ACU-250
Contents
1. 9 minutes 2 digit type of acoustic signaling 0 disabled 1 sound type 1 2 sound type 2 or 3 sound type 3 3 digit optical signaling 0 disabled or 1 enabled ASW 100 E ASW 100 F enter 0 only remote control of the electric circuit 1 remote or manual control of the electric circuit or 2 remote or manual control of the electric circuit but with option to manually block the remote control 8 2 2 LCD keypad You can configure the wireless devices in service mode using the USE ARU 100 ACTIVE MODE CONFIGURATION and FILTER functions which are available for the controller P STRUCTURE HARDWARE PEXPANDERS P SETTINGS P controller name Having started the function use the W and A keys to select the zone to which the do wireless device is assigned and press the key Use ARU 100 Using the VW and A keys you can select whether the wireless device is to communicate to the controller directly or via a selected repeater the name of the zone to which the repeater is assigned is displayed on the list Configuration Use the arrow keys for programming additional parameters and options The values which can be programmed for individual parameters of wireless devices are presented in the section describing configuration of the devices by means of the DLOADX program 8 3 Programming in the VERSA system 8 3 1 DLOADX program You can configure wireless devices in the Versa Structure window Hardware tab2. must not make any changes The functions are executed by means of controlling the status of system zones Using the keyfob you can control up to 6 zones in the alarm system These zones should not exist physically and the wiring type programmed in them must be different from NO DETECTOR and FOLLOW OUTPUT You can program any function for these zones Pressing the keyfob button 18 ACU 250 SATEL or two buttons simultaneously will violate the zone and cause suitable reaction from the control panel On pressing any keyfob button not necessarily the one used to control a system zone information on the status of three selected system outputs will be presented on the keyfob LEDs Thus you can get confirmation that the function has been executed or information on the current system status The outputs whose status is presented by means of the keyfob LEDs do not have to exist physically The installer can indicate up to 8 outputs in the system which will be used to inform the keyfob users ABAX CONFIRMAT function in the keypad SERVICE MODE STRUCTURE HARDWARE PEXPANDERS ABAX CONFIRMAT or Keyfobs ABAX window in the DLOADX program Pressing a button combination of buttons in the keyfob can generate a keyfob use event For information on adding removing keyfobs by means of the keypad please refer to the control panel user manual In the DLOADX program you can add and remove keyfobs in the Keyfobs ABAX window Fig 5 The window
3. In the case of the AMD 103 detector no communication takes place during polling Ed Integra mainboard Gi Keypads Module ACU 100 address 8 Expansion modules Bus 1 Expansion modules Bus 2 Name ACU 100 28h 1 INT S SK 21h 2 INT SZ SZK 22h 3 INT S SK 23h No auto reset after three module tamper alarms 4 INT SZ SZK 24h Response period 5 CA 64 SR 25h 12sec C 24sec 4 6 CA 64 DR 26h Higher sensitivity for jamming detection 8 ACU 100 28h q 30 ca 64 SM 3Eh EI Tamper signaled in part 1 Reception Sk Read B Details Test mode I New device Sy Write P Synchronize 0 Remove device Comments Higher sensitivity for jamming detection if this option is enabled the sensitivity of detection of radio communication jamming is boosted Synchronize this function starts the procedure of synchronization i e checking for presence of other ABAX wireless system controllers working within the controller operating range The controller will synchronize the response period so that the radio transmissions of some controllers should not be mutually jammed Synchronization is performed automatically upon starting the controller and after each operation of adding removing devices supported by it Test mode in the ABAX system the test mode can be started in which LED indicators are enabled in the wireless devices the LEDs are disabled during
4. address 4 Features Support for up to 48 ABAX system wireless devices the number of supported devices depends on the control panel Support for up to 248 APT 100 keyfobs the number of supported keyfobs depends on the control panel Two way encrypted radio communication in the 868 MHz frequency band Controller firmware update capability Tamper protection in 2 ways cover removal and tearing enclosure from the wall Electronics board terminals 12V power input E COM common ground NI CLK clock QI DAT data i RS 232 port TTL standard to enable updating the controller firmware The controller can be connected to the computer using the cables included in the DB9FC RJ KPL set offered by SATEL blinking data exchange with the control panel steady light no communication with the control panel Installation of the controller A Disconnect power before making any electrical connections SATEL ACU 250 3 The controller should be installed indoors in spaces with normal air humidity Prior to installation you should plan the arrangement of all ABAX system wireless devices which are to be operated by the controller When selecting the controller installation place make sure that all these devices will be located within its operating range Remember that thick walls metal partitions etc will reduce the range of the radio signal It is recomme
5. detector operates in passive mode It is a battery saving mode in which communication with the controller takes place mainly during time intervals determined by the RESPONSE PERIOD parameter At that time information on violations and battery status is sent Only detector tampers are sent immediately partition armed the detector operates in active mode The detector sends immediately all information to the controller Because switching the detectors over from the passive into active mode and conversely takes place during the response time it is performed with some delay in relation to arming disarming The maximum delay depending on the selected response frequency can be 12 24 or 36 seconds The AMD 103 detector and wireless detectors assigned to the 24 hour zones which are permanently armed are in the active mode at all times Also other wireless detectors can always work in the active mode if the ALWAYS ACTIVE option is enabled for them see section PARAMETERS AND OPTIONS p 11 According to the EN50131 3 standard all ABAX system Hold Up devices must be always in active mode Batteries ensure approx 3 years operation of the detectors assuming that the detectors are in passive state for part of that period and the RESPONSE PERIOD is 12 seconds A longer response period 24 or 36 seconds means extension of the battery life time The battery life time in the detectors switched permanently into the active mode is shorter th
