This standard specifies the functional, performance and test requirements for anti-theft alarm controllers used in and around buildings. This standard applies to the production and inspection of anti-theft alarm controllers for wired systems. This standard does not include the loading and unloading of system data between the anti-theft alarm controller and the remote monitoring station. GB 12663-2001 General technical conditions for anti-theft alarm controllers GB12663-2001 Standard download and decompression password: www.bzxz.net

GB 12663--2001
All technical contents of this standard are mandatory. Preface
Preface
This standard is a revision of GB12663--1990 "General Technical Conditions for Anti-theft Alarm Controllers". This standard refers to the British LPS120o "Controland indicating equipment for intruder and hold-up alarms (Controland indicating equipment for intruder and hold-up alarms) January 1994 first edition". Compared with the previous version, this standard has the following important technical content changes: 1. This standard has greatly expanded the product functions, introduced the most advanced international requirements, expanded the coverage of the standard, and divided the products into three levels.
2. This standard quotes the latest version of the national electromagnetic compatibility standard that is equivalent to international standards, and selects appropriate severity levels to be in line with international standards;
3. This standard sets out product safety requirements Expanded; 4. The requirements for product marking are higher and more specific, which is conducive to product standardization. This standard will replace GB12663-1990 from the date of implementation. Appendix A and Appendix B of this standard are appendices to the standard. This standard is proposed by the Ministry of Public Security of the People's Republic of China. This standard is under the jurisdiction of the National Security Alarm System Standardization Technical Committee. This standard is drafted by the Safety and Police Electronic Product Quality Inspection Center of the Ministry of Public Security. The main drafters of this standard: Liu Yeqing and Li Xiulin. This standard was first published in December 1990 and revised for the first time in 2001. 592
1 Scope
National Standard of the People's Republic of China
General technical conditions for burglar-alarm control units
|Replaces GB12663-1990
This standard specifies the function, performance and test requirements for anti-theft alarm controllers used in and around buildings. This standard applies to the production and inspection of anti-theft alarm controllers for wired systems. This standard does not include the loading and unloading of system data between the anti-theft alarm controller and the remote monitoring station. 2 Referenced standards
The provisions contained in the following standards constitute provisions of this standard by being quoted in this standard. At the time of publication, the editions indicated were valid. All standards are subject to revision and parties using this standard should explore the possibility of using the latest version of the standard listed below. GB191-1990 Packaging, storage and transportation pictorial mark
GB4208--1993 Shell protection level (IP code) (eqvIEC60529-1989) GB/T11463--1989 Electronic measuring instrument reliability test GB/T15211-1994 Alarm system environment Test GB16796-1997 Safety requirements and test methods for security alarm equipment GB/T17626.2--1998 Electromagnetic compatibility test and measurement technology electrostatic discharge immunity test (idt IEC 61000-4-2:1995)
GB /T 17626.3—1998
Electromagnetic compatibility testing and measurement technology
(idt IEC 61000-4-3:1995)
GB/T 17626.4—1998
Electromagnetic compatibility Testing and measurement technology
(idt IEC 61000-4-4:1995)
RF electromagnetic field radiation immunity test
Electrical fast transient burst immunity test||tt ||GB/T 17626.5—19991
Electromagnetic compatibility testing and measurement technology
Surge (impact) immunity test
(idt IEC 61000-4-5:1995)| |tt||Electromagnetic compatibility test and measurement technology Immunity to voltage dips, short interruptions and voltage changes GB/T 17626.11---1999E
Test (idt IEC 61000-4-11:1994) 3 Definitions
This standard recommends the following definitions.
3.1 Porcelain-proof alarm controller burglar-alarm control units are used in intrusion alarm systems to implement equipment for setting alerts, releasing alerts, judging, testing, instructing, transmitting alarm information, and completing certain control functions.
