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Installation and use MR16

8 – DEFAULT SETTINGS

System MR16 components go out of the default with following configurations:

Radio module with relay MR16

Function Programming

element

Default

Relay outputs 1÷8 polarisation

Jumpers J1÷J8

12 V

Relay output SAB polarisation

Jumper J9

12 V

Relay output RF SAB polarisation

Jumper J10

12 V

Relay output BATT polarisation

Jumper J11

12 V

Relay output ON/OFF polarisation

Jumper J12

12 V

Relay output SYS ST polarisation

Jumper J13

12 V

Acquisition

DIP switch A1

OFF = normal function

Acquisition

DIP switch A2

OFF = normal function

Arm test

DIP switch A3

OFF = normal function

Output relay 1÷8 operation mode

DIP switch A4

OFF = bistable

Output relay 1÷8 typology

DIP switch A5

OFF = NC

Output relay SYS ST typology

DIP switch A6

OFF = NC

Output relay ON/OFF typology

DIP switch A7

OFF = NC

Output relay SAB/SAB.R/BATT typology

DIP switch A8

OFF = NC

Arming operation, subordinated radio module status,
on outputs 1÷8

DIP switch B1

ON = outputs not
subordinated

Enable Jamming detection

DIP switch B2

OFF = disarmed

Enable supervision (radio sabotage)

DIP switch B3

OFF = disarmed

Enable buzzer

DIP switch B4

OFF = enabled

Enable physical sabotage alarm

DIP switch B5

OFF = enabled

Input S polarity

DIP switch B6

ON = positive polarity

Silence siren tamper for 1 hour

DIP switch B7

OFF = disabled

Silence sirens audio warnings

DIP switch B8

OFF = disabled

Microcontact DC500

Function Programming

element

Default

Count shutter detector pulses

Jumper J1

OFF = 5 pulses in 10 s

Internal reed contact

Jumper J2

OFF = enabled

Type of external detector

Jumper J3

OFF = either NC contact
or auxiliary input not
used

Summary of Contents for MR16

Page 1: ...DS80IT19 004A LBT80725 MR16 Relay radio module Installation and user s Manual GB ...

Page 2: ...ers to any information about products hardware or software or services not yet on the market These references or information do not mean that Elkron S p A intends to release these products or services Elkron is a registered trade mark of Elkron S p A All trade marks mentioned in the document belong to their respective owners Copyright Elkron S p A All rights reserved Reproduction of this document ...

Page 3: ...ote control 12 2 6 2 From external control 12 3 SYSTEM DESIGN 13 3 1 WARNINGS FOR CORRECT INSTALLATION 13 3 2 OPERATING MODES 14 3 2 1 Detection devices alarm status 14 3 2 2 Physical sabotage 14 3 2 3 Radio sabotage or radio communications jammed 14 3 2 4 Battery low condition 14 4 INSTALLATION 15 4 1 RADIO MODULE MR16 15 4 1 1 Fastening 15 4 1 2 Connection to power supply 16 4 1 3 Connections to...

Page 4: ...ICES 33 6 1 1 Adding a device 33 6 1 2 Removing a device 33 6 1 3 Replacing a device 34 6 2 REPLACING BATTERIES 34 6 2 1 Opening micro contact DC500 35 6 2 2 Opening IR detector IR500 35 6 2 3 Opening the battery compartment of HP500 siren 36 6 3 RESET 36 6 3 1 Reset radio module MR16 36 6 3 2 Reset sirens 36 7 TECHNICAL CHARACTERISTICS 37 7 1 RADIO MODULE WITH RELAYS MR16 37 7 2 MICRO CONTACT DC5...

Page 5: ...dule MR16 is controlled by supervision function The system can be programmed and personalised according to individual needs The status of system and single detectors is displayed via LEDs Radio module MR16 takes power supply out of wired control panel it is connected to while wireless devices are supplied via lithium batteries 1 2 SYSTEM MAXIMUM DIMENSIONS Bidirectional radio module MR16 can manag...

Page 6: ...g and removal relays which can be biased via jumpers status and warning LEDs 1 3 2 Micro contact DC500 Magnetic detector to detect opening or closing status in door or window it is mounted on It is supplied by a lithium battery and communicates via radio with radio module MR16 in bidirectional mode Microcontact DC500 has a programmable auxiliary input to which there can be connected either other N...

