1. Manuals
  2. Brands
  3. teko Manuals
  4. Control Panel
  5. ASTRA-713
  6. Operating manual

teko ASTRA-713 Operating Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
Research and Development Center TEKO
CONTROL PANEL
ASTRA-713
Operating Manual

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the ASTRA-713 and is the answer not in the manual?

Questions and answers

Related Manuals for teko ASTRA-713

Summary of Contents for teko ASTRA-713

  • Page 1 Research and Development Center TEKO CONTROL PANEL ASTRA-713 Operating Manual...

  • Page 2: Table Of Contents

    Table of Contents Function ........................... 4 Device Main Features and Functions ..................5 Specification ..........................7 Delivery ..........................10 Structure ..........................11 List of Terms and Definitions ....................13 System Information ....................... 15 Installation ..........................21 Default Settings ........................24 10 Setting Operating Mode by ....................
  • Page 3 This operating manual is intended for studying the operating principles, proper use, storage, and maintenance of the control panel Astra-713. Below is the list of abbreviations, used in this operating manual: Equipment Astra-713 Control Panel Astra-Dozor Astra-Dozor Control Panel Astra-Z-8945 Astra-Z-8945 Control Panel Programmable “dry-contact”-type relay output...

  • Page 4: Function

    Signal transmission Device Alarm loop, where “x” is the alarm loop number (ranging from 1 to 8) 1 Function The device is designed to protect facilities from unauthorized intrusion and fires in stand- alone mode, under the control of an Astra-Dozor control panel, or under the control of an Astra-Z-8945 control panel.

  • Page 5: Device Main Features And Functions

    2 Device Main Features and Functions The device is intended for stand-alone use or to combine up to 16 devices via an RS-485 in- terface into a network controlled by an Astra-Dozor control panel. Device operating mode settings for stand-alone use are configured using jumpers or a PC (using the Pconf-713 program).
  • Page 6 The device has two basic alarm loop types: “Intrusion” and “Fire.” A device with intrusion alarm loops monitors loop resistance using rigid “Normal” and “Violation” values. A “Failure” alarm loop state is not recognized. A device with fire alarm loops monitors loop resistance using rigid “Normal,” “Violation,” “Failure,” and “Warning”...

  • Page 7: Specification

    2.11 The device is designed to operate on a continuous, around-the-clock basis. 2.12 Device design is not designed to be operated in corrosive environments, dust, water, or in fire-hazardous spaces. The device is not intended to be used in an automatic fire-suppression control system.
  • Page 8 Number of devices that can be connected to the Astra-Dozor control panel, pcs., maximum ..16 Relays (RELAY 1, RELAY 2): Voltage, V, maximum ........................ 100 Current, mA, maximum ......................150 Mode selection ..............CSP alarm, warning light, arm/disarm, executive, alarm, siren, custom “Open collector”...
  • Page 9 Fire alarm loop resistance in double-event mode*, kOhm, in status: - “Normal” ........................ from 3.0 to 5.0 - “Violation” ..................from 0 to 1.5, or from 5 to 12 - “Warning” ........................from 1.5 to 3 - “Failure” ..........................over 12 Alarm loop integration time, ms: - intrusion ..........................

  • Page 10: Delivery

    Relative air humidity, % ..................up to 93 at + 40 °С moisture condensation without 4 Delivery Set Astra-713 Control Panel ......................1 pcs. Resistor 3.9 ........................... 8 pcs. Screw 2.9 ×25 ........................4 pcs. Dowel 5 x 25 .......................... 4 pcs.

  • Page 11: Structure

    5 Structure The unit’s structure is a block consisting of a base and a removable cover. Inside the block is a circuit board with radio elements. (Figure 1). Built-in Buzzer Figure 1...
  • Page 12 Jumper plugs with pins are mounted on the device circuit board to permit selection of device operating mode and two-color indicators: – – " " " " indicate the state of the corresponding alarm loop; – indicate the state of device supply voltage and the status of the RS-458 interface. –...