3.2 User user
The operator authorized to operate the anti-theft alarm controller. 3.3 Remote monitoring station (RMS) A remote center manned day and night that can receive and process status information from one or more anti-theft alarm systems. Approved by the General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China 2001-11-16 2002-08-01 Implementation
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3.4 ??Alarm alarm
Warning of danger to life and property. 3.5 Alarm state alarm conelition
GB12663-2001
A state of the anti-theft alarm controller caused by responding to the presence of danger. 3.6 Alarm signal alarm signal
is a signal generated by the detector in response to the presence of danger. 3.7 Alarm warning device
A sound device that indicates that an alarm state has occurred. 3.8Notification
The process of transmitting alarm, tamper or fault information to the alarm and/or remote monitoring station. 3.9 Detector circuit detector circuit
A circuit composed of one or more detectors connected to the anti-theft alarm controller 3.10 Set the alarm set
to make part or all of the anti-theft alarm controller alarm for intrusion The detection loop is in operation capable of notifying an alarm state. 3.11 Unset
The operation of placing part or all of the intrusion alarm detection circuit of the anti-theft alarm controller in a state where the alarm cannot be announced. 3.12 Duress/panic code
is a special password that can be used to release the alarm state of the anti-theft alarm controller when being threatened by an intruder. Using this password, the alarm can be released normally. But at the same time, the duress alarm information is sent to the remote monitoring station. 3.13 False alarm of burglar-alarm control units. In addition to the alarm signal required by the design, the anti-theft alarm controller Alarms generated by certain sensitive components in response to environmental conditions. 3.14 Tamper alarm tamper alarm
The alarm caused by triggering the tamper detection device. 3.15 Anti-tamper detection tamper detection is the detection of intruders deliberately interfering with the alarm system. 3.16 Exit/entry delay exit/entrydelay is usually the delay time set from triggering the detector to triggering the alarm when the user exits the area. This time is enough for the user to exit or enter normally without causing an alarm state.
3.17 Delay alarm delay alarm
An alarm caused by the user failing to exit normally or enter the delay zone. 3.18 Emergency alarm hold-upalarm
The alarm is triggered intentionally when the user subjectively judges that he is being hijacked or robbed or in other critical situations. 3.19 Transmission delay alarm hancloverdelayalarm transmission delay detection loop input alarm. When the delay alarm detection circuit is triggered first, and then the transmission delay alarm detection circuit is triggered, the detection circuit is a delayed alarm; when the transmission delay alarm detection circuit is directly triggered, the detection circuit is an instant alarm. 3.20 Fault condition is a state that is inconsistent with the requirements of the corresponding standard. 3.21 Fault signal fault signal
A signal caused by a fault.
3.22 indication
A signal that the user can see and hear.
3.23 Event recording records the state change information that occurs during the work process. 594
3.24 Reset resetting
GB 12663-2001
The operation of restoring the actual state of the anti-theft alarm controller to the initial state. 3.25isolated
is a setting for the intrusion alarm detection circuit. The intrusion alarm detection circuit in this state cannot notify the alarm. This state remains until manual reset.
3.26 Temporary isolation inhibited
A setting for asking for directions for intrusion alarm detection. The intrusion alarm detection circuit in this state cannot notify the alarm. This state is automatically reset when the alert is lifted.
3.27 Auxiliary control equipment (ACE) ancillary control equipment is placed far away from the anti-theft alarm controller and performs some functions of the anti-theft alarm controller. 3.28 Interconnection
Use a cable containing one or more wires to connect a device to other devices. 3.29 Alarm transmission system (ATS) alarm transmission system is a system used by the anti-theft alarm controller to transmit one or more alarm status information to one or more remote monitoring stations. 4 Protection function classification
The anti-theft alarm controller is divided into three levels: A, B, and C according to the protection function level. Level A: a lower protection function level;
Level 13: a general protection function level;
Level C: a higher protection function level.
5 Technical requirements
5.1 Appearance and mechanical structure requirements
5.1.1 Appearance
5.1.1.1 The outer dimensions of the casing should comply with the drawings. 5.1.1.2 The surface of the non-metal casing should be free of cracks, fading, permanent stains, and no obvious deformation or scratches. 5.1.1.3 The surface coating of the metal casing must not reveal the underlying metal, and there is no blistering, corrosion, scratches, coating peeling, sand holes, etc. 5.1.2 Mechanical structure
5.1.2.1 The chassis cover or door of the anti-theft alarm controller should have a locking device, and there should be an anti-tamper detection device inside the machine. 5.1.2.2 In addition to the alarm and setting release devices, alarm buttons and indicators on the control panel, any other operating mechanism that will affect the function should be installed in the casing, and the control mechanism should be flexible and reliable. 5.1.2.3 The chassis design should make reliable arrangements for backup power supply. 5.1.3 Marking
5.1.3.1 The anti-theft alarm controller should have clear and permanent markings. 5.1.3.2 The product should have the following product marks: ·Manufacturer name or company name;
Product brand or model;
Serial number or batch number;
Functional protection level; ||tt ||Date of production;
Power supply rating, that is, normal operating voltage, current and frequency; a rated current of the fuse device.
