LEITRONIC AG Swiss Security Systems. System GSM-Nano ( A) GSM-Nano

Transcription

1 491 GSM-Nano 1/16

2 Contents 1 Overview Specification Communication unit Nano Connectors EA-GSM-Interface Connectors Mounting Communication unit Nano GSM-Interface Wiring Start-up Accessories Indicators EA-GSM-Interface Communication unit Nano Programming over SMS Advanced settings Reply-SMS Automatic Status-SMS Troubleshooting Reception test Modem settings General settings Specific elevator controls Accessories Additional sub-communication unit in the cabin Retrofit material Short instruction for alarm point Answering calls Callback into cabin Maintenance protocol Values of the reception test ( 9) note within each maintenance /16

3 1 Overview The elevator alarm system GSM Nano is conform to EN81-28 and EN81-7. The connection between the communication unit Nano and the EA-GSM-Interface needs two wires only (existing wires of alarm-horn may be used). The emergency call over GSM is a cost effective alternative to landline installation. No costs for an analogue landline. You may change the provider at any time. The elevator can already be used during construction. Programming over SMS (Calling numbers, identification and parameters). Connectivity for emergency button, misuse-protection-signal and external emergency light. Interface to connect to the elevator control (e.g. Böhnke+Partner, Kollmorgen, KW, L+L, Newlift, Rekoba, RST, Strack etc.) use as GSM-Modem. Safety note The location of the GSM-antenna should be stationary (e.g. in the machine room) in order that a stable reception is guaranteed. In case of an emergency call retro-fit (SNEL, ESBA), where no empty wires in the hanging cable are available, the EA-GSM-Interface can be located on top of the cabin, providing that the GSM reception is guaranteed for the entire cabin travel (Simple GSM reception diagnosis by SMS). If the GSM reception is inadequate or fails completely, the elevator must automatically be set out of order: for example, command to the elevator control to move to the ground floor. Therefore the EA-GSM-Interface provides a relay contact (NO or NC). Beware of using prepaid cards: in case of an emergency there might be no credit left. Better use a subscription or prepaid with topping up via auto reload. To ensure that the correct number is dialled even with roaming, the calling numbers must be entered including the country code. 3/16

4 2 Specification 2.1 Communication unit Nano Article-No: Power supply: Dimension (L x W x D): Housing: Weight: 1.9 from EA-GSM-Interface 112 x 56 x 21 mm ABS transparent 1 g EXT SW E_LED LED indicator Green Yellow LINE EC MISUSE Flashes every 5 seconds (1x=NO, 2x=NC): Nano is ready Permanent on: during voice connection During Misuse-protection, time-out and dial-up Connectors EC Emergencycontact LINE Potential free emergency-contact Automatic detection of the contact type on power (e.g. voltage on LINE). NO = Normally open (1xPiep and every 5s a green flash) NC = Normally closed (2xPieps and every 5s a green double-flash) Connect communication unit over two wires with the EA-GSM-Interface. E_LED Emergencylight Notes: Check polarity same polarity as on EA-GSM-Interface If the polarity is wrong the emergency light is on continuously. For retro-fits you may use the existing two wires of the siren. The siren is then connected to the switched output (+12V-Siren and +12V-GND) of the EA-GSM-Interface. Misuse-protection door-signal-input: (active) = 1 to 5 V AC or DC If during this time-out (= max. travel time) the door-signal changes, the emergency call will be stopped. Emergency-light output for external LED: 6V DC / 2 ma The emergency-light is on in case of a mains loss on the EA-GSM-Interface and in case of any failure 7.3. EXT SW = Slide switch. Switches between internal LED and external emergency-light e.g. for connecting an additional sub-communication unit EA-LMC7 MISUSE Left detail EXT SW E_LED 4/16

