patented PROGRAMMING THE S.P.I. MASTER UNIT Used as Stand Alone or Interface to Alarm Panel

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Christopher Bradley
5 years ago
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1 I POGING HE.P.I. E UNI o enter the programming mode press OH buttons until the led is ON elect the required option by entering the corresponding Number fter each selection the 8 led array will flash that selection E: number is entered using two buttons I & single digit number is entered by pressing the I button (Increment) as many times as the number required and pressing the button (tep) to end. Example = I I I Example: = I I I I I I I I I I I I PI aster Programing able: ( bold = factory setting) EN NIE D E K E X X W I UZ ED patented OPION = et OPEION ODE : ( I ) On entering the programming the existing options will be shown on the 8 led s each led represents one of the following options: ED ON = lave mode ED O = utonomous mode ED ON = ommon output (on sector ) ED O = Eight individual sector output ED ON = ight relay on for 0 minutes ED O = light relay on for minutes ED ON = If three breaks same before alarm ED O = ny three breaks before alarm ED ON = he system resets every hrs ED O = No reset ED 6 PE ED 7 PE ED 8 ON = Outputs goes HIGH on alarm ED 7 O = Output goes OW on alarm he EP () button will select the next option, the IN (I) button will toggle that option to exit press both buttons the the final selection will be flashing on the 8 led s I OPION = et radio NIION ODE : ( I I ) On entering the programming the existing options will be shown on the 8 led s each led represents one of the following options: ED ON = wireless transmission ED O = No wireless transmission ED ON = 6 bit code (smart code) ED O = 0 bit code (0) ED PE ED PE ED PE ED 6 ON = the 8 sectors are sent as channels ED 6 O = the eight sectors are sent as 8 zones ED 7 PE ED 8 PE he EP () button will select the next option, the IN (I) button will toggle that option to exit press both buttons the the final selection will be flashing on the 8 led s NUUING ND I INVENION OPION = et EGEN DEEION ODE : ( I I I ) his option allows you to select which sector will activate an alarm on a single break or after three braks On entering the programming the existing options will be shown on the 8 led s each led represents one of the following: ED ON = sector in UIEK ODE ED O = sector in INGE EK ODE ED ON = sector in UIEK ODE ED O = sector in INGE EK ODE ED ON = sector in UIEK ODE ED O = sector in INGE EK ODE ED ON = sector in UIEK ODE ED O = sector in INGE EK ODE ED ON = sector in UIEK ODE ED O = sector in INGE EK ODE ED 6 ON = sector 6 in UIEK ODE ED 6 O = sector 6 in INGE EK ODE ED 7 ON = sector 7 in UIEK ODE ED 7 O = sector 7 in INGE EK ODE ED 8 ON = sector 8 in UIEK ODE ED 8 O = sector 8 in INGE EK ODE he EP () button will select the next option, the IN (I) button will toggle that option to exit press both buttons the the final selection will be flashing on the 8 led s OPION = et DEEION IE: ( I I I I ) his options allows you to choose a different reaction time (breaktime) for each segmentr. select device No. elect det. imes Exit (Device )= I I I (sec) = I I I I I select device No. elect det. imes Exit (Device ) I I I I (0. sec) I I =0. ec = ec =0. ec 6= ec =0.8 ec 7=0 ec =. ec 8=0 ec select device No. elect det. imes Exit (Device ) I (ens=) I OPION = E NUE O EO: ( I I I I I ) utomatically ssess and memorize all active segments OPION 6 = et DIP WIH ODE for radio transmission : ( I I I I I I ) Enter a digit code smaller then 6000 using the INEEN button (I) and the EP button () e.g. ode= 0 = IIII II II III 0 OPION 7 = EING DIO NIE: ( I I I I I I I ) OPION 9 = EING OPION EOY : ( I I I I I I I I I ) ransmit all 8 channel in sequence until the EN button is pressed Erase all preprogrammed options and load and load factory default PIE Installer anual Used as tand lone or Interface to larm Panel 0000 EPEE