If the above content cannot be marked on the product, it should be given in the instruction manual. 595
GB 12663-2001
5.1.3.3 All manual control devices should clearly indicate their purpose; corresponding characters or numbers should be marked near the terminals, and the wires should be numbered, colored or otherwise logo. 5.1.3.4 The manufacturer's name or official name, product brand and model, product grade and power supply rating, that is, normal operating voltage, current and frequency, etc., should be durable, and the scratch resistance of the mark should comply with 4.3 of GB16796--1997. .2 requirements. 5.1.4 Mechanical strength
The casing of the anti-theft alarm controller and auxiliary control equipment should be able to withstand a collision of 0.5J on each surface that can be normally contacted. There should be no state changes or false alarms during the collision. It should meet the requirements of 5.1.6 and function normally. 5.1.5 The firmness of the terminals and lead wires
The internal terminals of the anti-theft alarm controller should have measures to prevent the pressing plate from rotating and loosening, and the pressing wires should be firm and reliable. 5.1.6 Housing protection level
After the anti-theft alarm controller and auxiliary control equipment are installed in accordance with the instructions of the manufacturer and/or alarm company, the housing protection level shall comply with the IP30 requirements in GB 4208--1993.
5.2 Functional Requirements
5.2.1 Interconnection Monitoring and Indication
5.2.1.1 Interconnection Monitoring
The anti-theft alarm controller shall be able to monitor the following interconnected devices : a) Intrusion detector, Class A, Class C and Class C requirements; b) Anti-tamper alarm device, Class A, Class B and Class C requirements; c) Alarm, Class A, Class B and Class C requirements; d ) Emergency alarm device, Class B and C requirements; e) Alarm transmission equipment (when it is independent of the anti-theft alarm controller), Class B and C requirements; f) Auxiliary control equipment (this only refers to the extended anti-theft device used in a decentralized manner) Alarm controller, access management equipment, elevator management equipment, other property management equipment, etc.), Level C requirements
5.2.1.2 Instructions
Anti-theft alarm controller should have the following instructions: a) Alarm status:
(1) Intrusion alarm status, level A, B, and C requirements: (2) Anti-demolition alarm status, level A, B, and C requirements; (3) Anti-vandal alarm status, A Level, B, and C requirements; (4) Emergency alarm status, Level B and C requirements; (5) Requirements to distinguish what kind of alarm status it is. In the case of dispersed use of equipment, at least one piece of equipment must have the above instructions, Level C requirements.
b) Main power supply (AC) status, Class A, Class B, and Class C requirements; C) Backup power supply (DC) IF. Class A, Class B, and Class C requirements; d) Set alert/release Alert state, requirements for levels A, B, and C; e) Delay state, requirements for levels A, B, and C; f) Fault state, requirements for levels B and C;
g) Isolation/ Temporary isolation, required by level B and level C; h) Failure to transmit information, required by level C.
5.2.2 Setting the alarm and disarming the alarm
5.2.2.1 Setting the alarm and disarming the device The anti-theft alarm controller should have a device for setting the alarm and disarming the alarm. They can be mechanical keys or remote controls or PIN pads or card readers or other devices.
