INSTALLATION GUIDE For products Gardtec 370 & 581
Contents INTRODUCTION Introduction..................................3 Tools Required...............................3 Other Equipment Required......................3 Safety......................................3 Legislation...................................4 What it Does.................................4-5 Planning Good Practices...............................6 Planning Your System..........................6-8 Fixing & Wiring Suggested Colour Codes........................9 Control Panel Fixing...........................10 Mains Wiring.................................10 Tamper Wiring................................11 PIR Fixing & Wiring............................12-14 Contact Fixing & Wiring.........................15-17 PA Button Fixing & Wiring.......................18-19 External Sounder Fixing & Wiring.................20-21 Gardtec 370 RKP Fixing & Wiring.................22-24 Commissioning Commissioning...............................25 Testing......................................25 Programming General Programming Flow Chart.................26 Programmable Options Table.....................27-29 Step by Step Programming......................30-38 Installation Notes Installation Notes..............................39
Introduction Welcome to the Gardiner Technology 370/581 Installation guide. This guide is aimed at people who have a good knowledge of DIY or trades people without specific knowledge of security system installation. A little time spent now reading this guide and planning your system will give you insight into how your security system works and save you time and problems throughout the installation. Tools Required The tools required for the installation are as follows. Electric Hammer Drill Terminal Screwdriver 6 Screwdriver Part I Introduction Cross Head Screwdriver Hammer 5.5mm Masonry Drill Bit 8mm x 400mm Masonry Drill Bit Step Ladders Ladders Other Equipment Required Apart from the equipment supplied in the kit you may also need. 3 Amp Unswitched Fused Spur Mains Cable or flex Safety With the exception of the control panel all devices operate at 12 volt. The mains connection to the control panel should be direct from the consumer unit via a 3 Amp Unswitched Fused Spur. If you have any doubt you should contact a qualified electrician to install this connection. Use safety goggles when drilling holes or hammering cable clips home. Ensure that Step Ladders and Ladders are safely secured. Page 3
Part I Introduction Use ear defenders when in close proximity to sounders that are capable of producing high volumes of noise. Before drilling holes into or through walls use a pipe/cable locater to check for cables, water pipes and gas pipes. If you do accidentally drill into a pipe or cable turn off the supply and contact a qualified electrician or plumber. Legislation Dependant on the area you live in you may need to inform the police that you have a security system fitted. Please check at your local police station for information. Local authority requirements usually concern external sounders. The control panel supplied in the kit is factory set to cut-off after twenty minutes, if required this may be reprogrammed. Please check with your local environmental health department if they have by-laws reducing the sounder activation times. What It Does In this section we give an explanation of what each part of the kit does Control Panel The control panel is the brains of the kit and is fully programmable to your requirements. Once programmed all the settings are stored in Non-Volatile Memory (NVM). Even if the control panel is powered down it will remember what settings you programmed into it and even if it was set or unset when it is powered back up again. Connections into the unit can be divided into two groups, Inputs (from detectors, tampers etc) and Outputs (To sounders strobe and other devices). The zone inputs are normally wired to detectors (PIRs, contacts, vibration sensors etc) and are normally closed. Any unused zones or tampers should be linked out. Dependant on the kit you have chosen control of the system will either be via an onboard twelve digit keypad or remote twelve digit keypad both having a twin seven segment LED display. The factory programmed engineer code is 1234 and is used to re-program the unit to your settings. The factory programmed user code is 5678 and used for operating the system. Remote Keypad If your kit contains a Gardtec 370 control panel it will also contain a Remote Keypad (RKP). Using an RKP allows the control panel to be fitted in a location that is easier accessibility for system wiring and the RKP location for operation convenience. The Gardtec 581 control panel may also be fitted with remote keypads that are available from your dealer. Page 4
