IPR 513-3A Instruction Manual
Contents
1. Moscow Region Russia SECURITY SYSTEMS Phone fax 7 495 777 40 20 Email info bolid ru www bolid com2. Figure 1 IPR 513 3A rev 01 to S2000 KDL Controller Connection Diagram IPR 513 3A Revision 02 Wiring The Multiplex Address Loop controlled by S2000 KDL is connected to an IPR 513 3A rev 02 call point via a 4 way terminal block see Figure 2 Built in short circuit isolator is symmetrical Contacts 2 and 4 marked as MAL are isolated from each other while contacts 1 and 3 marked as MAL are electrically coupled Figures 3 4 and 5 show IPR 513 3A rev 02 wiring diagrams in case of loop tree and mixed network topology types correspondently O IPR A other addressable point TIPR IPR 513 3A rev 02 Figure 2 IPR 513 3A rev 02 to MAL Wiring Figure 3 Loop Network Topology 2000 KDL MAL MAL input output input MAL Po P PR a 4 PR LA LA A A AAR A Pe S2000H lt DL IPR PR R LRHO IPR IPR IPR Qe H eR TIPR G Figure 4 Tree Network Topology Figure 5 Mixed Network Topology SECURITY SYSTEMS IPR 513 3A Addressable Manual Call Point Programming In order for the IPR 513 3A to operate properly within two wire loop of the S2000 KDL controller it is necessary to assign the call point to a unique number within loop address space or the address from 1 to 127 to be identified by the controller Moreover it must define the type of monitoring strategy which will be used by the S2000 KD
3. Seller is not responsible for results where the product is used improperly where it is used for any application it is not intended for used under unacceptable environmental conditions and mishandled or stored under improperly Seller shall have no obligation under this warranty or otherwise if the product is altered or improperly repaired or serviced by anyone other than the Seller In case of defect contact the security professional who installed and maintains your security equipment or the Seller for product repair This one year Limited Warranty is in lieu of all other express warranties obligations or liabilities There are no express warranties which extend beyond the face hereof Any implied warranties obligations or liabilities made by seller in connection with this product including any implied warranty of merchantability or fitness for a particular purpose or otherwise are limited in duration to a period of one year from the date of original purchase Any action for breach of any warranty including but not limited to any implied warranty of merchantability must be brought within 12 months from date of original purchase In no case shall seller be liable to anyone for any consequential or incidental damages for breach of this or any other warranty express or implied or upon any other basis of liability whatsoever even if the loss or damage is caused by the sellers own negligence or fault Some countries do not allow limitation on how lo
4. element Do the following 1 Arm the manual call point being tested by means of S2000 M console or PC 2 Insert the test key into the key hole and turn it 90 clockwise simulating the breaking of the glass element The glass element will shift down Verify that the LED indicator is blinking red twice every 2 seconds as well as the FIRE message is being displayed by a network controller If the FIRE message has not been received by the network controller then the IPR 513 3A call point is inoperable and must be replaced 3 Turn the test key 90 back Verify that the LED indicator is blinking red once every 2 seconds Cancel the fire alarms using network controller tools see relevant instructions for the network controller Get the key out the hole Inspecting ADC Value Received From the IPR 513 3A IPR 513 3A call points support system requests for ADC values received from the system controller So these values can be used for additional assessing call point operability conditions If operation condition of an IPR 513 3A is normal its ADC value is 0 For the call point having just actuated the ADC value is 100 To get more information see the description of Zone ADC request command in the relevant net controller Manual Inspecting Short Circuit Isolator Operability for IPR 513 3A revision 02 only To inspect operability condition of the IPR 513 3A rev 02 built in short circuit isolator do the following 1 Couple the MAL
5. CG IPR 513 3A ao Addressable Manual Call Point Revision 01 Version 1 02 Revision 02 Version 1 03 Instruction Manual LED Indicator Find the following unpacking IPR 513 3A v IPR 513 3A Addressable Manual Call Point v This Instruction s Manual FIRE BREAK GLASS Glass Element PRESS HERE v Test Key Key Hole v Two Wood Screws v Two Wall Plugs 6x30 General IPR 513 3A Addressable Manual Call Point hereinafter referred to as IPR 513 3A or call point is designed to be used in a fire alarm system in order to activate fire alarms manually To operate the call point the glass element is pressed on specified area until it is broken into two halves This will activate the built in microswitch which will generate a fire alarm in the S2000 KDL controller An IPR 513 3A operates under control of a S2000 KDL controller which supplies power and communicates data with the IPR 513 3A via the two wire Multiplex Addressable Loop The call point operability can be tested periodically using the key provided IPR 513 3A supports Zone ADC request commands from the Orion system transmitting to the S2000 KDL the ADC analog to digital values enabling estimation of its conditions The IPR 513 3A of revision 02 is equipped with a built in short circuit isolator which disables the segment of the addressable loop located between this IPR 513 3A and another short circuit isolator or at the end of the Multiplex Addressable Loop in case of a s
6. L controller while processing signals received from the IPR 513 3A call point Programming the IPR 513 3A Address within the S2000 KDL Addressable Loop Each device included into the Multiplex Addressable Loop controlled by a S2000 KDL controller must have a unique loop address An IPR 513 3A is supplied with default address of 127 the address value being stored in the IPR 513 3A non volatile memory This address value can be changed using either S2000 M console tools or PC tools such as ARM Orion or UProg Configuration Tool In order to program IPR 513 3A loop address connect it to a S2000 KDL controller which is in turns connected to a S2000 M console or PC under UProg or ARM Orion software Then send one of the following commands to the S2000 KDL controller for getting more information see the relevant user s Manual Program the Device Address If the device address is unknown or two devices have the same address then use this command specifying the required address aS a parameter The call point LED shall flash indicating programming mode Then insert the Test Key to the Key Hole and turn it 90 degrees clockwise induce two call point activations twice within 10 seconds The message about detecting the device with the newly assigned address shall be displayed by a net controller S2000 M or ARM Orion or UProg Configuration Tool Change the Device Address lf it is necessary to change the already existing and known device address