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The key quantity of the mechanical key must be at least 103 combinations; the key quantity of the keyboard password must be at least 104 combinations; the key quantity of the remote control device must be at least GB 12663—2001
50,000 combinations, the remote control transmission frequency, remote control distance, etc. should be shown in the product standards, and should comply with the relevant regulations of national radio management;
The number of card reading device keys must be at least 226 combinations. 5.2.2.2 Password
a) Password should distinguish user password and programming password; user password should have different authorization levels; only programming password can set and modify the configuration parameters of anti-theft alarm controller according to Level B and C requirements. b) In addition to setting the alarm and releasing the alarm control, the user password also allows the operation of other related control commands, but it cannot affect the judgment and transmission of the alarm status; the programming password also allows the operation of other related control commands, but cannot affect the alarm status. The judgment and transmission of maintenance signals should be transmitted to the remote monitoring station when operating using programmed passwords, Level C requirements. 5.2.2.3 Setting the alarm
a) The anti-theft alarm controller should be able to use the authorization device and/or user password in 5.2.2.1 to set the alarm, or use a single button to quickly set the alarm.
b) When the anti-theft alarm controller sets the alarm (except when using the remote control or door lock key), there should be an exit delay. During the delay, instructions should be given. It can also be terminated with an exit from outside the protected area. Device end delay; exit delay should be 100s or adjustable (1s~255s). c) If the alert setting is unsuccessful, corresponding instructions should be given. 5.2.2.4 Set up alert categories
a) Set up alerts for all intrusion alarm detection circuits, Level A, B, and C requirements; b) Set up alerts for some or all intrusion alarm detection circuits, Level B and C requirements ;c) Isolate/temporarily isolate the intrusion detection circuit, requirements of Level B and C; d) Set alerts regularly, requirements of Level B and Level C; e) Set mandatory alerts, requirements of Levels B and C, 1) Set alerts regularly When the timer is about to expire, the anti-theft alarm controller should be able to issue a warning, and should be able to accept the user's warning command to set the warning in advance or delay, Level C requirements. 5.2.2.5 Set alert conditions
a) Under alarm conditions, the alert cannot be set, which is required by level A, B, and C; b) When the intrusion detection circuit is abnormal, (1) the alert cannot be set, A Level, Level B, and Level C requirements, (2) Alerts can be set compulsorily, Level B and Level C requirements;
c) When either the main power supply (AC) or the backup power supply (DC) fails, ( 1) Alerts can be set, requirements for level A and B, (2) Alerts cannot be set, requirements for level C;
d) When the alarm transmission system fails, (1) Alerts can be set, requirements for level B, (2) ) Alarm cannot be set, level C requirements, e) Alarm cannot be set when there are other detected faults that affect the operation of the anti-theft alarm controller, level B, level C requirements. 5.2.2.6 Release the alert
a) The alarm state of the anti-theft alarm controller can only be released with the device authorized in 5.2.2.1 and/or user password, valid card, etc. It cannot be done with a single button on the control panel. Release the alert; b) Before releasing the alert (except using the remote control or door lock key), there should be an entry delay, and instructions should be given during the delay; the entry delay should be 40 s or adjustable (1s ~ 255s ).
5.2.2.7 Alarm release conditions
a) When the user password is used to set the alert, the user password can only be used to release the alert; when the programming password is used to set the alert, both the user password and the programming password can be used to release the alert Alert, Level B and C requirements; b) Timed release of alert, Level B and C requirements; c) Alert or release of auxiliary control equipment should be controlled by the anti-theft alarm controller, and cannot be released with a single button, Level C 597
requirement.
5.2.3 Alarm
GB 12663-2001
Anti-theft alarm controller should be able to receive alarm signals and generate alarms. 5.2.3.1 Alarm input classification
a) Instantaneous alarm
After receiving the alarm signal from the intrusion detector: immediately generate an alarm indication, Class A, Class B, and Class C requirements; one by one should be able to Send alarm signals to remote monitoring stations (the previous item may not be required at this time), required by Level B and Level C. b) Anti-tamper alarm
includes two aspects. First, the anti-theft alarm controller should have an interface that can receive the detector’s anti-tamper alarm signal. Second, the anti-theft alarm controller and its auxiliary equipment should be installed in the cabinet. Anti-tamper detection device inside the cover; when the cover of the detector or anti-theft alarm controller is opened or when the anti-theft alarm controller is moved away from the installation surface, it should not be affected by the state of the anti-theft alarm controller and AC power outage, and provide 24 hours Anti-tamper alarm. (1) When the alert state is lifted, local anti-demolition alarm instructions should be given. Class A, B, and C requirements: (2) When the alert state is set:
1) Local anti-tampering alarm instructions should be given. Demolition alarm indication, Level A requirements; 2) Local anti-demolition alarm instructions should not be issued, but alarm signals or anti-tampering status signals should be sent to remote monitoring stations, Level B and C requirements.
