JOINT STOCK COMPANY MULTICHANNEL RECEIVER RI-4010M (version RM1-60619) User guide
Safety requirements Before using the multichannel receiver RI-4010M read this user guide and follows safety requirements! The multichannel receiver RI-4010M is in continuous mode operating part of the security system. It is supplied with power from AC network. In order to avoid injuries (concerning heat or high voltage impact) or seeking to ensure reliable and long lasting operation of the device it is necessary to follow safety requirements. The multichannel receiver operates being in horizontal position only. Digital LCD monitor of the multichannel receiver displays content of received messages. Light emitting diodes of the receiver mean: - Lighting green power supplied, the device works from AC network; - Lighting red power supplied, the device works from backup 12 V battery Only trained staff being aware of operation of used devices and safety requirements can perform mounting and maintenance of the receiver. The RI-4010M multichannel receiver is supplied with power from nominal 220 V voltage of AC (50±1) Hz frequency network and from 12 V backup battery, capacitance of which 7Ah. Permissible voltage alteration range is ±10%. Current from the network does not exceed 0, 15 A. The receiver may be plugged in to circuits of AC network (sockets). Upon operation of safety fuse, the receiver remains to contain inside a lot of parts under high voltage. The fuse built in the receiver can not be trusted solely. Additional high speed protection must be equipped in phase wire. Polarity of connective wires can not be changed when connecting battery or external 12 V AC source. Batteries for replacement should be of the same type and in compliance with the requirements of the user guide. Before unscrewing lids of the receiver unplug it from the AC network. The button on the rear board of the receiver can be used to unplug it from the AC network by unplugging AC cable from the connector. The devices of unplugging should be easily accessible. THE MULTICHANNEL RECEIVER RI-4010M MUST BE GROUNDED! Lighting suppressors should be equipped to the antenna connectors of the modules! 2
Content 4 Multichannel receiver RI-4010M 4 Application 4 Components of the device 4 Transport and storage of the device 4 Key features and description of operation 5 Specifications 5 Control of the multichannel receiver, indication and external connectors 8 Mounting of the multichannel receiver and preparation to work 10 Setting of exploitation parameters 10 Work with the multichannel receiver without PC 12 Work with the multichannel receiver by using software 12 Annexes A. Output to centralized monitoring program 14 B. Layout of contacts of external power supply connector 16 C. Service messages 17 3
Multichanell receiver RI-4010M The multichannel receiver RI-4010M is data reception device controlled by microprocessor, operating at the centralized monitoring station and designed for collecting information via various communication channels. The multichannel receiver is comprised of the platform, which ensures power supply for the devices being built in, data flow control and indication as well as data transmission to the centralized monitoring station and printing. Reception modules, built in the platform of the multichannel receiver RI-4010M, receive and recognize signals of subscription devices being sent via various communication channels. Application The multichannel receiver is applied in: - Security systems for alarm signals transmission to the centralized monitoring station via various communication channels. - Data transmission via wireless communication: via GSM or radio channels; - Data transmission via wired communication; - Remote control systems. Components of the device The multichannel receiver RI 4010M is comprised of the platform (mounting box), containing power supply source, nodes of backup power supply connection, control and indication bodies, connectors and reception modules, which ensure signal reception via various communication channels. Seven reception modules are available to be built in the platform of the multichannel receiver RI-4010M. GSM reception modules RG for data reception via GSM channel; Telephonic reception module RT for data reception via telephonic communication channel; The reception module RS ensures data reception from other devices via wired communication channel; Radio reception module RF ensures data reception via wireless channel; The platform of the multichannel receiver RI-4010M may contain built-in industrial computer with installed centralized monitoring program. Detailed components of the multichannel receiver are defined as the order is being made. Minimal complement, ensuring operation of even a single communication channel is as follows: - Multichannel receiver RI-4010M (platform) 1 unit; - reception module (any) 1 unit; - power supply cable 1 unit; - external power supply connector 1 unit; - User guide 1 copy - user guide of the reception module 1 copy Transport and storage of the device The multichannel receiver RI-4010M must be transported by land using package of the manufacturer. 4
