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MEDEA Installation Manual 

27 

 
 

 

1.11 

SA700 supplementary power unit                      

Figure 9 - AS700 supplementary power unit board elements 

 

KEY 

A 

+ 

Power positive (13.8 V

⎓

) central bus 

A 

Data transmission/reception BUS A central bus 

B 

Data transmission/reception BUS B central bus 

- 

Central bus power negative (Gnd) 

B 

BUZZER 

Buzzer for acoustic indications 

C 

+5V 

+5V present LED power  

D 

ALARM 

Alarm LED 

E 

Bus 

BUS interface LEDs 

F 

JP2 

Power isolation 
(jumper inserted = common reference negative) 

G 

RX1 

Central bus data reception LED 

H 

+3V3 

Logic present LED power (+3.3 V

⎓

) 

I 

JP3 

Battery selection (jumper inserted = 7Ah battery, no jumper = 9 
or 18 Ah battery) 

J 

TAMPER 

Tamper connector 

K 

EXC 

Power unit tamper bypass 
(jumper inserted = tamper bypassed) 

L 

RX2,3 

Bus out 1 and 2 reception LED 

M 

PWR 

Board power supply present (14.4m V

⎓

) 

N 

+PS 

Board power positive (14.4 V

⎓

) 

-PS 

Board power negative (Gnd) 

Summary of Contents for MEDEA

Page 1: ...INSTALLATION MANUAL MULTI FUNCTION INTRUSION SYSTEM On the website www elkron com you may find updated information relating to the documentation provided with the product EN DS80MP1R 010 LBT81019 ...

Page 2: ...roducts hardware or software or services which are not yet on the market These references and information do not imply that the manufacturer will market such products or services in the future Elkron is a trademark of URMET S p A All trademarks mentioned in this document are the property of their respective owners All rights reserved The partial or total reproduction of this document is authorised...

Page 3: ...ity 18 1 5 1 Connection with local PC 18 1 5 2 Connection to security service with numeric protocol 18 1 5 3 Internet connection 18 1 6 Self diagnostic functions 19 1 7 Power controls 20 1 7 1 Mains voltage 20 1 7 2 Battery management 21 1 8 MEDEA CPU 22 1 8 1 Main elements 22 1 9 EP708 expansion module 24 1 9 1 Main elements 24 1 9 2 PrIO LEDs 25 1 10 ER700 RF expansion module 26 1 10 1 Main elem...

Page 4: ...phone interfaces 49 3 8 1 SIM card 49 3 8 2 GSM 4G antenna assembly in plastic box 49 3 8 3 GSM 4G antenna assembly in metal box 50 3 8 4 Optional external antenna assembly 50 3 8 5 SIM card insertion 50 3 9 Installing the KP710D keypad 51 3 9 1 Opening the keypad 51 3 9 2 Fixing to the wall 51 3 9 3 Closing the keypad 52 3 10 DK700M P DK700M P B proximity reader installation 52 3 11 Installation ...

Page 5: ...vice 79 6 3 Identifying a Bus device 79 6 4 Reset default settings 79 6 4 1 Partial reset from keypad and configurator 81 6 4 2 Total reset from keypad and configurator 81 6 4 3 Reset Master Technician Technician Manager and User codes from keypad 81 6 4 4 Reset user codes from configurator MEDEA CONTROL 81 6 4 5 Reset of all codes hardware from control unit 82 6 4 6 Total reset hardware 82 6 4 7 ...

Page 6: ...gure 32 Interface assembly 48 Figure 33 GSM antenna assembly and connection in ABS box 49 Figure 34 GSM antenna assembly and connection in metal box 50 Figure 35 IT700 GSM and IT700 4G SIM Card insertion 50 Figure 36 Opening the KP710D keypad 51 Figure 37 Pre cut hole for KP710D keypad cables 51 Figure 38 KP710D keypad fixing holes 51 Figure 39 DK700M P DK700M P B reader positioning in boxes 52 Fi...

Page 7: ...4 160 PrIO position 67 Figure 71 EP708 PrIO position 68 Figure 72 KP710 D PrIO position 68 Figure 73 DK700 PrIO position 68 Figure 74 MEDEA output position 71 Figure 75 Relay connection diagrams to a PrIo output 71 Figure 76 Generic siren connection diagram 72 Figure 77 Siren connection diagram to EP708 72 Figure 78 ILT700 connections 76 Figure 79 PSTN line connection diagram 77 Figure 80 PSTN con...

