Page 69: ...peater start ROW 14 BFS channel Value range 0 1 0 This is not a BFS channel 1 This is a BFS channel used only in exception cases ROW 15 Xtal frequency skew Value range 0 1 0 nominal CPU crystal frequency used when having stopped on this channel 1 crystal frequency skewed a bit when having stopped on this channel ROW 16 Not used now Example Channel 1 6 Exist tone scanned duplex enabled for repeater...

Page 70: ... 01 Auto selected for outgoing calls 09 14 12 00 Not squelch controlled repeater when isolated 09 14 13 00 Two tone repeater start TX RELa telegram used 09 14 14 09 Not used 09 14 15 00 No frequency skew 09 14 16 00 Not used 15 01 01 Exist 15 02 01 Tone scanned 15 03 01 Duplex 15 04 00 Repeater disable 15 05 01 Open traffic enable 15 06 01 Signal system A for outgoing calls 15 07 00 Doesn t matter...

Page 71: ...ixed to 10 beeps in length Example After 20 seconds of silence i e no LF or squelch the warning tone shall start beeping After 10 beeps normally 10 seconds the call is disconnected Table Row Data Comment 24 01 14 20 seconds until beeping starts MAX CONV TIME AREA 2 TAB 25 Value range 00 FFh Default 9Eh 30 80h 300 s 5 min Timebase 1 s 10 s Max conversation time Example Maximum conversation time sha...

Page 72: ...0 seconds with no answer from the operator the call is disconnected Table Row Data Comment 27 01 1E 1Eh 30 s MAX LISTEN CH TIME AREA 2 TAB 28 Value range 00 FFh Default FFh Timebase 1 s 10 s 0 FEh Normal timer concept FFh Unlimited time Max time for listening at a channel from a CU Selected by Listen key Example Listen can be done for unlimited time Table Row Data Comment 28 01 FF Forever MAX REPE...

Page 73: ...ue should minimum be set to the time the radio receiver needs to stabilize after a channel change with additional 25 ms The number of channels which can be scanned is primary limited by this value Example The scanning is stopped 80 ms on each channel to check for tone detects Table Row Data Comment 31 01 50 50h 80 ms OT SCAN DEBOUNCE TIME AREA 2 TAB 32 Value range 00 FFh Default 32h 50 ms Timebase...

Page 74: ...nnel the tone scanner will restart in background if squelch is lost and not transmitting going on squelch on other open traffic channels is ignored This value specifies the delay from loss of squelch to the tone scanning restarts Example After squelch has been lost for five milliseconds tone scanning is restarted but the system remains in open traffic state Table Row Data Comment 34 01 5 5 ms OT S...

Page 75: ...change DTMF ON TIME AREA 2 TAB 36 Value range 00 FFh Default 64H 100 100 ms Timebase 1 ms 10 ms DTMF tone on time when dialling with DTMF tones Example The DTMF tone shall be 100 ms long Table Row Data Comment 36 01 64 100 ms DTMF OFF TIME AREA 2 TAB 37 Value range 00 FFh Default 64h 100 100 ms Timebase 1 ms 10 ms DTMF tone off time when dialling with DTMF tones Example The pause between the DTMF ...

Page 76: ...lt C1h 65 80h 650 ms Timebase 1 ms 10 ms Pause between digits when dialling with pulses Example The pause time shall be 650 ms Table Row Data Comment 40 01 C1 650 ms MAX RING BUSY TONES AREA 2 TAB 41 Value range 00 FFh Default 0Ah 10 The maximum number of consecutive ring or busy tones that may be detected when a telephone call is connected Example After ten ring or busy tones the call shall be di...

Page 77: ...off time for the ring tone after RING TONE OFF MIN TIME has expired Example The ring tone must be between 0 8 and 2 8 seconds long The pause between the ring tones must be between 4 and 14 seconds Table Row Data Comment 42 01 50 Min 800 ms 43 01 94 Max 800 ms 2 s 2 8 s 44 01 A8 Min 4 s 45 01 E4 Max 4 s 10 s 14 s BUSY TONE MIN TIME AREA 2 TAB 46 Value range 00 FFh Default 08h 8 80 ms Timebase 10 ms...