PIR Detector A PIR detector (Passive Infra-Red) senses Infra Red emissions from the human body as it moves across the protected area. Once movement is detected a relay (switch) built into the PIR opens and, if the system is set activates the alarm. Care needs to be taken when choosing an area to be protected by a PIR as it will also detect pets that are moving within the area. More information on fitting PIRs is given later in this manual. Additional PIRs may be purchased for your system if required. Magnetic Contact A magnetic contact consists of two parts, the magnet and the switch and are suitable for fitting to windows and doors. The magnet is fitted to the opening side of the door or window and the switch is fitted to the frame side. The normal operating gap for contacts is 0.5 max. When the door or window is opened and the magnet moves away from the switch the contacts of the switch open and, if the system is set the alarm will activate. It is normal to fit a contact to the exit door of the premises. This is wired to a zone programmed as entry/exit on the control panel (zone 1 is factory programmed as entry/exit). This allows for a time delay when setting and un-setting the system. Additional magnetic contacts may be purchased for your system if required. Part I Introduction PA Button This is sometimes referred to as Panic Attack Button or Personal Attack Button. The PA button is wired into a zone that is programmed as PA on the control panel (zone 7 is factory programmed as PA). PA buttons are active 24 hours and will activate the system if pressed irrespective if the system is set or un-set. Additional PA buttons may be purchased for your system if required. Novagard External Sounder The Novagard external sounder provides the siren, strobe and SAB (Self Actuating Bell) functions for the system. In the event of an activation the siren will sound for the bell on time programmed into the control panel. In the event of this timer failing for any reason the Novagard will cut-off via its own built-in timer. The strobe circuit is not timed and will continue until the system is un-set. The SAB provides for maximum protection, for example if the wiring is cut to the Novagard it will sound via the built-in battery. Dummy Novagard boxes are also available from your dealer. 12 Volt Battery Dependant on the kit you have purchased it will contain a 12 Volt 2.6Ah or 12 Volt 3.0Ah battery. This battery is fitted within the control panel and will provide back-up power for your system in the event of a mains power cut. 6 Core Cable 100 metres of 6 core cable is provided for connecting the various devices to the control panel. UNDER NO CIRCUMSTANCES SHOULD THIS CABLE BE USED FOR MAINS WIRING. Page 5
Part II Planning Good Practices The vast majority of problems, including false alarms can usually be attributed to poor installation practices. The simple tips below will help to ensure that your security system will give reliable service for many years. Ensure mains and alarm wires are separated by at least 9 inches. When you must cross mains wires with alarm wires ensure you do so at 90 degrees. Do not make the mains connection to circuits that have fridges, washing machines and fluorescent lights on them. Do not point PIRs at external windows or in locations where light can be reflected on to the lens from glass or metal objects. Do not point or locate PIRs over heat sources such as radiators, Televisions, boilers etc. Do not use PIRs in locations where excessive heat or draughts might be expected such as conservatories and garages. In these instances consider using dual technology sensors. Do not use PIRs in areas where pets will be when the system is set. Fit the external sounder in