5 2.2 EA-GSM-Interface Article-No: Power supply: 1.84A 23 VAC/5Hz/<15 W Standby: 5 W + 2 W during connection + load on 12V + 5 W during battery charge (max) Backup battery: 12 V / 1.2 Ah (1.88) Typical charging time: 8 h GSM: Dual-Band 9/18 MHz Dimension (L x W x H): 24 x 191 x 17 mm Housing: ABS, IP65 Weight: 11 g (without battery) Connectors ANT ALM BATT EXT F1 F2 LINE RJ12 LINE 23V GSM-Antenne SMA Alarm-input: Connector for 12 V / 1.2 Ah battery Data interface Mains fuse Battery fuse Connection to communication unit Nano Connection to communication unit Nano Mains plug READY Relay: Operation control: System ready SIM SW1 SIM-card holder Mode switch 12V Emergency power max. 25 ma GSM-Antenna 1,2: active if signal V AC or DC 1: +BATT (red) 3: -BATT(black) For modem use 63 ma slow 6.3 A slow 3: +LINE (Nano) 4: -LINE (Nano) 1: -LINE (Nano) 2: +LINE (Nano) 1: Neutral 2: Earth 3: Phase (F1) 1: Normally closed contact (NC) 2: C 3: Normally open contact (NO) Set SIM-PIN to OFF: GSM-Modem use only (transparent) PROG: Programming of EA-GSM-Interface ON: Emergency call and GSM-Modem use 1: +12V-Siren *) 2: GND 3: +12V-UPS (uninterrupted power supply) *) the output is active, - as along as the emergency button is active - if the communication unit Nano is not connected - in case of any problem (short tone every 1s, can be switched off 7.1) 5/16

6 3 Mounting 3.1 Communication unit Nano ce mounted, the speaker and the microphone in particular should not be covered, otherwise the communication quality decreases (reduced volume, poor hands free quality). Make sure the microphone hole and the panel hole fit. The sub-communication unit must be mounted directly behind the panel without any gap, otherwise there will be an acoustic feedback. If necessary insulate speaker and microphone room acoustically using foam or rubber. Panel Nano Nano foam or aligned Nano For mounting accessories (panels, drilling templates, transparent frames, emergency lights, etc.) have a look at our special document GSM-Interface Find a suitable location for the EA-GSM-Interface according to the reception intensity indicator on the mobile phone. Recommendation: stationary location in the machine room or shaft assembly, not in the vicinity of radio transmitters and interference sources. If there are no free wires in the hanging cable, the EA-GSM-Interface can be mounted on top of the cabin. In any case, the GSM receive must be checked over the entire travel of the cabin 9. Check Reception! Note that the level-indicator may be delayed. 6/16

7 Adjust RDT 1 The device has been designed solely for operation on a 23 VAC / 5 Hz supply. Work on the 23 VAC power supply must be carried out by a qualified electrician. Doing so the applicable accident prevention regulations must be observed, to avoid electric shock, the mains has to be disconnected (trip the circuit breaker). 4 Wiring 7/16

8 5 Start-up Connect communication unit, alarm-horn and emergency button according to wiring plan. Insert SIM-card with PIN set to. To set PIN to use any mobile phone. **4* <old PIN>**# + Connect battery Turn on 23V mains. After two minutes the LEVEL indicators are showing the GSM reception. LED_COM flashes green every 3 seconds. Stick the antenna where the LEDs LEVEL show maximum reception. If you call NANO, the unit indicates sound while ringing and activating the green LED (speak). You may now record the individual announcement (identification) 12. The calling-numbers can be programmed via SMS, by sending an SMS towards NANO 7. A short pressing of the emergency button activates the alarm-horn. If you press longer than the programmed debounce time-out, you will hear a dial tone during the selected misuse time-out. If there is no change of the MISUSE signal the first calling-number will be dialled. 5.1 Accessoires Picture Supply Battery 12 V / 1.2 Ah 1.117, 1.8x and 1.81x Picture Picture Picture Antenna accessories for all GSM-modules 1.8x and 1.81x Art. No. External GSM-Antenna cable 5m Antenna-Extension-cable cable 1m Serial interface Art.No. Data-Module DB9 serial interface for elevator controls DB Data-Module USB interface for elevator controls MiniUSB Remote-communication unit to communicate with cabin GSM-MR (DIN-mounting, pluggable screw terminal and RJ12-jack) Machine room solution extension for DTMF capable telephone i.e Art. No. Wall mount telephone incl. cable 3m machine room solution Picture Art.No Other accessories EA-LMC7 (pluggable screw terminal and RJ45-jack) Supply voltage: 8-35 V DC i.e. +12V from EA-GSM-Interface or EA-GSM-DIN 2xEN81-7 indicator (yellow/green): internal with light pipes, external symbols 1xInput for emergency button: potential free Art.No LMC-EC (pluggable screw terminal and RJ45-jack) 1xEmergency-Button (Normally open: integrated or external) 1xMicrophone + 1xSpeaker EC-MIC (screw terminal and RJ45-jacks) 1xEmergency button 1xMicrophone V-SIR siren horn 1.2 8/16