The receiver must be stored being in a package of the manufacturer, by ensuring protection from the direct climate impact. During transporting and storage horizontal position of the device is recommended. During operation the position of the device must be horizontal. During transporting and storage the device must be protected from mechanical impact, vibration and other damages as well as from the direct climate influence. Key features and description of operation The multichannel receiver RI-4010M receives and recognizes messages of subscription modules being sent via various communication channels. Selected communication channel type defines type of appropriate built in module. The reception module ensures recognition of the messages being sent as well as their filtration according to exploitation parameters, having been set during programing, and transmission of information to the platform of the multichannel receiver. The platform of the multichannel receiver RI-4010M ensures reception of the information from the built-in reception modules, its transmission to the centralized monitoring station, printing and indication of received messages. The multichannel receiver has been regularized for data transmission to the centralized monitoring programs, recognizing Surgard protocol. The printer connected to the receiver in sequence prints each received message. If monitoring program or the printer is not connected, the messages are accumulated at the internal memory of the receiver (about 1000 latest messages) and will be transmitted as soon as the devices will be connected and activated. The multichannel receiver operates autonomously, displays received messages together with a sound. Control buttons of the receiver may help to select monitoring type of received messages. Messages from all channels or only from a single channel can be observed by transmitting all received messages to the monitoring program simultaneously. The platform of the multichannel receiver RI-4010M may contain built-in industrial computer with installed centralized monitoring program. Built-in power supply source ensures constant voltage in all nodes of the multichannel receiver, charges backup battery and keeps it ready for operation. In secondary circuits the power supply source has high speed protection from short connection. Upon outage of alternating voltage network, the receiver automatically switches to the backup battery. LED inform about power supply status. By necessity, external direct voltage power supply source might be connected. Specifications 1. Seven reception modules, operating via different communication channels, may be built in the multichannel receiver RI-4010M: GSM reception module RG1 for data transmitting via GSM voice channel; GSM reception module RG2 for data transmitting via SMS message; GSM reception module RG3 for data transmitting via GPRS voice channel; Telephonic reception module RT2 for data transmitting via wired communication channel; Reception module RS232 ensures data reception from other devices; 5
Radio reception module RF7 ensures data reception via wireless channel and operates at VHF frequency range; Radio reception module RF7U ensures data reception via wireless channel and operates at UHF frequency range; Specifications of the reception modules and labeling of the module types are shown in the table No 1. The module type helps to recognize the module the message is received from; communication channel (line) number indicates the channel the reception module is built-in. Reception module Title and application GSM reception module RG1 for data transmission via GSM voice channel Module tipe labellin g 40 4F Parameter Parameters Radio engineering parameters in compliance with standard requirements Table No1 Meaning GSM reception module RG2 for data transmission via SMS message 30 3F Radio engineering parameters in compliance with standard requirements GSM reception module RG3 for data transmission via GPRS communication channel 50 5F Radio engineering parameters in compliance with standard requirements Telephonic reception module RT2 for data transmission via wired communication channel 20 2F Electro engineering parameters in compliance with standard requirements 6
Radio reception module RF7 ensures data reception at VHF frequency range 10 1F Radio reception module RF7U ensures data reception at UHF frequency range 00 0F Reception module RS232 ensures data reception from other devices 60 6F Radio engineering parameters in compliance with standard requirements Sensitivity, not worse than Input resistance Received encoded messages: Configurated information filters according to: - Time; - object number; - Communication route; - info features; - event code; Radio engineering parameters in compliance with standard requirements Sensitivity, not worse than Input resistance Received encoded messages: Configurated information filters according to: - Time; - Object number; - Communication route; - Info features; - Event code; Parameters in compliance with the standard Connector type Transmission speed Input formats EN 300 113 0.3 μv 50 Ω RAS-2M LARS LARS1 EN 300 113 0.3 μv 50 Ω RAS-2M LARS LARS1 V.24 RS232 C2 DB9 (female) 9,6 kb/s Surgard Monas2 2. The multichannel receiver has ports via which data interchange is performed: - serial port RS232 - Port Centronics parallel to the printer. 7
3. Internal memory of the receiver is scanned via each port up to 1000 latest messages. Memory can be scanned once only. 4. After reception of the message the display of the receiver shows communication channel and receiver s type, reception time, account number and event code. Received message comes together with the sound. 5. The receiver has control buttons via which controlled communication channel may be selected, current time and data may be set or all received messages may be monitored. 