a secure location as high as possible. Ensure all detectors are fitted to a good surface that is free from vibration. Do not store paperwork inside the control panel. Your security system is intended to enhance the security to your premises, not to replace your current security. Do not use devices intended for inside use outdoors. Planning Your System The key to installing a security system is planning. First consider the locations for the alarm components and how the wiring will route back to the control panel taking into consideration that the user will require access to the control panel if the keypad is onboard. Whenever possible try to conceal the wiring, not only does this look better it also adds to the security. Figs 1 & 2 show a typical domestic installation using a control panel with the keypad onboard. For an RKP system the control panel would be fitted under the stairs close to the consumer unit with the RKP adjacent to the front door. Page 6
Fig 1. Typical Installation (Downstairs) Zone 2 PIR Lounge Dining Room Zone 1 MC Hall CP Kitchen Fig 2. Typical Installation (Upstairs) Novagard MC Zone 3 Key: MC CP PA PIR Magnetic Contact Control Panel PA Button Passive Infra-Red In this installation the kitchen area has been left clear of PIRs to allow the family cat to stay in the kitchen when the system is set. Additional PIRs are available from your distributor if required. If an RKP was used on this system the control panel would be fitted under the stairs close to the mains consumer unit and the RKP would be fitted adjacent to the front door. Part II Planning Two zones are free on this system to allow for future expansion. Bedroom 1 Landing Zone 4 PIR Zone 7 PA Bedroom 2 Bathroom Zone 4 (Landing) removed on Part Set 1 Page 7
Part II Planning PIRs When choosing a position for the PIRs please refer to the Good Practices section (page 6). Poor locations for PIRs is one of the most common reasons for security system false alarms. Control Panel In most installations a large number of wires need to be wired back to the control panel. Unless they enter the control panel from say a cupboard at the rear (see Fig1) there is a great risk of them looking very untidy. Unless you wish to chisel out the wall and bury the wires (not usually an option), consider using plastic trunking. If you plan your system you will know how many wires are to be wired into the control panel, giving you some idea of the size of trunking required. To ensure reliable operation of your system we would advise that the mains cable is not run in the same trunking as the low voltage alarm wires. Contacts When planning the location of your contacts do not place them in a position where they may be vulnerable to accidental damage such as being kicked off or knocked off by the vacuum cleaner. Do not exceed the maximum operating distance between the two halves of the contact (normally 0.5 inch). External Sounder The location of the external sounder should be chosen with care. It needs to be as high as possible in a position where it can be seen under all lighting conditions. Ideal locations are on gable ends or under the eaves of the house. When choosing the location do not forget to plan how you will get the cable to it. Use a long masonry bit to drill through the wall this will avoid running the cable up the outside of the property ( a sure sign of a DIY job that may tempt burglars. Never try to drill a hole from each side of the wall, the chances of them lining up are slim. Page 8
Fixing & Wiring Because of the nature of security systems there is no standard for the colours of wires used. Throughout this section we will use the following colours:- For Wiring Detectors. Function Colour Label Used 12V Supply + (positive) Red Red 0V Supply - (negative) Black Blk Alarm Circuits Green & White Gre & Wht Tamper Circuits Blue & Yellow Blu & Yel For Wiring External Sounder Function Colour Label Used Part III Fixing & Wiring Supply + (positive) Red Red Supply - (negative) Black Blk Trigger - (SW-) Blue Blu Tamper Return (R) Yellow Yel Strobe - (STR-) White Wht Mains Wiring Function Colour Cable or Flex Label Used Positive + Red or Brown Red or Brn Negative - Black or Blue Blk or Blu Earth Copper or Green/Yellow Cop or Gre/Yel If you have any doubts about mains wiring consult a qualified electrician. These are only suggested wiring colours you are free to choose your own if required. Page 9