6. installer can remove all keyfobs including their settings by means of the REM ABAX KFBS function available in the service mode in the keypad 2 HARDWARE gt 1 KPDS amp EXPS 8 REM ABAX KFBS Adding and removing a keyfob with the DLOADX program is carried out in the same way as for the INTEGRA and INTEGRA Plus control panels Functions can be assigned to the buttons combination of buttons in the following way 1 Click on the field corresponding to the selected button combination of buttons 2 Right click on your mouse A drop down menu will appear in which you are to select the new function In order to determine the information which will be presented on the LEDs 1 Click on the field corresponding to the selected LED 2 Right click on your mouse A drop down menu will appear in which you are to select the new information ACU 100 a 88 Expansion modules Name ACU 100 08 00 VERSA LCD 00 01 VERSA LED 01 Tamper signaled in part 1 First floor C 2 Second floor 02 VERSA LCD 02 zones outputs Keyfobs M1sGaeter 0 em Jofufafufejoejkiuzes 1 JohnSmth E 31 2 34 5 38 43 26 2 Peter Brown 31 32 U 15 B 143 N D 3 Dustin Jones 39 142 153 54 AN L Be lowes oons nn I New device 11 Specifications PN Pee 12 V DC 15 Standby current CONSUMPUON eersel dk 33 mA Maximum current consumption nnn neeeenennnnnenenenenennennnnnnneneereneennnnnnnnnnnnen 33 mA Oper
7. number of free addresses must be left for the controller If when new wireless devices have been added to the controller it turns out that next addresses are needed and these are taken up by other devices successful completion of the expander SATEL ACU 250 9 identification procedure will be impossible It will be necessary to change addresses of the devices connected to the bus 7 1 1 Adding new wireless devices 1 For some wireless devices you can select whether the device will take up one or two positions channels on the list of devices Depending on the device if one position is selected AMD 102 only additional inputs roller shutter and NC will be supported ATD 100 you will be able to program only one temperature threshold AVD 100 only the vibration detector will be supported DLOADX program You can add wireless devices in the Structure window Hardware tab after clicking on the controller name in the list of devices Before making any changes click on the Read button and after making the changes on the Write button the data relating to wireless devices are not read and saved after clicking on the E button in the DLOADX program main menu 1 Click on the New device button The New device window will open 2 Enter in the appropriate field the 7 digit serial number of the device you want to add The serial number can be found on the electronics board or on the enclosure E
8. opening command is available in the Users menu Before making any changes click on the Read button and after making the changes on the Write button the data related to keyfobs are not read and saved after clicking on the button in the DLOADX program main menu keyfob buttons zones Use psm o jno lal mjejoejko Confirmation output selection Al John Smith Pz 25 26 18 34 45 x1 3 8 U1 Peter Jones 264 34 5 118 2 3 4 U2 Harry Brown 573 43 26 20 6 8 _ U3 Jane Sanders 7432 26 20 3 6 8 1 33 Trouble v efaaem U10 Steven White i Witte I New X Delete J OK Removal of a keyfob will not erase its settings dependences between the buttons and zones confirmation rules etc When added to the user the new keyfob will have the same settings as the deleted one The installer can remove all keyfobs including their settings by means of the REM ABAX KEYFOB function available in the service mode in the keypad STRUCTURE D HARDWARE D EXPANDERS REM ABAX KEYFOB SATEL ACU 250 19 10 1 1 Adding the APT 100 keyfob by means of the DLoapX program Entering the serial number manually 1 Click on the field in the S N column next to the name of the user to whom you want to assign a keyfob 2 Enter the keyfob serial number and confirm by pressing ENTER Reading the serial number during transmission 1 Click on the field in the S N column next to the name of the user to whom you want to a
9. CE function 2 Enter the device 7 digit serial number and press the key The serial number can be found on the electronics board or on the enclosure Each ARF 100 radio signal level tester has serial number 0000500 If a device with the entered serial number is already registered the keypad will not proceed to the next step of the procedure 10 ACU 250 SATEL 3 When the Open device tamper command is displayed power on the ACX 200 or ACX 201 expander module turn on the ARF 100 tester insert the ASW 100 E ASW 100 F wireless controller into 230 V AC socket violate open the tamper contact in case of the other devices If the serial number of device to be added is not consistent with that previously entered you will be informed about it by a suitable message If this is the case press the key and then start the device adding procedure from the beginning 4 The name and serial number of the new device will be displayed Press the key 1 to proceed to the next step of the procedure press another key to terminate the new device adding procedure 5 A suitable message will inform you about the option if any whether the device will take up one or two positions channels on the list of devices Press the key 1 to select one channel or press the key 2 to select two channels 6 A list of system zones to which the device can be assigned will be displayed Using the V and A keys select one of them and press the key pr
10. D 100 wireless vibration detector and magnetic contact Sirens e ASP 105 wirelessly triggered outdoor siren e ASP 205 wireless indoor siren Other e ACX 200 hardwired zone output expander e ACX 201 hardwired zone output expander with power supply e ARF 100 radio signal level tester e ARU 100 radio signal repeater supported if the controller works with the INTEGRA or INTEGRA Plus control panel e ASW 100 E ASW 100 F 230 V AC wireless controller 7 Installation of wireless devices After the control panel has identified the controller you can begin installation of the ABAX system wireless devices Before installing a wireless device check the level of radio signal received by the device from controller and by the controller from device at the planned installation place The ARF 100 tester is a useful tool to check the signal level The level of signal received by device controller may not be lower than 40 If the radio signal level at the planned installation place is too low select another installation location Sometimes it is sufficient to move the device ten or twenty centimeters to obtain a significant improvement of signal quality You can install the device permanently only after reaching the optimum level of radio signal The wireless devices must be registered to the alarm system This can be done using the LCD keypad or DLOADX program The controller can support up to 48 wireless de
