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Signal-10

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Table of Contents

General ................................................................................................................................... 5

Specifications ........................................................................................................................ 9

Operation Principles ............................................................................................................ 13

Alarm Loops ............................................................................................................................. 14

Alarm Loop Configuration Parameters ............................................................................. 14

Alarm Loop Types ............................................................................................................ 18

Smoke Two Threshold Alarm Loop (Type 1) .......................................................................... 19

Combined Fire Single Threshold Alarm Loop (Type 2) ......................................................... 20

Heat Two Threshold Alarm Loop (Type 3) ............................................................................. 21

Intrusion Alarm Loop (Type 4) ............................................................................................... 22

Intrusion Alarm Loop with Tamper Monitoring (Type 5) ....................................................... 22

Auxiliary Alarm Loop (Type 6) ............................................................................................... 23

Entrance Alarm Loop (Type 7) ............................................................................................... 24

Panic Alarm Loop (Type 11) .................................................................................................. 24

Programmable Auxiliary Alarm Loop (Type 12) .................................................................... 25

Fire Threshold Addressable Alarm Loop (Type 14) ............................................................... 26

Alarm Integration Time ..................................................................................................... 28

Powering Detectors over Alarm Loops ............................................................................. 29

Relay Outputs ........................................................................................................................... 30

Local Output Control ........................................................................................................ 31

Centralized Output Control .............................................................................................. 32

Electronic Keys ......................................................................................................................... 36

User Keys ........................................................................................................................ 36

Master Keys ..................................................................................................................... 36

Operating Modes ...................................................................................................................... 37

Pre-Operation Mode ........................................................................................................ 37

Operation Mode ............................................................................................................... 37

Power Failure Mode ......................................................................................................... 38

Output Circuit Failure Mode ............................................................................................. 38

Master Key Programming Mode ...................................................................................... 38

User Key Programming Mode .......................................................................................... 38

Self-Diagnostic Mode ....................................................................................................... 39

Device Failure Mode ........................................................................................................ 39

Fire Alarms ............................................................................................................................... 40

Conventional Fire Alarm Systems .................................................................................... 40

Addressable Fire Alarm Systems ..................................................................................... 41

Intrusion Alarms ........................................................................................................................ 43

General Intrusion Alarms ................................................................................................. 43

Intrusion and Detector’s Tamper Alarms .......................................................................... 44

Entrance Alarms .............................................................................................................. 45

Panic Alarms ................................................................................................................... 46

Auxiliary Alarms ........................................................................................................................ 48

Summary of Contents for Signal-10

Page 1: ...Orion ISS Intrusion and Fire Alarm Panel Signal 10 User s Manual ...

Page 2: ...m loop Zone A minimal part of a security and safety installation that can be monitored and controlled inde pendently Depending on the context the term zone can imply an alarm loop an addressable detector a hardware component and so on Partition A set of zones that can be user controlled as a whole As a rule zones fall into partitions depending on their location e g one partition can involve all zo...

Page 3: ...Alarm Loop Type 12 25 Fire Threshold Addressable Alarm Loop Type 14 26 Alarm Integration Time 28 Powering Detectors over Alarm Loops 29 Relay Outputs 30 Local Output Control 31 Centralized Output Control 32 Electronic Keys 36 User Keys 36 Master Keys 36 Operating Modes 37 Pre Operation Mode 37 Operation Mode 37 Power Failure Mode 38 Output Circuit Failure Mode 38 Master Key Programming Mode 38 Use...

Page 4: ... Alarm Loops of the Type 3 65 Including Intrusion Detectors into Alarm Loops of the Type 4 65 Including Intrusion Detectors into Alarm Loops of the Type 5 66 Wiring Initiating Devices into Alarm Loops of the Type 14 66 Connecting Power Supplies 66 Commissioning 67 Programming 70 Signal 10 System Settings 72 Alarm Loop Programming 75 Loop Type Adjusting 75 Other Loop Parameters Adjusting 77 Program...

Page 5: ...Signal 10 General 5 www bolid com GENERAL ...

Page 6: ...rolled by a network controller which can be S20001 or S2000М console as well as a personal computer with ARM Orion Orion Pro software installed The Signal 10 is intended to implement 10 various methods to monitor alarm loops The particular methods to be in use for each loop individually are selected while programming the Signal 10 Among these methods are four different tactics to monitor fire alar...