Part III Fixing & Wiring Control Panel Fixing 1) Dependant on the panel included in your kit un-screw the single lid retaining screw and remove/open the Lid. 2) Offer the base to the wall and mark at least three fixing points 3) Drill the wall and fix the base to the wall using suitable screws and plugs. Under no circumstances should you drill through the base. At this point do not tighten the unit to the wall, this will allow for cable entries as the installation progresses. Mains Wiring to Control Panel If you have any doubt about the mains wiring you should contact a qualified electrician. The unit should be connected to the mains supply via a 3 Amp unswitched fused spur (available from your supplier). Fig 3. Mains Connection Consumer Unit 3A Unswitched Fused Spur Control Panel Mains Terminal Block Control Panel Mains Terminal Block Using Cable Control Panel Mains Terminal Block Using Flex Fuse Fuse Red Cop Blk Brn Blu Gre/Yel Page 10
Tamper Wiring Control Panel The tamper wiring for the zones uses a system called global tamper wiring. This means that the tampers from all the detectors are wired in series and then connected to a single pair of tamper terminals. A simple way of achieving this is to use an eight way strip of terminal block as shown in Fig 4&5. below. Fig 4. Global Tamper Wiring (Using 7 zones) Blu Yel Cable from zone1 Detector Blu Yel Cable from zone2 Detector Control Panel Tamper terminals Blu Yel Cable from zone3 Detector + - TAMP Terminal strip Blu Yel Cable from zone4 Detector Blu Yel Cable from zone5 Detector Blu Yel Cable from zone6 Detector Blu Yel Cable from zone7 Detector Part III Fixing & Wiring Fig 5. Global Tamper Wiring (Using 5 Zones) Control Panel Tamper terminals + - TAMP Terminal strip Blu Yel Blu Yel Blu Yel Blu Yel Blu Yel Cable from zone1 Detector Cable from zone2 Detector Cable from zone3 Detector Cable from zone4 Detector Cable from zone5 Detector Page 11
Part III Fixing & Wiring PIR Fixing The surface that you intend to fix the PIR to should be firm and free from vibration. 1) Slacken the single cover fixing screw and remove the front cover of the PIR. 2) Unscrew the single Printed Circuit Board (PCB) retaining screw. 3) Remove the PCB and store in a safe place. 4) Three types of knock-outs are available in the base (see Fig 6). A B C Knock-outs for flat wall mounting. Knock-outs for corner wall mounting. Knock-outs for Cable entry Remove two mounting Knock-outs and one cable entry Knock-out Do not remove excessive Knock-outs as this will allow insects to enter the PIR and potentially result in false activations. 5) Offer the base to the wall and mark the drilling points. Under no circumstances should you drill through the base. 6) Offer the base to the wall pushing the cable through the Knock-out as you do so and fasten the base using the screws and plugs supplied with the unit. PIR Wiring 1) Strip approx 40mm of the outer sheathing from the cable. 2) Strip approx 3mm of the insulation from each core of the cable and twist each conductor. 3) Wire the unit as shown in Fig 7. using the following connections Terminal Cable Colour Label Used Alarm Green Gre Alarm White Wht OV Black Blk 12V Red Red Tamper Blue Blu Tamper Yellow Yel Note: Two terminals are marked Alarm and two marked Tamper Page 12
Fig 6. PIR Knock-out Locations Fig 7. PIR Wiring C C C C C B E A B E D B B C C A C C C Gre Wht Bla Red Blu Yel Once wiring is complete place the PCB in the required notch (see Fig 8) choosing the range from Position Range 1 12m+ 2 12m 3 6m 4 4.5m 5 3m Then tighten the PCB retaining screw. COU LED (MAX) 1 2 3 4 (MIN) 5 2 1 3 Part III Fixing & Wiring COUNT LED 2 1 3 Two jumpers are fitted to the PCB. LED2 (MAX) 1 2 3 4 (MIN) 5 COUNT This controls the number of times the unit will count a target before activating the unit. GARDINER TECHNOLOGY UK 01706 510000 ALARM 0V 12V TAMPER With the jumper on the bottom & centre pins the count is 1. With the jumper on the centre & top pins the count is 2 (default). With the jumper on the bottom pin the count is 3. LED If you wish to disable the LED remove the LED jumper. Page 13