Page 78: ...e between 80 and 480 ms Table Row Data Comment 46 01 08 Min 80 ms 47 01 20 Max 80 ms 320 ms 400 ms 48 01 A8 Min 80 ms 49 01 E4 Max 80 ms 400 ms 480 ms RING SIGNALS LIMIT AREA 2 TAB 50 Value range 00 FFh Default 1 This is the number of ring signals that need to be detected before the call is answered by lifting the phone off the hook Example After one ring signal the call shall be answered Table Ro...

Page 79: ...ING DETECT OFF MIN TIME has expired Example The ring detect must be between 0 28 and 2 28 seconds long The pause between the ring detects must be between 3 and 10 seconds Table Row Data Comment 51 01 1C Min 280 ms 52 01 94 Max 280 ms 2 s 2 28 s 53 01 9E Min 3 s 54 01 C6 Max 3 s 7 s 10 s DIAL TONE MIN TIME AREA 2 TAB 55 Value range 00 FFh Default 94h 20 80H 2 s Timebase 10 ms 100 ms The minimum len...

Page 80: ...radio LF in CU210 Example Line squelch shall go on after 20 ms with sound Table Row Data Comment 57 01 2 20 ms LINE VOICE DEB OFF TIME AREA 2 TAB 58 Value range 00 FFh Default 64 1 s Timebase 10 ms 100 ms The minimum continuous off time for the line squelch detector for the radio LF in CU210 Example Line squelch shall go off after 1 s with no sound Table Row Data Comment 58 01 64 1 s TPH VOICE DEB...

Page 81: ...ge 00 FFh Default 94h 20 80h 20 s Timebase 100 ms 1 s The maximum time for continuos radio LF when simplex channel or two wire connection and speech switching with VOX in CU210 After this time all LF is shut off for RX SHUT OFF TIME and the telephone LF is given a chance Example After 20 seconds of continuous radio LF the LF is temporarily shut off Table Row Data Comment 61 01 94 20 s TX MAX TIME ...

Page 82: ...shut off for 300 ms Table Row Data Comment 63 01 03 300 ms TX SHUT OFF TIME AREA 2 TAB 64 Value range 00 FFh Default 3 300 ms Timebase 100 ms 1 s The time the telephone LF is forced off after TX MAX TIME has expired Example After telephone LF has been continuously on for TX MAX TIME the LF is temporarily shut off for 300 ms Table Row Data Comment 64 01 03 300 ms RX DEB OFF TIME AREA 2 TAB 65 Value...

Page 83: ... for in this parameter Setting it to 400 ms will in practice mean 144 ms Example After telephone LF has been gone for 400 ms telephone LF shall be shut off and both telephone and radio voice detect shall be treated equally Table Row Data Comment 66 01 04 400 ms MAX DIAL TONE WAIT TIME AREA 2 TAB 67 Value range 00 FFh Default 32h 50 5 s Timebase 100 ms 1 s The maximum time after the hook has been l...

Page 84: ...REA 2 TAB 70 Value range 00 FFh Default 1E 30 300 ms Timebase 10 ms 100 ms The length of the error tone transmitted to the telephone line upon erroneous dialling or a failed WHC call Example The length of the error tone shall be 300 ms Table Row Data Comment 70 01 1E 300 ms ANSWER TONE ON TIME AREA 2 TAB 71 Value range 00 FFh Default 64 100 1 s Timebase 10 ms 100 ms The length of the answer tone t...

Page 85: ... 03 is set to 0 Example DTMF digit 7 shall be used for PTT ON Table Row Data Comment 72 01 07 DTMF digit 7 PTT OFF DTMF CODE AREA 2 TAB 73 Value range 00 0Fh Default 08h The DTMF tone used for PTT OFF when a telephone mobile call is connected on a simplex channel or on a two wire connection between CU210 and LP200 210 and the flag PTT VOX CONTROL Area 1 TAB 21 ROW 03 is set to 0 Example DTMF digit...

Page 86: ...Value range 00 09h DTMF digits 0 through 9 0Ah Wait for dial tone 0Bh Pause The next digit determines the pause length in seconds 0Ch DTMF 0Dh DTMF 0Eh Not used 0Fh End of telephone number Default 0Fh in all 12 ROWs This is the first telephone number to dial when connecting an alarm call to LAC If no answer is received after having dialled this number two times LAC NO 2 is dialled the following tw...

