CASTLE 1700 iD Alarm Spezifikationen

1700 ALARMCONTROL SYSTEMINSTALLATIONINSTRUCTIONSThis information is relevant to systems fittedwith Issue 2.7 (or later) System SoftwareBona fide al

6 Installation6.1 The End Station6.1.1 Mounting the UnitRemove the four fixing screws from the front cover and lift off the panel front.Decide on the

6.1.4 Mains ConnectionMains connection should be made by a qualified electrician, in accordance with theElectrical Wiring Regulations (BS.7671).A goo

6.1.8 Remote SignallingA connector on the End Station pcb enables a communicating device to be wired. Thisis done by means of a loom (cat. CT.1105). T

6.1.8.3 Misoperation (Abort) SignallingMisoperation (abort) signalling is available by removal of the Code 3 intruder signal, inconjunction with Set

6.2 The Remote Keypad 6.2.1 Mounting the unitOpen the hinged cover on the front of the housing, and remove the single fixing screwat the right hand si

6.3 Powering UpPower should be applied from the Mains first, then the standby battery connected.The standard housing will accommodate batteries up to

7 Wiring the System7.1 Remote Keypad wiringAdditional keypads wire in parallel.KEYPAD ADDRESS CODINGEach Keypad must be address coded by having ONE of

7.2 Remote Keyswitch WiringA remote keyswitch may be fitted the system, and wired to the 'Keyswitch' terminalson the End Station pcb as foll

7.4 Detection Wiring7.4.1 An introduction to iDiD The iDiD (intelligent device) is not a detection device, but a means of interfacingdetection devices

7.4.3 WiringEach device is connected in parallel across the two wire sensing line, which suppliesthe voltage from which the devices operate. The conne

Section Page1. Introduction ... 4...1.1. The Company and its Qual

7.4.4 DetectorsDetector manufacturers supply products which are directly iDiD compatible, either bycontaining a special socket for an iDiD device t

7.4.6 ConnectionsAbsolute parallel wiring makes iDiD installation easy, quick, neat, and cost effective. Figure 2 shows an iDiD 'WIRED' b

In the event of difficulty making connections, or housing the biscuits, special iDjunction boxes are available:iDiD 'T' For simple cable e

7.4.8 Recommended Cable DistancesIn normal circumstances, using standard screened alarm cable, a maximum distanceof 100 metres between the End Station

8 iDiD COMMISSIONING READINGSThe commissioning readings for detection circuits stipulated in BS4737 are notdirectly appropriate to an iD system. The f

9 Fault Finding iD iD Detection Systems9.1 Voltage levelsTo check voltage levels of the system, connect a DVM between L+ and L- terminals,set the syst

a) If zone 2 alone is in fault, the problem will be a tamper switch open, poorconnection, or faulty biscuit at zone 2.b) If zones 2, 4, 7 and 12 all s

10 Programming the System The system requires certain information to be programmed into the memory in orderfor it to function. The engineer should fam

10.1.1 Zone Programming Command 1x#The 1700 Control Panel is despatched from factory with all circuits 'isolated' andawaiting pr

10.1.1.1 Programming English Text Zone Descriptions (Liquid Crystal Display Systems only)At the appropriate stage of zone programming, as described a

Section Page9. Fault Finding iD iD Detection Systems ...24...9.1. Voltage levels ...

10.1.2 Set Exit Mode and Time Command 21#The exit mode to be used for the system, and the required exit time are programmedas follows:Acti

10.1.4 Bell Duration and Bell Delay Commands 23# and 24#The Bell Duration and Delay times are programmed as follows:Action Text Display 7-Segme

10.1.7 Sounder Options Commands 31# to 34#The options available are:Strobe flash (approx. 5 secs) to confirm exitSounders continue after bel

10.1.9 Assign Outputs Commands 50# and 51#The programmable outputs may be programmed as follows:Action Text Display 7-SegmentDisplayEnter 50# (

10.1.11 Misoperation (Abort) Signalling Command 62#The system provides a measure of protection for the operator who makes a mistakein the Entry proced

10.1.13 Select Keypads Command 65#Action Text Display 7-SegmentDisplayEnter 65#Site OptionsRem keypads 11 1 keypad onlyenabledUse number key (0 to 3)

10.1.15 Keypad Alerts Command 68#This function enables the 'Simple Set' options to be used, and an additional range ofwarning signals to be

10.1.17 View System Logs Command 81#The system logs are displayed in chronological order, starting with the most recent.The information is accessed as

Alarm or Trouble EventsAn Alarm event records information relevant to an alarm condition, a Trouble eventrecords information relevant to a fault condi

10.2 Engineer TestsThe following tests are available to the Engineer whilst setting up the system:10.2.1 Output Tests Commands 71#,

Section Page13. Manager Functions ... 44...13.1. Changing Codes ...

10.2.3 Walk test Command 77#Action Text Display 7-SegmentDisplayEnter 77#Walk testZone 00' .'When a detector isactivatedWalk testZone 022 So

11 Notes for Guidance11.1 System Measurements11.1.1 System VoltageShould be set to 13.8v DC to allow the standby batteries to charge at correct volta

11.3 Volume ControlThe speaker output signals are generated at the following volume levels:Alarm HighMaximum output level - notadjustableFire HighEntr

4. AlarmThis output is triggered by an alarm which generates a code 3 digicom signal.5. Pulse on Chime11.5 BABT ApprovalThe 1700 System is approved f

12 System OperationFull details of the operation of the system are described in the "1700 OperatingInstructions" - available to suit either

13 Manager FunctionsThe following functions are available through the Manager menu:Change User CodesChange Manager CodeWalk TestBell TestDisplay and P

14 System SpecificationsDesigned to form the heart of an intruder alarm system complying with BS.4737. Fullycompliant with requirements of ACPO policy

15 Accessories for the 17001000 Keypad - Liquid Crystal Display (Cat No. CT.1030 ) NOT suitable for use with End Station pcbs of Issue 1, fitted

16 Printed Circuit Boards16.1 The 1700 Keypad The 1700 Control Printed Circuit BoardTerminalsAddress321KeypadnumberingswitchesD'comConnectorNVMF

APPENDIX A: SUMMARY OF PROGRAMMING COMMANDS:Programme Zones 1x# x = number of zoneExit mode and time 21#Entry time 22#Bell Time 23#Bell Delay 24#Re-A

1. Introduction1.1 The Company and its Quality StatementCastle Care-Tech Ltd. is an independent British Company, established in 1973,specialising in t

1. System Electrical Characteristics at CommissioningCondition: SystemVoltageSystemCurrentBattery voltage*Battery ChargecurrentAC Noise iD voltage lev

3. Timer Options (See 10.1.2 to 10.1.5)Program Function Selection Options:21 Exit Mode Timed or TerminatedExit Time Seconds22 Entry Time Seconds23 Bel

Castle Care-Tech Ltd.INSTRUCT-34

2 Marking DirectiveThis product complies with the requirements of the EMC Directive (89/336/EC) andthe Low Voltage Directive (73/23/EC and 93/68/EC)An

4 Electromagnetic CompatibilityWhilst this product has been designed to meet, or exceed, all relevant emission andsusceptibility standards, this canno

4.1.5 AC Noise After installing cables, measure the AC voltage between mains earth and 12v supply.If more than 1v is measured, AC Noise filters should

5 The SystemThe Care-Tech 1700 consists of an 'End Station' with blank lid, controlled fromRemote Keypads (up to three) or optional remote k