Page 8: ...e elements 28 Table 16 SRPT700 BUS distributor elements 28 Table 17 ILT700 interface elements 29 Table 18 IT700 GSM interface elements 30 Table 19 IT700 4G interface elements 31 Table 20 IT700 WiFi interface elements 32 Table 21 IT700 WiFi interface elements 32 Table 22 KP710D keypad internal elements 33 Table 23 KP710D keypad front elements 34 Table 24 KP710D keypad LED signals 35 Table 25 DK700 ...

Page 9: ...wo complementary documents can be downloaded from the Elkron website to help you with your design The parts of an intrusion alarm system provides basic knowledge about alarm systems how they are made what they can do how they work and what devices form them How to design an intrusion alarm system explains how to set up an alarm system choose the most suitable devices and structure the system in th...

Page 10: ...tion be true for the result to be true Way A set of one or more inputs that temporarily inhibit the signalling of sensor alarms connected to enable the entry into or exit of a protected partition The temporary disabling time is called as entry or exit time If neither the entry time nor the exit time are being counted down the activation of the detector generates an intrusion alarm immediately Inpu...

Page 11: ...th a warning light or an acoustic warning device or activating electrical apparatus V Alternating current voltage V Direct current voltage Standards and certifications EN 50131 1 EN 50131 1 calls for the installation of an intrusion alarm system according to four grades of safety based on the level of risk determined according to the environment type the value of the protected goods and the typica...

Page 12: ...onment should not be subject to condensation and the temperature should vary between 10 C and 40 C with an average relative humidity of about 75 Class III Outdoor sheltered or indoor extreme conditions Indoor extreme conditions Environmental influences normally present outdoors when components of the intrusion alarm system are not totally exposed to atmospheric agents or indoors when the environme...

Page 13: ...nformity of devices and components with security specifications and performance contained in the relative CEI and EN standards Moreover it conducts the tests required by other directives applicable to security systems like those on electromagnetic emissions on wireless frequencies and wireless communications MEDEA certifications The MEDEA intrusion alarm system was certified at IMQ SECURITY SYSTEM...

Page 14: ...nected to the control panel microprocessor by an RS485 field bus Detectors sirens and other signals are connected to the inputs and outputs present in the control panels and in other devices connected to the bus Additional devices can be connected to the control panels through radio frequency connections See paragraph 1 5 System connectivity for information on connectivity All the inputs can be co...

Page 15: ...1 1 1 Max number of users 50 150 200 Table 5 CPU characteristics PrIO is a connection terminal that can be configured as an input or output in programming 1 2 2 Interfaces optional modules The CPU is completed with optional interface boards Up to 3 interfaces can be installed in the CPU chosen from the following ILT700 communication interface for connecting to traditional telephone lines PSTN IT70...

Page 16: ...The available readers are DK700M P proximity reader with 4 status LEDs 1 alarm LED and 2 PrIOs Anthracite coloured front DK700M P B same features as DK700M P but with white front panel 1 2 6 UC700 IT control unit for ZigBee and WiFi modules These can be used to install a ZigBee and WiFi module if the MEDEA board is placed in a metal box 1 2 7 CP EXP wall mounted box for expansion modules The ABS w...

Page 17: ...s 8 24 40 868 MHz RF sirens 2 4 4 IP cameras 4 8 8 Sensors with ZigBee photo video camera 2 6 6 ZigBee home automation devices 5 30 40 Table 6 Devices that can be managed by the CPU The maximum number of expansion modules determines the number of expansion modules for wired inputs and outputs and for 868 MHz RF connections for each model Expansion module MEDEA 32 MEDEA 64 MEDEA 160 Max total Max p...

Page 18: ...nection Connection to wireless WiFi LAN Conversion for Text to Speak communication Simple common scenarios event driven activation and deactivation of outputs Home automation scenarios RTC clock Current consumption measurements Saving updating programming on USB flash drive excluding MEDEA 32 CPU Weekly timer programmer Log reading System status System sector arming disarming via remote control Se...

Page 19: ...pgrade Sensor arming command with camera Interaction with home automation devices Table 8 MEDEA system functions Function included in the control unit Required device Alternative required devices Required devices that can coexist or be mutually alternative DISCLAIMER Urmet S p A will not liable for the temporary or permanent unavailability of the PSTN telephone network or the LAN WAN that may affe...

Page 20: ...e 2 Connection to local PC 1 5 2 Connection to security service with numeric protocol Figure 3 Connection to security service numeric protocol 1 5 3 Internet connection Figure 4 Internet connection Cellular telephone network traditional telephone network Cellular telephone network WiFi LAN ...

Page 21: ... check CPU MEDEA 64 and MEDEA 160 with automatic disconnection in the event of sabotage or failure Correct operation of control unit CPU check PSTN telephone line check SIM card and GSM network connection check A specific alert is generated when the system detects a critical condition The beginning and the end of the abnormal event are recorded in the system history Sys History Some faults may als...