Page 87: ...07 01 DTMF digit 1 76 08 00 DTMF digit 0 76 09 0F End of telephone number Example 3 The telephone number shall be disabled Table Row Data Comment 76 01 0F End of telephone number LAC NO 2 AREA 2 TAB 77 Value range 00 09h DTMF digits 0 through 9 0Ah Wait for dial tone 0Bh Pause The next digit determines the pause length in seconds 0Ch DTMF 0Dh DTMF 0Eh Not used 0Fh End of telephone number Default 0...

Page 88: ... the ring tone or the DTMF B after having dialled the telephone number Table Row Data Comment 78 01 9E 30 seconds LAC 2 TIME AREA 2 TAB 79 Value range 00 FFh Default 9Eh 30 80h 30 s Timebase 100 ms 1 s The maximum time after having detected the first ring tone until an answer from LAC with a DTMF B is received Example Wait for a maximum time of 30 seconds after the first ring tone for the DTMF B T...

Page 89: ...h ROW 02 02h ROW 03 03h ROW 04 04h ROW 05 05h The access password that must be dialled to gain access to the CU210 from a telephone An 0Fh in ROW01 disables the password i e no access password will be needed to gain access an 0Fh in ROW02 makes the password consist of one digit an 0Fh in ROW03 makes the password consist of two digits and so on Example The access password shall be 1 2 3 4 5 Table R...

Page 90: ...ROW 02 are set to 0Fh the channel is auto selected If ROW 03 and ROW 04 are set to 0Fh the automatic call is disabled Example 1 Send the group tone call 0 0 0 0 0 as automatic call on an auto selected channel Table Row Data Comment 83 01 0F 83 02 0F Auto selected channel 83 03 00 83 04 00 83 05 00 83 06 00 83 07 00 83 08 00 Transmit group tone call 0 0 0 0 0 Example 2 Send the normal tone call 1 2...

Page 91: ...ansmitted tone call and the DTMF digits to dial when function code 0 has been dialled The transmitted tone call will be a group call Example default When function code 0 has been dialled seven DTMF digits shall be dialled two for the route and five for the address of the tone call Table Row Data Comment 84 01 0E Dial first route digit 84 02 0E Dial second route digit 84 03 0E Dial first tone call ...

Page 92: ...igit 1 85 02 02 Second route digit 2 85 03 01 First tone call digit 1 85 04 02 Second tone call digit 2 85 05 03 Third tone call digit 3 85 06 04 Fourth tone call digit 4 85 07 05 Fifth tone call digit 5 85 08 00 No digits to dial TEL DIGITS 2 AREA 2 TAB 86 ROW 01 ROW 02 Route Value range 00 09h Route digits 0 through 9 0Eh Reference to dialled DTMF digit 0Fh In both ROW 01 and ROW 02 means auto s...

Page 93: ... digit 0Fh In both ROW 01 and ROW 02 means auto selection of route ROW 03 ROW 07 Tones to transmit Value range 00 09h Tones 0 through 9 in choose tone system 0Eh Reference to dialled DTMF digit ROW 08 Number of DTMF digits to dial Value range 00 07h This TAB describes the transmitted tone call and the DTMF digits to dial when function code 3 has been dialled The transmitted tone call will be a nor...

Page 94: ...the DTMF digits to dial when function code 4 has been dialled The transmitted tone call will be a normal call Example default When function code 4 has been dialled the two digit route and the first three digits of the tone call shall be dialled The fourth and the fifth digits of the tone call are always 4 and 5 Table Row Data Comment 88 01 0E Dial first route digit 88 02 0E Dial second route digit...

Page 95: ...vely Table Row Data Comment 89 01 01 First route digit 1 89 02 02 Second route digit 2 89 03 01 First tone call digit 1 89 04 02 Second tone call digit 2 89 05 0E Dial third tone call digit 89 06 0E Dial fourth tone call digit 89 07 05 Fifth tone call digit 5 89 08 02 Two digits to dial TEL DIGITS 6 AREA 2 TAB 90 ROW 01 ROW 02 Route Value range 00 09h Route digits 0 through 9 0Eh Reference to dial...

Page 96: ...e digits 0 through 9 0Eh Reference to dialled DTMF digit 0Fh In both ROW 01 and ROW 02 means auto selection of route ROW 03 ROW 07 Tones to transmit Value range 00 09h Tones 0 through 9 in choose tone system 0Eh Reference to dialled DTMF digit ROW 08 Number of DTMF digits to dial Value range 00 07h This TAB describes the transmitted tone call and the DTMF digits to dial when function code 7 has be...