9 6 Indicators 6.1 EA-GSM-Interface LED_COM Green Red Blue SIM-error: flashes every 1/2 second During network registration: flashes every second Flashes every 3 seconds if connected to the GSM network Communication unit Nano connected Elevator control in connection: over serial interfaces LEVEL 23V BATT Normally showing the GSM-reception level GSM Level poor GSM Level low GSM Level medium GSM GSM Level high REC GSM Level excellent LED In case of an error the LED shows error code 1_LEVEL is inactive Inactive LED2..5 showing errors *) Problem with supply voltage Problem with battery/charging Problem with GSM-Network or Roaming or Nano not connected to LINE Problem with GSM-reception (Level Alarm) *) Error analysis by Status-SMS: send SMS with content PIN: Reply-SMS 7.3 LED EL OK (READY) Indicator of the alarm-horn output Ready-indicator for GSM-Interface, if Battery and battery-charging ok SIM-card inserted with correct SIM-PIN GSM-reception sufficient Otherwise the elevator may not perform any further trips. Note: OK (READY) can be delayed up to two minutes (GSM-reception) 6.2 Communication unit Nano LED Green Yellow Flashes every 5 seconds (1x=NO, 2x=NC): Nano is ready Permanent on: In voice connection During Misuse-protection time-out and dial-up 9/16

10 7 Programming over SMS Programming is done by SMS. An SMS containing PIN: will be evaluated and answered 7.2 to the sender. All commands are written in CAPITAL LETTERS. SMS-Commands Reply-SMS Default-PIN: PIN: leitronic.ch Nano Note: PIN 4-digits V.F.x.y ready NEW:1234 CALLNx=<Calling-No.> CALLN1 to CALLN9 will be called until DTMF acknowledges call ALARM=<Alarm-number> ALARM=OFF RESET Change PIN to 1234 and activate SIM-card protection Note: PIN 4-digits Calling-numbers x=1..9 completed with a space (max. 24 digits) CALLN9 (Routine-No.) New Pin:1234 Status-SMS number with +country code e.g. +41 completed with a space (max. 24 digits) Disable Status-SMS Set to factory defaults Alarm:<Alarm-number> CallNx:<Calling-number> Alarm:OFF Reset 7.1 Advanced settings Advanced settings can be read-out or changed as following: EE_R:<adresse> EE_W:<adresse>=<value> <adresse> Read EEPROM <adresse> is 4-digits Write EEPROM <adresse> is 4-digits <value> is 3-digits (..255) Function Signal errors on alarm-horn Connection time-out Debounce time: Emergency button (Nano) Debounce time: Alarm-input ALM until StatusSMS Routine call interval (CALLN9) Misuse protection time=max. cabin travel time Announcement every x seconds adr:<adresse>:<read out value> adr:<adresse>:<written value> <value> disabled 1 enabled 3 to 255 s to 255 * 2ms to 255 * 2ms Default 1 to 255 h to 255 s off 1 to 255 s = 1s 5 = 1s Example: PIN=, Calling-No. 1: , Calling-No. 2: , Routine-No. 9: , Status-SMS: , max. cabin travel time= 2 s send SMS with content PIN: CALLN1= CALLN2= CALLN9= ALARM= EE_W:24=2 Reply-SMS leitronic.ch Nano V.F.x.y ready, CallN1: CallN2: , CallN9: , Alarm: , adr:24:2, Batt:96, Ri:18, Charge:255, Power:34, last Call:26, Rssi:12(9-15), Ber:(-2), Errors:----+,-----,--- (limited to 16 characters) 1/16