7. and the 2 MAL contacts of the XT1 connector If the tree network topology is in use then the network controller must display the messages about disconnection of all the addressable devices that are brought to the two wire Multiplex Addressable Loop after the call point in question that is all addressable devices that are located between the call point and free end of the loop branch will be cut off If otherwise the loop network topology is in use then the network controller must display the messages about disconnection of all the addressable devices brought between the call point in question and a next short circuit isolator 2 Break the MAL and the 2 MAL contacts The network controller must detect all the missing devices 3 Repeat the step 1 coupling the MAL and the 4 MAL contacts of the XT1 connector NOTE Avoid coupling of contacts that are located immediately to the S2000 KDL outputs BOLID ONE YEAR LIMITED WARRANTY Bolid Company and its divisions and subsidiaries Seller 4 Pionerskaya Str Korolev 141070 Moscow Region Russia warrants its security equipment the product to be free from defects in materials and workmanship for one year from date of original purchase under normal use and service Sellers obligation is limited to repairing or replacing at its option free of charge for parts or labor any product proven to be defective in materials or workmanship under normal use and service
8. hort circuit and automatically reconnects it after the fault has been repaired IPR 513 3A Addressable Manual Call Point is intended for round the clock use Specifications Input Voltage from a S2000 KDL 8 10 VDC Current Consumption via addressable loop of the S2000 KDL quiescent 0 5 mA max short circuit condition for IPR 513 3A rev 02 only 3 mA max Technical Readiness Time 60 s max Isolator Activation Time for IPR 513 3A rev 02 only 200 ms max Operating Temperatures 30 to 55 C Humidity 93 at 40 C non condensing Overall Dimensions 100x100x40 mm max Weight 0 2 kg max Average Lifetime at least 10 years SECURITY SYSTEMS IPR 513 3A Addressable Manual Call Point LED Indicator Each IPR 513 3A call point is equipped with a LED indicator which lights as follows Flashes red rapidly IPR 513 3A is being programmed Blinks red once every two second IPR 513 3A is in normal operation mode Blinks red twice every two second IPR 513 3A glass is broken meaning the fire alarm Mounting Attach the IPR 513 3A to a wall using two wood screws provided Wiring IPR 513 3A Revision 01 Wiring Figure 1 shows a typical wiring diagram for IPR 513 3A of revision 01 call points to S2000 KDL controller connecting The contact 3 marked as MAL and the contact 4 marked as MAL of the XT1 connector are coupled with the contact 1 and the contact 2 respectively 2000 KDL IPR 513 3A rev 01 IPR 513 3A rev 01 XT1
9. ng an implied warranty lasts or the exclusion or limitation of incidental or consequential damages so the above limitation or exclusion may not apply to you Seller does not represent that the product may not be compromised or circumvented that the product will prevent any personal injury or property loss by burglary robbery fire or otherwise or that the product will in all cases provide adequate warning or protection Buyer understands that a properly installed and maintained alarm may only reduce the risk of a burglary robbery fire or other events occurring without providing an alarm but it is not insurance or guarantee that such will not occur or that there will be no personal injury or property loss as a result CONSEQUENTLY SELLER SHALL HAVE NO LIABILITY FOR ANY PERSONAL INJURY PROPERTY DAMAGE OR OTHER LOSS BASED ON A CLAIM THE PRODUCT FAILED TO GIVE WARNING HOWEVER IF SELLER IS HELD LIABLE WHETHER DIRECTLY OR INDIRECTLY FOR ANY LOSS OR DAMAGE ARISING UNDER THIS LIMITED WARRANTY OR OTHERWISE REGARDLESS OF CAUSE OR ORIGIN SELLER S MAXIMUM LIABILITY SHALL NOT IN ANY CASE EXCEED THE PURCHASE PRICE OF THE PRODUCT WHICH SHALL BE THE COMPLETE AND EXCLUSIVE REMEDY AGAINST SELLER This warranty gives you specific legal rights and you may also have other rights which vary from country to country No increase or alteration written or verbal to this warranty is authorized ZAO NVP Bolid i O T DO 4 Pionerskaya Str Korolev 141070
10. use the Change the Device Address command specifying the old device address and the new device address as the parameters see more information in the referred Manuals The net controller will display the messages about the device with the old address disconnection and then the device with newly programmed address detecting Zone Monitoring Type Programming To handle signals from IPR 513 3A correctly the S2000 KDL controller must be programmed with Zone Type parameter for the IPR513 3A being set to value 3 Heat In this case upon call point being activated the S2000 KDL controller will indicate fire alarms To program S2000 KDL connect it to a PC under UProg Configuration Tool and follow the relevant programming instructions in accordance with the S2000 KDL User s Manual SECURITY SYSTEMS IPR 513 3A Addressable Manual Call Point IPR 513 3A Routine Testing Please disconnect executive outputs of all system devices and modules that can activate an automated fire fighting system light and sound alarms and notify all it may concern before IPR 513 3A testing After testing verify that all call points are ready to operate restore operability of all the disconnected system components and inform the relevant departments about completing the test Routine Test Using the Test Key Test the IPR 513 3A call point using the test key supplied regularly 15 20 times within a year Routine testing is made with the test key without breaking the glass
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