Page 97: ... 0Eh Reference to dialled DTMF digit ROW 08 Number of DTMF digits to dial Value range 00 07h This TAB describes the transmitted tone call and the DTMF digits to dial when function code 8 has been dialled The transmitted tone call will be a normal call Example default When function code 8 has been dialled the second route digit and the third tone in the tone call shall be dialled The first route di...

Page 98: ...9 in choose tone system 0Eh Reference to dialled DTMF digit ROW 08 Number of DTMF digits to dial Value range 00 07h This TAB describes the transmitted tone call and the DTMF digits to dial when function code 8 has been dialled The transmitted tone call will be a group call Example default When function code 9 has been dialled the first route digit shall be dialled The second route digit is always ...

Page 99: ...ample 1 The Swedish type of pulse dialling shall be used i e one pulse for digit 0 two pulses for digit 1 and ten pulses for digit 9 Table Row Data Comment 94 01 01 One pulse for digit 0 94 02 02 Two pulses for digit 1 94 03 03 Three pulses for digit 2 94 04 04 Four pulses for digit 3 94 05 05 Five pulses for digit 4 94 06 06 Six pulses for digit 5 94 07 07 Seven pulses for digit 6 94 08 08 Eight ...

Page 100: ...04 16 A LZB 119 1661 PROG DOC LP LINE LEVEL AREA 2 TAB 95 ROW 01 TX line amplification at 1000 Hz to compensate line attenuation Value range 0 7 0 0 dB 1 3 dB 2 6 dB 3 9 dB 4 12 dB 5 15 dB 6 18 dB 7 21 dB ROW 02 Line equalizer additional amplification at 3000 Hz Value range 0 3 0 0 dB 1 3 dB 2 6 dB 3 9 dB Example Line attenuation is 12 dB at 1000 Hz and 15 dB at 3000 Hz Table Row Data Comment 95 0...

Page 101: ...you must modify TONLEN TAB AREA 3 TAB 29 44 NOTE2 The decoder IC in LP200 not LP210 also has to be changed CCIR CML FX 003 QC ZVEIS CML FX 003 QS ZVEI1 2 3 CML FX 003 QZ Example Tone system CCIR shall be used by the tone receiver and as default by the tone transmitter Table Row Data Comment 01 01 4 Default tone system is CCIR ID TABLE AREA 3 TAB 2 8 All CUs own tone call address used for A digits ...

Page 102: ...04 05 02 Fifth address digit 2 05 01 01 First address digit 1 05 02 01 Second address digit 1 05 03 00 Third address digit 0 05 04 00 Fourth address digit 0 05 05 03 Fifth address digit 3 06 01 01 First address digit 1 06 02 01 Second address digit 1 06 03 00 Third address digit 0 06 04 00 Fourth address digit 0 06 05 04 Fifth address digit 4 07 01 01 First address digit 1 07 02 01 Second address ...

Page 103: ...5 Five characters 11 02 4C ASCII L 11 03 41 ASCII A 11 04 52 ASCII R 11 05 4D ASCII M 11 06 33 ASCII 3 12 01 05 Five characters 12 02 4C ASCII L 12 03 41 ASCII A 12 04 52 ASCII R 12 05 4D ASCII M 12 06 34 ASCII 4 TONE TRANSMITTER TELEGRAMS AREA 3 TAB 13 27 The tone transmitter telegrams follow the Alternative A C specification The telegrams defined are TAB 13 OCALLINDb Normal call Alternative A TA...

Page 104: ...elegram tone values All the telegrams may use all the ROWs 6 16 for tones otherwise telegrams must be ended with an end of telegram instruction All tone transmitter timers have a timebase of 10 ms 100 ms Maximum time for the tone transmitter timers is 2 5 s which is achieved by setting the timer value to 80h 25 99h ROW 01 TONE SYSTEM Value range 0 5 0 Default tone system as specified in AREA 3 TAB...

Page 105: ...ELEGRAM TONE VALUE 00 0F References to fixed tones 40 Reference to repeater code 70 Pause double normal tone length not allowed as first digit 71 7F Pause 1 15 times normal tone length not allowed as first digit A1 A5 References to A digits according to the specification of the signalling system A1 is the leftmost digit B1 B5 References to B digits according to the specification of the signalling ...