11. EMOVE DEVICE function P STRUCTURE P HARDWARE P EXPANDERS P SETTINGS P controller name P REMOVE DEVICE 1 Start the REMOVE DEVICE function 2 Using the V and A keys select from the list the device to be removed and then press the key 3 Press the key 1 to confirm that you want to remove the device pressing another key will take you back to the wireless device selection list SATEL ACU 250 11 4 The device will be removed A message on the display will inform you that the expander identification function has been started 5 After identification of the devices return to the list of wireless devices will follow 7 2 Work with the VERSA control panels The VERSA control panels can support up to 30 wireless devices For information about operation of the ABAX system controller with the VERSA control panels as well as adding and removing wireless devices please refer to the installer manual of VERSA control panels 8 Programming the wireless devices 8 1 Parameters and options Filter the number of consecutive response periods during which communication with the device failed to be established for the loss of communication with the device to be reported Values from the 0 to 50 range can be entered Entering the digit 0 will disable control of the device presence in the system In the case of the AMD 103 magnetic contact the presence check is performed in a different way than for the other ABAX system devices If th
12. ach ARF 100 radio signal level tester has serial number 0000500 3 Depending on which device is to be added to the system power on the ACX 200 or ACX 201 expander module turn on the ARF 100 tester insert the ASW 100 E ASW 100 F wireless controller into 230 V AC socket violate open the tamper contact in case of the other devices If an invalid serial number is entered it will be indicated by a suitable message In such a case enter the correct serial number and repeat the above mentioned step 4 The message will confirm that a new device has been added It will be assigned to the first free zone from the pool reserved for the controller A suggested name for that zone will appear the name is editable The name will be also assigned to the output if the device is to be assigned to the output For some devices you can also select whether the device will take up one or two positions on the list of devices 5 Click on the OK button to complete the procedure of adding a new device You can cancel adding the new device by pressing the Cancel button You can also press the Next button to immediately begin adding another wireless device Having added new wireless devices start the expansion module identification function LCD Keypad You can add wireless devices in service mode using the NEW DEVICE function D STRUCTURE D HARDWARE P EXPANDERS P SETTINGS P controller name NEW DEVICE 1 Start the NEW DEVI
13. after clicking on the controller name in the list of devices The programming is performed in the same way as in the INTEGRA INTEGRA Plus system Before making any changes click on the Read button and after making the changes on the Write button the data relating to the wireless devices are not read after clicking on the Er button or saved after clicking on the button in the DLOADX program main menu 8 3 2 LCD keypad For information on configuring wireless devices from the LCD keypad please refer to the VERSA control panel programming manual 9 Specific character of the operation of wireless devices This chapter describes the peculiar character of the operation of individual groups of wireless devices which affects the method of programming the zones and outputs to which the wireless devices are assigned SATEL ACU 250 15 9 1 Wireless detectors The wireless detectors send information on violations tampers and low battery status The information on violations and tampers is sent to the zones to which the detectors are assigned The system zones to which the wireless detectors are assigned can be programmed as e NC NO or EOL the zone will inform about detector violation e 2EOL NC or 2EOL NO the zone will inform about detector violation and tamper The mode of operation of wireless detectors depends on the status of partition to which the zone with wireless detector belongs partition disarmed the
14. an in those which are periodically switched to the passive mode However if the specific character of a detector or its installation place is such that the number of violations is low switching the detector permanently into the active mode will not adversely affect the battery life time 9 2 Wireless sirens The wireless sirens take up 2 outputs and 2 zones in the system How the signaling is controlled by the outputs depends on the siren ASP 105 the first of the outputs to which the siren is assigned controls the acoustic signaling Parameters of the acoustic signaling are programmed for the siren type and maximum duration of the sound signal The second output controls the optical signaling The optical signaling is enabled when the output is active The command to start and stop signaling is sent to the siren immediately ASP 205 both outputs to which the siren is assigned control both the acoustic and optical signaling Parameters of the signaling triggered by each of the outputs are programmed separately for the siren Thus two different independently triggered ways of signaling can be configured As a result the outputs can separately control the optical and acoustic signaling or signal different alarm types e g burglary and fire The command to start the signaling is sent to the siren only during the response time Therefore the cut off time for 16 ACU 250 SATEL the control panel outputs which control the siren must b
15. ating frequency band nnee eeenennnneeereeeeeeennnnennen 868 0 MHz 868 6 MHz Radio communication range ccecceeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeetees up to 500 m in open area SATEL ACU 250 21 Security grade according to EN50131 3 neee neeeenenennnenennen ennen Grade 2 Complied with standards EN 50130 4 EN 50130 5 EN 50131 1 EN 50131 3 EN 50131 5 3 Environmental class according to EN50130 5 nnen II Operating temperature range ss snsnsnennnennnennnensnennndesnennneennennndednennnnennennnennnen 10 C 55 C Maximum bumdbsuaseastudatsmgtuedaensaenad alet unvendg s stre 93 3 Enclosure dimensi0nssuuammmarsmesnsastiverammmeeatuesatspieenandapesdddbunasdrbeagdssde 24 x 110 x 27 mm Neas eee 35g CHANGES MADE 2013 04 Information on AMD 103 wireless magnetic contact has been added p 5 5 11 and 15 2014 02 Information on ARU 100 radio signal repeater has been added p 6 11 13 and 14
