SYSTEM
Transfer of notifications
"ANDROMEDA"
Technical description
and instruction manual
SLGK.425698.001
1. Introduction................................................ .................................................. ......................... four
2 Purpose ................................................ .................................................. ..................... five
3 Technical data ............................................... .................................................. ..... 6.
4 product composition ............................................... .................................................. ............ 10
5 Device and work sleep ............................................. ........................................... eleven
5.1 Principle of operation ............................................... ................................................. eleven
5.2 Work on telephone lines ............................................... ............................ 12
5.3 Work on the radio channel .............................................. ......................................... 13
5.4 Use in the system of object devices that are not part of the sleep. fourteen
6 Device and operation of composite parts sleep ........................................... ........ fifteen
7 Diagnostic and control system ............................................. ............................. sixteen
8 Software ................................................. ......................................... eighteen
9 Measuring instruments ............................................... ....................... nineteen
10 Tools and accessories .............................................. ............................... twenty
11 Accommodation and installation .............................................. ............................................... twenty
12 Preparation for work .............................................. .................................................. . twenty
13 Check for functioning .............................................. ............................ 21
14 work order ........................................................... .................................................. ......... 22.
15 Maintenance.................................................................................... 23
15.1 General instructions ............................................... .................................................. 23.
15.2 Types and frequency, then ............................................. ................................. 23.
16 Possible malfunctions and methods of eliminating .................................. 26
17 Signing security measures .............................................. ..................................... 28.
18 Marking and sealing .............................................. ........................... 29.
19 Packaging ................................................ .................................................. ...................... 29.
20 Storage Rules ............................................... .................................................. .... thirty
21 Transportation ................................................ .................................................. .. thirty
Appendix A ................................................ .................................................. ............ 32
1.1 This Technical Description and Operating Instructions (MA) are intended to study the notification system and contains a description of the system, the principle of operation, specificationsThe information you need to properly use, the product handling rules and other information necessary for the complete use of the technical capabilities of the system.
1.2 Technical Description and Operating Instructions consist of this general technical description - SLG.425698.001 of the technical descriptions of the components of the system:
SLGK.466452.001 then a block base BB-CA;
SLGK.467332.001 THAT PC duty operator PC-to-do;
SLGK.464419.001 then RB RB;
SLGK.464639.001 The antenna object UP-V;
SLGK.464639.002 The antenna object AP-U;
SLGK.464639.003 THERE ANTENNA OBJECT USD-V;
SLGK.464639.004 THERE ANTENNA Object remote ad-U;
SLGK.425513.001 THAT PPKOP NORD-8/16, 8K, 8 / 16N;
SLGK.425513.002 THAT PPKOP NORD-8/48;
SLGK.425513.003 then PPKOP NORD-8/96;
SLGK.426477.001 then the block object BO-5RT;
RU. SLGK.00002Po "Andromeda" (Windows "95) CNP / WIN (Program Description)
1.3 In the study and correct operation of the SPE, you must additionally use the following documents:
SLGK.425698.001 FD - Andromeda notification system. Form;
SLGK.425698.001 E1 - Andromeda notification system. Product division scheme for components;
SLGK.425698.001 PE1 - Andromeda notification system. List of products;
SLGK.425698.001 KZ - Andromeda notification system. Execution order card;
Technical documentation supplied with purchased products included in the list.
1.4 in the present technical description The following reductions were taken:
Sleep - the "Andromeda" notification system;
PPK - device receiving and control
PPKOP - Device-Control Security Fire
CA - Central Station
PC - Personal Computer
2.1 The "Andromeda" notification system is intended to protect objects of various forms of ownership from unauthorized penetration and fires, for transmission over a switchable telephone line and / or on the radio channel of notifications, their collection and processing.
2.2 Sleep "Andromeda" is a unified computer system for collecting and processing information. It is designed to control the status and reception of messages from PPKs that have built-in communicators (digital messaging blocks), both by switching telephone lines and by radio channel.
2.3 Scope - collecting information and control over the state of objects on which the fire equipment is installed.
2.4 Equipment of the central station and peripheral object equipment SPE are designed for continuous round-the-clock operation.
2.5 by resistance to exposure climatic factors The outer environment of the CA SCI "Andromeda" refers to the UHL 4 GOST 15150 group, and the peripheral equipment - to the group UHL 3.1 GOST 15150.