Page 106: ...tone 16 12 A1 First A digit 16 13 A2 Second A digit 16 14 A3 Third A digit 16 15 A4 Fourth A digit 16 16 A5 Fifth A digit Example The normal Alternative C call OCALLINDc defined by TAB 17 is a 6 tone call Its first tone shall be prolonged and if the route contains a repeater start code the repeater start telegrams RELa or RELb which is defined by CHANNEL INFO The 6 tones transmitted are the called...

Page 107: ...ith 16 entries This table makes it possible for the tone receiver to distinguish between 16 different tone lengths The content of this table is NOT changed automatically when changing the default tone system Each entry in the table has 3 ROWs with the following content ROW 1 Flag 0 accept at end of tone if length within interval 1 accept as soon as length has reached min length Max length shall be...

Page 108: ...tone receiver table used for disconnect call before the handshaking calls Must be greater than LAST INIT CALL Second group of calls as specified on the next page Example The last of the initial calls is Receiver Telegram number 13 The first of the handshaking calls is Receiver Telegram number 17 in between them are the disconnect telegrams Thus the last telegram in this group is number 16 Table Ro...

Page 109: ...s TAB 54 RXtab 8 STATREQ as raised priority delivery of status digits TAB 55 RXtab 9 CALL_ET call from alarm transmitter TAB 56 RXtab 10 STATREQ alarm to CU s TAB 57 RXtab 11 ICALLINDx as alarm call to fixed telephone number TAB 58 RXtab 12 TELDIG PRTPR PRTP PRT TAB 59 RXtab 13 TELDIG RTPR RTP TAB 60 RXtab 14 TELDIG TPR TP Second group TAB 61 RXtab 15 DISCON TAB 62 RXtab 16 DISCON_REL Third group ...

Page 110: ...6 RCPTCALL_ACK RCPTCALL_BUSY QUEUE_TONE 17 BUSY_TONE UNOB_TONE 18 WARN_TONE 19 WAIT_TONE 1A 1E Not used 1F No action ROW 04 06 START_CONDITION Value range 0 3 default 0 Corresponding to CALL_TYPE 1 3 respectively 0 Might be preceded by any tone or pause 1 Might be preceded by any tone except T D or S 2 Might be preceded only by repeat or pause 3 Might be preceded only by pause ROW 07 FUNCTION NUMB...

Page 111: ... numbers table with same function number the priority order is undefined ROW 09 12 15 18 21 24 27 30 33 36 39 42 45 48 51 54 ACCEPT_CODE Value range 0 3 default 0 If the sequence is allowed to end at the actual tone position the ACCEPT_CODE shall be set to index one of the 3 CALL_TYPE bytes in beginning of the table otherwise ACCEPT_CODE shall be 0 ROW 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 ...

Page 112: ...ion is Tone Receiver Telegram 5 which has following content ROW 1 02 ICALLINDb first type of accept code 5 tones ROW 2 01 ICALLINDa second type of accept code 11 tones ROW 3 00 No action no third accept code ROW 4 01 The ICALLINDb not allowed to be preceded by T D or S ROW 5 00 The ICALLINDa might be preceded by any tone ROW 6 00 Don t care no third accept code in ROW 3 ROW 7 04 The Bx references ...

Page 113: ...y tone 0 9 displayed at position 5 ROW 42 03 Don t care when ROW 44 FF ROW 43 0F Don t care when ROW 44 FF ROW 44 FF No more tones ROW 45 56 Don t care This is only the primary description of the call which will be the same for a lot of different calls To specify as example that call address 11001 is allowed and is destined to CU 1 we have to do that in the SYSTEM 3000 CALL NUMBERS programming mod...

Page 114: ...urth tone is not the last one ROW 19 04 Fourth tones length type 4 80 120 ms ROW 20 C4 Fourth tone shall be checked against the fourth tone saved from last sent call ROW 21 00 Fifth tone is not the last one ROW 22 04 Fifth tones length type 4 80 120 ms ROW 23 C5 Fifth tone shall be checked against the fifth tone saved from last sent call ROW 24 01 Sixth tone is allowed to be the last one with acce...

