Сигнал 10 индикация ошибок

Такая ситуация. К сигналу-10 к ШС1 подключен фотон. С недавнего времени при взятии на охрану сигнализация не срабатывает на сигнале-10, хотя сам фотон реагирует на движение. Переподключили фотон к ШС2, поменяли конфигурации на приборе. Включаем сигнал-10, начинает орать сигнализация и ШС1 моргает красным. Хотели конфигурацию поменять обратно, но теперь когда включен данный сигнал-10, через UProg не видно ни одного прибора. А когда он выключен Uprog находит все остальные приборы. В чем может быть проблема? И можно ли на сигнале-10 сбросить все настройки до заводских вручную?

Непрочитанное сообщение #3 Mixail 51 » 11.10.2016, 19:11

Что у меня подозрение что когда прибор тыкали, то тампером сбросили на заводские, вот он и ведет себя не адекватно и возможно при подключении идет дублирование с адресом пульта, ведь как правило на пульте адрес редко кто меняет.
Даже греха таить не буду, один раз так Сигнал-20М лично по случайности обнулил.

Не ошибается только тот кто не работает.

Непрочитанное сообщение #4 stroevv » 02.11.2016, 11:00

Прошивку меняйте однозначно! Если была 1.11 то надо 1.12. Мне так в поддержке и не признались, что прибор на старой прошивке самопроизвольно снимает питание со шлейфов,следовательно, нет никакого контроля его.

• Page 1
  Orion ISS Intrusion and Fire Alarm Panel Signal-10 User’s Manual…
• Page 2
  This User’s Manual is intended to help for studying operability principles and maintenance of Signal-10 Intrusion and Fire Alarm Panel of version 1.03. Please read the instructions completely before connecting, operating, adjusting or maintaining this product. The following terms are used throughout the Manual: Alarm Loop (or Loop, or LP): The electrical circuit with non-addressable fire or intrusion detectors (or other non-addressable devices) included.

• Page 3: Table Of Contents

  Signal-10 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) …………….

• Page 4
  Alarm Loop Arming and Disarming ………………. 53 Local Arming/Disarming ………………..53 Centralized Remote Arming/Disarming …………….53 Communications Between the Signal-10 and a Network Controller ………. 55 Transmitting Messages to a Network Controller ………….. 55 Installation ……………………..59 Standard Delivery ……………………60 Safety Precautions ……………………

• Page 5: General

  Signal-10 General GENERAL www.bolid.com…

• Page 6
  The Signal-10 provides monitoring for up to 10 fire, or intrusion, or auxiliary alarm zones (or alarm loops) by receiving signals from included both automated and manual, both passive and loop pow- ered, both two and four wire, both fire and intrusion detectors, contactors and alarms with both nor- mally open and closed contacts.
• Page 7
  (Touch Memory devices) or other identifiers with 1-Wire (µ-LAN) output interface. To read elec- tronic keys an external reader is to be connected to the relevant input of the Signal-10. The device provides indication of current partition conditions and results of requested operations by means of two-color reader LED.
• Page 8
  Orion ISS www.bolid.com…

• Page 9: Specifications

  Signal-10 Specifications SPECIFICATIONS www.bolid.com…

• Page 10
  If the outputs are loaded close to maximum values, it is advisable to power the Signal-10 device from 24 V power supplies More precise values can be found at the Annex to this document, see page 93 of this Manual…
• Page 11
  Signal-10 Specifications 10 inputs to monitor alarm loops Alarm Inputs Detectors to Be Included Addressable initiating devices DIP-34PA, IPR513-3PA, S2000-IP-PA (up to 10 to each alarm input), or any conventional fire and intrusion detectors intended to be powered by a DC power supply and having the values of internal resistance at Fire mode: No more than 2.7 kΩ…
• Page 12
  Weight 10 years Average Lifetime By means of UProg.exe which is the tool for Orion sys- Device Programming tem device configuration Over RS-485 interface bus via one of the Bolid manu- Connection to a PC factured interface converters PI-GR, S2000-PI, S2000-USB, or USB-RS485 www.bolid.com…

• Page 13: Operation Principles

  Signal-10 Operation Principles OPERATION PRINCIPLES www.bolid.com…

• Page 14: Alarm Loops

  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.