Page 7: ...itions and results of requested operations by means of two color reader LED The keys have to be pre programmed that is enrolled either into the device memory if alarm loops of the device are armed disarmed locally or into the network database under centralized control along with the rights to arm disarms the particular loops of the device assigned to each key The device can be powered by one or tw...

Page 8: ...Orion ISS www bolid com 8 ...

Page 9: ...Signal 10 Specifications 9 www bolid com SPECIFICATIONS ...

Page 10: ...ly voltage2 Pre Operation Time 3 s maximum provided that at least 11 V steady voltage is applied to one of power inputs External ID Reader Output Interface Reader LEDs One Reader Input to connect an external reader of ID such as Dallas Touch Memory devices iButtons and so on Touch Memory 1 Wire µ LAN Two LEDs Red Green controlled by logical 5 V CMOS levels with current values being restricted by 1...

Page 11: ...50 kΩ for fire alarm loops Loop Voltage 22 V 19 V if the termination resistor of 4 7 kΩ 5 is brought to the loop and the value of consumed current is 0 to 3 мА provided that there are no more than 3 short circuited loops simultaneously 27 0 5 V if the alarm loop is opened Max Short Circuited Loop Current 26 5 mА Loop Ripple Voltage 20 mV max Solid State Relay Outputs Commuting Voltage Current 2 ou...

Page 12: ...mensions 156х107х35 mm Weight about 0 3 kg Average Lifetime 10 years Device Programming By means of UProg exe which is the tool for Orion sys tem device configuration Connection to a PC Over RS 485 interface bus via one of the Bolid manu factured interface converters PI GR S2000 PI S2000 USB or USB RS485 ...

Page 13: ...Signal 10 Operation Principles 13 www bolid com OPERATION PRINCIPLES ...

Page 14: ...ht into alarm loops of the Signal 10 the detector internal resistance in Fire mode having to be No more than 2 7 kΩ for normally open detectors and No more than 3 2 kΩ for normally closed detectors Alarm Loop Configuration Parameters Table 1 shows a set of parameters which can be programmed for the Signal 10 device to define a monitoring algorithm for each the alarm loop of the Signal 10 The main ...

Page 15: ...e loop to Armed mode From 0 to 255 s Auto Rearming After Failing Automatic switching from Arming Failed status to Armed status when the alarm loop having restored On Off Loop Analysis Delay The time interval required for transient process es to be completed within the alarm loop after powers resets During this time the status of the alarm loop will not be analyzed From 1 to 63 s Relay 1 Alarm 1 Ac...

Page 16: ... 3 14 the Alarm Delay represents a timeout for switching from the Fire Prealarm status to the Fire Alarm status Alarm loops of Types 1 3 and 14 two threshold can also reach the Fire Alarm status if a second fire detector in the loop has actuated If the value of an Alarm Delay is equal to 255 s it means that the alarm loop doesn t switch to the Fire Alarm status by time condition infinite delay In ...

Page 17: ...evant pa rameter for the alarm loop must be set on If any output of the Signal 10 must be activated by remote commands of a network controller that is in case of centralized control then the relevant control parameter for this output must be off for all the alarm loops of the Signal 10 If changing of alarm loop statuses must lead to switching of any relay output in accordance with an as signed exe...

Page 18: ...rm loops are considered by the Signal 10 device to be different loop statuses depending on the current type of the alarm loop Table 2 Alarm Loop Resistance Values for Different Loop Statuses Loop Type Alarm Loop Conditions and Statuses Type 1 Smoke Two Threshold Short Circuit Fire Alarm two or more smoke detectors have actuated Fire Prealarm a smoke detector has actuated Norm Open Circuit Less tha...

Page 19: ...arms section of this Manual Smoke Two Threshold Alarm Loop Type 1 A loop of the Type 1 Smoke Two Threshold is intended to involve fire smoke normally open detec tors This loop is considered to be in one of the following statuses Armed The alarm loop is monitored its resistance being normal Disarmed The alarm loop is not monitored Arming Delay The Arming Delay has not yet expired Fire Prealarm A si...

Page 20: ... is intended to involve fire smoke normally open and heat normally closed detectors This loop is considered to be in one of the following status es Armed The alarm loop is monitored its resistance being normal Disarmed The alarm loop is not monitored Arming Delay The programmed Arming Delay has not been expired Fire Prealarm Either activation of a heat detector or repeated activation of a smoke de...