Page 115: ...s following content ROW 1 0A STAT_1 first type of accept code ROW 2 00 No action no second accept code ROW 3 00 No action no third accept code ROW 4 01 T S or D might not precede The STAT_1 ROW 5 00 Don t care no second accept code in ROW 2 ROW 6 00 Don t care no third accept code in ROW 3 ROW 7 0F No Bx references to any call number table ROW 8 00 Normal priority ROW 9 00 First tone is not the la...

Page 116: ...es length type 2 10 1500 ms ROW 11 0D First tone is tone D Ericsson S tone ROW 12 00 Second tone is not the last one ROW 13 04 Second tones length type 4 80 120 ms ROW 14 51 Second tone shall be saved as the first status digit ROW 15 01 Third tone is allowed to be the last one with accept type as specified in ROW 1 ROW 16 04 Third tones length type 4 80 120 ms ROW 17 52 Third tone shall be saved a...

Page 117: ...EI2 ZVEI3 CCIR ZVEIS 0 2400 2400 2200 1981 2400 1 1060 1060 970 1124 1060 2 1160 1160 1060 1197 1160 3 1270 1270 1160 1275 1270 4 1400 1400 1270 1358 1400 5 1530 1530 1400 1446 1530 6 1670 1670 1530 1540 1670 7 1830 1830 1670 1640 1830 8 2000 2000 1830 1747 2000 9 2200 2200 2000 1860 2200 A 2800 885 885 2400 885 B 810 810 2800 930 810 C 970 2800 810 2247 740 D 885 2600 2600 991 680 E 2600 970 2400...

Page 118: ...ible if other Nr No KL ECS S MK Magnus Lindahl MRS 3000 Received Call Numbers Programmers Guide Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KL ECS S MK 1997 04 16 A LZB 119 1661 CALL DOC MRS3000 RECEIVED CALL NUMBERS PROGRAMMING GUIDE Valid from V3 1 of LP200 210 and CU200 210 ...

Page 119: ...gits or phone number digits Default value is 16 Calls specifies how many different call numbers there is room for in the received call number table The bigger the size of the Adr and Phone fields the fewer number of calls can fit into the table There shouldn t be any reason for changing the Adr field If you have telephone numbers with more than 16 digits however you will have to change the Phone f...

Page 120: ...f the valid contents of this field 8 Enter a valid function digit 0 9 A B C D or E In received call numbers programming mode some of the keys have been redefined to enable you to dial the hexadecimal digits A E Set up A Lock B Repeater C Monitor D Control E The F stops flashing and the A starts flashing If there are any numbers programmed in the subtable the first of these will be displayed If the...

Page 121: ...nt of the phone number destination field is displayed in the upper row of the display If the number is non existent the upper row of the display will be blank 13 Enter the wanted content of the phone number destination field By pressing the phone number destination field is cleared This will make the number being removed from the subtable By 0 9 and A E keys you can edit the phone number destinati...

Page 122: ...er 12345 shall be destined to CU1 and CU3 It is a normal call i e it shall be written in subtable 4 When this example begins you have entered received call numbers programming mode and have a display with a flashing F which looks like this o F A Key pressings Action Display 4 Function digit o F 4 A A flashes 1 Call address digit 1 o F 4 A 1 A flashes 2 Call address digit 2 o F 4 A 12 A flashes 3 C...

Page 123: ...TT PTT Exit programming mode Connecting to base o CU200 VX Y How to remove a number from the received call numbers table The number 12345 in subtable 4 shall be removed When this example begins you have entered received call numbers programming mode and have a display with a flashing F which looks like this o F A Key pressings Action Display 4 Function digit 7 o F 4 A 76987 A flashes or Until disp...

Page 124: ... We want to check what numbers are programmed in subtable 4 and A When this example begins you have entered received call numbers programming mode and have a display with a flashing F which looks like this o F A Key pressings Action Display 4 Function digit 13 The first number in o F 4 A 12345 subtable 4 is displayed A flashes The next number in 7 subtable 4 is displayed o F 4 A 11111 A flashes Gr...

Page 125: ...hl MRS 3000 Received Call Numbers Programmers Guide Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KL ECS S MK 1997 04 16 A LZB 119 1661 CALL DOC We have seen all 145 numbers the first o F A A 90000 number is displayed again A flashes PTT Save changes o F 4 A PTT PTT PTT Exit programming mode Connecting to base o CU200 VX Y ...