2.6 For resistance to mechanical stress, SC "Andromeda" corresponds to a group of execution No. 2 GOST 12997.
2.7 By adaptability to the diagnosis of SCI "Andromeda" corresponds to option 4 according to GOST 26656.
2.8 SCH "Andromeda" is repaired and restored by the product II group II 1 GOST 27.003.
3.1 The product is manufactured according to the approved specifications
TU, a set of design documentation SLGK.425698.001 and complies with the requirements of GOST 26342, GOST 4.188, GOST 27990, GOST 15150,
GOST 12.2.006, GOST 12.2.007.0, GOST R50009, NPB 247.
3.2 Destinations
3.2.1 Ringing voltage range (for AC
frequency (50. +
1) Hz), in ............................................ ............................................... from 176 to 242.
3.2.2 Information capacity of the product, (objects) ....................................... 8000.
3.2.3 Product information, (notifications), not less ...................................... .... 13,
(maximum) ........................................................... .................................................. ............................
3.2.4 Number of controlled directions when used
radio channel ................................................. .................................................. ......................... 1 or 2.
3.2.5 According to the results of information processing, the product provides the issuance of the following types of messages:
3.2.5.1 Notification of an alarm event (unauthorized penetration).
Announcements on alarming events include notifications:
On the triggering of security detectors in the plumes;
About the response of anti-sabotage sensors;
About triggered an alarm buttons;
About removal of protection under coercion.
At the same time, the sound signaling (acoustic signal of the species 1) must be triggered and information is displayed on the monitor screen with an indication of the alarm notification type, a specific alarm type (unauthorized access alarm, an alarm buttons, etc.) with fixation of the alarm numbers (if Alarm is caused by the work of security detectors), object numbers, date, time and instructions for the operator.
3.2.5.2 Notice of fire alarm when the fire detectors are triggered.
At the same time, the sound signaling (acoustic signal of the type 2) must be triggered and information is displayed on the monitor screen with an indication of the fire alarm notification type with fixation of the alarm numbers, the object numbers, the date and instructions for the operator.
3.2.5.3 Malfunction Notice
For malfunction notices include notifications:
About the cliff of the loop;
About the short closure of the loop;
About power disconnection (~ 220);
About malfunction (reduced voltage) " reserve source food ";
On malfunction of the detectors;
About the fault of the telephone line.
At the same time, the audio player must be triggered (acoustic signal of the form 3). On the monitor screen, information is indicated indicating the type of notification of "malfunction", a specific type of malfunction, object number, date, time and instructions for the operator.
3.2.5.4 Recovery notification (troubleshooting).
Recovery notifications include recovery notifications:
Power supply (~ 220);
Backup power source;
Power of detectors;
Telephone line.
At the same time, the audio player must be triggered (acoustic signal of the form 3). Information is displayed on the monitor screen indicating the type of recovery notification, the specific type of troubleshooting, object numbers, date, time and instructions for the operator.
3.2.5.5 Notice of taking protection.
This group includes denotation notices:
Using the main code;
Using short or temporary codes;
Partial capture in the House1 and Dom2 modes using user codes №1, ..., №28;
Automatic taking;
Using the key.
At the same time, the audio player must be triggered (acoustic signal of the form 3). On the monitor screen, information is indicated indicating the type of "Take Undercarriage", a specific type of protection, object numbers, date, time and instructions for the operator.
3.2.5.6 Notice of deregistration.
This group includes notifications of deregistration:
Using the main code;
Using user codes №1, ..., №28;
Using temporary codes;
Using the key.
At the same time, the audio player must be triggered (acoustic signal of the form 3). On the monitor screen, information is indicated indicating the type of notification of "Removal", a specific type of removal of protection, object numbers, date, time and instructions for the operator.
3.2.5.7 Notice of passage of test.
This group includes notifications on the passage of the test manual or automatic.
When receiving a manual test notice, the audio player must be opened (acoustic signal of the form 3). On the monitor screen, information is indicated indicating the type of notification of the "test", a specific type of test, the number of the object, date, time.
If there is no reception of the automatic test signal in the programmed time, the audio player must trigger (acoustic signal of the form 3). On the monitor screen, the information "did not receive a control signal" indicates the object number, time and operation of the operator.
3.2.6 Technical speed of information transfer, bit / s .................................................
3.2.7 The product ensures the transfer of notifications in the radio channel
at frequencies, MHz .............................................. ... ... ..174) and / or at frequencies (400 - 470).
3.2.8 The product provides a range of notifications of notifications at least 20 km of direct visibility when installing the transmitting antenna (1/4 L vibrator) at an altitude of 1.5 m, and the reception is at a height of 30 m.