Page 21: ...re Alarm At least two detectors brought in the alarm loop have actuated or the Alarm Delay has expired after single detector actuation Short Circuit Failure The resistance of the loop is less than 2 kΩ Open Circuit Failure The resistance of the loop is more than 25 KΩ Arming Failed An attempt to arm the loop has failed because the loop is broken An included detector having actuated the loop switch...

Page 22: ...p causes it to enter the Intrusion Alarm status An alarm integration time for this type of alarm loops can be 70 ms or 300 ms depending on the pro grammed value of the 300 ms Integration Time parameter Table 2 shows the matching between current resistance values and corresponding statuses of alarm loops of the Type 4 The wiring diagram for including intrusion detectors into alarm loops of the Type...

Page 23: ...ered to be in one of the following statuses Auxiliary Zone Restored Auxiliary Zone Alarm If the resistance of the alarm loop of the Type 6 has been out of the normal range for more than 300 ms then the alarm loop is considered to be in the Auxiliary Zone Alarm status When the loop is restored that is its resistance ahs been within normal range for more than Arming Delay seconds the loop is conside...

Page 24: ...d An attempt to arm the loop has failed because the loop is broken An Entrance alarm loop is operated similarly to an Intrusion alarm loop except this loop switches to the Entrance Alarm status immediately after its breaking Then if this alarm loop is not disarmed or armed until the Alarm Delay has been expired the loop switches to the Intrusion Alarm status While the alarm loop is being in the En...

Page 25: ...ent and detectors including those which are not related directly with fire and intrusion alarms Any detectors or devices with dry contact or open collector outputs can be included into an alarm loop of the Type 12 A Programmable Auxiliary alarm loop can be in one of five different statuses which match each to its own resistance range These statuses and resistance values matched with them are user ...

Page 26: ...e included into such the alarm loop thus enabling to build up to 100 addressable zones based on a single Signal 10 device The Signal 10 periodically polls connected detectors provid ing monitoring its operability and indication of malfunctioning or activated detectors A response time of each detector doesn t exceed 10 s NOTE Statuses of each addressable zone of each loop of the Type 14 each detect...

Page 27: ...onditions of a threshold addressable loop in the order of priority Fire Alarm Two or more loop addressable zones have the Fire Alarm sta tus or the Alarm Delay given for this loop has been expired Fire Prealarm There is at least one addressable zone in the Fire Alarm status Trouble There is an addressable zone with the Trouble status and there is no zone with the Fire Alarm status Isolated There i...

Page 28: ...ll other detectors in the loop keep their operability No ter mination resistor is included into a fire threshold addressable alarm loop The loop can be of any topol ogy such as a bus a ring a star or any hybrid topology While programming the Signal 10 it is possible to specify in advance the addresses of those detectors which will be included into this threshold addressable alarm loop It is implem...

Page 29: ...rate The minimum loop voltage change rate corresponding to maximum Alarm Integration Time is 0 5 V s Powering Detectors over Alarm Loops The Signal 10 supplies power over alarm loops to two wire fire and intrusion detectors The number of detectors to be included in a single alarm loop is calculated by formula N Im i where N is the number of detectors in the alarm loop Im is the maximum load curren...

Page 30: ...i tioners etc in case of alarm loops of Type 12 status altering Table 3 shows the programmable parameters of Signal 10 outputs Table 3 Signal 10 Outputs Configuration Parameters Parameter Description Value Range Executive Program Defines the initial relay on off condition and the way the output will be controlled depend ing on the status of the alarm loops related with this output 1 37 Relay Activ...

Page 31: ...ocal con trol do the following While programming the alarm loop loops assign this loop these loops to the required re lay by means of the relevant Relay Control parameter and define if necessary the re quired Relay Activation Delay value see the Alarm Loop Configuration Parameters Sec tion of this Manual While programming the device outputs assign this relay output to a suitable Executive Pro gram...

Page 32: ...r RS 485 interface will be ignored Centralized Output Control To enable centralized control for a Signal 10 relay output In alarm loop settings break an association between the output and any alarm loop of the device that is the Relay Control parameters for this output must be set OFF for all the alarm loops of the Signal 10 In output settings assign this relay output to any Executive Program with...