11 7.2 Reply-SMS Example of a Reply-SMS: leitronic.ch Nano V.F.x.y xx,(adr:<adresse>:<value>),(new Pin:<new PIN>), (Alarm:<alarm number>), Batt:xx, Ri:xx, Charge:xx, Power:xx, last Call:xx, Rssi:xx(xx-xx), Ber:xx(xx-xx), Errors:-----,-----,--Label Value xx Info Nano ready Status System ready to use V.F.x.y Software-Version not ready System not ready Batt: Battery voltage to 97 Calculate voltage:.145 * <value> e.g V or V Ri: Battery-resistance 1 to battery o.k. defect! Battery- or Fuse F2 Battery failure or blown fuse F2 6.3AT defect check and replace Charge: Battery charge value to 255 Charge: * 255s / Discharge: * 15s Power: Battery charging to Supply voltage missing voltage 28 Supply voltage too low to charge battery 34 Supply voltage sufficient last Hours since last call to 255 in hours Call: Roaming GSM-Roaming Not home GSM-network => higher costs Rssi: GSM-Level to 31 Calculate level: 2*<Value> - 113dB <mom> Momentary e.g. 1 2*1-113 = -93db (<min>- Min. since last call GSM poor 5 LED1 <max>) Max. since last call GSM low 1 LED2 GSM medium 15 LED3 GSM high 2 LED4 GSM excellent 25 LED5 Ber: BitErrorRate to 7 : minimum BitErrorRate <mom> Momentary 7: maximum BitErrorRate (<min>- Min. since last call <max>) Max. since last call Errors Error-No. to 12 -+*, -: inactive e.g ,---*-,--* *: active,: separator before error 5/1 +: delayed error not jet active Example: Change PIN from to 1234, set Alarm to , set EEPROM 18 to 1 send SMS with content PIN: NEW:1234 ALARM= EE_W:18=1 Reply-SMS leitronic.ch Nano V.F.x.y ready, New Pin:1234, Alarm: , adr:18:1, Batt:96, Ri:18, Charge:255, Power:34, last Call:26, Rssi:12(9-15), Ber:(-2), Errors:--*-+,-----,-- Error 2 active: GSM bad and Error 4: Supply voltage too low (in delay) If you do not get any Reply-SMS, please check the following points: a) b) c d) e) EA-GSM-Interface is not connected to the GSM-network + check LED_GSM PIN-Code is incorrect SIM number is incorrect No money left on SIM-card Mode switch SW1 not on ON 11/16

12 7.3 Automatic Status-SMS The Status-SMS will be sent to the defined alarm-number ALARM=, completed with a space. To disable the Status-SMS send SMS with content: PIN: ALARM=OFF Test interval Send Restore Restore-SMS content Example: Signal on input ALM SMS with content: leitronic.ch Nano V.F.x.y ready, Alarm X4, Batt:96, Ri:18, Charge:255, Power:34, last Call:26, Rssi:12(9-15), Ber:(-2) Errors:*----,-----,--- (5)* 2ms - No Alarm X4 - Power on - GSM ok - Home Power not poor - Routine call ok Emergency ended *) Emergency light Delayed Send Alarm SMS content 1 Alarm X4 / ALM Off Alarm X4 1 Supply voltage missing - Power off 2 GSM poor 15 s GSM poor 2s 3 GSM Roaming Roaming 2s 15 s Power poor Errors READY (OK) Error code LED < State / Error> Supply voltage too low to charge battery No call within routine interval Unacknowledged calls Battery not charged within 24 h No or bad battery or fuse F2 defect or battery test circuit defect (Ri<1) 9 GSM bad 15 s 1 No GSM network or not registered or mode switch SW1 not on ON 11 Nano not connected 12 Battery end Off No routine call Emergency Call Charge problem off could be on on (74) h 24 h Battery failure 1h Battery ok GSM bad 2s GSM ok No GSM Line problem 1h Battery end 2s Charge ok GSM registered Line OK Charging *) Emergency ended: Door-state changes / Alarm acknowledged by DTMF / New connection 8 Troubleshooting Faults and errors are displayed by the various indicators (LED) 6 Detailed error information available through a status inquiry via SMS or automatically by StatusSMS in case of a new error (if <Send Alarm> is Table) send SMS with content PIN: Reply-SMS /16