  • Page 13: List Of Terms And Definitions

    6 List of Terms and Definitions Auto-arming - a function for one or group of intrusion-type ALs, assigned to one relay, is intended for automatic arming on expiry of defined time period after «Alarm» event on condition of recovery of one or group of ALs to «Norm»...
  • Page 14 «Closed door» tactics - for AL1 and AL2 with exit delay time. Process of arming (exit delay time start) begins only if AL is in «Norm» state. At that arming occurs on expiry of preset exit delay time if AL is in «Norm» state. Passageway area –...

  • Page 15: System Information

    7 System Information Capacity The type and quantity of notifications depend on specified device operating modes. Table 1 - Device information capacity Notification type Device reaction Relay 1, Relay 2 outputs (CSP Alarm mode) (default settings) “Armed CSP” Relay is closed in «Armed» mode in condition of absence of any event in AL assigned to this relay.
  • Page 16 Table 1 (cont.) Message type Device reaction Х "Х" " " "1" "8") (where from Flashes green 1 time per 1s at «Norm» state in «Disarmed» mode "Ready" Not lit at «Violation» state in «Disarmed» mode "Not ready" “Armed” Lights green at «Norm» state in «Armed» mode “Alarm“...
  • Page 17 Table 1 (cont.) Message type Device reaction Lights up with a continuous green light, provided there is ade- "Power normal" quate power supply and communications with the master device when operating in the slave mode. Lights up with a continuous red light, if supply voltage is too low "Power failure"...
  • Page 18 Table 1 (cont.) Message type Device reaction Continuous sound at «Violation» state of intrusion-type AL in “Alarm” «Armed» mode (on expiry of entry delay time for AL1 and/or AL2) “Fire” Intermittent sound 1 time per 2s at «Violation» state of fire-type AL “Failure”...
  • Page 19 Table 1 (cont.) Message type Device reaction “Alarm loop armed” Single sound impulse “Alarm loop disarmed” Double sound impulse Three successive sound impulses at invalid TM identifier “TM Key cancellation” code “Delay” Intermittent sound 1 time per 1s during entry/exit delay time “End of delay”...
  • Page 20 Table 1 (cont.) Message type Device reaction OC1 output (“Siren” operating mode) (default settings) “Disarmed”, “Armed” Deactivated Continuous sound at «Violation» state of intrusion- or fire- “Alarm”, “Fire” type AL in «Armed» mode (on expiry of entry delay time for intrusion-type AL1 and/or AL2) OC2 output (“Warning light”...

  • Page 21: Installation

    8 Installation The device shall be mounted per RD.78.145-93, “Rules for work performance and acceptance. Installation of security, fire, and security–fire alarm systems”. Mounting location selection The device must be mounted on walls or other surfaces at premises, protected from rain, snow, mechanical damage and unauthorized access.
  • Page 22 Step-3  Make marks at a level selected location for mounting holes by using holes on the detached base as a tem- plate.  Pull out the plugs out of selected wire input holes in the device base.  Run wires from the power supply unit, alarm loop, RS- 485 interface, relays, OC, Astra-TM reader (if TM keys are being used) and Astra-RVC (if Astra-TRC key fobs are being used) through the wire insertion holes.
  • Page 23 Step-5 Electric wiring to the output terminals of the device is to be carried out in accordance with selected wiring diagrams in Appendices A and B. Step-6 Replace the device cover in its position, until a click is heard. If necessary, apply a label from the de- livery kit to the device cover.

  • Page 24: Default Settings

    Default Settings The firmware of the delivered device is for stand-alone use with default settings in memory, which are shown in Table 2. To use the device with default settings, install the jumper on one pin of plug F7; positions of the remaining jumpers are ignored. Table 2 Operating mode Parameters...
  • Page 25 Operating mode Parameters “Passageway area” function Forbidden Relay operating modes CSP alarm AL1 –AL4– relay 1, AL5-AL8 – relay 2 Relay assignment to AL OC1 output operating mode Siren OC1 output assignment to AL Al1 - AL8 OC2 output operating mode Warning light OC2 output assignment to AL Al1 - AL8...