Page 33: ... alarm loops related with the relay are armed then the relay is switched on otherwise the relay is switched off 11 ASPT The relay is switched on for a given time if two or more alarm loops related with the relay have Fire Alarm status and there are no Auxiliary loops bro ken The broken Auxiliary loop will block switching on If the Auxiliary loop is broken while the Relay Activation Delay has not y...

Page 34: ...d off for a given time On 19 Switch On For a Time Upon Arming If any related alarm loop has just been armed the relay is switched on for a given time Off 20 Switch Off For a Time Upon Arming If any related alarm loop has just been armed the relay is switched off for a given time On 21 Switch On For a Time Upon Disarming If any related alarm loop has just been disarmed the relay is switched on for ...

Page 35: ...ounting Off 34 ASPT А The relay is switched on for a specified time if two or more alarm loops related with the output have got Fire Alarm status and there are no broken Auxiliary alarm loops A broken Auxiliary loop cancels activation the relay that is the Auxiliary loop being recovered the output will NOT be switched on Off 35 ASPT А1 The relay is switched on for a specified time if the alarm loo...

Page 36: ...in Key Programming Section on the page 83 User Keys The User Keys are designed to arm and or disarm alarm loops Each User Key can be related with a group of the Signal 10 alarm loops which will be armed and or disarmed as a whole The User Key can have the following rights for each alarm loop of the Signal 10 arm or disarm disarm only arm only neither arm nor disarm The combination of rights assign...

Page 37: ...ice Failure Mode Flashes red four times per second 7 Output Circuit Failure Mode Flashes red once per second Pre Operation Mode When supply voltage is applied to power terminals the device activates and switches to the Pre Operation Mode The device power up time doesn t exceed 3 seconds provided that 11V or higher is available at least at one power input Operation Mode After the Pre Operation Mode...

Page 38: ...der beeps If supply voltage drops below 9V at both power inputs the device terminates its operation If supply voltage increases to 11V at any power input or both power inputs depending on the Both Power Inputs Monitoring setting the device automatically switches from the Power Failure Mode to the Operation Mode and generates the POWER RESTORE message Output Circuit Failure Mode When a short circui...

Page 39: ...Device sounder beeps every 2s LEDs 1 10 are off The device doesn t respond to breaking loops pressing tamper switch or presenting elec tronic keys If the device switches to the Device Failure Mode after each power up update microcontroller firmware For the firmware update procedure refer below Forward the corresponding request to ZAO NVP Bolid remember to specify the device ver sion Our specialist...

Page 40: ...status if it has been armed and its resistance is within the normal range see Table 2 Short timed breaking of armed fire alarm loop of the Type 1 or 2 or 3 within 250 ms doesn t cause the loop status to be considered as a fire alarm If a fire alarm loop is programmed with non zero arming delay the loop being armed switches to the Arming Delay status Until the Arming Delay has expired breaking the ...

Page 41: ...ctor has actuated If the programmed Alarm Delay is equal to 255 loops of the Type of 1 3 and 14 switch to the Fire Alarm status only upon two or more detector actuations while a loop of the Type 2 keeps Fire Prealarm status until the alarm is canceled An alarm loop switches from the operation mode to the Fire Alarm status if either two detectors have actuated for the loops of the Type 1 3 or 14 or...

Page 42: ...e Armed generalized status for a loop of the Type 14 means that all its addressable zones are armed and has responded with Norm status A loop of the Type 14 switches to the Fire Prealarm status after actuation of a single smoke detector The loop is considered to be in Fire Prealarm status until the time given by the Alarm Delay pro grammed for the loop has expired This delay enables estimating all...

Page 43: ... Intrusion Alarms The Signal 10 device can operate as an intrusion alarm control if at least one of its alarm loops is con figured with the Type 4 For such the loop the device can recognize the following statuses Armed Arming Delay Arming Failed Disarmed Intrusion Alarm An alarm loop of the Type 4 is considered to be in Armed status if it has been armed and its resistance is within the normal rang...

Page 44: ...f programmed If the parameter Auto Arming After Alarm is set on for the alarm loop then the loop will be automatically armed and switches from the Intrusion Alarm to the Arming Delay status after its resistance being in the normal range for a time interval more than 15 times value of the Alarm Delay configured for the loop in seconds Intrusion and Detector s Tamper Alarms The Signal 10 device can ...