Page 22: ...ontrol unit Green power LED on keypad Record in Sys History Start timer 1 Generate No Power alarm Arm specialised outputs Send a report No Power flashing No Power alarm 4 flashing Power re established on steady Table 9 Events generated by mains voltage 1 The timer is reset whenever the triggering event disappears 2 As soon as the battery voltage is below 11 5 V the Continuous No Power alarm event ...

Page 23: ...ed Checking and charging the battery The MEDEA system constantly monitors the state of the battery and the charging circuit keeps it charged with a limited maximum current The following behaviour occurs according to the presence or absence of mains voltage and the value of the battery voltage Battery voltage Mains power present No mains power V The charging circuit is automatically deactivated to ...

Page 24: ...elements IMPORTANT For a description of the terminals see the chapter 4 Connections Figure 6 MEDEA CPU elements A MEDEA 32 CPU C B M N P O R U T S L J I E F H D A G B H E F D C M N P O Q R I J K L S T U V CPU MEDEA 64 and MEDEA 160 CPU B B V V B V V V V B ...

Page 25: ...ed F TAMPER Tamper connector NO1 Output 1 relay normally open contact G Power positive 13 8 V C1 Output 1 relay common contact A Data transmission reception BUS A U2 Output 2 electric B Data transmission reception BUS B SAB SAB input single balanced Power negative GND U V2 PrIO power positive 13 8 V H BAT Back up battery connection cable 12 V 7Ah MEDEA 32 CPU 9Ah 18Ah CPU MEDEA 64 and 160 V2 PrIO ...

Page 26: ...tion BUS B Power negative Gnd B TAMPER Tamper input C PWR BUS LED power 13 8 V ON Power present D 3V3 Logic LED power 3 3 V ON Power present E BUZZER Buzzer for acoustic indications F ALARM Alarm LED follows buzzer sound G Bus BUS interface LEDs Flashing Communication in progress H LED LP1 PrIO I V PrIO power positive 13 V V PrIO power negative Gnd Px PrIO programmable input output x x 1 8 Table 1...

Page 27: ...ut 5 flashes Open circuit Double balanced input OFF Input to earth 1 flash Balanced input 2 flashes Alarm 5 flashes Open circuit Triple balanced input OFF Input to earth 1 flash Balanced input 2 flashes Alarm 1 3 flashes Anti masking 4 flashes Alarm 1 Anti masking 5 flashes Open circuit Tandem input OFF Input to earth 1 flash Balanced input 2 flashes Alarm 1 3 flashes Alarm 2 4 flashes Alarm 1 Ala...

Page 28: ... connectors D RUN Wireless board communication LED Flashing Receiving data from wireless board ON 30 seconds Local operation performed E Bus BUS interface LEDs Flashing Communication in progress F EXC Expansion module tamper bypass jumper inserted tamper bypassed G PWR BUS LED power 13 8 V ON Power present H 3V3 Logic LED power 3 3 V ON Power present I Wireless device LED Slow flashing No device a...

Page 29: ...ations C 5V 5V present LED power D ALARM Alarm LED E Bus BUS interface LEDs F JP2 Power isolation jumper inserted common reference negative G RX1 Central bus data reception LED H 3V3 Logic present LED power 3 3 V I JP3 Battery selection jumper inserted 7Ah battery no jumper 9 or 18 Ah battery J TAMPER Tamper connector K EXC Power unit tamper bypass jumper inserted tamper bypassed L RX2 3 Bus out 1...

Page 30: ...rface elements 1 12 SRPT700 BUS splitter Figure 10 SRPT700 BUS splitter board elements KEY A Input bus power positive 13 8 V A Data transmission reception BUS A input bus B Data transmission reception BUS B input bus Input bus power negative Gnd B 3V3 Logic present LED power 3 3 V C RX1 Input bus data reception LED D RX2 3 4 Data reception LED output bus 1 2 and 3 E Power positive 13 8 V output bu...

Page 31: ...s C T1 T2 Telephone line out D PU Red telephone line busy LED ON RL1 hang up relay E L Green telephone line LED ON Telephone line present F R Yellow RING signal LED ON RING signal detected G O Red LED outgoing DTMF tone generation ON Outgoing DTMF tone generated H I Green LED recognition of incoming DTMF tone ON Incoming DTMF tone recognised Table 17 ILT700 interface elements ...

Page 32: ...e elements Ref Label Description A SMA antenna connector B REG LED mobile phone network connection status Fast flashing 1 flash per second Interface not registered Slow blinking 1 blink every 4 seconds Interface registered to the network C SIM card slot nano SIM size Table 18 IT700 GSM interface elements ...