c) Anti-vandal alarm
(1) When the alarm detection circuit interconnected with the anti-theft alarm controller is open or short-circuited, an alarm should be issued immediately. When the alarm detection circuit is resistive, and When any resistive load is connected, an alarm should be issued immediately or the normal alarm function of the anti-theft alarm controller should not be damaged, which is the requirement of Class A, Class B and Class C.
(2) When the interconnection line between the anti-theft alarm controller and the auxiliary control equipment is open or short-circuited, an alarm should be issued immediately, which is a Class C requirement. (3) When incorrect passwords are entered several times in a row, the input should be rejected (the number of rejections and time can be set). The remote control and valid card should be able to prevent copying, which is a level C requirement.
d) Delayed alarm
Class A, B and C requirements.
e) Emergency alarm
is not affected by the state of the anti-theft alarm controller and AC power outage, and provides 24h emergency alarm. Emergency alarm can only send alarm signals to remote monitoring stations, Class B and Class C requirements.
f) Delivery delay alarm
Level B, Level C requirements.
g) Duress alarm
When the user is coerced and uses the duress password to cancel the alarm, the anti-theft alarm controller should be able to normally cancel the alarm and at the same time send a duress alarm signal to the remote monitoring station, Level C requirements.
h) Should be able to set and modify the attributes of the detection loop alarm input, Level C requirements. 5.2.3.2 Alarm input signal
a) The alarm response time is less than 5S, required by level A, B, and C; b) When the alarm input signal is a switch (including other inputs required by the auxiliary control equipment) activation signal), its response should comply with the requirements of Table 1, Class B and C requirements:
c) When the alarm input signal is a digital quantity (including other activation signals required by the input control equipment), The response is given by the enterprise standard: d) There should be an alarm pulse count setting function. Other processing methods are allowed to avoid false alarms caused by instantaneous interference, Level C requirements; e) When the anti-theft alarm controller receives other activation signals required by the auxiliary control equipment, it should not cause false alarms or missed alarms, Level C requirements.
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Signal duration
200ms
GB 12663—2001
Table 1 Response requirements for alarm input signals
Response requirements
No response (avoid instantaneous interference)
Between 200ms～800ms
>800 ms
5.2.3.3 Alarm indication
Optional response| |tt||Must respond
Alarm indications can be divided into visible indications (including light and character graphic indications) and audible indications. Visible and audible alarm indications can be simultaneous or different.
a) Visible alarm indication
(1) The visible alarm indication should be able to indicate the location where the intrusion occurred, and should remain until manual reset to disappear. The visible alarm indication on the intrusion detection loop lasts , when other intrusion detection circuit alarm signals are input, corresponding visible alarm instructions should be issued. When multiple intrusion alarm detection circuits alarm at the same time, any alarm indication should not be missed, level A, B, C level requirements. (2) For intrusion alarm detection circuits, each detection circuit can use an independent visible indicator or share a character graphic indicator. The requirements are as follows:
All visible indicators should clearly indicate their meaning, the writing or symbols should be clear, and the visible indicator should be red when it is a light, Class A, B, and C requirements;|| tt||When there are multiple alarms, the character graphic indicator should be able to automatically scroll and display the alarm detection circuit and its alarm attributes. The display should last for 30s. Level C requirements:
Character graphic indicator, Automatically turns on when entering the password, automatically turns off at a scheduled time, the background light should be adjustable, Class C requirements; the visible indication should be clearly distinguishable at a distance of 0.8m from the indicator under the condition of ambient illumination of 100I.x~~500Lx, Class A, Class B and C requirements.
b) Audible alarm indication bzxz.net
Audible alarm indication allows automatic reset, the duration is fixed or adjustable, the fixed duration is not less than 5min, the maximum adjustable duration should be greater than 20min, visible alarm During the duration of the instruction, when the intrusion alarm signal is input again, the audible alarm instruction should be re-issued, which is required by Class A, B and C.