Page 45: ...ed When the alarm loop has entered the Intrusion Alarm status then relay control in accordance with 1 8 executive programs can be activated if programmed If the parameter Auto Arming After Alarm is set for on the alarm loop then the loop will be automatically armed and switches from the Intrusion Alarm to the Arming Delay status after its resistance being in the normal range for at least the 15 ti...

Page 46: ...ming Failed status to the Armed status when its resistance has come back to the normal range for at least 3 s An alarm loop of the Type 7 switches from the Armed status to the Entrance Alarm status if The loop has been broken for more than 70 ms the 300 ms Integration Time being set off The loop has been broken for more than 300 ms the 300 ms Integration Time being set on The loop resistance jumps...

Page 47: ...ogrammed with the Auto Rearming After Failing parameter being set on it auto matically switches from the Arming Failed status to the Armed status when its resistance has come back to the normal range for at least 3 s An alarm loop of the Type 11 switches from the Armed status to the Panic Alarm status if The loop has been broken for more than 70 ms the 300 ms Integration Time being set off The loo...

Page 48: ...his loop breaking of the loop will block activation of the relay controlled in accordance with a given pro gram This type of alarm loops is suitable for example to block automatic start of a fire fighting system in the case when a door to the premises is opened An alarm loop of the Type 6 switches from the Auxiliary Zone Restored status to the Auxiliary Zone Alarm status if the alarm loop has held...

Page 49: ... define these statuses for the particular equipment Rloop 50 K 0 status 1 status 2 status 3 status 4 status 5 4 to 5 Threshold 3 to 4 Threshold 2 to 3 Threshold 1 to 2 Threshold Figure 1 Thresholds of Transition between Different Statuses of Programmable Auxiliary Loops Threshold values of resistance which define the transition bounds and meaning content of the particular statuses are user program...

Page 50: ...Short Failure 74 High Level 216 Fire Signal 75 Too High Level 220 Gas Press Signal 76 High Temperature 223 Patrol Check While programming resistance thresholds for statuses of an alarm loop of the Type 12 it needs to know strictly the resistance range for each of the loop status As it is quite a difficult task the actual alarm loop resistances can be approximately calculated based on resistance va...

Page 51: ...s own way and the way which is required by EN 54 standards The way being in use depends on the current setting of the device system parameter EN 54 see the Signal 10 System Set tings section of this Manual If the EN54 is disabled the main statuses of fire alarm loops that is Armed Disarmed Arming Failed and so on are indicated by the device LEDs similarly to those of intrusion alarm loops If the E...

Page 52: ...es on with red for 5s and off for 5s alternately Tamper Alarm Flickers with red once per second Trouble Dusty Flickers with yellow once per second NOTE The behavior is implemented if the EN54 parameter is enabled Table 9 The Signal 10 Sounder Behavior Depending on Detected Events Sound Signal 10 Alarm Loop Statuses Continuous two tone signal At least one alarm loop has the Fire Alarm status Interr...

Page 53: ...ng Fire Threshold Addressable alarm loops Local Arming Disarming To arm and or disarm alarm loops locally present an electronic identifier registered in the device memory with the respective access rights a User key to the device reader Presenting the key will simultaneously arm disarm all the alarm loops of this device which are associated with this key If the device recognizes the code of the pr...

Page 54: ...cates the current status of the partition Table 10 After presenting this key again the partition is armed provided that it was disarmed or it is disarmed otherwise Each next presenting of the key to a reader leads to the ac tion opposite to the previous one i e if the 2 nd presenting of the key to the reader caused arming of the partition then the 3 d presenting of the key to the reader will cause...

Page 55: ... remotely in kΩ or ADC units In order to identify the Signal 10 uniquely within an Orion system a unique network address ranged from 1 to 127 must be assigned to it while programming This address must coincide with no other de vice address in the Orion system The Signal 10 will transmit all the data to the network controller from this address and receive all control commands from the network contr...

Page 56: ...p being armed the loop resistance was not normal ARM DELAY The Arming Delay has not yet expired for the loop DISARMED The alarm loop is disarmed FIRE SIGNAL A smoke fire detector has actuated within the fire loop FIRE PREALARM A heat detector has actuated or actuation of a heat detector is confirmed within the fire loop FIRE ALARM Two fire detectors have actuated within the fire loop or the Alarm ...