Page 33: ...ts Figure 13 IT700 GSM interface elements KEY A SMA antenna connector B REG LED mobile phone network connection status On Network search call connected Blinking Registered network interface data connection C SIM card slot nano SIM size Table 19 IT700 4G interface elements ...

Page 34: ...pport board Housing board Figure 15 UC700 UT interface elements KEY A USB type C connector B 5V LED power supply 5V present C OPT1 Connector for optional interface D OPT2 Connector for optional interface E TAMPER Tamper connector F EXC Tamper bypass jumper inserted tamper bypassed G USB type C connector H 3V3 LED 3 3V power supply present I 5V LED power supply 5V present Table 21 IT700 WiFi interf...

Page 35: ...ata transmission reception BUS A B Data transmission reception BUS B Power negative Gnd B V PrIO power positive 13 V P1 PrIO programmable input output 1 P2 PrIO programmable input output 2 C Level indicator D Bus BUS LED E EXC Keypad tamper bypass jumper inserted tamper bypassed F Keypad tamper G Buzzer for acoustic indications Table 22 KP710D keypad internal elements ...

Page 36: ...umeric buttons ON System activation button OFF System deactivation button D UP DOWN NEXT BACK navigation buttons E MENU Menu access button ESC Button for going back to the upper menu level OK To confirm the access code and other entered data To confirm the chosen menu and go to the submenu Table 23 KP710D keypad front elements A A B C D E Figure 17 KP710D keypad front elements ...

Page 37: ...er on Flashing Warning activation command Yellow open inputs LED OFF No open input ON At least one open input Yellow bypassed inputs LED OFF No inhibited or isolated input ON At least one input is inhibited or isolated Red alarms LED OFF No alarm present ON At least one alarm present Flashing Alarm memory Red tamper LED OFF No tamper present ON At least one tamper present Flashing Tamper memory Gr...

Page 38: ...s Scenario 2 Associated sectors C Green LED status Scenario 3 Associated sectors D Green LED status Scenario 4 Associated sectors E Red LED system signals F Proximity sensor position G PrIO 1 yellow wire H PrIO 2 green wire I Power positive 13 8 V A Data transmission reception BUS A B Data transmission reception BUS B Power negative Gnd L Buzzer for acoustic indications Table 25 DK700 proximity re...

Page 39: ...l Calculating the total system consumption as shown in the following table Safety grade EN 50131 Minimum autonomy to be guaranteed with no mains power Max allowed consumption MEDEA 32 MEDEA 64 MEDEA 160 7 2 Ah battery 9 Ah battery 18 Ah battery 3 60 hours non feasible configuration 30 hours 300 mA 600 mA 2 12 hours 600 mA 400 mA 1500 mA Table 26 Central unit battery autonomy Autonomy is only autho...

Page 40: ...be connected to each other at the negative terminal of the control unit power supply If additional power supplies are used the shields can be connected to each other at the negative pole of the supplementary power supply unit IMPORTANT Never connect the cable shields to earth or to the side of the device Connect only to the control unit side power negative 2 2 3 Power conductor size The conductor ...

Page 41: ...e of copper conductors IMPORTANT The regulations require that the conductor cross section area must not be less than 0 1 mm2 In case of a complex power network with several branches the calculation must be carried out for each individual section For example the maximum possible cable lengths for various cross section areas are given as a function of the maximum current flowing through the conducto...

Page 42: ...opologies shown below can be used freely in the system installation BUS splitter 80IT7410111 can be used if required by the system layout Figure 19 BUS topologies IMPORTANT Do not create closed loops with the BUS to avoid malfunctions Figure 20 BUS with loop As the RS485 BUS is pre polarised no termination of lines using resistors is normally required Only in special cases is it advisable to w s s...

Page 43: ...t be visible to everyone so that when the system is armed it cannot be reached by an intruder unless by crossing areas protected by detectors Place the control unit away from strong sources of electromagnetic interference such as transformers electric motors or electronic control systems e g inverters and sources of wireless wave generation e g WiFi routers If the installation includes transmissio...

Page 44: ...evices 11 System power 12 System configuration and testing procedures explained in the Programming Manual However a different procedure may be followed For example some preparation and assembly steps can be carried out in advance in the workshop It is also possible to program the whole system in advance in the workshop with a PC and then download the programming directly from the PC or via CLOUD t...

Page 45: ...th pre cut holes for routing the necessary cables power supply bus detectors etc Open the required holes with the help of a screwdriver Figure 22 Cable routing in ABS box Possible cable routing arrangements are A for recessed corrugated pipe B for rectangular wall duct C for rectangular duct or rigid wall pipe D for corrugated pipe dedicated to power supply F cable anchorage points with cable ties...