13 9 Reception test 1. If the EA-GSM-Interface is mounted on the cabin roof, send the cabin to the location with the worst GSM reception (check reception with LED1..5). Attention: The level-indicator may be delayed. 2. Start test call and check if the connection is established terminate test call. 3. Re-start test call + Connection must be established + Stay in connection and move the cabin over the complete shaft Check if connection remains stable + Terminate test call + Send SMS to verify GSM-levels: Rssi:<mom>(<min>-<max>) The minimum value <min> must be higher than 5! Report Rssi-Value with date (see last page)! 4. If a problem occurred during test, change or optimize the placement of the EA-GSM-Interface. 5. If you cannot find an improved placement use an external antenna e.g. Article-no and / or extension cord Modem settings 1.1 General settings <adresse> function Auto-Answer ATS=<n> Select Baud rate for transparent mode 126 Quiet-Mode (Modem does not answer or indicate RING) 128 Result-Code <value> <n> =96 1=192 =disabled (ATQ) 1=enabled ATQ1) Default 1 =Text (ATV1) 1=Numerical (ATV) If modem should work in transparent-mode, you have to configure by SMS as following: Example: PIN is. Modem with 192 Baud, Auto-Answer after four cycles, Quiet-Mode enabled send SMS with content PIN: EE_W:4=4 EE_W:125=1 EE_W:126=1 Reply-SMS leitronic.ch Nano V.F.x.y ready, adr:4:4, adr:125:1, adr:126:, Batt:96, Ri:18, Charge:255, Power:34, last Call:26, Rssi:12(9-15), Ber:(-2), Errors:----+,-----, Specific elevator controls refer to special document: 13/16

14 11 Accessories 11.1 Additional sub-communication unit in the cabin The two emergency call buttons EC inputs are connected in parallel, e.g. attach either two normally open contacts (NO) to both EC-inputs or two normally closed contacts (NC) in series to one EC-input Retrofit material See individual document 14/16

15 12 Short instruction for alarm point 12.1 Answering calls Accept call Indication on communication unit The called party can initiate the following remote-commands: DTMF key or 3 **# Terminate call Renew connection for another 12 seconds Play individual announcement (Identification) In case of an alarm call: Terminate connection and call next alarm-number In case of callback into cabin: Terminate connection and call number 8 Record individual announcement (12 seconds). After recording the new text will be announced. Each call must be terminated by key. Otherwise GSM-Nano calls the next alarm-number. If the alarm remains unacknowledged, a Status-SMS will be sent with contents: leitronic.ch Nano V.F.x.y ready, Emergency Call, Batt:96, Ri:18, Charge:255, Power:34, last Call:26, Rssi:12(9-15), Ber:(-2) Errors:-----,*----,--If there is a change of the door-state a Restore-SMS will be sent: leitronic.ch Nano V.F.x.y ready, Emergency ended, Batt:96, Ri:18, Charge:255, Power:34, last Call:26, Rssi:12(9-15), Ber:(-2) Errors:-----,*----, Callback into cabin Call telephone number of the GSM-Nano. Ten seconds later you are connected with the cabin Indicated in the cabin by 15/16

16 13 Maintenance protocol Location of the installation : System GSM-Nano installed by: Company:. Mechanic:. Date:. Calling number of SIM-card:. PIN-Code of SIM-card: Values of the reception test ( 9) note within each maintenance Status query by SMS send SMS with content PIN: Reply-SMS.. Rssi:<mom>(<min>-<max>).. Write down the three Rssi-values of the Reply-SMS into the table below: e.g. Rssi:12(9-18) momentary=12, minimal=9, maximal=18 The minimum value must be higher than 5! Date Tested by <mom> Mister Sample 15 Rssi: <min> >5! 9 <max> 18 16/16