3.2.9 The product provides:
3.2.9.1 Automated maintenance of the Events on the hard disk with simultaneous printout of received notices on the printer of current events. At the same time, on the monitor screen and on the printing printer of current events, information is indicated indicating all notices, dates, the time of their reception.
3.2.9.2 Spreading a specific view of the event protocol when applying the corresponding command through the menu.
3.2.9.3 Spreading a specific type of event protocol when applying the corresponding command via the subroutine menu "Report Manager".
The following types of protocols are provided:
According to the specified numbers of objects, types of events and time interval;
Alarms (contains information on worrying alarm);
In the time of security of objects;
By responding groups.
3.2.9.4 Protection against unauthorized access to software with categorization of service personnel on access (possible accomplishments).
3.2.9.5 Enter and adjustment:
Characteristics of new and old objects, respectively;
Data on service personnel;
Service levels of service personnel;
Additional information.
3.2.10 Working conditions for climatic influences, the range of ambient air temperature changes and the top value of humidity for the product are shown in Table 3.1.
Table 3.1
Lower temperature, with | Top temperature value, with | Top value rel. humidity,% |
|
95% at T \u003d 25 ° |
|||
Periphery equipment: | 98% at T \u003d 25 ° C |
3.2.11 dimensions Component parts of the sleep correspond to a set of design documentation SLG. 425.698.001 and technical documentation supplied with purchased products included in the composition of the sleep.
3.3 Reliability indicators
3.3.1 Average workflow product on failure, hours, not less ..........................
3.3.2 The established life of the product, years, not less ..................................
3.4 Constructive technical indicators.
3.4.1 Purchased devices and components used in Sleep "Andromeda" correspond to passports and specifications on them.
Note: The manufacturer can replace the types of individual components, provided that it does not lead to the deterioration of the output parameters of the Andromeda notification system.
3.4.2 The components used are accepted at the enterprise-supplier and adopted by input control at the enterprise-manufacturer of the Andromeda notification system in accordance with GOST 24297.
3.5 Additional technical indicators
3.5.1 The components of the product satisfy the requirements of electromagnetic compatibility according to GOST R 50009.
3.6 Completeness
3.6.1 Completeness of the supply of SC "Andromeda" is determined by the order of the execution of the SLG. 425698.001 KZ No. ___ according to the approved project documentation performed by a specialized organization.
4.1 Sleep "Andromeda" consists of a base set of central station and peripheral equipment.
4.2 The central station includes:
Block BED BB-CA (system unit, with a specialized processor installed in it, monitor and printer for printing of all incoming messages, a set of cables, an uninterrupted power supply unit);
PC duty operator PC-to (system unit, monitor, keyboard, "mouse", sound speakers and printer);
Software kit;
Antenna feeder devices.
4.3 The peripheral equipment (object part of the sleep, which is installed on protected objects) includes:
Antenna feeder devices;
Transmitters and transceivers;
Instruments receiving and control (PPK):
Nord-8/16, 8k, 8 / 16n;
Block object BO-5RT.
The total nomenclature of the components of the spa is given in the product division scheme to the components of SLGK.425698.001 E1.
The presence and number of component parts of the system, as well as their configuration, are determined by the order card of a specific execution of SLG.425698.001 KZ.
NOTE - The type of transmitters and transceivers is determined by the resolution issued by the end user by the Gosboyaznadzor authority.
5.1.1 The operation of the system can be carried out simultaneously on telephone lines (from 2 to 4 lines), and by radio channel (from 1 to 2 channels).
5.1.2 Information transmission occurs when the state of the object applies is changed. Messages with PPK are transmitted as a digital parcel encoded in a specialized format. The received message is decrypted by the central station processor, and then processed by the monitoring program and is issued to the printer. The simultaneous output of information on software and the printer makes it possible to eliminate the loss of information in the event of any problems in the monitoring program.
5.1.2 Depending on the type of object and its service capabilities, information about the state of the object is transmitted to the central station. The System PPK can transmit a wide range of information:
Arming (with an indication of the user who put up for the protection of the user);
Removal of protection (with an indication of the user who has removed from the protection of the user);
Partial arming (with an indication of the user who has served to protect the user);
Penetration anxiety (indicating the number of the zone);
Fire alarm (indicating the area of \u200b\u200bthe zone);
An alarm button (indicating the zone number);
Lack and restoration of 220V power;
Discharge and restoration of the backup battery;
Opening and closing of the body of the device;
Automatic test message;
Checking the health of the telephone communicator and the radio transmitter;
5.1.3 The PPKs can be connected from 8 to 96 loops depending on the type. An increase in the number of loops is performed using zone expansion. Arming and removal from the protection of the device is made by the user directly on the object using an electromechanical lock by turning the key or using the keyboard by setting a personal code. The object becomes and removed from the protection automatically without the participation of the staff of the central station.