16. e Yes button to confirm that you want to remove the keyfob The keyfob serial number shown in the S N column will be erased 10 2 Keyfobs in the VERSA system The functions which can be started using the keyfobs and the information that can be presented on the LEDs are described in manuals for the VERSA control panels After a keyfob has been added its settings will be configured automatically based on the user schedule These settings can be modified different functions can be assigned to the buttons combination of buttons and different information to the LEDs The user manual for VERSA control panels describes the procedures for adding and editing the user by means of the keypad during which you can add or remove the keyfob and program its settings In the DLOADX program you can add and delete keyfobs in the Versa Structure window Hardware tab after clicking on the controller name in the list of devices and then on the Keyfobs tab Fig 6 Before making any changes click on the Read button and after making the changes on the Write button the data relating to keyfobs are not read after 20 ACU 250 SATEL clicking on the button or saved after clicking on the button in the DLOADX program main menu Removal of a keyfob by means of the keypad will not erase its settings the functions assigned to the buttons When added to the user the new keyfob will have the same settings as the deleted one The
17. e longer than the response period It is recommended that cut off time correspond to maximum duration of signaling programmed for the siren The zones in the system to which the wireless sirens are assigned can be programmed as e NC NO or EOL the zone will inform about power failures e 2EOL NC or 2EOL NO the zone will inform about power failures and tamper The type of zones to which the wireless siren is assigned should be matched to the information sent ASP 105 first zone low battery and tamper second zone external 12 V DC power loss and tamper ASP 205 both zones low battery and tamper The tamper information is sent immediately while the trouble information during the response time Tamper alarm on opening the tamper switch in the siren ASP 105 lasts for the maximum time of acoustic signaling programmed for the siren sound type selected during programming and optical signaling ASP 205 lasts 3 minutes sound type 1 and optical signaling After starting the SERVICE MODE or TEST MODE and for 40 seconds after power up the signaling in the siren is blocked It enables installation work to be carried out Opening the tamper switch will not trigger loud signaling but information on tamper will be sent when in service mode the control panel will not signal the tamper alarms The command to block unblock the signaling connected with starting ending the test mode or the service mode is sent dur
18. e value programmed for the FILTER parameter differs from 0 the lack of presence will be reported if no transmission from the AMD 103 magnetic contact is received within one hour ARU parameter available for a wireless device if the ARU 100 repeater is registered in the controller the controller is connected to the INTEGRA or INTEGRA Plus control panel It allows you to define whether the device is to communicate to the controller directly or via the selected ARU 100 repeater several ARU 100 repeaters can be registered in the controller The programming procedure is described in section PROGRAMMING IN THE INTEGRA INTEGRA PLUS SYSTEM p 12 Always active the option is available for the most of wireless detectors If enabled the detector is permanently switched over to the active mode see section WIRELESS DETECTORS p 15 The ALWAYS ACTIVE option need not be enabled for the wireless detectors assigned to the 24 hour zones and for the AMD 103 detector Configuration some of the wireless devices provide additional parameters and options which can be configured by radio shown in square brackets is information on the zone for which additional parameters can be programmed if the device takes up more than 1 zone AGD 100 wireless glass break detector Sensitivity is to be programmed AMD 100 AMD 101 wireless magnetic contact The active reed switch is to be selected AMD 102 wireless magnetic contact with inpu
19. er is assigned 10 APT 100 keyfobs The maximum number of supported keyfobs depends on the maximum number of the control panel users The data related to keyfobs are stored in the controller After the controller containing keyfob data is connected to the control panel keyfobs will be automatically assigned to the existing users 10 1 Keyfobs in the INTEGRA INTEGRA Plus system The user can have one APT 100 keyfob If more than one ABAX wireless system controllers are connected to the INTEGRA INTEGRA Plus control panels the keyfob will be supported by all of them The keyfob data are automatically saved to all controllers When connecting the controller to the INTEGRA 128 WRL control panel or to the control panel to which the ABAX system controller is already connected you should make uniform the data relating to APT 100 keyfobs In the keypad service mode the Copy ABAX KFOBS function is available STRUCTURE HARDWARE PEXPANDERS Copy ABAX KFOBS which enables copying of the keyfob data In the DLOADX program to write the APT 100 keyfobs data to a new controller open the Keyfobs ABAX window and do the following e INTEGRA 128 WRL click on the Write to all button the button is available when the ABAX system controller is connected to the control panel e other INTEGRA INTEGRA Plus control panels click on the Read button and immediately after reading the data click on the Write button after the data are read you