Page 57: ...rk controller displays messages due to Pro grammable Auxiliary alarm loops in accordance with those statuses which were programmed for the loops during configuring see Auxiliary Alarms section of this manual page 48 For Fire Threshold Addressable alarm loops the Signal 10 transmits the network controller both indi vidual condition changes received form addressable detectors or call points and gene...

Page 58: ...he Fire Alarm status ISOLATED There is an isolated addressable zone in the loop while there are no zones with Fire Alarm or Trouble statuses FIRE SIGNAL There is an addressable zone with Test status and there are no zones with Isolated Trouble or Fire Prealarm or Fire Alarm statuses ARM FAILED At the moment of arming one of the addressable zones of the loop has a not Norm status no other zones hav...

Page 59: ...Signal 10 Installation 59 www bolid com INSTALLATION ...

Page 60: ...hazard circuits within the Signal 10 Do SHUT OFF the device power before mounting wiring or maintaining the Sig nal 10 Mounting and maintenance the device must be implemented by qualified engineers SIGNAL 10 MOUNTING Figure 2 shows the view of the Signal 10 along with its overall and mounting dimensions The device can be installed in boxes on walls and other constructions in premises which are pro...

Page 61: ...Signal 10 Installation 61 www bolid com Figure 2 Signal 10 Overall and Mounting Dimensions ...

Page 62: ...an 50 m from the RS 485 bus needs to be realized a Bolid S2000 PI interface repeater is to be included at the cross point It can be brought up to 10 S2000 PI interface repeaters in a single RS 485 bus segment up to 10 branches can be made The number of successively included repeaters is not limited CONNECTING EXTERNAL DEVICES TO THE DEVICE OUTPUTS The SIR and LAM output terminals of the Signal 10 ...

Page 63: ...work Controller RIP 12 24 Relay 1 3 4 IButton Reader 1 2 LOOP1 LOOP1 3 4 U2 0V 1 2 U 0V RIP 12 24 Main Power Supply Extra Power Supply Optional 1 2 3 4 ALR1 A ALR1 B ALR2 A ALR2 B 4 7K 1 10 Fire Alarm Loop 8 2K 4 7K Smoke Heat Relay 2 LED G ТМ 0V 5 6 SIR SIR 7 8 LAM LAM Relay 3 Relay 4 Var 3 Var 2 Var 1 Outputs Monitored for Troubles 20 R 8 2K R R R R Figure 3 Signal 10 Connection Diagram ...

Page 64: ...e and the earth must be at least 50 kΩ Following are some examples for including various detectors into alarm loops of different types Including Detectors into Fire Smoke Alarm Loops of the Type 1 D1 A smoke detector Ra An additional resistance of 1 5 2 4 kΩ Rt 4 7 kΩ Figure 4 Detectors into a Fire Loop of the Type 1 Connecting Diagram When all the detectors will be wired and connected to the rela...

Page 65: ...to get the Fire Alarm status Light and sound indication of the Signal 10 device must be in accordance with that described in Table 8 The network controller must display the relative messages from the Signal 10 device see Transmitting Messages to a Network Controller section of this Manual Otherwise if the test fails the values of additional resistances have to be corrected Including Heat Detectors...

Page 66: ...nclude two or more initiating devices with the same own addresses into an alarm loop of the Type 14 CONNECTING POWER SUPPLIES The Signal 10 is designed to be powered by one or two power supplies of 12 24 V It is advisable to use uninterrupted power supplies of RIP 12 or RIP 24 series manufactured by the Bolid Company If external sound and light alarms are to be connected to the device outputs SIR ...

Page 67: ...ual page 92 or by means of UProg configuration program which is installed on a PC connected to the Signal 10 via one of the Bolid manufactured interface converters it can be a PI GR S2000 PI S2000 USB or USB RS485 To measure a current resistance value of the alarm loops connected to the Signal 10 by means of UProg select Alarm Loops tab and click on the splitter button at the centre of the right w...

Page 68: ...Orion ISS www bolid com 68 Figure 10 Measuring Alarm Loop Resistances by Means of UProg ...

Page 69: ...Signal 10 Installation 69 www bolid com ...

Page 70: ...Orion ISS www bolid com 70 PROGRAMMING ...

