BS 9263-2016 Intruder and hold-up alarm systems Commissioning maintenance and remote support Code of practice《侵入和抢劫警报系统 调试 维护和远程支持 实施规程》.pdf
《BS 9263-2016 Intruder and hold-up alarm systems Commissioning maintenance and remote support Code of practice《侵入和抢劫警报系统 调试 维护和远程支持 实施规程》.pdf》由会员分享,可在线阅读,更多相关《BS 9263-2016 Intruder and hold-up alarm systems Commissioning maintenance and remote support Code of practice《侵入和抢劫警报系统 调试 维护和远程支持 实施规程》.pdf(20页珍藏版)》请在麦多课文档分享上搜索。
1、BS 9263:2016Intruder and hold-up alarmsystems Commissioning, maintenance andremote support Code of practiceBSI Standards PublicationWB11885_BSI_StandardCovs_2013_AW.indd 1 15/05/2013 15:06Publishing and copyright informationThe BSI copyright notice displayed in this document indicates when the docum
2、entwas last issued. The British Standards Institution 2016Published by BSI Standards Limited 2016ISBN 978 0 580 93636 4ICS 13.310The following BSI references relate to the work on this document:Committee reference GW/1/2Draft for comment 16/30338904 DCPublication historyFirst edition, August 2016Ame
3、ndments issued since publicationDate Text affectedBS 9263:2016 BRITISH STANDARDContentsForeword ii0 Introduction 11 Scope 12 Normative references 13 Terms, definitions and abbreviations 24 Security of communications for remote support and remote systemchecks 45 Inspection, functional testing and com
4、missioning 56 Preventative maintenance 67 Corrective maintenance 88 Remote support 89 Documentation, audit trail and records 9AnnexesAnnex A (normative) Commissioning of an I2) at a pre-programmed time for scheduled remote system checks.b) Manual, on site: A user or alarm company service technician
5、manuallyinitiates a connection from the Ior2) initialization of connection is confirmed by a user or alarm companyservice technician on site;NOTE 1 Use of this method at Grade 4 is only permitted if informationsecurity measures are in place (see 4.5).d) Manual, remote with PSTN or ISDN ring-back: Re
6、mote service personnelmanually initiate a connection from a secure computer to the Ib) remote service personnel log out of the communications software runningon the secure computer before allowing others to use it or leaving itunattended; andc) access to the secure computer/communications software i
7、s promptly barredto personnel leaving employment.4.4 Authentication of communicationBefore data is exchanged between the secure computer and the Ib) detailed records of the checks undertaken and the results;c) details of any changes made to system configuration;d) the identity of personnel carrying
8、out the work;e) identification of the secure computer used in any dialogue;f) details of any temporary disconnection including date, time and reason forthe disconnection and subsequent reconnection;g) the identity of the user/client authorizing such changes/disconnections; andh) monthly and annualiz
9、ed performance records of all preventativemaintenance.NOTE See also Annex B.BRITISH STANDARD BS 9263:2016 The British Standards Institution 2016 9Annex A(normative)Commissioning of an Ib) tamper detection;NOTE 1 Check at least one tamper for correct operation through to the CIE.c) setting and unsett
10、ing;NOTE 2 Offer user(s) refresher system operation training, if required.d) entry and exit procedures;e) power supplies, including any APS;NOTE 3 See Annex C.f) functioning of detectors and HDs;g) environmental conditions for adverse effects;h) operation of WDs;NOTE 4 Operation of self-powered WDs
11、includes removal of hold-off voltage.i) operation of ATS (all paths);j) visual inspection for potential problems (electrical and physical).The equipment should be correctly reinstated after testing.B.3 Remote system checksRemote system checks should include the following:a) interrogate event record
12、and take appropriate corrective action;NOTE 1 This might require a site visit.b) where applicable, check the system has been set and unset;NOTE 2 This can be taken from the event record.c) check no adverse tamper or fault conditions exist on the system where thesystem has this capability;d) check an
13、y alarm circuits that are on soak test;e) check any alarm circuits that are inhibited/isolated;f) ensure time and date of clock are correct, update if required;g) check PPS is available;h) check health of any APS;i) check that “frequently used” detectors are operating;j) check operation of ATS (all
14、paths).BRITISH STANDARD BS 9263:2016 The British Standards Institution 2016 11Annex C(informative)Calculation of standby battery capacityC.1 GeneralTo calculate the battery capacity, it is necessary to take two current readings:a) the current when there is no alarm present. This is known as the quie
15、scentcurrent; andb) the current when in alarm with all WDs and ATE activated. This is known asthe alarm current.NOTE 1 The two different readings are required as the standby battery needs to becapable of providing power for the required duration including two periods whenthe system is in a full alar
16、m condition.NOTE 2 Each alarm period can have WDs activated for 15 min.(see BS EN 50131-1:2006+A1:2009, 8.6)C.1.1 Example of time period required in quiescent and alarm conditionIf the required standby period is 12 h, as required at Grade 2, then the batteryneeds to be capable of providing sufficien
17、t power for 11.5 h at the quiescentcurrent +0.5 h (2 15) min at full alarm current.NOTE 1 If the standby period was 24 h then the time periods would be 23.5 hquiescent and 0.5 h in alarm.The battery capacity can then be calculated as follows:C = 1.25 (I1 T1) + (I2 T2)where:C minimum capacity of batt
18、ery in Ampere hours (Ah)1.25 ageing factor (this represents a 25% deficit in battery life overthe expected life of the battery)I1 Quiescent current (A)T1 Quiescent standby time (h)I2 Alarm current (A)T2 Alarm standby time (h)NOTE 2 This calculation assumes that the control equipment and associated P
19、SUsare type A (as described in BS EN 50131-1:2006+A1:2009), i.e. mains supply, and analternative power source recharged by the control equipment/ PSU, where thealternative power source is a lead acid battery.BRITISH STANDARDBS 9263:201612 The British Standards Institution 2016C.1.2 Example of batter
20、y calculationA Grade 2 intruder alarm system with a quiescent current of 250 mA, alarmcurrent of 750 mA (from above the standby period is 12 h with an assumedperiod of 30 min in alarm condition):Quiescent load =I1T1= 0.25 11.5 = 2.875 AhAlarm load =I2T2= 0.75 0.5 = 0.375 AhC= 1.25 (2.875 + 0.375)C =
21、 1.25 3.25C = 4.06 AhThe next highest available battery is to be used.C.2 Measuring current on a I&HASC.2.1 Example measurementAn example of how to measure the quiescent current and alarm current of atypical intruder control panel is given in C.2.2 and C.2.3.C.2.2 Quiescent current (non-alarm condit
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