20. er zenne tende 4 5 1 Parameters options and functions ccccccseseccccceeeeeeeeceeeeeeeeceeeseeeessaaeeeesesaaeeeeeesa 4 6 Wireless devices supported by the controller nn nneenenenennen neer eeeeennnnnnnnenenen 6 7 Installation of wireless devices nnnnnnnnnnnnnense eenen neeenennnnnnnenenenenvennnnnnnnenenn 6 7 1 Work with the INTEGRA INTEGRA Plus control panels nnen eeen 7 7 1 1 Adding new wireless dBVICES soes seenseeeeneeenenenenenenenenenenenenenensnondeendeondeenee 9 7 1 2 Removing wireless devices sesersnenenerenenenenenenenenenenenenenenenenenobenenenenede 10 7 2 Work with the VERSA control panels nnee nnnennnneeneereneenennnnnnneeeeene nennen 11 8 Programming the wireless devices s e esssereneneserenenenerenenenenenenenerenenenenenenenndenenenenent 11 8 1 Parameters and options waarmee nenten oreert nee eee 11 8 2 Programming in the INTEGRA INTEGRA Plus system nnee 12 8 2 1 DLOADX PrOGLAN te ENNE 12 822 ICD KOy aA Heer 14 8 3 Programming in the VERSA system ccceeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees 14 8 3 1 DLOADX program eee a 2c as ee de Ace dee a ie eae die ee Bie dene dive gade 14 B FEDRE ee 14 9 Specific character of the operation of wireless devices rrrrrrnnnrrrrnnnnnnnrrrnrrnnnrrnnnnnnnrr 14 Ol SWireless detectrS Laks eee ereet ere enaere re aer e eeaeee aeaee raria eree eree 15 92 Wireless SENS
21. ess the key to terminate the new device adding procedure If the device takes more than one position on the list of devices additional zones following the selected one will be automatically assigned to the device 7 A message will be displayed to inform you that the expander identification function has been started 8 After identification of the devices the keypad will display a suggested name for the zone to which the device is assigned The name can be changed The name will also be assigned to the output if the device is to be assigned to the output Press the key to save the new name Press the key to terminate the name giving procedure the zone will then be given a name consisting of the name and serial number of the device If the device occupies more than one zone this procedure is repeated for each zone 7 1 2 Removing wireless devices DLOADX program You can remove wireless devices in the Structure window Hardware tab after clicking on the controller name in the list of devices 1 Click on the list on the wireless device to be removed if the device takes up some positions on the list you can click on any of them 2 Click on the Remove device button The Confirm window will open 3 Click on the Yes button The device will be removed Having removed a wireless device start the expansion module identification function LCD keypad You can remove a wireless device in the service mode using the R
22. etector or 2 alarm triggered after motion is sensed by microwave detector APD 100 enter 2 digits 1 digit sensitivity 1 low 2 medium or 3 high 2 digit pet immunity option 0 disabled or 1 enabled ARD 100 enter a number from the 1 to 16 range to determine sensitivity 1 minimum 16 maximum ATD 100 for each position taken by the detector enter in turn letter H high temperature threshold or L low temperature threshold numerical value corresponding to a temperature from the 30 C to 70 C range with up to 0 5 accuracy numerical value corresponding to a tolerance from the 0 5 C to 10 C range with up to 0 5 accuracy AVD 100 for the magnetic contact enter the digit 0 bottom reed switch or 1 side reed switch to determine which of the two reed switches is to be active For the vibration detector enter 2 digits 1 digit sensitivity from 1 to 8 1 minimum 8 maximum 2 digit number of pulses from 0 to 7 For the value 0 pulses are not counted ASP 105 enter 2 digits 1 digit type of acoustic signaling from 1 to 4 14 ACU 250 SATEL 2 digit maximum duration of acoustic signaling 1 1 minute 2 3 minutes 3 6 minutes or 4 9 minutes ASP 205 for both positions taken on the list by the siren enter 3 digits 1 digit maximum duration of signaling 1 1 minute 2 3 minutes 3 6 minutes or 4
23. f how the wireless devices should not be registered For devices taking up 8 positions the system must reserve 16 zones and 16 outputs as well as 2 addresses 8 ACU 250 SATEL INTEGRA INTEGRA Plus zones outputs It list of devices device No device ASP 105 siren ASP 105 siren ASP 105 siren ACU 100 ACU 250 A ASP 105 siren ASP 105 siren APD 100 detector APD 100 detector unused unavailable APD 100 detector APD 100 detector unused unavailable AMD 100 detector AMD 100 detector unused unavailable AMD 100 detector AMD 100 detector unused unavailable AMD 101 detector AMD 101 detector unused unavailable ONO BWIN AMD 101 detector unused unavailable Table 3 An example of how to correctly register the wireless devices compare also Fig 4 For 8 devices the system has reserved 8 zones and 8 outputs as well as 1 address In case of devices which in addition to zones also take up outputs it is recommended that you add them to the system first This will allow you to maintain the continuity of use of not the zones alone but the outputs as well Table 2 shows a situation in which the siren first output occupies position 8 and the second output position 9 As a result 16 outputs have been reserved for wireless devices in the system though actually 2 outputs are used the eighth output in the first group of 8 outputs and the first output in the second group of 8 outputs In some case
24. fare C 14710 ABAX WIRELESS SYSTEM CONTROLLER ACU 250 Firmware version 4 03 acu 250 en 02 14 SATEL sp Z 0 0 ul Schuberta 79 80 172 Gdarisk POLAND tel 48 58 320 94 00 info satel pl www satel eu WARNINGS The device should be installed by qualified personnel Prior to installation please read carefully this manual in order to avoid mistakes that can lead to malfunction or even damage to the equipment Disconnect power before making any electrical connections Changes modifications or repairs not authorized by the manufacturer shall void your rights under the warranty The SATEL s goal is to continually upgrade the quality of its products which may result in alterations of their technical specifications and firmware The current information on the introduced modifications is available on our website Please visit us http www satel eu Hereby SATEL sp z 0 0 declares that this device is in compliance with the essential requirements and other relevant provisions of Directive 1999 5 EC The declaration of conformity may be consulted at www satel eu ce The following symbols may be used in this manual note A caution CONTENTS Te GEMS zinderende EL RAT ORT BRT ELIANE Enne antede 2 2 1 Feature Sir a e a e deelen antedateren nternet tenere 2 3 Electrons baid ieii riei e e e e benenden insert vergden 2 4 Installation of the contollBRiwsanrenerrerrrarheneeneienr nae 2 5 Programming the control