Page 46: ...y To ensure compliance with EN 50131 3 the battery must be secured using the cable tie provided 3 4 Wall mounting the MEDEA control unit metal box 3 4 1 Opening the lid Front removal Flap opening Figure 24 Opening the metal box Fixing hole for protection against removal Compulsory for EN 50131 Grade 3 certification Rotate the front panel by 180 degrees It remains anchored to the bottom ...

Page 47: ...supplied Figure 26 Fixing holes metal box To guarantee the opening and removal protection a wall plug must be inserted in the hole of the tamper protection to signal attempts to open the control unit and trigger the protection if an attempt is made to remove the box from the wall The screw inserted in the wall plug must protrude approx 51 mm from the bottom of the metal box to be able to act on th...

Page 48: ...rtified IMPORTANT Always connect and disconnect the expansion boards with the control panel not powered mains and battery disconnected 3 5 1 Expansion board assembly in the ABS box Up to 4 EP708 expansion boards and or 1 ER700 RF expansion board can be assembled in the plastic box only in the position shown in Figure 28 The expected positions are shown in the figure Figure 28 Expansion board assem...

Page 49: ...from the ABS or metal boxes that contain them The three CPU models MEDEA 32 MEDEA 64 4 MEDEA 160 are mechanically identical The CPU hinges must be inserted into the appropriate holders of the respective boxes the CPU is then secured with fasteners ABS box or a screw metal box 3 6 1 MEDEA CPU assembly in ABS box Figure 30 MEDEA CPU assembly in ABS box These positions are accessible after lifting th...

Page 50: ...rds on the motherboard CPU Up to 3 interfaces can be installed chosen from ILT700 max 1 preferably on OPT1 IT700 GSM or IT700 4G max 1 preferably on OPT2 WiFi max 1 and ER700 ZB preferably on OPT3 Figure 32 Interface assembly IMPORTANT Always connect and disconnect the interfaces with the control panel not powered mains and battery disconnected nylon spacers nylon spacers nylon spacers ...

Page 51: ...nnecessarily use up the credit In the case of a prepaid SIM card Check that it has a good credit margin to ensure the operability of the GSM module Take note of the credit expiry date typically 12 months after the last credit purchase in any case check the conditions set by your service provider By setting the SIM card expiry date in the control unit you will receive a voice and or SMS alert messa...

Page 52: ...NT2 4G HG antenna if the planned antenna installed does not guarantee an adequate signal level due to the position of the MEDEA control unit The ANT2 4G BM stylus antenna can be used as an alternative to the PCB antenna supplied with the 2G 4G modules for the ABS box 3 8 5 SIM card insertion IMPORTANT The SIM card Nano SIM must be inserted removed when the control unit is not powered mains and bat...

Page 53: ...t hole for KP710D keypad cables The keypad must be positioned in a sheltered environment protected from water and humidity on a dry flat wall near the accesses to the area to be protected in an indoor location not subject to excessive temperature fluctuations and protected by the intrusion alarm system at a height of 160 cm from the floor for normal installations or 120 cm for installations suitab...

Page 54: ...tallations IMPORTANT Before fixing the base check its direction 3 9 3 Closing the keypad Re apply the front of the keypad to the base hooking in the sealing teeth 3 10 DK700M P DK700M P B proximity reader installation NOTE The two proximity readers differ only in the colour of the front panel anthracite for DK700M P and white for DK700M P B The proximity reader is installed in modular flush mounte...

Page 55: ...certified Grade 3 for EP708 and ER700 RF and CP EP500 not certified for EP708 only 3 11 1 Positioning of boxes The boxes must be positioned in a sheltered environment protected from water and humidity on a dry flat wall in an indoor location not subject to excessive temperature fluctuations and protected by the intrusion alarm system 3 11 2 CP EXP box Figure 40 CP EXP box opening Figure 41 CP EXP ...

Page 56: ...tion must always be used even if the box is fixed on a flush mounted box This requirement is not compulsory for Grade 2 or lower installations EP708 expansion module EP708 expansion module ER700 RF expansion module Figure 43 CP EXP box expansion module positions IMPORTANT Always connect and disconnect the expansion boards with the control panel not powered mains and battery disconnect Fixing hole ...

Page 57: ...Pierce the base to route the necessary cables Figure 45 CP EP500 box location of fixing holes Figure 46 CP EP500 housing fixing on 3 module flush mounted box Figure 47 CP EP500 box expansion module position IMPORTANT Always connect and disconnect the expansion boards with the control panel not powered mains and battery disconnected ...

Page 58: ...stalled to protect the mains supply The mains circuit breaker must have a minimum contact separation of 3 mm It is advisable to place the isolating device upstream of the residual current circuit breaker to be able to disconnect the other sections of the electrical system while maintaining MEDEA system operation Figure 48 Mains connection diagram All mains powered devices control unit and addition...