• Page 15
  Signal-10 Operation Principles Table 1. Alarm Loops Configuration Parameters Parameter Description Value Range 1 – Smoke Two Threshold 2 – Fire Combined (Smoke + Heat) Single Threshold 3 –Heat Two Threshold 4 – Intrusion Defines 5 – Intrusion With Tamper…
• Page 16
  The minimum hardware delay value is 1 s. This value can be increased up to 63 s. The Never Disarm parameter disables disarming the alarm loop by any way. Typically, this parameter is set on for fire and intrusion alarm loops to avoid its accidental disarming. If the alarm loop has the www.bolid.com…
• Page 17
  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.

• Page 18: Alarm Loop Types

  The main alarm loop configuration parameter which defines the way the controller considers the condi- tions of the alarm loop is the Loop Type. The Signal-10 supports 10 different types of alarm loops. Table 2 shows how the current resistance values of alarm loops are considered by the Signal-10 device to be different loop statuses depending on the current type of the alarm loop.

• Page 19: Smoke Two Threshold Alarm Loop (Type 1)

  The alarm loop has been broken at the moment of being armed An included detector having actuated, the Signal-10 generates FIRE SIGNAL message and repeatedly queries the condition of the alarm loop by doing the following. The device unset loop power for 3 s. If within 55 s after power reset the detector actuates repeatedly, then the alarm loop is considered to be in the Fire Prealarm status.

• Page 20: Combined Fire Single Threshold Alarm Loop (Type 2)

  A heat detector having actuated, the loop switches to the Fire Prealarm status. When a smoke detector has actuated, the Signal-10 generates a FIRE SIGNAL message and repeat- edly queries condition of the loop (see above, for a loop 1). If detector actuation is confirmed, the loop switches to the Fire Prealarm status.

• Page 21: Heat Two Threshold Alarm Loop (Type 3)

  Signal-10 Operation Principles ble value) means unlimited time delay, so the loop never switches from the Fire Prealarm status to the Fire Alarm status. The integration time for an alarm loop of the Type 2 is defined in accordance with the requirements mentioned in the Alarm Integration Time section of this Manual on the page 28.

• Page 22: Intrusion Alarm Loop (Type 4)

  The alarm loop has been broken Arming Failed An attempt to arm the loop has failed because the loop is broken Tamper Alarm The enclosure of the disarmed detector has been tampered, or short circuit failure of the disarmed loop has been detected www.bolid.com…

• Page 23: Auxiliary Alarm Loop (Type 6)

  If an Auxiliary alarm loop is related to a Signal-10 relay output, then its breaking locks starting the relay in accordance with executive programs ##1 – 8 (general-purpose), #11 (ASPT), #2 (Siren), #33…

• Page 24: Entrance Alarm Loop (Type 7)

  All kinds of normally closed and normally open panic buttons, pedals and so on can be brought into a Panic alarm loop (Type 11). This loop is considered to be in one of the following statuses: Armed The alarm loop is monitored, its resistance being normal www.bolid.com…

• Page 25: Programmable Auxiliary Alarm Loop (Type 12)

  Sound and light indication of the Signal-10 as well as the way this loop impacts on a related relay (that is, the executive program assigned with the relay) are defined by the statuses this loop can reach. Ta- ble 7 displays the list of statuses which can be programmed for an alarm loop of the Type 12, while Table 5 shows the list of available executive programs taking into account different loop statuses.

• Page 26: Fire Threshold Addressable Alarm Loop (Type 14)

  Each threshold addressable detector or call point included into an alarm loop of the Type 14 is consid- ered as an additional addressable zone of the Signal-10. Each alarm loop can include up to 10 ad- dressable zones which numbers range from 20 to 119. The digital number of a Signal-10 addressable…

• Page 27
  NOTE: No threshold addressable detectors or call points with the same own address can be included into the same fire loop of the Type 14 The Signal-10 recognizes the following messages/conditions responded by addressable devices: Norm Dusty, Service Required Trouble…

• Page 28: Alarm Integration Time

  If the Signal-10 has no response from an addressable detector within 10 s, the Isolated status is as- signed to its addressable zone. In such a case the function of breaking the loop to remove the detector from its mounting base can be avoided and all other detectors in the loop keep their operability.