25. ing the response time 9 3 Wireless expanders of hardwired zones and outputs The wireless expander of hardwired zones and outputs ACX 200 or ACX 201 takes up 4 zones and 4 outputs in the system The alarm system zone output to which the zone output in ACX 200 or ACX 201 expander is assigned is programmed in the same way as the other hardwired zones outputs of the control panel You should remember however that sensitivity of the expander zones may be different from that programmed in the control panel from 20 ms to 140 ms the same as the value programmed in the control panel above 140 ms only some values are available 300 ms 500 ms 700 ms etc every 200 ms the programmed value is rounded up to that supported by the expander The EN50131 3 standard requires that zones must react to signals lasting more than 400 ms It means in case of the wireless expanders of hardwired zones and outputs that no values exceeding 300 ms should be entered when programming the sensitivity the higher the value the lower the sensitivity The expansion module informs you about the zone status as it changes Also the expander outputs are controlled in real time Only the programming of zones takes place during the response time in one period data relating to configuration of one zone are sent to the expander module i e sending the information on settings of four zones require four response periods If communication with the cont
26. itions on the list then 16 zones 2x8 are reserved in the system After removal of the device which occupied position 7 on the list there will still be 16 zones 2x8 reserved in the system for wireless devices although 8 positions are actually taken up on the list of wireless devices see Table 2 In such a case it is recommended that the last devices be removed from the list and then added to the system again so as to fill up the gap in the list and reduce the number of zones reserved for wireless devices ACU 100 ACU 250 INTEGRA INTEGRA Plus zones device No outputs list of devices device APD 100 detector APD 100 detector unused unavailable APD 100 detector APD 100 detector unused unavailable AMD 100 detector AMD 100 detector unused unavailable AMD 100 detector AMD 100 detector unused unavailable AMD 101 detector AMD 101 detector unused unavailable A AMD 101 detector unused unavailable unused unavailable unused unavailable ASP 105 siren ASP 105 siren ASP 105 siren ASP 105 siren ASP 105 siren unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable unused unavailable Table 2 An example o
27. larm second zone the number of pulses which if registered by vibration detector will cause alarm the pulses need not meet the sensitivity criterion second zone Working parameters of the vibration detector are independently analyzed The detector can trigger alarm after registering a single strong vibration caused by a powerful impact and also on registering several slight vibrations caused by a series of weak strikes ASP 105 wirelessly triggered outdoor siren The following is to be programmed type of acoustic signaling maximum duration of acoustic signaling ASP 205 wireless indoor siren Signaling parameters can be programmed for both positions occupied by the siren thus allows to program two different signaling types maximum duration of signaling type of acoustic signaling optical signaling option ASW 100 E ASW 100 F 230 V AC wireless controller Operating mode can be programmed 8 2 Programming in the INTEGRA INTEGRA Plus system 8 2 1 DLOADX program You can program the wireless devices in the Structure window Hardware tab after clicking on the controller name in the list of devices Fig 3 Before making any changes click on the Read button and after making the changes on the Write button the data SATEL ACU 250 13 relating to wireless devices are not read and saved after clicking on the button in the DLOADX program main menu ARU In the ARU co
28. lumn leave the field blank if the device is to communicate directly to the controller enter the ARU 100 repeater number in the list of wireless devices if the device is to communicate to the controller via the repeater the ARU 100 repeater takes up two positions on the list of devices enter the number of the first of them Configuration Described below is how the additional parameters and options should be programmed in the Configuration column AGD 100 enter a digit from the 1 to 3 range to set the sensitivity 1 low 2 medium 3 high AMD 100 AMD 101 enter the digit 0 bottom reed switch or 1 side reed switch to determine which of the two reed switches is to be active AMD 102 for the magnetic contact enter the digit 0 bottom reed switch or 1 side reed switch to determine which of the two reed switches is to be active For the roller shutter input enter 2 digits 1 digit number of pulses from 1 to 8 2 digit pulse validity 0 30 seconds 1 120 seconds 2 240 seconds or 3 unlimited duration APMD 150 enter 3 digits 1 digit sensitivity of infrared path from 1 to 4 1 minimum 4 maximum 2 digit sensitivity of microwave path from 1 to 8 1 minimum 8 maximum 3 digit the way of operation in the test mode 0 alarm triggered after motion is sensed by both detectors 1 alarm triggered after motion is sensed by infrared d
29. nded that the controller be mounted high above the floor This will allow you to get a better range of radio communication and avoid the risk of the controller being accidentally covered by people moving around the premises Mounting the controller near electrical installations is not advisable as this may cause malfunction of the device Several ABAX wireless system controllers can work within each other s range Automatic synchronization with the wireless systems already in use is always performed when the controller is switched on and after each operation of addition removal of supported devices The number of wireless devices working within each other s range depends on the RESPONSE PERIOD see section PARAMETERS OPTIONS AND FUNCTIONS p 4 and can vary from 150 to 450 The higher the response frequency the lower the number of devices that can work within each other s range 1 Open the enclosure of the controller Fig 2 2 Make the opening in the enclosure base for the communication bus and power cables 3 Pass the wires through the opening It is recommended to use a straight through unshielded cable When using the twisted pair type of cable the CLK clock and DAT data signals must not be sent through one twisted pair 4 Using wall plugs screw anchors and screws fasten the enclosure base to the mounting surface 5 Connect the CLK DAT and COM terminals with wires to the communication bus of the control panel 6 Con