2 I PINIPE ND EQUIEEN: he principle of the PI system is based on the ability to generate a single or dual infrared beam that can be segmented around the premises to be protected and provide individually identifiable detection all on a wire U. Up to 8 single or dual beam segments may be used. ypically, each segment comprises of a start unit and a receiver unit ll the units are wired in parallel on a two wire U which means that all positives are connected together and negatives are connected together in whatever form is suitable for that installation (ie. star or loop) second set of beams may be installed in parallel to any one in each segment to provide a dual beam feature, to reduce false alarms, which is wired all on the same two wire U. he two wire U is connected to the aster Unit he aster Unit provides both power and control to the x, x, x and x units. he aster unit In the aster unit the detection time of the segments may be individually programmed to allow for both fast and slow reaction to a breaking of the infrared beam. he master unit may also be programmed to activate an alarm either after a single break or after breaks. When selecting the three breaks you can further choose an alarm activation after the E beam has been broken three times or after any three breaks within one minute window. ny further breaks within that minute will extend the third break audio signal, extend the timeout by a further minute and resend the alarm. he master unit gives a single audio signal to indicate a single break option (see fig ) he master unit uses different audio signals to indicate the three breaks in multibreak mode(see fig ) continuous interruption of the same beam (in same beam operation) will sound as shown in fig uzzer output gives different sounds for different stages of the breaks. irst break ec rigger alarm ig uzzer output he aster unit can communicate the alarm conditions to either a I racer larm panel or a generic alarm panel with spare zones available. HE WO WIE U IE OH POWE ND D I U E UED O DIPY POWE O DEVIE OHE HN UNI EONGING O HE PI YE. he distance between the transmitting and receiving beams depends on the model used. he PI model has a suggested maximum range of m he PI0 model has a maximum range of 0m E: he maximum range is dependant on environmental conditions, alignment accuracy and adequate power supply and correct wiring uzzer Operation irst break econd break ec ec ec on ec off hree breaks within minute irst break econd break hird break urther breaks rigger alarm ig ig ll of the units used must be programmed to either eam or eam (or dual beam application) using the jumpers provided on the unit itself. ll x units must be programmed to represent a segment number ( to 8) using the jumpers provided on the unit itself In particular applications where the same segment needs to be extended or repeated, a special x and x pair is used. In this case the beam from an x unit is sent to an x unit which inturn forwards it via a x unit to an x unit. x units automatically repeat the beam they see and need no programming. When armed the master unit displays the segments which are armed with running EDs and those that are isolated with a steady light. he aster unit will only display the segments that were installed. o automatically assess which segments were installed and aligned you can press the earn utton for seconds. he master unit will scan and display all the working beams before memorizing the result. his function may be used to test which beam or segment is not aligned properly as the corresponding ED will flicker in sympathy with the alignment (ED ON = no alignment ED O = full alignment) he alarm is sent via the serial communication port ( to interface with the UPEE) and activates the corresponding output on the connector block. he output may be programmed to be active OW or active HIGH ( see options). single common output or individual outputs may also be selected as an option he aster unit may, as an option, send an alarm condition to a channel receiver or to the UPEE using a radio transmitter mounted on board. here are two formats available : 0 bit channel and 6 bit (smartcode) hese options are programmable using the instructions on page VD upply OUPU 8 OPEN OEO E UNI D K ED X X NIE E E W I UZ EN O EXEN UZZE (OPION) O, and UNI Generic alarm panel 8 available zones Power may be taken from the existing larm panel or directrly from the battery via a protecting fuse v 6. /H EY use (mp) Or D K X X NIE ED E E W I UZ EN IGH IVION EY VOGE EE ON X VD,P OUPU PUUP OPION 0000 his jumper, when inserted provides a pull up resistor to V on all outputs his may be used on equipment which does not have an end of line resistor requirement