  • Page 26: Setting Operating Mode By

    10 Setting Operating Mode by Jumpers When the device is operating in stand-alone mode, the device may be configured using jumpers. Jumper-specifiable operating modes (Fig. 2) are shown in Table 3. Figure 2 ATTENTION! Device power must be off when installing or removing jumpers. Table 3 Plug Jumper...
  • Page 27 Plug Jumper Plug Operating mode Name Position – All messages Limit sound notifica- tions to BZ and SA Alarm, Fire – Forbidden Auto-arming mode Valid All ALs are of intrusion type AL1 with delay – – Remaining ALs are instant AL1 intrusion-type with delay –...
  • Page 28 Plug Jumper Plug Operating mode Name Position Use operating modes from device memory (the posi- – tion of remaining jumpers is ignored) When jumper is installed on F1 Setting up operation modes using computer Setup and FW updat- plug ing mode button pressed + to left...

  • Page 29: Setting Operating Mode Via Pc

    11 Setting Operating Mode Via PC (Stand-Alone Mode) The most convenient way of changing the device operating mode is with a PC. To do this, the fol- lowing are required: - personal computer; - Astra-984 interface adapter (supplied separately); - Pconf-713 software for the PC (distributed freely from www.controlex.eu Operating procedure: 1) turn off power supply;...
  • Page 30 6) press and hold button on the device, connect the Interface Adapter RS-485 to the device ТМ and the PC, then the LED indicator will light up with green light; Release button; 7) run the Pconf-713.exe program on the PC; 8) select “Settings”...
  • Page 31 Device operating modes, accessible from the PC:  any/closed door tactics (for AL1 and AL2);  entry delay time, exit delay time (for AL1 and AL2);  auto-arming (for intrusion-type ALs);  time for rearming;  silent alarm (for intrusion-type ALs); ...
  • Page 32 Table 4 - Relay and OC outputs operating modes Mode name Mode description The relay (OC output) is closed when armed, and opened when there is an CSP - Alarm alarm or when disarmed The relay (OC output) is closed when armed (after the exit delay time is Warning light over), switched when there is an alarm and opened when disarmed The relay (OC output) is closed when all ALs connected to this relay or OC...

  • Page 33: Registering And Deleting Tm Keys For Stand-Alone Operating Mode

    12 Registering and Deleting TM Keys for Stand-Alone Operating Mode TM key codes can be recorded to (deleted from) memory by: - using the TM button on the circuit board; - using PC (Pconf-713 program) (see section 11). Connect the TM key reader or the Astra-RVC to +TM and –TM terminals of the device (Appendix A). Using the TM button to register (deletion) the TM key Operating procedure: 1) turn off power supply;...
  • Page 34 - release the TM button; to register new TM keys: - briefly press the TM button. Indicator will blink green, indicating the device is ready for regis- tration (if indicator starts to blink red, this means the maximum number of TM keys that can be regis- tered, i.e., 28, has been reached).

  • Page 35: Pre-Starting Procedure And Operability Test In Stand-Alone Mode

    13 Pre-Starting Procedure and Operability Test in Stand-Alone Mode Operating procedure: 1) Turn off power supply. 2) Remove the cover by inserting a flat screwdriver blade into the cover slot (section 8); 3) Check correct wiring during installation. 4) If necessary, set device operating modes (sections 9–12). 5) Perform device operability test: Х...

  • Page 36: Using The Device In Stand-Alone Mode

    – f) check correspondence of notifications to BZ, indicators , OC and relay outputs. 14 Using the Device in Stand-Alone Mode “Operating instructions and safety rules for electrical installations of up to 1000 V” should be fol- lowed when operating the device. 14.1 Using the device for intrusion protection ...
  • Page 37  Disarming - by using the control button or AL buttons: 1) Open the entrance door; This will cause an AL violation and a transition to the “Alarm” state. The AL indicator and LA (if present) should output an “Alarm” notification (the AL indicator should blink red once per second; the LA blinks once per second), while BZ outputs a “Delay”...
  • Page 38 14.2 Using the device for fire protection  Arming Fire alarm loops have a 24-h operating mode. After power is applied, the alarm loop is armed au- tomatically, upon transition of AL parameters to the “Normal” state. Make sure of AL indicators (lit green) and the LA (lit continuously, if present) are activated. The device has assumed the “Armed”...