Page 71: ...a of the window Select the Device Read Device Configuration command or press Ctrl F3 or select icon from the toolbar The Device Search window will be output to the display Specify the number of the logic COM port the Signal 10 is connecting to and the UProg exe will find all the devices connected to that COM port of the PC Then the list of all found devices along with their network addresses and v...

Page 72: ...a text to a MS Word file or File Export Configuration to MS Word SIGNAL 10 SYSTEM SETTINGS The system configuration parameters of the Signal 10 define its specific operation features and gives its network settings while working as a part of an Orion security system The device system configura tion parameters are shown in Table 11 Table 11 Device Configuration Parameters Parameter Description Value...

Page 73: ... fire alarm loop of the Types 1 2 3 and 14 statuses to be displayed by the relevant device indicators If the parameter is set off displaying such main statuses as Armed Disarmed Arming Failed and so on for fire alarm loops is similarly to that for intrusion alarm loops If the EN54 parameter is set on statuses of fire alarm loops are displayed by the following way see Loop Status Light and Sound se...

Page 74: ...for transmission over local area networks fiber optic channels or radio channels To set or change the Response Pause value select the Device Set Response Pause command from the UProg menu The current values of the Network Address and Response Pause can be reset to factory default values by pressing the device tamper switch with special way long long long short Long pressing means pressing and hold...

Page 75: ...ction of this Manual To define the Loop Type value double click by left mouse button on the cell which is located at the intersection of Loop Type string and the column related to a required alarm loop Then select a proper value from the drop down list see Figure 12 If you are programming a loop or the Type 12 or a loop of the Type 14 an additional pane will appear at the right part of the UProg w...

Page 76: ...tual resistance measuring tool To measure the resistance of an alarm loop connected to the Signal 10 along with included devices being in a particu lar condition press the Read button located in the ADC Reading field The value measured in ADC units can be converted to a value expressed in kΩ by using the formula 1 281 lp ADC R kohm where Rlp is the alarm loop resistance value ADC is the ADC value ...

Page 77: ...which were discussed in the Alarm Loop Types sec tion of this Manual Turning these parameters on off is implemented by double click of the left mouse on the cell which is located at the intersection between the corresponding parameter string and the loop column Alarm Delay For fire alarm loops of types 1 2 3 14 this parameter means a time out for transition from the Fire Prealarm status to the Fir...

Page 78: ...ted not immediately but after a time given by the Activation Delay for Relay parameter from 0 s to 255 s NOTE If the following executive programs are given for a relay see Table 5 9 Lamp 10 Alarm Output 1 13 Fire Output 14 Trouble Output 15 Fire Lamp and 16 Alarm Output 2 then this parameter setting is ignored the output being activated immediately after changing a status of the programmed alarm l...

Page 79: ...ration time for the intrusion alarm loops of the Types 4 5 7 11 On value it is the default value means the integration time of 300 s while Off value means the integration time of 70 ms In order to avoid false alarms turn this parameter off only when it is strictly necessary 10 Deviation Blocking The parameter disables for intrusion alarm loops the analysis of sharp deviations of alarm loop re sist...

Page 80: ...ll the device alarm loops see above If otherwise a relay is to be controlled locally depending on the device alarm loop statuses the relay must be related to the relevant alarm loops via the relative Relay Control parameter Moreover a relay activation delay can be specified at the Alarm Loops tab see the previous section NOTE If a relay is assigned to an alarm loop loops then control commands of a...

Page 81: ...g which a relay output is being acti vated for those executive programs which imply the limited activation times Select a proper time value by means of narrow buttons at the right of the relevant field at the Outputs tab The maximum activation time for each relay is 65 535 intervals of 0 125 s each 8192 s total By default the relay 3 Siren is being activated for 2 minutes or 120 s while for anothe...

Page 82: ...maximum level of trouble monitoring is set the Monitor For parameter is set to 4 Relay ON OFF Events The Relay ON OFF Events parameter can be set on individually for each relay output If the parame ter is set on then alterations of output conditions are transmitted to a network controller By default this parameter is set off When all settings are completed don t remember to save them by loading to...

Page 83: ...ike the similar File menu command The com mand enables loading to the UProg exe key codes and attributes from a storage medi um in order to change their descriptors and or load them to the device memory Save Keys to File This tool works like the similarly command from the File menu The command enables writing codes and attributes of the keys displayed at the left of the window to a special file to...