6. The multichannel receiver has been set for data transmission to the centralized monitoring programs, recognizing Surgard protocol. Data are transmitted at the speed of 9, 6 kb/s; 8 data bits; data parity: none; 1 stop bit and flow control: none. 7. The multichannel receiver RI-4010M is supplied with 220V nominal voltage from AC (50±1) Hz frequency network and from backup 12V battery, the capacitance of which is not less than 7Ah. Permissible voltage alteration range ±10%. Current from the network does not exceed 0,15 A. 8. Considering type and number of built-in modules, working time of fully charged battery does not exceed 5 10 h. Current from the network does not exceed 1.2 A. 9. The multichannel receiver RI-4010M operates and maintains indicated parameters at the air temperature from 10 C to +55 C and relative humidity up to 90% near +20 C. 10. Overall dimensions of the receiver do not exceed 450x95x400 mm. 11. Mass without set-in modules and PC do not exceed 3 kg. Control of the multichannel receiver, indication and external connectors General view of the receiver is presented in Fig. No 1. Bodies of control and indication are situated on the front panel. LED indicates power supply of the receiver: POWER green power supplied from AC network, red power supplied from DC source of backup battery. LCD monitor of the receiver shows reception module type, communication channel, message reception time and content of received message. General view of received message is presented below: 41 1 12:38:15 0000 E350 01 000 Herein: 41 Reception module type; 3 Channel (line) number; 12:38:15 - Reception time; 0000 Account number; E350 event code; 01 Subgroup of alarm system, where the event occurred; 000 Event place. Detailed description of messages is presented in user guides of the modules. The reception modules and the router of the multichannel receiver generate service messages, enabling to control operation of the devices. General view of displayed messages is presented below and content of the messages is explained in annex No C. 8
00-3 00:01:02 0000 01 Herein: 00 Reception module type (00 router); 3 Channel (line) number; 00:01:02 - Reception time; 0000 Account number; 01 Event code according to the table of annex C; Fig. No 1 General view of the multichannel receiver Operation mode of the receiver is set with the help of control buttons: < - to the left; > - to the right; V Down; Λ Up; * - exit without changing anything; # - confirm changes and exit; Layout of external connectors is shown in the fig. No 2. Notes on the rear board explain application of connectors. 9
Fig. No 2 Layout of external connectors of the multichannel receiver The switch mounted on the rear board of the receiver is used for power supply from AC network. Mounting of the multichannel receiver and preparation to work The multichannel receiver is necessary to be equipped in the centralized monitoring station. Work position - horizontal. Devices, worsening cooling or being capable of deforming the lid, can not be put on the receiver. Grounding must be connected to the receiver. PC, operating with centralized monitoring program and needle printer are necessary in the centralized monitoring station for data processing. The printer, connected to the receiver, will print each received message. If printed archive is not necessary, the printer may not be connected. The reception modules are built-in the receiver, connective cables and necessary antennas are connected. Some of the exploitation parameters of the receiver may be changed using programing device SPROG-1 and the program Hyper Terminal. Connect AC network to the multichannel receiver via special cable and switch on the power supply on the rear board. Connect backup DC source or battery. Hermetic battery of 12 V voltage and 7Ah capacitance, operating in continuous mode must be used (e.g. Power Sonic PS-1270, Alarm Supplies PB12-7). ATTENTION: The housing of the receiver must be grounded before connecting power supply from AC network. Before unscrewing lids of the receiver it is necessary to switch off voltage by fully unplugging AC cable. Setting of exploitation parameters Exploitation parameters of the RG3 module are set using programing device SPROG-1 and standard Windows program Hyper Terminal. The program in WINDOWS 9x NT versions can be found according to the following commands: Start/ Programs/ Accessories/Communications/ Hyper Terminal 10
Fig. No 3 Parameter setting of the program Hyper Terminal Couple ports of the receiver and programing device via programing cable and activate the program. Set parameters of the communication with the program: Data exchange speed of the port the device is connected to: 9600b/s, data bits: 8, parity: none, stop bit:1, Flow control: none (see fig. 3). Switch on the power supply of the programing device and press RESET button on the board of the router. If everything is performed properly version of the device is displayed on the monitor together with the note Password ; yellow LED lights on the board of the router. RM1-60619 SN Password: Enter the password to gain access to exploitation parameters setting menu. In order to change password press the key [P] and follow commands shown on the monitor. RM1-60619 SN >1.Connections setting of the reception module s parameters; 2. Receiver 01 Device number setting; >3. Line reception channel number setting; 4. RS-232C Speed setting of the speed of serial port; Parameters, labelled > has separate setting windows, these labeled * are switched on/off. Settings are performed via numerical keys of the keyboard. For example: in order to change parameter 3, press the key [3] and if it is necessary to enter its value, the note [Value] is displayed. Then value of the parameter is entered and confirmed by pressing the key [Enter]. If it is necessary to change exploitation parameters of the module setting of the parameters of the reception modules is used if without taking them out of the receiver. The number of the device is changed if centralized monitoring station contains a lot of devices used together with a single centralized monitoring program and if it is necessary to recognize the receiver the information is obtained from. 11