Part III Fixing & Wiring Wiring PIR to Control Panel Fig 8. Wiring PIR to Control Panel. AUX 12V + - Red Bla AZ 1 to 7 as required + - Gre Wht Blu Yel TAMP + - Blu Yel Terminal strip Position of Blue & Yellow wires from detector to terminal block will differ. Refer to Figs 4&5 for greater details of tamper wiring In the above diagram AZ 1 to 7 refers to the zones on the control panel, you would choose the zone that you require for the PIR. The connection shown to the terminal strip for the tamper is for example only please refer to Figs 4&5 for greater details. PIR Commissioning Refer to Fig 7. for details of the jumper options available and choose the options you require. The factory default is LED on and Pulse Count 2, this should be suitable for most types of installation. Also adjust the range by positioning the PCB as shown in Fig 7. Re-fit the cover to the unit. Once the system has been powered up the PIRs will take up to two minutes to settle down. After this period you should walk-test the area taking note of the LED that indicates activation. If you need to adjust the range of the unit remove the cover and re-position the PCB, always re-fit the lens before walk-testing as this plays an important role in the operation of the unit. Page 14
Contact Wiring When wiring contacts the Red & Black cores of the cable are not used and should be cut off level with the outer sheathing of the cable. It is best to wire one contact on to a zone and this is shown in Fig 9. It is also possible to wire two contacts on to a zone but in the event of an activation through one of the contacts it will not be possible to determine the contact that caused the alarm. The wiring for two contacts on to a zone is shown in Fig 10. Fig 9. Contact Wiring. Gre Note: Red & Black not used Blu Yel Wht Part III Fixing & Wiring Fig 10. Two Contacts Wired on a Zone. Wht Yel Blu Gre Yel Gre Blu Wht Note: Red & Black not used Note: When wiring contacts the two silver screws are connected internally to the switch. The remaining brass screws are for termination only and have no internal connection. Page 15
Part III Fixing & Wiring Contact Fixing When fixing contacts the switch half of the contact should be fitted to the frame of the door or window and the magnet half should be fitted to the door or opening section of the window. Be careful when choosing a position for the contact that it cannot get accidentally damaged. The gap between the switch and magnet sides of the contact should be no greater than 0.5 inch. Special contacts are available from your supplier that are intended for use on patio doors and garage doors. Fig 11. Cable Knock-Outs Cable Knock-Outs,, Fig 12. Typical Location & Maximum Gap,, Max Gap= 0.5" Page 16
Wiring Contact to Control Panel Fig 13. Wiring Contact to Control Panel AZ 1 to 7 as required + - Gre Wht Blu Yel TAMP + - Blu Yel Terminal strip Refer to Figs 4&5 for greater details of tamper wiring Part III Fixing & Wiring Note Zone 1 is Entry Exit from factory default In the above diagram AZ 1 to 7 refers to the zones on the control panel, you would choose the zone that you require for the contact. The connection shown to the terminal strip for the tamper is for example only please refer to Figs 4&5 for greater details. Page 17
Part III Fixing & Wiring PA Fixing 1) Remove the front cover of the PA Button by unscrewing the single screw on the front of the unit and lifting the cover clear. 2) Use the base to mark the wall at the two fixing points. 3) Drill the wall and fit suitable plugs. 4) Fix the base to the wall using two No.8 screws. PA Wiring Fig 14. PA Wiring Tamper Terminals Fixing Point Magnetic Switch Blu Yel Alarm Terminals Fixing Point Gre Wht After wiring is complete re-fit the cover and tighten the single cover fixing screw. Ensure the unit is not in an alarm state by inserting the key and turning. Page 18
PA Wiring to Control Panel Fig 15 PA Wiring to Control Panel AZ 1 to 7 as required + - Gre Wht Blu Yel TAMP + - Blu Yel Terminal strip Refer to Figs 4&5 for greater details of tamper wiring Part III Fixing & Wiring Note Zone 7 is PA from factory default In the above diagram AZ 1 to 7 refers to the zones on the control panel, you would choose the zone that you require for the PA. The connection shown to the terminal strip for the tamper is for example only please refer to Figs 4&5 for greater details. Page 19