Page 7: ...optically warning by strobe about an alarm condition when receiving alarm condition signal from radio module MR16 The siren is supplied by alkaline batteries and communicates via radio with radio module MR16 in bidirectional mode Siren programming and ringing times are by DIP switch A tamper assures protection against opening and removal The device has test supervision and battery low warning func...

Page 8: ...8 Installation and use MR16 2 USE 2 1 ELEMENTS OF RADIO MODULE MR16 Figure 1 1 LED for alarm warning 2 LED for identification of device typology 3 Status LED of corresponding input 1 16 4 Control key ...

Page 9: ...ion A radio transmission tries to black out communications LED blinks until user examines alarm details No sabotage to devices Yellow Battery status One or more devices are in battery low condition Battery charger suitable A Green Device type identification Indicating that the device is a detector micro contact or IR detector B Green Device type identification Indicating that involved device is a ...

Page 10: ...ed that cause generating the alarm is not still present Radio sabotage warning 1 Press twice control pushbutton at the front side on radio module MR16 3 beeps are sent out and LED stops blinking and is lit steady 2 Press control pushbutton and keep it pressed for 3 seconds radio module MR16 sends out 3 beeps LED A goes on steady one or more status LEDs 1 16 go on to show which actuation devices mi...

Page 11: ...o module MR16 returns to normal operation Caution battery low warning goes off as soon as all wireless devices have batteries sufficiently charged although alarm details were not controlled 2 3 WARNINGS FROM DETECTION DEVICES 2 3 1 Micro contact DC500 In normal operation conditions micro contact DC500 does not warn about transmissions by LED Front LED blinks first red signal sending then green rec...

Page 12: ... switch B8 ON 2 beeps Disarm siren battery low condition 5 beeps Arm siren tamper open condition 5 beeps Disarm tamper open siren condition 5 beeps 2 5 CONTROL DEVICE WARNINGS Remote control RC500 provides following warnings LED on The LED is lit In colour red if a key was pressed or In colour green if remote control battery charge level is low and the battery has to be replaced Beep Radio module ...

Page 13: ...io signal may be jammed by not sufficiently screened electronic equipment electric motors or other devices working in radio frequency For radio devices correct installation apply following precautions position the devices far from sources of electromagnetic noise such as electric motors electric panels etc do not mount the devices on metal surfaces or close to large metal objects or inside metal s...

Page 14: ...dentify a movement in controlled area then radio module MR16 will arm LED corresponding to the input relating relay output will behave according to programming performed When the cause of alarm status dies down the LED goes off For precise operating modes of relay outputs relating to inputs see paragraph 4 1 4 Configuration of radio module MR16 3 2 2 Physical sabotage Should a physical sabotage at...

Page 15: ... be used first remove the electronic board taking off the four screws that are placed at the corners figure 4 Figure 3 Figure 4 3 Secure radio module to a flat wall using fixing plugs supplied Figure 5 shows possible alternatives Hanging from slot A and then blocked by holes B and C In this case the electronic board has not to be taken off Secured to an embedded box with 3 modules using holes D Se...

Page 16: ...power supply unit is able to supply Power supply cable must be connected at one side to pins and of radio module and at the other side to wired alarm control panel 12 V output In connection observe polarities Warning wired control panel side connection must be downstream of control panel power supply unit and backup battery to assure radio module MR16 power supply also in lack of network power sup...

Page 17: ...V switches over following the input and its programming The pin without a black dot has either 12 V or 0 V fixed potential independently of the status of associated radio device Where the radio output is not polarised the two pins are similar to the ones of a circuit breaker Figure 7 Every wired alarm control panel follows specific conventions in naming its inputs and in the type of connection nor...

Page 18: ...tage input is missing BATT J11 The relay is armed where one or more devices warn out that battery is low The output can be connected to wired alarm control panel faulty input ON OFF J12 The relay is managed with remote control RC500 When on remote control you press radio module MR16 arm control the relay switches first to OFF and remains OFF for 500 ms and then to ON and remains ON for 400 ms if i...

Page 19: ... Detection device 1 open relay 1 armed Detection device 1 closed relay 1 disarmed Bistable DIP switch A4 OFF Disabled DIP switch B1 ON The output always follows associated detection device Detection device 1 open relay 1 armed Detection device 1 closed relay 1 disarmed Enabled DIP switch B1 OFF When radio module MR16 is armed the output is armed and remains armed for about 1 second at every openin...