• Page 29: Powering Detectors Over Alarm Loops

  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:…

• Page 30: Relay Outputs

  3 – Short Failure (the relay 4) 4 – Open and Short Failure The Signal-10 outputs ALR1, ALR2, SIR, and LAM can be controlled in two ways: − Locally in accordance with an assigned executive program depending on statuses of related alarm loops (see below) −…

• Page 31: Local Output Control

  The Monitor For parameter for outputs SIR and LAM defines the kinds of troubles of external device circuits connected to these outputs which will be monitored for during Signal-10 operating. The failures such as open circuit failures, short circuit failures, or both open and short failures will be monitored without regard to is the relay output switched on or off.

• Page 32: Centralized Output Control

  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 ……

• Page 33
  Signal-10 Operation Principles Initial № Program Description Condition Blink From On The relay is switched on/off once per second if Condition there is an Intrusion Alarm or Fire Alarm The relay is switched on/off once per second for a Blink for a Time From…
• Page 34
  Breaking Switch On If at least one related loop is disarmed the relay is Upon Disarming switched on Switch Off If at least one related loop is disarmed the relay is Upon Disarming switched off www.bolid.com…
• Page 35
  Signal-10 Operation Principles Initial № Program Description Condition Switch On If at least one related loop is armed the relay is Upon Arming switched on Switch Off If at least one related loop is armed the relay is Upon Arming…

• Page 36: Electronic 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: ―…

• Page 37: Operating Modes

  Master Key Programming Mode User Key Programming Mode Self-Diagnostic Mode Device Failure Mode For description of READY LED operation in different modes of the Signal-10 device, please refer to Table 6. Table 6. READY LED Behavior in Different Signal-10 Operating Modes №…

• Page 38: Power Failure Mode

  When supply voltage drops below 10V at single or both power inputs, the device switches from a standby condition to the Power Failure Mode. Voltage thresholds for switching to the Power Failure Mode depend on the Both Power Inputs Monitoring setting  see Signal-10 System Settings Section of this Manual.

• Page 39: Self-Diagnostic Mode

  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 specialists will respond with dedicated software («ORION_PROG.EXE») and an electronic file containing the microcontroller firmware.

• Page 40: Fire Alarms

  Conventional Fire Alarm Systems The Signal-10 can operate as a conventional fire control if at least one of its alarm loops is configured with the Type 1, or 2, or 3. For such the loops the device can recognize the following statuses:…

• Page 41: Addressable Fire Alarm Systems

  3 s, the loop is automatically armed. Addressable Fire Alarm Systems The Signal-10 can operate as a polling addressable fire alarm device if at least one of its alarm loops is configured with the Type 14 (Fire Threshold Addressable). Bolid manufactured DIP-34PA smoke detec- tors, or S2000-IP-PA detectors, or IPR513-3PA call points must be included to an alarm loop of the Type 14 (up to 10 initiating devices to each loop).

• Page 42
  1…8, 33, 35. If the Auto Arming After Alarm parameter is set for an alarm loop of the Type 14, the Signal-10 automat- ically tries to arm its related addressable zones if these zones has responded with Norm status for more than the time period equal to 15 times Alarm Delay in seconds.