Part III Fixing & Wiring External Sounder Fixing The Novagard 1E External Sounder supplied with your kit incorporates Sounder, Strobe & SAB complete with re-chargeable battery. The SAB/battery gives protection to the system in the event of the cable to the external sounder being cut. The unit is designed to be fitted with the strobe to the bottom 1) Before fixing the unit to the external wall the hole for the cable should be drilled through the wall. 2) Mark the four fixing points using the sounder backplate as a template. 3) Drill the fixing points and fit suitable plugs in the holes. 4) Fix the backplate to the wall using No. 8 or No.10 x 2 inch screws ensuring the rear tamper spring pushes up against the wall. External Sounder Wiring 1) Before removing the inner cover note the location of the cable entry into the inner housing. 2) Remove the inner housing plastic cover by removing the single fixing screw. Fig 16. External Sounder Wiring. R-TMP-F +12V 0V S- ST- OFF ON Link Wire Battery ON/OFF jumper should be fitted to the ON position once the system has been powered up. Fitting it before power up will cause sounder activation. The sounder is capable of producing high volume sound, suitable ear protection MUST be worn. Yel Red Blk Blu Wht Note: Link Wire must be fitted between 0V and TMP-F Terminal The inner and outer cover do not need to be fitted until the system has been powered up and the battery ON/OFF jumper has been moved to the ON position Page 20
External Sounder to Control Panel Wiring Fig 17. External Sounder to Control Panel Wiring. STROBE + - BELL + - Wht Red Blu Blk Yel BELL HOLD SAB - TAMP Note: Note: Strobe + is not used. Remove factory fitted link from BELL HOLD- and SAB TAMP terminals. Part III Fixing & Wiring Page 21
Part III Fixing & Wiring Gardtec 370 RKP Fixing A position should be chosen that allows good access to the RKP that is not in direct sunlight (to allow for display readability) and allows access to the bottom flap retaining screw. 1) Slacken the bottom flap retaining screw and remove the flap by pulling the bottom edge towards you. Fig 18. Removing bottom Flap. Bottom Flap Retaining Screw 2) Push the two retaining lugs toward the centre and pull the keypad/pcb towards you to gain access to the fixing points. Fig 19. Removing the Keypad/PCB. Retaining Lugs 3) The base should be fastened to the wall using three No.6 screws and suitable wall plugs. Page 22
Fig 20. RKP Base Gardtec 370 RKP Wiring Fixing Points Cable Entry Part III Fixing & Wiring Fig 21. RKP Wiring D OUT D IN 0V +12V Blu Yel Blk Red Note 680 Ohm Resistor must be fitted between D IN & 12V on last RKP After wiring re-fit Keypad/PCB and Bottom Flap Page 23
Part III Fixing & Wiring Fig 22. Wiring Gardtec 370 RKP to Control Panel AUX 12V + - Red Blk Yel Blu DATA IN OUT Page 24
Commissioning Once all wiring has been completed the system is commissioned by following the steps below. 1) Check that all covers have been replaced on PIRs. 2) Power the system up on Mains only. 3) Close the control panel front cover. 4) Wait for three to five minutes for the PIRs to warm up. 5) Walktest each PIR to ensure the coverage is as expected (the LED on the PIR will illuminate each time it activates). If the range of the PIR needs adjusting remove the cover and move the PCB as required and re-test with the cover in place. 6) At the Bell Box place the jumper for the NiMH Battery into the ON position and replace the inner and outer covers. 7) At the Control Panel or Keypad enter the engineer code (factory default 1234). The display will flash:- 8) Press NO the display will flash:- 9) Press NO the display will flash:- 10) Press NO the display will flash:- 11) Press YES if all zones are clear the display should now show:- (This is Test Mode. If the display differs you have a fault on the system, the cause of the fault(s) will be displayed for example 1 for zone 1, 2 for zone 2, bb for Bell Box and so on.(note if someone is moving in an area covered by a PIR this will also show as a fault). A list of possible displays is given in the Engineer Manual. E N S E r E t E t E Part IV Commissioning 12) Work your way through any faults checking that the zones are clear and refer to our fault finding section for help. Once all faults are clear check that all the zones and tampers activate when violated. 13) Open the Control Panel and fit the battery ensuring correct polarity then close the Control Panel and press 0 twice to return to Unset:- Page 25 U N