Page 59: ...ltage category for which it was designed For this reason an additional transient voltage protection is required outside the device IMPORTANT The system must only be powered from the mains when all devices have been correctly installed For safety purposes also close the casings of the control unit and any additional power supply units before supplying power Short cable tie included for compulsory c...

Page 60: ...pply is subject to transient voltages higher than those of the overvoltage category for which it was designed for this reason an additional transient voltage protection is required outside the device IMPORTANT After connecting the conductors remember to insert the plastic cover provided on the power supply terminals IMPORTANT The system must only be powered from the mains when all devices have bee...

Page 61: ...ry connection 7 2 Ah for MEDEA 32 or 9 Ah for MEDEA 64 and MEDEA 160 For connection of the 18 Ah battery of the control unit in the metal box two Faston connector screw adapters are supplied Figure 53 MEDEA backup battery connection 18 Ah IMPORTANT To ensure compliance with EN 50131 3 the 7 2 Ah or 9Ah battery must be secured to the ABS box using the cable tie provided ...

Page 62: ...her in the control unit or only in the supplementary power unit to the negative terminal of the power supply 4 4 1 Central BUS connection MEDEA 32 control units have only one BUS connection The MEDEA 64 and MEDEA 160 control units have two BUS connections that are logically the same but electrically separate Either connections can be used In all control panels there is an additional polarised BUS ...

Page 63: ...on Figure 56 EP708 BUS connection Figure 57 ER700 RF BUS connection 4 4 3 BUS keypad connection Figure 58 KP710 D BUS connection 4 4 4 BUS proximity reader connection Figure 59 DK700 bus connection Alternative BUS connection with special cable to MEDEA control unit ...

Page 64: ...Installation Manual 4 4 5 BUS connection using bus splitter Figure 60 SRPT700 bus connection 4 4 6 BUS connection using additional power supply unit Figure 61 SA700 connection B Powered by MEDEA Powered by SA700 ...

Page 65: ...RTANT s b g p B s s by kΩ balancing resistor in the control unit only Figure 63 MEDEA tamper and SAB connection The control unit tamper switch can be disabled either via hardware EXC jumper or software configurator V Central unit tamper switch Sabotage input SAB for additional tamper switches Tamper enabled Tamper disabled Powered by MEDEA Powered by SA700 ...

Page 66: ...connection Figure 65 ER700 RF tamper connection If a microswitch is not connected close the TAMPER input of the EP708 expansion module with a jumper If a microswitch is not connected close the TAMPER input of the ER700 RF expansion module with the EXC jumper 4 5 3 Keypad tamper Figure 66 KP710 tamper Tamper enabled Tamper disabled Tamper protection Tamper enabled Tamper disabled ...

Page 67: ...ely by programming 4 7 1 Input types Feature Input type NO normally open NC normally closed Single balanced Double balanced Triple balanced Tandem EN 50131 compliant Circuit in stand by Open Closed to positive Closed to positive with kΩ s s 1 tolerance Closed to positive with kΩ s s s kΩ tolerance 1 Closed to positive with kΩ kΩ kΩ resistors tolerance 1 Closed to positive with kΩ kΩ kΩ resistors t...

Page 68: ...amper alarm wire cut n a n a 0 V 0 V 0 V 0 V Table 29 Input types n a Not applicable Voltage present at the input terminal with supply voltage between 12 V and 13 8 V 1 Signalling for input configured as triple balanced 2 Signalling for input configured as Tandem There is also the inertial shutter input type used to connect detectors that generate fast signals inertial shutter seismic etc The conn...

Page 69: ...MEDEA Installation Manual 67 Figure 69 MEDEA 64 160 input position Figure 70 MEDEA 64 160 PrIO position B B V V B V V V V B B B V V B V V V V B ...

Page 70: ...e 72 KP710 D PrIO position 4 7 5 DK700M P PrIO position Figure 73 DK700 PrIO position IMPORTANT A PrIO must be used to connect the tamper protection to comply with EN 50131 Grade 3 Cut the green wire PrIO2 and connect the external detector or button Cut the yellow wire PrIO1 and connect the external detector or button ...

Page 71: ...puts must not be programmed as NORMALLY OPEN to comply with EN 50131 standards because in this case they would not be protected against short circuiting and wire cutting IMPORTANT Unused inputs do not need to be closed because they can be disabled by programming V V V k V p k k p V k k k p k k k V k k p p k IMPORTANT Each detector must be powered by the device that controls it control unit expansi...