Page 20: ...ws control panel status The value of voltage depends on input polarity chosen positive polarity DIP switch B6 ON by applying 12 V voltage the module if armed is disarmed taking off the voltage the module if disarmed is armed negative polarity DIP switch B6 OFF by applying 0 V voltage the module if armed is disarmed taking off the voltage the module if disarmed is armed BL This input is used to dri...

Page 21: ...ed Radio sabotage One or more devices did not reply to supervision A radio transmission tries to black out communications LED blinks until user examines alarm details No sabotage to devices BAT Yellow Battery status One or more devices are in battery low condition Battery charger suitable A IN Green Device type identification Indicating that the device is a detector micro contact or IR detector B ...

Page 22: ...BAT OFF normally closed NC ON normally open NA B1 Outputs 1 8 subordinated to radio module status OFF outputs subordinated ON outputs not subordinated B2 Enable jamming detection radio sabotage OFF jamming control disarmed ON jamming control armed B3 Enable supervision radio sabotage OFF supervision disarmed ON supervision armed B4 Enable radio module MR16 buzzer OFF buzzer enabled ON buzzer disab...

Page 23: ... one or more micro contacts or IR detectors 1 Set radio module MR16 to acquisition mode in following way a Set DIP switches A1 and A2 to ON b Press once control pushbutton on radio module MR16 figure 11 Radio module sends out 3 beeps and LED A green indicating that you entered detection devices acquisition mode and status LEDs 1 16 red of the inputs to which a number of devices are already paired ...

Page 24: ... not exceed 15 mm figure 13 Magnet position is highlighted on micro contact by two raised dashes figure 14 4 2 4 Connection to external detectors Figure 15 Optionally connect either a shutter rope detector or an NC normally closed detector e g another magnetic contact To the input more NC detectors in series not in parallel can be connected but just one shutter detector Micro contact can be config...

Page 25: ...here auxiliary input is not use leave default setting At end of configuration close back the device 4 3 IR INDOOR DETECTOR IR500 Figure 16 4 3 1 Power supply The device is provided with a pre installed cell Remove the isolator pulling plastic tang on the rear side of the device After it was supplied IR detector starts up an initialisation step which lasts about 2 minutes During this step its LED g...

Page 26: ...tector rear shell is fixed to the wall using either hole c Chapter Technical characteristics shows detector covering diagrams 4 3 4 Configuration IR detector does not need any configuration The use of jumper JP1 is reserved 4 4 INDOOR SIREN IS500 4 4 1 Power supply To supply the siren 1 Remove the screw at siren base and take off its covering 2 Remove the four securing screws and take off battery ...

Page 27: ...ation devices can be acquired 2 Set DIP switch 1 of sirens figures 19 and 22 to ON to enable learning mode The sirens can be acquired all together 3 Press control pushbutton on radio module MR16 to send the code If the code is received the siren sends out 1 beep in siren HP500 LEDs 1 and 3 blink too Then radio module sends out 2 beeps and zone LEDs flash indicating that the sirens were acquired If...

Page 28: ...rew at siren base and take off its covering Set power supply to ON to supply the siren Figure 20 4 5 2 Acquisition For siren acquisition see paragraph 4 4 2 Acquiring actuation devices 1 ON siren in acquisition mode OFF normal operation 2 reserved 3 4 Setting the duration of siren ringing DIP 3 DIP 4 3 minutes OFF OFF 5 minutes ON OFF 10 minutes OFF ON 1 second for test ON ON 5 reserved 6 ON reset...

Page 29: ...c projection is present this projection must be kept pressed to assure siren antiremoval protection As walls not always are perfectly flat before drilling fixing holes check for this projection to remain pressed when the siren will be fastened Figure 21 4 5 4 Configuration The siren is configured via DIP switches Figure 22 At end of configuration close back the device 1 ON siren in acquisition mod...

Page 30: ...shbutton on radio module MR16 Radio module sends out 3 beeps and LEDs A and B blinks once to indicate that remote controls can be acquired 2 Press any key on remote control to send the code If the code is received radio module sends out 2 beeps and corresponding LED 1 8 goes on to indicate that remote control was acquired If radio module sends out one beep only it means that remote control had bee...

Page 31: ...that a new movement is warned about the detector is consequently needed not to have detected anything for at least one minute consecutively Micro contact and IR detector operation can also be checked during normal working conditions In this case just press Test key on the device arming its Test mode for three minutes Then just arm the device opening the door or window or passing before IR detector...