Part V Programming Programming This section is intended to simplify the programming of the control panel in addition to the installation manual. From factory default two codes are programmed into the unit, these are Master User Code (Default = 5678) Engineer Code (Default = 1234) The user code is for every use of the system for example Setting, Unsetting, Part Setting, programming user codes etc. The engineer code has all the features of the user code but may only be used to re-program the engineer code not the user code(s). In addition the use of engineer code allows for re-programming of the system parameters from the factory default to what suits your needs best. The following flow chart shows the sequence used for programming. Fig 23. UN Enter Engineer Code E N Flashing (do you want to use engineer mode) Enter 0 twice to escape YES E - Steady (this is engineer mode) Enter Option No. Followed by YES 0 6 Current Setting is displayed NO YES - - Enter New Setting (two digits) Page 26
The table below shows the option numbers available, description of the setting, the default setting and space to enter your required setting. Option No. Description Default Required Setting Setting 1 to 7 Zone 1-7 Settings Left digit controls zone type Zone1 1 4 are zones Right digit control zone attribute 1 to 7 Left Digit Options Right Digit Options Zone 2 8 0 0=12Hr (Alarm) 0=Full Set 1=Entry/Exit 1=Removed on Part 1 Zone 3 0 0 2=Access (walk through) 2=Removed on Part 2 3=PA (Panic) 3=Removed on Parts 1&2 Zone 4 0 1 4=24Hr 4=Full Set + Chime 5=Fire 5=Part 1 + Chime Zone 5 0 2 6=Alert 6=Part 2 + Chime 7=Exit Terminator 7=Parts 1&2 + Chime Zone 6 0 0 8=Part Entry/Exit (E/E on Part else Access) Zone 7 3 0 9=Keyswitch Option Zone 5 (581 only) Part V Programming 8 Panel Sounder Level (370 panel requires 5 5 optional speaker) Left Digit Right Digit Chime Volume E/E Volume 0-9 0-9 9 Full Set Exit Time 3 0 00-99 Seconds 10 Part Set Exit Time 3 0 00-99 Seconds 11 Setting Modes 2 2 Left Digit Right Digit Full Set Mode Part Set Mode 0=Exit Terminator 0=Exit Terminator 1=E/E Door 1=E/E Door 2=Timed 2=Timed 3=Timed or E/E Door Timed or E/E Door Page 27
Part V Programming Option No. Description Default Required Setting Setting 12 Part Set Sounders & Output 1 Mode (PGM1 term) 3 1 Left Digit Right Digit Part Set Sounders Output1 Mode 0=All Parts Silent 0=Pulse On 1=Part 2 Silent 1=SW+ 2=Parts 1& 3 Silent 2=Pulse Off 3=All Parts Audible 3=Bell 4=Strobe 5=Entry/Exit 6=Test 7=Internal Alarm 13 Entry Time 1 3 0 00-99 Seconds 14 Entry Time 2 1 0 00-99 Seconds 15 Alert Keys 1&3 1 0 Left Digit Right Digit 0=Off Always 0 1=PA (Panic) 2=Fire 3=Alert 16 Number of Bell Re-Arms 9 9 00-99 17 Bell Ring Time 2 0 00-99 Minutes 18 Bell Delay Time (581 only) 0 0 00-99 Minutes 19 Bell Mode & Bell Tamper Ring 0 0 Left Digit Right Digit Bell Mode Tamper Ring 0=SAB 0=Off 1=SCB 1=On Page 28
Option No. Description Default Required Setting Setting 20 PA (Panic) Mode & Output 2 Mode (PGM 2 term) 0 2 Left Digit Right Digit PA Mode Output 2 Mode (581 only) 0=Audible PA 0=Pulse On 1=Silent PA 1=SW+ 2=Pulse Off 3=Bell 4=Strobe 5=Entry/Exit 6=Test 7=Internal Alarm 21 Reset Modes 0 0 Left Digit Right Digit Reset Mode Always 0 0=Any Code 1=Master Code 2=Anti-Code 3=Engineer Code Part V Programming 22 Service Timer 9 9 00-99 Weeks 99=Off 23 Alarm B/Abort & Setting Confirmation (581 only) 0 0 Left Digit Right Digit Alarm B/Abort Setting Confirmation 0=Off 0=Off 1=Alarm B 1=Strobe with Any Set 2=Alarm Abort 2=Strobe with Full Set Only 24 Immediate Restore (581 only) 0 0 Left Digit Right Digit Immediate Restore Always 0 0=Off 1=On Before you commence programming use the table above entering the settings you require. In the majority of systems only a few options will require changing. Page 29