Reception channel number is changed if the place where the module has been built changes (another channel) and if it is unreasonable to change data base of centralized monitoring program. Then by changing the content of the table communication channels may be programmably changed. RM1-60619 SN Line 0. Back 1. Line No 1-1 2. Line No 2-2 3. Line No 3-3 4. Line No 4-4 5. Line No 5-5 6. Line No 6-6 7. Line No 7-7 8. Line No 8-8 9. Line No 9-9 Speed of the serial port is changed if centralized monitoring program requires. Work with the multichannel receiver without PC The receiver can operate autonomously. Needle printer must be connected to the receiver and activated. Received message is printed immediately. Clock of the multichannel receiver registers message reception time. In order to change time settings press #. Menu will be displayed on the monitor. With the help of "V" button select [TIME] and confirm the option by pressing the button #. Set appropriate time values with the help of control buttons. In order to confirm the option, press #. Note [TIME SET] will be displayed and the receiver will return to Menu Window. Back to normal indication mode press *. In the same way date of the receiver is set, although this information is for printing only. In order to observe operation of a single channel enter menu as described before. Press the button # and select [LINE] by pressing # again. Graphical view of the communication channels will be displayed. Control buttons may help to select these communication channels, you wiling to observe and set the option with # ( V symbols should be visible, in order to observe the selected channel). Exit to main indication mode by double clicking * button. Only messages of selected communication channels will be displayed. All received messages will be transmitted to the centralized monitoring program. Preview mode is available. Press * button and select the message with the help of control button. Back to normal indication mode, press * Work with the multichannel receiver by using software Modem RS232 cable is used for coupling the receiver and PC. 12
Centralized monitoring program, which receives messages being sent via Surgard MRL2-DG protocol, is used for data processing. Structure of output signals is presented in annex A. After interconnection of PC and the receiver and activation of the centralized monitoring program, received messages are transmitted to PC for further processing. The receiver constantly controls communication with the PC. Upon trouble or disconnection of PC, the receiver switches to autonomous operation mode. All received messages are displayed on the monitor and stored. Received messages are displayed together with comments on the event, stored in the data base of the program, and according to the order set to the staff, registration is performed. The event may be registered according to time of the receiver or the program. Detailed process concerning work with the program is described in user manual of the program. A Annex SURGARD MRL2-DG OUTPUT TO THE CENTRALIZED MONITORING PROGRAM Heartbeats 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1 r r l s s s s s s s s s s s @ s s s s # Title Explanation 1 Protocol No 1 2-3 Receiver s No Possible No 1 to 99 4 Line number Line number 5-15 Space 11 spaces 16 Symbol @ symbol 17-20 Space 4 spaces SURGARD MRL2-DG Ademco Contact ID 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 5 r r l s 1 8 a a a a Q X Y Z G G C C C # Title Explanation 1 Protocol No 5 2-3 Receiver s No Possible No 1 to 99 4 Line number Line number 5 Space space 6-7 18 Ademco Contact ID format No 8-11 Object No Object No 4 symbols 12 Event sizer E new alarm or opening, R new restoration or closure, P delayed message 13-15 XYZ Event code 16-17 GG Group No 13
18-20 CCC Zone No or user s No SURGARD MRL2-DG SIA Protocol 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 3 r r l s s s s a a a a a a X X C C C C # Title Explanation 1 Protocol No 3 2-3 Receiver s No Possible No 1 to 99 4 Line number Line number 5-8 Space 4 spaces 9-14 Object No Object No 6 symbols 15-16 XX SIA event code 17-20 CCCC Zone number SURGARD MRL2-DG Ademco Express 4+2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1 r r l s s s s a a a a a a s s s s C C # Title Explanation 1 Protocol No 1 2-3 Receiver s No Possible No 1 to 99 4 Line number Line number 5-8 Space 11 spaces 9-14 Object No Object No 6 symbols 15-18 Space 4 spaces 19-20 CC Zone No or user s No 14
Annex B Layout of contacts of external power supply connector Contact 1 Negative terminal 0 V 2 Positive terminal +12 V 3 Free 4 Grounding terminal Description 15
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ANNEX C Service messages Message Code Description Service messages of the router RECEIVER RESET D0 Router overloaded HW CONNECTED C1 Device connected HW DISCONNECTED C0 Device disconnected COM ERROR 05 Communication troubles with the router COM RESTORE 06 Communication with the router restored Service messages of GSM reception modules RG1, RG2 and RG3 RECEIVER RESET E0 The module overloaded GSM REGISTERED B0 Modem has registered in GSM network GSM UNREGISTERED B1 Modem failed to register in GSM network GPRS CONNECTED B2 GPRS server connected (RG3 only) GPRS DISCONNECTED B3 GPRS server disconnected (RG3 only) GSM LOW LEVEL C4 Insufficient GSM level (correspond to one bar on the monitor of a mobile phone); Service messages of the telephonic reception module RT2 RECEIVER RESET E0 The module is overloaded TEL LINE ERROR 20 Telephone line failure or disconnection TEL LINE OK 30 Telephone line restored Service messages of the radio reception modules RF7, RF7U RECEIVER RESET E0 The module overloaded HIGH NOISE el. paštas: C2info@trikdis.lt Broadcasting, www.trikdis.lt background noise more than permissible. 17 NORMAL NOISE C3 Broadcasting background noise reduced up
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