Page 32: ...re if needed 5 3 TEST REMOTE CONTROL Try to arm and disarm radio module MR16 One remote control beep will confirm that commands were received 5 4 USER TRAINING After completing system installation configuration and test show the user how alarm warnings on radio module MR16 are interpreted sirens warnings are interpreted radio module MR16 alarm memories are erased radio module MR16 is armed and dis...

Page 33: ...d cyclically 6 Keep pressed control pushbutton for 3 seconds to confirm your choice radio module sends out three beeps to confirm removal 7 Repeat from point 5 to remove more devices 8 Reset DIP switch A2 to OFF to quit removal mode radio module will send out one two tone beep to confirm the output To remove a siren 1 Make sure that DIP switches A1 and A2 of radio module MR16 are both to OFF Shoul...

Page 34: ...eeps and all LEDs go on steady indicating that you entered global removal mode 4 Keep pressed for 3 seconds control pushbutton on radio module MR16 Radio module sends out 3 beeps and all LEDs go off to indicate that all acquired devices were removed 5 Reset DIP switch A1 to OFF to quit removal mode radio module will send out one two tone beep to confirm the output 6 1 3 Replacing a device To repla...

Page 35: ...take off the cover For closing operate in reversed way Warning in putting the cover back check it to be correctly hooked before fixing closing screw 6 2 2 Opening IR detector IR500 To open IR detector 1 Loosen closing screw on detector lower side 2 Take off front cover which contains the detector and electronic part For closing operate in reversed way Warning in putting the cover back check it to ...

Page 36: ...s 1 Power off radio module MR16 2 Set DIP switch B8 on radio module to ON keep programming key pressed and power back the device 3 All LEDs are lit and radio module sends out 2 beeps Acquired devices are removed 4 Set DIP switch B8 to OFF again radio module MR16 returns to operation mode 6 3 2 Reset sirens To reset a siren 1 take off its batteries and let them off for one minute 2 set its DIP swit...

Page 37: ...from radio devices 1 for physical sabotage warning 1 for radio sabotage warning 1 for battery low warning 1 for STS SYS 1 for ON OFF Outputs provided with solid state relay output MOSFET with following characteristics Max load voltage 35 V Max load 100 mA Warning elements 1 LED for device on 16 LED for output status 1 LED for radio sabotage 1 LED for physical sabotage 1 LED for battery low 1 summa...

Page 38: ... max length 10 m Case anti opening protection Anti tamper device Supervision interval 90 to 110 minutes Declared operation temperature 5 C 45 C Dimensions W x H x D in mm Micro contact 32 x 107 x 22 Magnet 14 x 57 x 12 7 3 INDOOR IR DETECTOR IR500 Communication technology Bidirectional radio frequency Radio communication mode FSK Frequency 868 35 MHz Radio range 100 m in free air Power supply 1 li...

Page 39: ... 35 MHz Radio range 100 m in free air Power supply 4 alkaline batteries of type D with 1 5 V voltage Duration 2 years in normal use conditions Warning elements 1 siren with a sound power of 104 dBA at 1 m 1 strobe Programming elements 1 7 way DIP switch Control elements 1 power supply slide circuit breaker Sound alarm duration Programmable 1 second test either 3 5 or 10 minutes in normal operation...

Page 40: ...witch A5 OFF NC Output relay SYS ST typology DIP switch A6 OFF NC Output relay ON OFF typology DIP switch A7 OFF NC Output relay SAB SAB R BATT typology DIP switch A8 OFF NC Arming operation subordinated radio module status on outputs 1 8 DIP switch B1 ON outputs not subordinated Enable Jamming detection DIP switch B2 OFF disarmed Enable supervision radio sabotage DIP switch B3 OFF disarmed Enable...

Page 41: ...s 3 4 OFF OFF 3 minutes Reserved DIP switch 5 OFF Reset memory DIP switch 6 OFF disabled Reserved DIP switch 7 OFF Outdoor siren HP500 Function Programming element Default Operation mode DIP switch 1 OFF normal Reserved DIP switch 2 OFF Ringing duration DIP switches 3 4 OFF OFF 3 minutes Reserved DIP switch 5 OFF Reset memory DIP switch 6 OFF disabled Reserved DIP switch 7 OFF ...

Page 42: ...42 Installation and use MR16 ...

Page 43: ...Installation and use MR16 43 ...

Page 44: ...44 Installation and use MR16 ELKRON S p A Made in Taiwan Via Cimarosa 39 10154 Torino TO Italy Tel 39 0 11 3986711 Fax 39 0 11 3986790 www elkron com mail to info elkron it ...

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