Page 72: ...ontrol indoor sirens because an outdoor siren must not be activated when the system is disarmed in the event of tampering signals to ensure compliance with EN 50131 3 4 8 1 Output stand by state Positive present and No positive The stand by state of each electrical output is programmable as Positive present or No positive The stand by state of the relay output can be programmed as normally energis...

Page 73: ...cal 4 8 3 PrIO configured as output NOTE For the location of the PrIOs in the various devices see 4 7 2 MEDEA position inputs and following The electrical outputs can be individually configured as s v p s p p v g V p s v p w v s v g p free output Electrical outputs can be used to control relays the relay coil must operate at 12 V and require no more current than the output can supply or LEDs Two r...

Page 74: ...8 SIRENA default configuration NC inputs positive reference g s p B p by s g kΩ s s IMPORTANT Max withdrawable current from V 500 mA for EP708 installed inside the control unit box or at close distance In the case of remote connection size the cables appropriately to minimise voltage drop V V B k B V V V V B V V V V Tamper Tamper S I Command Lock Power supply Power supply SELF POWERED SIREN Tamper...

Page 75: ...iguration unbalanced inputs positive reference Relay 1 of the MEDEA control unit must be programmed intrusion or intrusion tamper normally energised The value of the balancing resistors required for the SAB input of the MEDEA control unit is 15 kΩ U2 NO1 V1 SR SAB C1 NC1 V1 15K MEDEA CONTROL UNIT INTERNAL SIRENS ...

Page 76: ...n default configuration unbalanced inputs positive reference Relay 1 of the MEDEA control unit must be programmed intrusion or intrusion tamper normally energised Output U2 must be associated with an armed sector OR TC or AND TC with positive present v b g s s s q B p s kΩ U2 NO1 V1 SR SAB C1 NC1 V1 15K MEDEA CONTROL UNIT INTERNAL SIRENS ...

Page 77: ...lanced inputs B4 OFF positive reference Relay 1 of the MEDEA control unit must be programmed intrusion or intrusion tamper normally energised Output U2 must be associated with an armed sector OR TC or AND TC with positive present v b g s s s q B p s kΩ The value of the ALL and TC input resistors of the HPA800 siren is kΩ U2 NO1 V1 SR SAB C1 NC1 V1 15K MEDEA CONTROL UNIT INTERNAL SIRENS 10K 10K ...

Page 78: ...ected devices IMPORTANT Handle the twisted pair with care because voltage from the telephone exchange may be present It is not necessary to take polarity into account when connecting the twisted pair to terminals L1 and L2 of the interface Figure 78 ILT700 connections The ILT700 interface must be connected to earth PE Use one of the Faston terminals on the box wall for the earth connection in meta...

Page 79: ...ditional line PSTN Connection to PSTN simple telephone line Figure 79 PSTN line connection diagram Connection to PSTN telephone line with ADSL Figure 80 PSTN connection diagram with ADSL LINE ADDITIONAL PROTECTION ADDITIONAL PROTECTION LINE ADSL FILTER ADSL MODEM ...

Page 80: ...T Connect the Faston eyelet adapters supplied with the metal box to the battery terminals to connect the 18 Ah battery in the metal box IMPORTANT The control unit has a battery control circuit If the battery is not connected there is no voltage at the ends of the connecting cables red and black Faston 3 The PWR LED mains presence and 3V3 logic power presence will light up on the control unit After...

Page 81: ... by setting DIP switch SW2 1 to ON The system will remain in maintenance mode for as long as this remains active IMPORTANT DIP switch SW2 1 must be returned to the OFF position to exit the maintenance status before testing the system 6 2 Adding replacing or removing a bus device Proceed as follows to add replace or remove a bus device 1 Disconnect the concerned upstream BUS stretch 2 Connect the n...

Page 82: ...reprogram the concerned devices Device or memory Reset type Total Partial Keys User codes All codes Interface Wireless devices ZigBee devices from keypad HW from control unit from keypad From configurator from configurator from keypad HW from control unit from configurator from keypad from configurator from keypad from configurator from keypad Control panel Interface connected to central unit Devi...

Page 83: ... code after enabling it using the Master code 2 ss b MAINTENANCE appears on the display 3 Press the OK b b MAINTENANCE TOTAL RESET appears 4 The message TOTAL RESET ARE YOU SURE will appear Press OK to confirm or ESC to quit If OK is pressed the message TOTAL RESET will appear 5 All peripherals and devices connected on the BUS line are reset to default values 6 Only the following are not reset IP ...

Page 84: ...be aborted after 1 minute has elapsed The message INIZIALIZZATION pp s on the display 3 Wait for the procedure to be completed approx 1 5 minutes if successful the message KEYPAD NOT CONFIGURATED will appear on the display Note Important The RESET action is controlled by moving DIP switch 3 from on to off not by pressing the OK button on the keypad Without the keypad observe the LEDs on the board ...