  • Page 39: Firmware Update

    Firmware Update The firmware update function allows the user to update device firmware, if necessary, to a newer version, or to change the firmware to enable operation under the control of Astra-Dozor control panel. The following are required to update firmware: - computer (PC);...
  • Page 40 7) select “Update firmware” in the “Operating mode” window; 8) connect to the device (“Connect" button), indicator will be turned off; 9) load the required firmware version (“Read from the file” button). Firmware versions 713-v1_x are intended for stand-alone mode; firmware versions 713-v2_x are intended for operation with an Astra-Dozor control panel;...

  • Page 41: Configuring And Using The Device With Astra-Dozor Control Panel

    Notes Updating firmware version does not impact previously established operating modes or registered TM keys (unless there are special instructions in the firmware release notes). After updating firmware version (from 713dozor_v2_0.tsk to standard version 713-v1_3.tsk), device default settings must be configured using the Pconf-713 program. 16 Configuring and Using the Device With Astra-Dozor Control Panel 16.1...

  • Page 42: Configuring And Using The Device With Astra-Z 8945 Control Panel

    17 Configuring and Using the Device With Astra-Z 8945 Control Panel 17.1. In order to be used as part of Astra-Zitadel system, device firmware must be updated to 713-v3_0_0 version using the Firmware Update Module that is a part of Astra-Z Monitiring Soft- ware Suite.
  • Page 43 the Setup Module, then its default indicator setting is preserved, i.e., a short-duration closure upon acceptance of a TM identification code. F1–F6 17.5. The function of plugs changes: F1 restores default settings and deletes registration attributes. It is used in the procedure de- scribed in section 8.5 of the Quick Start Guide;...

  • Page 44: Maintenance

    18 Maintenance 18.1 Maintenance of the device must be carried out in accordance with an annual maintenance schedule. Annual maintenance is to be carried out by a specialist of a servicing organization and in- clude: a) inspection of the device external condition; b) inspection of reliability of fixtures, condition of its external mounting wires and contact connec- tions;...

  • Page 45: Labeling

    19 Labeling 19.1 The label attached to the base on the underside of the device displays: - the manufacturer’s trade mark; - the abbreviated name or identifying code of the device; - the firmware version; - the month and year (last two digits) of manufacture; - conformity marks (if the certificate of conformity is present);...

  • Page 46: Manufacturer Warranty

    Manufacturer Warranty 21.1 The manufacturer guarantees conformity of the device with requirements of the technical specifications, provided that the user observes the specified technical standard of operating, transpor- tation, storage and installation. The guaranteed shelf life of the indicator – 5 years and 6 months from the date of manufac- 21.2 ture.
  • Page 47 Appendix А Astra-713 connection schematic Astra-RVC ver. TM Fig. А.1. Astra-RVC ver. TM wiring diagram...
  • Page 48 Fig. А.2. Wiring diagram for detectors with NO/NC outputs of “dry contact”-type; Where: Е1: detector with NC contacts; E2: detector with NO contacts; GB1 – 12V power supply unit; НА1 – sound alerter; HL1 – light alerter; К1 – TM key reader; R1 –...
  • Page 49 Rlim Rlim Rlim Rter Rter Rlim Rlim Rlim Rlim Rlim Rlim Rter Rter Rlim Rlim Rlim to CSP Fig. А.3. Active detector connection schematic...
  • Page 50 Where: GB1 – 12V power supply unit; НА1 – sound alerter; НL1 –light alerter; К1 – TM key reader; n – number of detectors (n ≤ 30); Rlim – resistor 2 kOhm; Rter – rating, see Table А.3; S1 – control button; Х1…Х240 - active detector Table А.3 Number of detectors, n...
  • Page 51 Appendix B Astra-Dozor control panel connection schematic Fig. B.1.
  • Page 52 Sales, technical support and warranty service: ТЕКО-TD, LLC Prospekt Pobedy str. 19 420138 Kazan, Russia Phone: +7 (843) 261-55-75 Fax: +7 (843) 261-58-08 E-mail: info@teko.biz support@teko.biz Web: www.teko.biz Made in Russia Revision 713-v1_6_en...

Table of Contents