5.1.4 to the PPK are connected passive detectorswhich have closed or open output contacts relays.
5.1.5 The software of the base unit of the central station receives and displays all the information that the object devices are transmitted to the central station.
5.1.6 The base unit provides a sound signal of various tones and duration according to the type of received message. An indication of anxiety, taken to protect and removed from the protection of objects. The program provides for alarm operator from objects. Automatic recording and archiving of all incoming events, as well as alarm operation operator actions are performed. It is possible to draw up reports on various parameters about the operation of the system.
5.1.7 The printer operates in constant printing mode taken by the Central Message Station (even when the monitoring program is not in operation). Each received message is displayed with an object identification number and receipt time. Below is a description of the printed string when receiving a message.
Pima.R2 0502 10:27 Siren \u003d of dir \u003d on alarm zone \u003d 5
 |  |
||||
Message Description (*)
Mode of operation of the siren and control panel (*)
Message reception time
Object number (1-9999)
L: telephone number
Format type
(*) - Print printer for PAF format.
For other formats, the printed string when receiving the message will be next.
A.Dmk L4 0474 15:43C1.
Event code
Message reception time
Object number (1-9999)
L: telephone number
R: Radio channel number (1 or 2)
Format type
5.2.1 To work on telephone lines, facilities and the central station are connected to the telephone numbers of urban or local PBX.
5.2.2 Object device transmits messages according to its functionality and entered into it the program. The installer is determined, the reports of what changes in the state of the device will be transmitted to the central station.
When you change any of these states, the message is transferred to the central station.
5.2.3 Before a set of telephone number of the CA, the PPK communicator checks the presence of a tone signal in the telephone line. In the absence of tone, the CPA communicator will disconnect with the line, and then reused.
5.2.4 After determining the tone signal in the telephone line, the PPK communicator starts a set of the programmed first number of the central station. Set method - pulse or tone, is determined using software installations in the PPK itself.
If the PPK is connected to the local PBX number, additional digits are input to enter the city PBX.
5.2.5 After the PPK dialing, the resolution signal from the central station to send the message. After receiving the permission signal, the PPK communicator transmits a digital encoded parcel. Message reception is confirmed by a central station signal. After that, the message is considered transmitted.
5.2.6 PPK communicator After a dialing of the phone number, has the ability to determine the "busy" signal. In the case when the number of the central station is occupied, or if the central station does not respond (the PBX has incorrectly), the PPK communicator is gaining the following programmed number.
5.2.7 PPK provides for the possibility of connecting a telephone to it, which can be used as a conventional local or urban number. In the event of an alarm or other event, the CPA communicator will turn off the line, even if it is currently occupied, and will produce an auto-star to the central station.
5.3.1 To work on the radio channel to the PPK, the transmitter is connected with an antenna, and to the central station - radio blocks and the antenna feeder devices.
5.3.2 When operating on the radio channel, only the PAF format is used, in which all the System PPKs can transmit information.
5.3.3 Object appliance transfers messages according to its functionality and software installations. The installer determines the types of messages transmitted to the CA. Types of transmitted messages are determined by the Installer in coordination with the client
When the PPK state changes, includes a transmitter, and the message is transferred to the central station by radio channel.
5.3.4 The message transmission algorithm depends on the type of PPK and software-listed software installations. PPK transmitter transmits a message a certain number of times with pauses between them.
5.3.5 The central station issues a message to the printer and software only once. Repeated messages are ignored.
5.4.1 Object devices that have a built-in digital communicator can transmit messages to the central station on the telephone line. In this case, the central station will receive all the information that each panel is allowed to transmit service capabilities.
5.4.2 To work on the radio channel of this type of PPK, an object unit is required (transmitter) TR-100 Stand Alone. Information output Contacts The PPK relay is connected to the transmitter inputs. The transmitter transmits a message about changing the state of its inputs with their number, i.e., when the relay contacts are triggered to the PPK. In this way, general information From an object of alarm or malfunction is transmitted by radio channel, and the telephone line comes with detailed information about the event.