Page 126: ...ending on the function digit CALL TO A FIXED TELEPHONE NUMBER Function digit 0 Phone number destination field content 0 9 Dial corresponding DTMF or pulse digit A Wait for dial tone B Pause Next digit determines the number of seconds C Dial DTMF D Dial DTMF E Not used Example 1 On the received tone sequence 12345 the telephone number 0 wait for dial tone 90510 shall be dialled Addr Func Phone numb...

Page 127: ...d Addr Func Phone number dest 99999 1 120EEEEE TELEPHONE CALL WITH DIRECT DIALING Function digit 2 Phone number destination field content 0 9 Dial corresponding DTMF or pulse digit A Wait for dial tone B Pause Next digit determines the number of seconds C Dial DTMF D Dial DTMF E An alone E denotes an empty telephone number Example 1 On the received tone sequence 11111 the telephone number 0 wait f...

Page 128: ...CU2 3 Unit_CU3 4 Unit_CU4 5 Unit_CU5 6 Unit_CU6 7 Unit_ALL_CUs mustn t be used if an ADV version CU210 is used in the system 8 Unit_MOB_RETX retransmit same number to a mobile handshake 9 Unit_MOB_GROUP retransmit same number to mobile s no handshake Example The CU with ID number 1 CU 1 shall be called with the tone sequence 11001 The CU with ID number 2 CU 2 shall be called with the tone sequence...

Page 129: ...a multiline call to CU 1 CU 2 CU 3 and CU 6 The tone sequence 00000 is a multiline call to CU 1 CU 4 and CU 5 The tone sequence 10101 is a multiline call to CU 1 CU 2 CU 3 CU 4 CU 5 and CU 6 Addr Func Phone number dest 11111 5 1236 00000 5 145 10101 5 23456 STATUS DELIVERY CALL AND WHC TO CU200S Function digit 8 Phone number destination field content One digit position for each unit called Valid d...

Page 130: ...ber 1 CU 1 shall be called with the tone sequence 91001 The CU with ID number 2 CU 2 shall be called with the tone sequence 91002 The tone sequence 91000 is a group call to both CU 1 and CU 2 Addr Func Phone number dest 91001 9 1 91002 9 2 91000 9 12 ALARM CALL WITHOUT SPEECH CALL ET TELEGRAM TO CU200S Function digit A Phone number destination field content One digit position for each unit called ...

Page 131: ...d tone sequence 92345 the telephone number 0 wait for dial tone 90510 shall be dialled Addr Func Phone number dest 92345 B 0A90510 ALARM CALL STATREQ TOP CU200S Function digit C Phone number destination field content One digit position for each unit called Valid destination units are 0 Unit_CU0 valid only for a CU210 with both control unit and ADV functions 1 Unit_CU1 2 Unit_CU2 3 Unit_CU3 4 Unit_...

Page 132: ...nsible if other Nr No KL ECS S ML Magnus Lindahl MRS3000 Telephone interface version Dokansv Godk Doc respons Approved Kontr Checked Datum Date Rev File KI ECS S MLC 1997 01 14 E LZB 119 1661 TELE DOC MRS3000 TELEPHONE INTERFACE VERSION CU210 Valid from V3 6 of LP200 210 V3 3 of CU200 V3 7 of CU210 ...

Page 133: ...e connection Just press Transfer once The telephone line will be connected and the display will show MANUAL TELE CONNECT The operator is able to hear everything both from the telephone line and the radio in the CU210 s built in loudspeaker or the handset loudspeaker The operator can break into the call by pressing PTT and what he says will be transmitted to both the radio and the telephone line To...

Page 134: ... mode the operator can hear everything in the built in loudspeaker or in the handset loudspeaker It is also possible for the operator to break in by pressing PTT What the operator says will then be transmitted to both the radio and the telephone line The rest of this manual concerns the automatic telephone connection mode of the CU210 Incoming calls Telephone call from mobile to pre programmed num...

Page 135: ...ialled Thereafter the behaviour is identical as a normal call from a mobile to telephone If alarm traffic is already going on when an alarm call is received the alarm call will be ignored Alarm call to LAC When an alarm call to LAC is received eventual traffic going on except alarm traffic will be disconnected The hook is lifted the telephone number to LAC is dialled and the alarm code is transfer...