Page 85: ... to delete the ZigBee devices From the configurator using the technician code 1 Enter the configurator 2 Select CONFIGURATION Bus Peripherals Search Peripherals 3 Delete the ZigBee device using the appropriate command 6 5 Functions associated with SW2 DIP switches on the CPU board DIP switch Position Function 1 ON System under maintenance OFF Normal operation 2 ON Reset codes OFF Normal operation ...

Page 86: ...he polarities 4 Close the device 5 Perform a battery test see Programming Manual IMPORTANT The battery must only be replaced by experienced and qualified personnel 6 7 Total system shutdown Proceed as follows if the system needs to be shut down completely 1 Activate the maintenance status see paragraph 6 1 Preparing for maintenance and open the control unit 2 Disconnect any self powered sirens and...

Page 87: ...4V Max current that can be delivered by the SR terminal with overload protection 200 mA 200 mA 200 mA Rated voltage at terminal BUS1 13 8 V 13 8 V 13 8 V Max current deliverable from terminal BUS1 with overload protection 1 1 A 1 1 A 1 1 A Rated voltage at terminal BUS2 13 8 V 13 8 V Max current deliverable from terminal BUS2 with overload protection 1 1 A 1 1 A Rated voltage at terminal V1 13 8 V...

Page 88: ...4 Detectors 140 Remote contr 40 Keypads 4 External sirens 4 ZigBee Home Automation Security devices manageable by the system 5 of which 2 photo video 30 of which 6 photo video 40 of which 6 photo video Tandem function management of 2 detectors on the same input Sector number 8 16 32 Number of scenarios 10 40 100 Stored events 1000 4000 4000 Number of users 50 150 200 Number of electronic keys 50 1...

Page 89: ...erver boxes ABS box with 1 5A power supply unit Metal box with 3 4 A power supply unit 1 If the battery is not connected there is no voltage at the ends of the connection cables red and black fasteners 2 Only if the absence of the mains power supply is notified to an alarm receiving centre or other remote centre 3 SR does not supply voltage in the event of a mains power failure 4 A line fault must...

Page 90: ...ltage 14 4 V Current consumption 1 A max Current supplied 3 4 A Ripple 120 mVpp max Short circuit protection Self resetting Insulation class I 2500 V Battery housing 12 V 18 Ah Dimensions W x H x D 435 x 320 x 90 mm Weight 5 2 kg IP protection level IP30 IK06 EN50131 certification Grade 3 Class II 7 4 EP708 expansion module Nominal power voltage 13 8 V Working voltage V Rated current consumption a...

Page 91: ...uration of the interface DP1 guaranteed with Primary ILT 700 interface and LAN connector or alternative IT700 GSM interface with periodic test not exceeding 25h enabled 7 7 IT700 GSM interface Nominal power voltage 13 8 V Working voltage 10 14 5 V Rated current consumption at 13 8 V Stand by 10 mA Transmission 200 mA max Frequencies used 850 900 1800 1900 MHz GPRS data transmission Receiving up to...

Page 92: ...A B1 B8 GSM GPRS EDGE 900 1800 MHz LTE CAT1 data transmission Receiving up to 10 Mbps Up to 5 Mbps transmission SIM card format Nano SIM Dimensions W x H mm 40 x 70 7 9 ER700 ZB interface Nominal power voltage 13 8 V Working voltage 10 14 5 V Nominal stand by current 45 0 mA ZigBee profile Home Automation 1 2 Radio frequency 2 4 GHz Output power 17 dBm Reception sensitivity 101 dBm Transmission sp...

Page 93: ...nts 5 coloured LEDs for system status 4 coloured LEDs for events 1 buzzer Functions Adjustable brightness Adjustable contrast Ambient temperature reading Buzzer sound level adjustment Projections Opening and removal tamper protection excludable Material ABS Dimensions W x H x D in mm 151 x 125 x 29 7 11 DK700M P proxy reader and DK70 key Nominal power voltage 13 8 V Working voltage V Rated current...

Page 94: ...pose of your waste equipment by handing it over to a designated collection point for the recycling of waste electrical and electronic equipment The separate collection and recycling of your waste equipment at the time of disposal will help to conserve natural resources and ensure that it is recycled in a manner that protects human health and the environment For more information about where you can...

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Page 96: ...2 MEDEA Installation Manual Tel 39 011 3986711 Fax 39 011 3986703 www elkron com info elkron it Elkron is è trademark of URMET S p A Via Bologna 188 C 10154 Torino TO Italy www urmet com MADE IN ITALY ...

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