Part V Programming Step by Step Programming The unit may be programmed by using the flow chart (Fig 23.) on page 26 and the programming table starting on page 27. For those requiring a Step by Step guide please continue with this section. Within this section we cover the options that would normally be changed on an average domestic installation without communications. Ensure you have entered your requirements in the programming table starting on page 27 before proceeding. Zone Programming (Option Numbers 1 to 7) Fig. 24 UN Enter 0 twice to escape Enter Engineer Code E N YES Flashing (do you want to use engineer mode) E - Steady (this is engineer mode) Enter Option No. 1 to 7 Followed by YES Option No. 1 = Zone 1 Option No. 2 = Zone 2 etc. etc... 1 4 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart Repeat for all Zones 1 to 7 as required. Page 30
Full Set Exit Time Programming (Option Number 9) Fig.25 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 9 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) Part V Programming 3 0 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart Full Set Exit time relates to the system being fully set. Part Set Exit Time is dealt with in the following option. Page 31
Part V Programming Part Set Exit Time Programming (Option Number 10) Fig. 26 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 10 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) 3 0 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart Part Set Exit time relates to the system being part set. Full Set Exit Time is dealt with in the previous option. Page 32
Setting Mode Programming (Option Number 11) Fig. 27 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 11 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) Part V Programming 2 2 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart If Exit Terminator option is chosen at least one zone must be programmed as Exit Terminator and a normally closed button should be fitted to the zone. If Time + Entry/Exit option is chosen the system will set after Exit Time or after Entry/Exit door has been closed. Page 33
Part V Programming Part Set Sounders & Output 1 Programming (Option Number 12) Fig. 28 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 12 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) 3 1 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart Part Set Sounders refers to the internal speaker or keypad speaker. Output 1 refers to PGM1 terminal. Page 34
Entry Time 1 Programming (Option Number 13) Fig. 29 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 13 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) Part V Programming 3 0 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart After entry time has been started entry time 1 (low tone) will run to the end of the time set then entry time 2 will start (high tone). Any stray from the entry route (e.g into a 12Hr zone) during entry time 1 will start entry time 2. Page 35
Part V Programming Entry Time 2 Programming (Option Number 14) Fig. 30 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 14 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) 1 0 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart After entry time has been started entry time 1 (low tone) will run to the end of the time set then entry time 2 will start (high tone). Any stray from the entry route (e.g into a 12Hr zone) during entry time 1 will start entry time 2. Page 36
Bell Re-Arms Programming (Option Number 16) Fig. 31 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 16 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) Part V Programming 9 9 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart Bell Re-Arms refers to the number of times the bell (external sounder) will re-arm (after an activation) during any set period. Page 37
Part V Programming Bell Ring Time Programming (Option Number 17) Fig. 32 UN Enter 0 twice to escape Enter Engineer Code E N YES E - Enter Option No. 17 Followed by YES Flashing (do you want to use engineer mode) Steady (this is engineer mode) 2 0 Current Setting is displayed NO YES - - Enter Your Setting (two digits) from Programming Chart Bell Ring Time is the duration (in minutes) that the Bell (external sounder) will sound for after an activation. The strobe is intended to continue after the sounder resets. Page 38
Installation Notes
Gardiner Technology Ltd Queensway, Rochdale, OL11 1TQ. United Kingdom PR5066 Rev1.0