Page 84: ...y active keys are shown in the list Find Key Finds a key descriptor by the given code of the key Figure 16 Programming Electronic Keys by UProg exe The UProg exe provides adding keys to the Signal 10 memory as well as deleting them and editing their attributes Add Edit a Key NOTE In order to handle keys correctly ALWAYS LOAD THE EXISTING KEYS FROM THE SIGNAL 10 MEMORY IF PRESENTED BEFORE ADDING NE...

Page 85: ...me the textual field above the key toolbar Tape the textual name or comment which will be shown in the key list identifying the key Key Type Specify the Key Type Select User value if the key is intended to arm disarm alarm loops of the de vice or Master value if the key is intended for programming new User keys by hardware see Elec tronic Keys section of this Manual Key Is Disabled This switch pro...

Page 86: ...ist of Keys UProg Configuration Tool offers some additional utilities to operate keys The list of keys can be exported to a textual file or MS Word file by means of the button If keys are written to an MS Word file the keys are written along with all programmed attributes while if keys are written to a text file only key codes names and order number in the list are recorded The UProg is supplied w...

Page 87: ...ed to the User Key Programming mode by presenting a Master key to the device reader see Section Electronic Keys Also one Master key can be programmed by hardware Programming of a Master Key by Hardware As opposed to Master key programming by means of UProg Configuration Tool see above only one Master key can be programmed by hardware WARNING Each hardware programming of a new Master key causes all...

Page 88: ...ignal 10 device exits from the User Key Programming mode When the Master Key is presented to the device reader once again After 30 seconds time out since the last key programming or status changing After 10 seconds time out since entered the User Key Programming mode if neither key is presented to the reader nor key status is changed When the device exits from the User Key Programming mode a melod...

Page 89: ... its indication in accordance with the current right settings as shown in Table 12 When a LED starts flashing with yellow this means that the related alarm loop is removed from the group of the alarm loops that can be controlled with the configured key After selecting control rights for the current alarm loop make long pressing on the tamper switch to select control rights for the next alarm loop ...

Page 90: ...Orion ISS www bolid com 90 MAINTENANCE ...

Page 91: ...tes NOTE Power off the device before connecting and disconnecting wires SIGNAL 10 OPERABILITY INSPECTION Inspect the device operability by doing the following a Power up the device The device built in sounder should play the Starting signal b Ensure the S2000 S2000М console or another network controller being in use displays the events of founding the device with the address of the Signal 10 and t...

Page 92: ...7 5 V 2 Connect the 4 7 kΩ resistor to the alarm input LP and read the loop ADC value by means of the S2000 S2000М console by doing the following Enter your PIN code by means of S2000M Select REQUEST INFO command by 3 or 4 console button and press ENTER or use the 050 console button as the hot key Select ZONE ADC command by 3 or 4 console button and press ENTER or use the 020 console button as the...

Page 93: ...Signal 10 Maintenance 93 www bolid com Figure 17 Wiring the Signal 10 for Operability Inspection PA1 a milliampermeter HL1 HL4 single LEDs R1 R5 resistors 1 4W 2kΩ VD1 VD2 1N4007 diodes ...

Page 94: ...device are loaded partially that is some detectors are powered via the loop but its totally consumed current doesn t exceed the maximum value then the current consumed by the Signal 10 can be considered to increase in direct proportion to the current consumed by the detec tors In such a way if all termination resistors are installed the current consumed by the Signal 10 can be calculated by formul...

Page 95: ...Signal 10 Annex Current Consumption Estimation 95 www bolid com ...

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Page 97: ...HANTABILITY MUST BE BROUGHT WITHIN 12 MONTHS FROM DATE OF ORIGINAL PURCHASE IN NO CASE SHALL SELLER BE LIABLE TO ANYONE FOR ANY CONSEQUENTIAL OR INCIDENTAL DAMAGES FOR BREACH OF THIS OR ANY OTHER WARRANTY EXPRESS OR IMPLIED OR UPON ANY OTHER BASIS OF LIABILITY WHATSOEVER EVEN IF THE LOSS OR DAMAGE IS CAUSED BY THE SELLER S OWN NEGLIGENCE OR FAULT Some countries do not allow limitation on how long ...

Page 98: ...4 Pionerskaya Str Korolev 141070 Moscow Region Russia Phone fax 7 495 513 32 35 Email info bolid ru www bolid com ...

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