30. nect the power leads to the 12 V and COM terminals If the distance to the control panel is less than 300 meters the controller can be supplied directly from the control panel If the distance to the control panel is higher the controller must be supplied from another power source which is located at a closer distance a power supply unit or an expander with power supply 7 Using the DIP switches set the controller address It must be different from that of the other modules connected to the communication bus The address is a sum of numerical values set on the switches 1 5 see Table 1 When the controller works with the VERSA control panel address 8 must be set switch 4 must be in ON position the other switches in OFF position When connecting the controller to the INTEGRA or INTEGRA Plus control panel to which the ABAX system controller is already connected it is recommended that ahigher address be set in the new controller than that in the controller already connected to the control panel DIP switch number 1 2 3 4 5 Numerical value 1 2 4 8 16 Table 1 Numerical values corresponding to the switches set to ON position in the OFF position the value 0 is assigned to each switch 4 ACU 250 SATEL 8 Close the controller enclosure 9 Turn on the power of the alarm system 10 Start the identification function in the control panel 1 The ACU 250 controller will be identified as ACU 100 and this name will be assig
31. ned to it by default by the control panel 5 Programming the controller Programming of the controller is carried out by means of the control panel using e the LCD keypad in service mode INTEGRA INTEGRA Plus the controller programming functions are available in the SETTINGS submenu P STRUCTURE HARDWARE PEXPANDERS P SETTINGS Upon entering the submenu a list of devices will be displayed Using the W and A keys find the controller name and press the key to get access to the list of functions To program the controller name use the NAMES submenu P STRUCTURE HARDWARE gt EXPANDERS P NAMES VERSA most of the controller parameters can be programmed in the 2 SETTINGS submenu D2 HARDWARE P1 KPDS amp EXPS P2 SETTINGS Upon entering the submenu a list of devices will be displayed Using the VW and A keys find the controller name and press the key to start the step by step programming The functions to start synchronization and to enter exit the test mode are available in the 3 WIRELESS MOD submenu 2 HARDWARE P 1 KPDS amp EXPS 3 WIRELESS MOD e the DLOADX program INTEGRA INTEGRA Plus in the Structure window Hardware tab after clicking on the controller name in the list of devices Fig 3 VERSA in the Versa Structure window Hardware tab after clicking on the controller name 5 1 Parameters options and functions Name individual name of device up t
32. normal operation information provided by means of the LEDs depends on the device signaling is blocked in the sirens The test mode is started ended during polling which results in a delay its duration depending on the programmed response period The test mode will be turned off automatically after 30 minutes of starting the test mode from the DLOADX program the 30 minute period is running from the moment of exiting the controller settings exiting the service mode in the control panel 1 According to requirements of the EN50131 standard the level of radio signals sent by wireless devices is reduced during the test mode operation For the AMD 103 detector entering the test mode remotely is not possible 6 ACU 250 SATEL 6 Wireless devices supported by the controller Detectors e AFD 100 wireless water flood detector e AGD 100 wireless glass break detector e AMD 100 wireless magnetic contact e AMD 101 dual channel wireless magnetic contact e AMD 102 wireless magnetic contact with input for roller shutter detector e AMD 103 wireless magnetic contact e APD 100 wireless passive infrared detector e APMD 150 wireless dual motion detector e ARD 100 wireless reorientation detector e ASD 110 wireless smoke and heat detector e ATD 100 wireless temperature detector supported if the controller works with the INTEGRA or INTEGRA Plus control panel e AV
33. o 16 characters Tamper signaled in partition the partition in which tamper alarm will be triggered in the event of module tamper No auto reset after three module tamper alarms it is possible to disable the feature limiting the number of tamper alarms from the expander to three this feature prevents the same events from being repeatedly recorded and applies to consecutive non cleared alarms Response period communication with wireless devices takes place in specified intervals The controller is then gathering information on the status of wireless devices and if necessary sending commands to the devices e g switching the detectors to their active passive state switching on off the test mode and or changing configuration of the devices The response period can be 12 24 or 36 seconds The less often communication between the controller and the wireless devices takes place the more wireless devices can work within each other s operating range 12 seconds up to 150 24 seconds up to 300 36 seconds up to 450 Beyond the response period information about tampers of devices and violations of detectors operating in active mode are sent to the controller The response period has an effect on the level of energy consumption by the wireless devices The less often communication between the controller and the wireless devices takes place the lower energy consumption and the longer battery life are SATEL ACU 250 5
34. roller is lost all previously activated outputs will be deactivated after 20 response periods SATEL ACU 250 17 Additionally the ACX 201 expander module sends information about e status of AUX1 and AUX2 power supply outputs information on overload is sent when the AUX1 or AUX2 output load exceeds 0 5 A e battery status information on low battery is sent when the battery voltage drops below 11 V for more than 12 minutes 3 battery tests The expander will kept sending this information to the controller until the battery voltage rises and remains above 11 V for longer than 12 minutes 3 battery tests e AC power status information on the loss of power supply is sent when the AC power loss lasts for more than 30 seconds The AC power restore is reported with the same delay 9 4 230 V AC wireless controllers Activation of the output to which the controller is assigned will result in energizing the 230 V AC electrical circuit if reverse polarity of the output has been programmed the circuit will be deenergized Depending on the operating mode information on the button status mode 0 or on the electric circuit status mode 1 and mode 2 is sent to the zone to which the controller is assigned Information on the button status is sent in real time Information on the electric circuit status is sent during the response time Pressing the button closing the electric circuit means violation of the zone to which the controll