3 ...I PE WN WN PE WN PI interface to UPEE EXPE O DIEEN ONIGUION PE KEYWIH 0XXX E OO NOE 7V P K IEN EY 7V DIO NIE VEION O POG UZZE EY IGH EY D K X X EE YE EOY UE P UE ONY WHEN POEING mp NOE... IN UE. EY UE DIPY. OUPU UE (IEN UZ. IGH) IEN UZZ IGH X PY O P.I.. NIE ED ed = v () lack= 0v () PI E E : EE O PI INUION O ONNEION DIG ND OPION E E W v 6. /H EY I UZ EN o.p.i. & modules D E ED KEYPD 9 0 * # D and D not Used rm/disarm indication D E ED DIPY ONNE OOW: "" on keypad to "" on control panel "" on keypad to "" on control panel "" to "" "" to "" igure EXEN ED ingle individual segments egment extender 8 Dual individual segments egment ultiplier

4 ONNEION EXPE UING HE E UNI ( EE ND ONE UNI OPEE INUION) ystem with combination of INGE, DU and UIPIED E DU DU he and units are designed to provide you with the possibility to duplicate one beam on the same segment either to further the range or to provide you with a barrier type protection. hi is shown on fig. 7 and fig. 8 he unit connect inparalle with the ands units. onnections between the and units are shown in fig 9 and 9a ig 7 ig 8 D K ED X X NIE E E W I UZ EN INGE ONNEING OK 7 INGE UIPIED/ OWDED 8 PI ig 9 OWD UNI X ED ENE X PI0 ig 9a OWD UNI ED ENE INGE INGE E: s the two U wires carry both power and data they U be used to supply power to devices other than units belonging to a PI system. 8 8 NI UNI H V eam power selection: H = high (long segment) = medium (medium segment) = low (short segment) X H V NI UNI H V ED ENE eam power selection: H = high = medium = low

5 D K H H H D K D K H IN PI EGEN EEION ED ENE (IN) EEIVE UNI DU E selection: OU = E IN = E ig (step ) JUPE EEIVE UNI PI0 ED ENE E selection: OU = E IN = E X ig a (step) EGEN EEION INDIVIDU ig. E GEN UE x and x EQUENI EGEN INION EXPE onnections X X NIE ED E E W I UZ EN X IN X IN X IN ig (step ) X IN X IN EEIVE UNI ED IN X X ED NIE X E E W I UZ EN (step) ED ENE DU E selection: OU = E IN = E PI insert over pins ED ig (step 7) IN X eam Power selection: H = high (long segment) = medium (medium segment) = low (short segment) H ED Enable ig (step) DU E selection: OU = E IN = E X UNI eam ounder X (step9) IN IN EEIVE UNI ig 6 (step 8) VD upply OPEN OEO OUPU 8 (step) ED ENE PI0 DU E selection: OU = E IN = E D K X X UNI NIE ED H E E W I UZ EN ig a (step) ED Enable DU E selection: OU = E IN = E eam power selection: H = high (long segment) = medium (medium segment) = low (short segment) ( or units) o eams O EXEN UZZE (OPION) X X NIE ED onnections E E W I UZ EN Note: connect or IN ogether connect or IN ogether

6 D K D K D K E E E D K E INING DU E IN DIEEN ONIGUION DOUE E EGEN UING WO UNI X X ED NIE E W I UZ EN DOUE E EGEN UING ND UNI OINED INGE ND DOUE E ONIGUION X X ED NIE E W I UZ EN WIING EWEEN ND UNI HO POIE X X ED NIE E W I UZ EN Note: connect or IN ogether connect or IN ogether EGEN WIH DOUE E UING OINION O ND X X ED NIE E W I UZ EN WIING EWEEN ND UNI HO POIE

patented MANUFACTURING AND MINOR INVENTIONS

patented MANUFACTURING AND MINOR INVENTIONS patented MMI MNUUING N MINO INVENION PI- K Perimeter warning system Installation Manual EPEME M I PINIPE N EQUIEMEN: he principle of the PI system is based on the ability to generate a single or dual infrared