Page 136: ... dialled function code a different number of digits shall be dialled to choose route and address The default coding of the CU210 regarding function code route and address selection is the following Function code Route Address Call type 1 12 12345 Normal 2 __ 12345 Normal 3 __ 12___ Normal 4 __ ___45 Normal 5 12 12__5 Normal 6 12 _____ Normal 7 00 _____ Normal 8 1_ 12_45 Normal 9 _2 12300 Group 0 _...

Page 137: ... succeeds the call will be disconnected A call is also disconnected if ten consecutive ring or busy tones are detected Call termination Aside from the possibilities to disconnect a call mentioned above the following conditions will also cause a disconnect Maximum call time reached This time is usually set to 5 minutes but is a matter of personality programming and may differ from system to system ...

Page 138: ... 10 14 itf CONTROL UNIT KITS CU 200 Line to radio with only one control unit INSTALLATION DRAWING FOR 4 WIRE SYSTEMS P P y p Outer connector 12V Inner connector 0 ther 12V DC 9 source P Il r Lightning protector RR 192500 w r bk g bl y l53 0 Connector RNV 403 06 1 Lo Al1rm 1 Alarm calls 2 Normal calls Control unit 2 Line to radio Maximum attenuation 20 dB Power unit ___ Ax Tx ri lit Maximum line lt...

Page 139: ... 200 INSTALLATION DRAWING FOR 2 WI RE SYSTEMS Outer connector 12V Inner connector Other 12V DC source w r bk g 0 bl Connector lQV RNV 403 06 1 y Al1rm 1 Al1rm colls 2 Norm1I c1ll1 NOTEI MaKimum attenuation between control unit and radio 20 dB Attenultion in junction box 11 dB Att in each lightning protector 1 dB NOTE Terminal no 1 not used Llghtning protectors needed when extem1l outdoor llnes era...

Page 140: ...l Adjw Afl ut1u systu ltOO Sttp Sup 1ect10A I o 1zv oc ____ _______ IHMID SET __ C tw h 1r C lllM t UV cu 200 M 1IK JJi 61 o a m t 4 I I I I 1 I I I Il IC c c OOD c C c ODD c CJ c DDD c C c D D D c C ca J c c C c c c C _ _ R l l tt NOii IJ a IN lldh Ml 4d8o IU l1At er l W1rt I lld 1 11 L rsr lld o JUNCTION eox l IHOll IMBo Rthr o ltct Ml lOY t IA C t t NOIC I I I IC I Ah l IHOIC Rohr Co ll t I OY ...

Page 141: ...lt1me clock 6 Plugg 1n board 1n FBOO l1ne panel siat Li ne pane I s Iat Chassi connector I1nes F 800 L1ne panel siat lnputs and Outputs F 800 118 pin 2 J LI A c 12 pin 5 llA pin 25 G Nl lnput l act1ve law interna pull up SVJ LI 8 2 wire 4 wire RX ta CU s G IN2 118 pin 3 J c 12 pin 4 JlA pin 24 lnput 2 act1ve low 1nternal pull up SVJ JlA pin 2 J L2A c 12 pin 3 JlA pin 27 J G OUTI Oulpul I act 1ve l...

Page 142: ...3 I AE 5119 EB Wl W2 WG W7 DIGITS DENOlES dB Strapped for Maste r 15 21 RX I I H2 0 3 6 9 12 18 3 6 TXlm ooooooo1HI 0000000000 GA N EO 21 15 w1 I I TX3 63 18 129630 H6 mo 0 0 0 0 0 01 1x2 0000000000 EQ GAIN DLJOD 00 J I J3 14 15 16 17 18 19 lo olo olo olo olo olo olo olo ol rx RX TXI RXI TX2 Rx2 TX3 RX3 EB ___ ____ BAS LINES CONTROL BOX LIN POS I CONTROL BOX LIN POS 2 CONTROL BOX LIN POS 3 SA3 REV...

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Page 158: ...5555 Byt position i teckenfönstret genom knapparna korrigera tidsinställningen med knappsatsen och avsluta med att trycka Sänd tangenten två gånger om inga förändringar önskas lämna med Den utnyttjade manöverapparaten återställs automatiskt efter utförd operation Detta påverkar inte linjepanelen eller övriga manöverappater Efter programmeringen bör tidsinställningen kontrolleras än en gång Omställ...

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