• Page 43: Intrusion Alarms

  General 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:…

• Page 44: Intrusion And Detector’s Tamper Alarms

  Intrusion and Detector’s Tamper Alarms The Signal-10 device can operate as an intrusion/detector tampering alarm control if at least one of its alarm loops is configured with the Type 5. For such the loop the device can recognize the following sta-…

• Page 45: Entrance Alarms

  Disarmed status. Entrance Alarms The Signal-10 device can operate as an entrance alarm control if at least one of its alarm loops is con- figured with the Type 7. For such the loop the device can recognize the following statuses:…

• Page 46: Panic Alarms

  15 times value of the Alarm Delay configured for the loop (in seconds). Panic Alarms The Signal-10 device can operate as a panic alarm control if at least one of its alarm loops is configured with the Type 11. For such the loop the device can recognize the following statuses:…

• Page 47
  Signal-10 Operation Principles Arming Failed Disarmed Panic Alarm An alarm loop of the Type 11 is considered to be in Armed status if it has been armed and its resistance is within the normal range (see Table 2). Short-time breaking the armed loop within the time intervals not exceeding: −…

• Page 48: Auxiliary Alarms

  Zone Alarm and Auxiliary Zone Restored ones. In such a case, if an alarm loop of the Type 6 is matched with any relay output of the Signal-10 (the relevant Relay … Control parameter is on for this loop) breaking of the loop will block activation of the relay controlled in accordance with a given pro- gram.

• Page 49
  Signal-10 sound and light indication as well as relay control in case of an alarm loop of the Type 12 are defined by the particular statuses that can be reached by this loop. The statuses are switched only after changing of the loop resistance and are unrelated to other factors or network controller commands.
• Page 50
  ADC is the ADC-value of the resistance measured by the Signal-10 device. This formula enables adequately calculating resistance values of the loop ranged from 0.1 KΩ to 50 KΩ. Reading the ADC values is provided either by S2000/S2000M console tools or by UProg Con- figuration Tool while programming the loop (see Figure 13, the page 76 of this Manual).

• Page 51: Loop Status Light And Sound Indication

  There are two ways the Signal-10 provides light indication for statuses of fire alarm loops (of Types 1, 2, 3, 14), namely its 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).

• Page 52
  Flickers with yellow once per second Dusty 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…

• Page 53: Alarm Loop Arming And Disarming

  If the device recognizes the code of the presented identifier, it beeps and the alarms loops associated with this identifier become armed or disarmed. If the read code is unknown to the Signal-10, the device produces long sound tone indicating that the presented key is rejected.

• Page 54
  By means of centralized arming/disarming commands each addressable zone of a Fire Threshold Ad- dressable loop of the Signal-10 (loop of Type 14, to which this addressable zone was assigned during the device configuring) can be armed or disarmed independently (against local control, see above).

• Page 55: Communications Between The Signal-10 And A Network Controller

  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 controller while communicating data over RS-485 interface.

• Page 56
  Orion ISS If a PC is used as the network controller, it is connected to the RS-485 system interface via one of Bolid manufactured interface converters, namely PI-GR, S2000-PI, USB-RS485, or S2000-USB. If a communication loss has occurred during generating a message, the event will be stored in the Sig- nal-10 nonvolatile memory.
• Page 57
  (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 generalized statuses of all addressable zones matched with the loop by the Related Addressable Detectors parameter (see Figure 14).
• Page 58
  There is an addressable zone with the Dusty status, all other zones being in Norm DISARMED There is a disarmed addressable zone within the loop, all other zones of the loop being armed ARMED All addressable zones are in norm and armed www.bolid.com…

• Page 59: Installation

  Signal-10 Installation INSTALLATION www.bolid.com…

• Page 60: Standard Delivery

  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 protect- ed against atmospheric fallouts and mechanical damage.

• Page 61
  Signal-10 Installation Figure 2. Signal-10 Overall and Mounting Dimensions www.bolid.com…

• Page 62: Wiring The Rs-485 Interface Line

  1. Couple the device terminals RS485A and RS485B (see Figure 3) with A and B wires of RS-485 bus respectively. 2. Couple the 0V circuit of the Signal-10 device (see Figure 3) with the similar circuits of the preced- ing and succeeding devices in RS-485 highway (you can ignore this requirement if the devices are powered by the same power supply).

• Page 63
  Var.3 R*=8.2K LED R LED G ТМ IButton Reader RS 485 A To a Network RS 485 B Controller Main + U1 Power Supply RIP 12(24) + U2 Extra Power Supply (Optional) RIP 12(24) Figure 3. Signal-10 Connection Diagram www.bolid.com…

• Page 64: Connecting Alarm Loops

  Figure 4. Detectors into a Fire Loop of the Type 1 Connecting Diagram When all the detectors will be wired and connected to the relative Signal-10 contacts, test the loop. Ensure that confirmed actuation of a single detector causes the loop to get the Fire Prealarm status, while actuation of two ones causes the loop to get the Fire Alarm status.