5.2.3.4 Alarm sound pressure
When the alarm is installed inside the anti-theft alarm controller, the alarm sound pressure should not be less than 80dBA; when the alarm is installed outside the machine, the alarm sound pressure should not be less than 100dBA.
5.2.3.5 Alarm output
a) The anti-theft alarm controller should have alarm voltage output or output contacts, and its voltage value or contact capacity should be indicated in the product standard. Class A, Class B, Level C requirements;
b) The anti-theft alarm controller should have an alarm output expansion interface, Level C requirements. 5.2.3.6 Alarm scene sound review
If the anti-theft alarm controller has the alarm scene sound review function, it should be automatically started after the alarm occurs and automatically shut down after the alarm review is confirmed. It cannot be started automatically in the absence of an alarm. Alarm scene sound review function. 5.2.4 Fault detection, indication, notification functions and sound pressure requirements. 5.2.4.1 Fault detection
a) Should be able to detect main power failure, Level B requirement; b) Should be able to inspect main power failure and backup power failure at least once every 24 hours, Level C requirement; c) Should be able to Detecting faults such as DC undervoltage in clocks and interconnecting equipment, Level C requirements; d) The anti-theft alarm controller should be able to detect the following software faults and give a fault alarm within 5 seconds of the fault. Class B and C requirements. (1) Any inspection process of the anti-theft alarm controller is abnormally interrupted; 599
(2) A fault occurs in the software processor;
(3) The detection program detects an error in the memory . 5.2.4.2 Fault indication and notification
a) In the off-alert state:
(1) Fault indication should be able to indicate, Level B requirements; GB 12663--2001
(2) The fault indication should be able to distinguish the type of fault and be maintained during the duration of the fault, which is a level C requirement. b) When the anti-theft alarm controller is fully set to the alert state: (1) No fault indication is required. Level B and C requirements; (2) When the alarm is released, past faults or prompts should be indicated, which is Level C requirement. Center) A 1h delay can be used from the occurrence of a power failure to the indication of a failure. When equipped with an auxiliary anti-theft alarm controller and powered by multiple main power supplies (AC), any main power supply failure shall be indicated, Class C requirements, d) The fault signal shall be transmitted to the remote monitoring station at any time, Class B, C level requirements. 5.2.4.3 Fault prompt sound pressure
Fault prompt sound pressure shall not be less than 60dBA.
5.2.5 Reset
a) Anti-theft alarm controllers with programming functions should have devices or means to restore factory settings, meeting Class B and Class C requirements. b) Using the programming password can only reset the audible alarm indication; using the user password can reset the visible alarm indication and cancel the alarm sent to the remote monitoring station. Level C requirements.
5.2.6 Event recording and transmission (Level C requirements) 5.2.6.1 The anti-theft alarm controller should have the following event records: a) alarm events;
b) fault events;
) Anti-tamper/anti-sabotage event;
d) Set alert/release alert event;
e) Reset event;
) Isolation/temporary isolation event;
g ) event of changing valid user password;
h) transmission failure event;
i) time adjustment event;
j) event of modifying software (including specific location data); k) main power supply Power outage event;
1) Backup power undervoltage event.
5.2.6.2 All records of the anti-theft alarm controller should include time: hour, minute, day, month, and the annual error of time shall not be greater than 15min. It should be able to store the latest 250 independent event records.
5.2.6.3 The anti-theft alarm controller cannot change the recorded content by normal or abnormal means. When the AC and DC power supplies are all out of power, the setting parameters and event records should not be lost for at least 30 days. Event records should be printable. 5.2.6.4 Event transmission function
The anti-theft alarm controller should have the function of transmitting event information to the remote monitoring station, and should be able to distinguish event attributes. 5.3 Power supply requirements
5.3.1 Power supply to the detector
The anti-theft alarm controller should be able to provide DC 12V~~15V working voltage when supplying power to interconnected intrusion detectors or auxiliary equipment. , under full load conditions, the voltage ripple coefficient is less than 1%. The rated value of the supply current should be specified in the product standard. 5.3.2 Power supply voltage adaptability
600
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