35. s the gaps in the list of zones outputs cannot be avoided It applies to situation when the number of zones outputs which is used by the devices is not a multiple of 8 Module ACU 100 address 8 Name ACU 100 08h Tamper signaled in part 1 Living Room No auto reset after three module tamper alarms Response period C 12sec Higher sensitivity for jamming detection Device type Serial number ARU Always active Configuration OUT 41 ASP 105 acoust Burglary ASP 105 siren 0063248 1 Sound 1 4 time 9 min OUT 42 ASP 105 optical Burglary s flash APD 100 corridor Interior delayed with TAMPER APD 100 PIR PET 0052891 2 1 Sensitivity medium PET 40 APD 100 livingr Interior delayed with TAMPER APD 100 PIR PET 0023418 21 Sensitivity medium PET 40 AMD 100 door Entry Exit with TAMPER AMD 100 Magn contact 0182233 0 Bottom contact 40 Living r wind1 Perimeter with TAMPER AMD 100 Magn contact 0032741 1 Side contact 40 Living r wind 2 Perimeter with TAMPER AMD 101 Magn contact 0193632 1 Side contact 40 Living r wind 3 Perimeter with TAMPER i NC input IE Read E Details Test mode amp J New device Sy Write h X Synchronize X Remove device Comments For each group of 8 zones outputs one address on the expander bus is reserved The controller can occupy from 1 to 6 addresses This must be taken into account at the system design stage and sufficient
36. sanenge E E A E 15 9 3 Wireless expanders of hardwired zones and outputs nnn 16 9 4 230 V AC wireless Controllers usaunsaasestuaenmtatnmanaladukiab akan ak 17 10 APT 100 ke10BS se eee mener 17 10 1 Keyfobs in the INTEGRA INTEGRA Plus system rrrrrrrrrrnnnnnnnnnnnnrrrrrrrrnnnnnnnnnn 17 10 1 1 Adding the APT 100 keyfob by means of the DLOADX program 19 10 1 2 Removing the APT 100 keyfob by means of the DLOADX program 19 10 2 Keyfobs in the VERSA system nnn nneneneneneeneneeeneeneeneeneeeneeneen 19 Ti CSPSONGAODS tg atk caribbean a ade 20 12 Manual update history Zeste aaa 21 2 ACU 250 SATEL 1 The ACU 250 controller works with the INTEGRA INTEGRA Plus and VERSA control General panels It enables expansion of the security alarm system by adding the ABAX wireless devices The ABAX system is based on two way communication All transmissions are acknowledged which ensures that the information has been received and makes it possible to check the presence of devices in the system in real time Configuration of parameters and testing of the ABAX system wireless devices is performed by radio so dismounting of their enclosures is unnecessary Additionally the controller allows you to operate the security alarm system using the ABAX system two way keyfobs 2 tamper contact 4 LED indicator of communication with the control panel 5 DIP switch package for setting individual controller
37. ssign a keyfob 2 Click on the New button The New window will open 3 According to the command which will appear in the window press the keyfob button 4 When the keyfob serial number is displayed in the window click on the OK button The New window will close The serial number of the new keyfob will be shown in the S N column Assigning new function to the keyfob button combination of buttons 1 Click on the field corresponding to the button combination of buttons to which you want to assign a zone 2 Enter the zone number and press ENTER to confirm 3 Using the SPACE key enable disable the event generating function If the x symbol is displayed next to the zone number the event will not be saved after pressing the button combination of buttons if no symbol is displayed the event will be saved Assigning outputs to the LEDs 1 Click on the field in the LED column 2 Using the keyboard enter up to 3 digits Each of the digits must correspond to the number of field with output selected for confirmation on the window right side i e it can be from the 1 to 8 range The names of outputs in fields designated with these digits will be shown in bold type face 10 1 2 Removing the APT 100 keyfob by means of the DLOADX program 1 Click on the field in S N column next to the name of user whose keyfob is to be removed 2 Click on the Delete button 3 In the window which will be displayed click on th
38. t for roller shutter detector The following is to be programmed active reed switch first zone number of pulses after which alarm will be triggered by the roller shutter input second zone time during which the specified number of pulses must occur for the roller shutter input to trigger alarm Second zone 12 ACU 250 SATEL APMD 150 wireless dual motion detector The following is to be programmed sensitivity of PIR sensor sensitivity of microwave sensor the way of operation in test mode APD 100 wireless passive infrared detector The following is to be programmed sensitivity option of immunity to pets up to 15 kg ARD 100 wireless reorientation detector Sensitivity is to be programmed ATD 100 wireless temperature detector For both positions occupied by detector the temperature threshold parameters can be programmed thus two different temperature threshold can be programmed threshold type high when the temperature rises above the defined temperature value alarm will be triggered or low when the temperature drops below the defined temperature value alarm will be triggered temperature tolerance AVD 100 wireless vibration detector and magnetic contact The following is to be programmed active reed switch first zone sensitivity of vibration detector registering a single vibration meeting the sensitivity criterion will cause a
39. vices but some devices take up more than one position on the list For example after adding to the system the ACX 200 expander module which takes up 4 positions on the list of devices the controller will still be able to handle 44 more wireless devices The number of positions on the list is at the same time the number of zones and in case of some devices also outputs which will be taken by the device in the system SATEL ACU 250 7 The data relating to wireless devices are stored in the controller If the controller with 1 registered wireless devices is connected to the control panel the wireless devices will be automatically assigned to the system zones outputs during identification procedure 7 1 Work with the INTEGRA INTEGRA Plus control panels The number of supported wireless devices depends on the control panel When adding and removing the wireless devices remember that the identification function registers zones and outputs by groups of 8 Already after adding one wireless device which takes up 1 zone the control panel will reserve 8 zones in the system for wireless devices The LCD keypad makes it possible to select the zone to which that device will be assigned Observe continuity i e avoid leaving any gaps in the list which will later reduce the number of available zones in the system Remember to preserve continuity also when removing wireless devices For example if the devices registered in the controller occupy 9 pos
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