5.4.3 Any security and fire devices having a relay output contacts can be associated with the central station using TR-100 Stand Alone (radio transmission only on the radio) or BO-5ET object device (DLR-100) (messages are transmitted by Radio channel and telephone line).
6.1 The device and operation of the components of the SPI are presented in the technical documentation supplied with incoming and purchased products (see paragraph 1.2, 1.3).
7.1 Sleep "Andromeda" has a comprehensive system of diagnosis and testing.
7.2 The central station controls the state of its telephone lines.
7.3 The time is set during which from the processor of the central station, the Module "Event Manager" of the Software must receive at least one message. In the absence of a message, the software will issue a message " Anxiety. Evidence expectation exceeded»
7.4 Software Controls the receipt of signals from objects. The control time is specified individually for each object in the Object Manager module. In the absence of a message, the software will issue a message " Anxiety. Not received a control event».
7.5 Object devices can perform testing functions in manual mode and automatically on the installed program.
The presence of main nutrition 220 V;
Battery voltage;
State of zone loops;
The state of the unsubagant loops;
Connection with the keyboard;
Telephone line status (the presence of the tone signal);
Control of the electronic key of the electronic key setting / removal;
Control voltage of additional power outputs 12V;
Control of information reception by the central station on the telephone line;
Software installations of the device;
Control of the parameters of the microprocessor.
7.6 Object devices Nord-8/16, Nord-8K, Nord-8 / 16n, Nord-8/96 with a connected two-channel transmitter TR-100, as well as an object block (autonomous transmitter) TR-100 SA can work with the central station in two-channel mode. For this purpose, a variant of the CA base block with a CMS-420 processor with two radio carriers is used, i.e., two radio blocks operating at different frequencies must be installed at the central station.
When the specified instruments are working in this mode, messages are transferred to protection and (or) deregistration and test report on the normal functioning of object equipment. If an alarm occurs on an object or malfunction, the transmitter automatically switches to another frequency for sending a message. Thus, the alarming messages are transmitted by a specially dedicated communication channel, which significantly increases the stability of the system. The recommended frequency spread in this case is 500 kHz - 2 MHz.
The time interval through which test messages are transmitted is programmed directly by the user system. Parcel time between two test messages is set in minutes. The program tracks the frequency of receipt of test signals from the object and, in the case of not receipt on time from the message object, it gives an alarm to the operator to the computer. This allows you to constantly monitor the state of the object (the integrity of the antenna, cable, control panel).
In the TR-100 SA transmitter, the frequency on which the message will be transmitted for each event type. The time interval for the test message can also be set in minutes.
Thus, we obtain the so-called "line control", and at the same time do not lose the performance of the radio channel for receiving the alarm information, since it is free from background test signals. The software reflects on the computer screen only the violation in the test signal reception schedule from the object.
7.7 The functions described in P.7.6 make it possible to monitor communication channel simultaneously with the transmission of alarm / service information.
8.1 Software (software) "Andromeda" is running Microsoft Windows 95/98 / NT operating systems. According to Andromeda, it is intended for servicing a large number of objects (\u003e 1000) with a mandatory separation of operator functions, but it is quite possible to use it and when servicing a smaller number of objects. In this regard, it is necessary to note the following system features:
8.2 By divided into independent functional parts (modules), each of which is designed to solve a specific task. This, on the one hand, allows you to maximize each module from the possible failure of the other, and on the other hand, it allows you to install each module on a separate network computer.
8.3 software oriented network supporting IPX / SPX Compatible Protocol. Thus, the changes made in the sleep on any network computer immediately apply to all software modules operating on the network.
8.4 System operator rights are determined with respect to a specific action in a specific system module. Thus, operator access levels are implemented both to the entire program and its separate components, for example, you can limit the operator's access to both the Object Manager module and only to edit the object's security schedule.
8.5 CA allows you to receive and process events with PPKs that have built-in communicators (digital messaging blocks - specialized modems). Depending on the type of PPK, its functional and service capabilities with PPK, you can get certain information about the state of the object. Most PPKs can transmit a wide range of information. For example, a specific user who has faced the object or withdrawn the object; place (zone number) alarm or malfunction (cliff, closure); Partial setting of object protection with an indication of uncooked zones and much more. Due to this, the operator's duty has the most complete information as a state of the object (put on guard, removed from protection, anxiety, etc.) and the technical condition of the equipment (the battery is discharged, there is no 220V, the telephone line is defective, etc. .).