• Page 65: Including Smoke And Heat Detectors Into Alarm Loops Of The Type 2

  Figure 5. Smoke and Heat Detectors into a Fire Loop of the Type 2 Connecting Diagram When all the detectors are wired and connected to the relative Signal-10 inputs, test the loop. Ensure that confirmed actuation of a single smoke detector or actuation of a heat detector causes the loop to get the Fire Prealarm status, while actuation of two detectors (smoke or heat) causes the loop to get the Fire Alarm status.

• Page 66: Including Intrusion Detectors Into Alarm Loops Of The Type 5

  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…

• Page 67: Commissioning

  Signal-10 Installation power failure when power voltage is low for a single power input or both power inputs (see Signal-10 System Settings section of this Manual). COMMISSIONING During the process of commissioning and starting-up the particular security installation it can be nec- essary to measure actual resistance values of alarm loops along with detector included.

• Page 68
  Orion ISS Figure 10. Measuring Alarm Loop Resistances by Means of UProg www.bolid.com…
• Page 69
  Signal-10 Installation www.bolid.com…

• Page 70: Programming

  Orion ISS PROGRAMMING www.bolid.com…

• Page 71
  Select the entry for the Signal-10 and press the Select button. The UProg will display the work win- dow of the current Signal-10 settings. All the settings are presented by three tabs which are the Alarm Loops, the Outputs, and the Keys tabs (see Figure 11).

• Page 72: Signal-10 System Settings

  File → Load Configuration File command (or the <F3> button, or the toolbar icon). Besides, a new Signal-10 configuration file can be created by using the File → New Configuration menu command (or the <Ctrl+N> button, or the toolbar icon).

• Page 73
  Power Failure mode: upon a power failure of a single input or both power inputs. If Both Power Inputs Monitoring is set on, the Signal-10 switches to the Power Failure mode (see Power Failure Mode section of this Manual) when power input voltage has dropped below 10 V at any single power input.
• Page 74
  1.5 s, while ‘short’ one means pressing and holding the tamper switch pressed for the time between 0.1 s to 0.5 s. The pause be- tween pressings must last from 0.1 s to 0.5 s. www.bolid.com…

• Page 75: Alarm Loop Programming

  The main parameter which must be given for each of the connected alarm loop is the Loop Type, which is by default set to ‘4’ for all the Signal-10 loops. All available Loop Type values are described in the Alarm Loop Types section of this Manual.

• Page 76
  Thus, the UProg facilitates this task by the special actual 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…

• Page 77: Other Loop Parameters Adjusting

  Fire/Intrusion Alarm immediately without any delay, while setting to 255 means the infinite delay. Arming Delay The Arming Delay parameter is by default set to zero for all the alarm loops of the Signal-10. This parameter is set to a non-zero value typically for Entrance alarm loops to define for the Signal-10 a time interval (in seconds) between receiving an arming command and actual arming the alarm loop (that is, the exit delay).

• Page 78
  Auto Arming After Alarm If this parameter is turned off for an alarm loop, the alarm loop automatically switches from the Intru- sion Alarm, Panic Alarm, or Fire Alarm status to the Armed status if loop resistance has been within www.bolid.com…
• Page 79
  MUST be set off for all the alarm loops of the Signal-10. By default, the relay 1 is related to conditions of the Signal-10 alarm inputs from the first to the fifth, while the relay 2 is related to conditions of the Signal-10 alarm inputs from the sixth to the tenth. Out- puts 3 and 4 (The Siren and the Lamp) are related by default to all alarm loops of the Signal-10.

• Page 80: Programming Outputs

  Orion ISS PROGRAMMING OUTPUTS To program the Signal-10 relay outputs, use Outputs Tab of the UProg Configuration Tool (see Fig- ure 15). If one of the device relays is to be centrally-controlled by network controller commands than this relay must not be related with any device alarm loop (the relative Relay…Control parameter must be set off for all the device alarm loops …

• Page 81
  Executive Program The Executive Program defines the tactics of relay control which is implemented locally (depending on the Signal-10 alarm loop statuses) as well as initial condition of the relay right after Signal-10 pow- er up. To give a local control program for each the relays 1 – 4, click by left mouse button on the narrow button at the right of the relevant field and select a proper program from the drop-down list (see Fig- ure 15).
• Page 82
  By default this parameter is set off. When all settings are completed, don’t remember to save them by loading to the device memory (us- → ing the toolbar icon or Device Write Configuration to This Device menu command). www.bolid.com…

• Page 83: Key Programming

  Signal-10 memory. The Signal-10 memory is designed to store up to 85 key codes, which can be codes both of User keys (intended to arm/disarm alarm loops) and Master keys (used for hardware programming other keys).

• Page 84: Add/Edit A Key

  — 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…

• Page 85
  Define or change the status of the key. In the Arm string tick the boxes below those loops of the Signal-10 which the key is permitted to arm. Similarly, and in the Disarm string tick the boxes below those loops of the Signal-10 which the key is permitted to disarm.

• Page 86: Delete Key

  (the last key in the list has the number 85). The algorithm of defragmentation works by the principle of replacing the first found ‘deleted’ key by an active key. Thus, the numbers of the keys in the list after defragmentation will differ. www.bolid.com…

• Page 87: Save Results

  The keys with their attributes can also be written to a special file with the extension of .ki which then can be loaded to an UProg at this/another PC, for example, to facilitate setting of other Signal-10 de- vices. The Save Keys to File command (the toolbar button) is to be used for this purpose.

• Page 88: Programming Of User Keys By Hardware

  Programming melody. The Master Key can be used to switch the Signal-10 device to the User Key Programming Mode to program User keys with the status similar by default to the status of this Master Key (arm- ing/disarming all the 10 alarm loops of the device is enabled).

• Page 89
  Signal-10 Programming Table 12. How the 1-10 Signal-10 LEDs Display a Key Status Key Rights Behavior of the Related LED to Arm/Disarm a Loop Arm/Disarm Flashes red and green alternately Arm Only Flashes red Disarm Only Flashes green Neither Arm Nor Disarm…

• Page 90: Maintenance

  Orion ISS MAINTENANCE www.bolid.com…

• Page 91: Signal-10 Operability Inspection

  Relative humidity 45 ÷ 80 % − Atmospheric pressure 630 ÷ 800 mm Hg Figure 17 shows the scheme of wiring the Signal-10 in order to inspect its operability. The operability inspection lasts no more than 10 minutes. NOTE: Power off the device before connecting and disconnecting wires…

• Page 92: Alarm Loop Inspection

  1 – 10 LEDs sequentially flashes red and green alternately for 1s each. Simultaneously the device outputs sequentially switches on with time interval of 2s The last device output (the LAM) switching off, the Signal-10 automatically exits Self-Diagnostic mode and returns in Operation mode.

• Page 93
  Signal-10 Maintenance 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 www.bolid.com…

• Page 94: Annex. Current Consumption Estimation

  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 formulas: In case of device being powered from a 12 V power supply: I = 2.75 ×…

• Page 95
  Signal-10 Annex. Current Consumption Estimation www.bolid.com…
• Page 97
  BOLID ONE YEAR LIMITED WARRANTY Bolid Company and its divisions and subsidiaries («Seller»), 4 Pionerskaya Str., Korolev 141070, Moscow Re- gion, Russia warrants its security equipment (the «product») to be free from defects in materials and workman- ship for one year from date of original purchase, under normal use and service. Seller’s obligation is limited to repairing or replacing, at its option, free of charge for parts or labor, any product proven to be defective in mate- rials or workmanship under normal use and service.
• Page 98
  4 Pionerskaya Str., Korolev 141070, Moscow Region, Russia Phone/fax: +7 495 513-32-35 Email: info@bolid.ru www.bolid.com…