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ELK-M1XRF319  Installation Manual

When the Wireless Receiver detects a sensor transmission it will be passed to the M1 Control for processing.  The M1 Control quickly 

scans through a filter of valid transmitter sensors to determine if it that sensor has been enrolled into it.  Should an additional   Receiver 

pick up the same transmission the M1 will disregard that to help prevent duplication. 

Operation

Diagnostic LEDs

Five (5) Diagnostic LEDs provide valuable information as to the operation of the Receiver:

 

 

BUS   The BUS LED blinks to indicate the Receiver is enrolled on the Data Bus.  NOTE: See Data Bus Enrollment.  

 

UC     This LED blinks once every ~3 seconds to indicate the Receiver Processor is functioning normally.

 

RX     Whenever an RF transmission is detected this LED should flash.  

 

TX     Not Used

 

Freq.  This LED should blink 1 time (once) every 3 seconds when the Receiver is set for Freq. 319.5MHz (see note below)

  IMPORTANT!  

If the Freq. LED is blinking 2 times (twice) every 3 seconds this indicates the receiver is NOT set for the correct Frequency 

(319.5MHz) that is required to receive Elk319 Transmitters and others that adhere to the Interlogix protocol.  

 

 

For operation with ELK319 Transmitters this receiver MUST be set to the 319.5MHz frequency AT ALL TIMES 

 

 

The frequency can be toggled back to the correct 319.5MHz setting by pressing and holding the ENTER Button for 3 seconds or 

until the Freq. LED starts to BLINK 1 time (once) as expected.  

Requirements for Programming the Receiver and Enrolling Transmitters:

The Receiver and wireless transmitters may be programmed using either the M1 Keypad Installer Programming or the ElkRP Remote 

Programming software.  The following pages document the options and steps for programming from the keypad.  

Transmitter (RF) Level Checking [Signal Strength]:

Wireless transmitters send multiple repeats "or rounds" of their data transmission packets to compensate for interference, weak signal, 

etc.  The repeated packets are useful to the receiver in providing a relative signal strength as a reference of the acceptable reliability 

of the sensor and it's mounting orientation and/or location.  When the Receiver hears a wireless transmission it tracks and totals the 

number of received data packets over the next few seconds.  

During keypad Walk Test mode the total number of received packets may be announced by the M1 through the Voice Output 1 

Speaker(s).  Example: If all data packets from a sensor (8 out of a total of 8) are detected the announcement should be: "Sensor X, 

Level 8", indicating the highest signal strength for this particular Intrusion Sensor.  

It is Elk's opinion that a minimum acceptable level of any wireless sensor be a level 3 or 4.  This is based on the fact that the Receiver 

REQUIRES a minimum of 2 repeated data packets in order to qualify an event as a valid transmission.  It is the responsibility of the 

installation company, and their technicians, to adopt their own policy of what should constitute a minimum acceptable level [signal 

strength] of any wireless transmitter.

IMPORTANT:  While the receiver tracks received data packets over a time span, it cannot distinguish whether all packets came from 

a single tested sensor or from multiple sensors which happened to transmit at about the same time.  If the announced level number 

seems unusually high we recommend retesting the sensor(s) multiple time to try and gain a more accurate packet decode level.

Compatible Transmitters: 

 

The following page lists Elk brand transmitter models that have been tested and guaranteed to be compatible with this receiver.  

There are additional pages showing other brands of transmitters which were tested to be compatible as of the date of this printing.  

Unfortunately  the  compatibility  of  the  other  brand  sensors  cannot  be  guaranteed  because  companies  sometimes  discontinue  a 

particular model or make alterations which breaks the compatibility.  All information shown is based on the best available data provided 

by the transmitter manufacturer(s) and is subject to change without notice.  Elk shall not be responsible if a manufacturer changes 

or discontinues any listed model.

Summary of Contents for ELK-M1XRF319

Page 1: ...found inside INSTALLATION MANUAL L682 Rev B 8 11 20 IMPORTANT NOTE Please consult the Elk M1 Dealer website for downloads of the latest M1 Control firmware and ElkRP Software For compatibility with t...

Page 2: ...using an indoor antenna have a quality outdoor antenna installed Reorient the receiving antenna until interference is induced or eliminated Move the receiver away from the security control Move the an...

Page 3: ...is compatible with that same frequency and protocol A mixture of receivers and transmitters on the same installation is possible as long as each transmitter is installed within range of the receiver w...

Page 4: ...must be set as Address 2 so the first wireless transmitter can be zone 017 This is because M1 only allows wireless zones to reside from Zone 017 to 160 When using ElkRP Programming Software all zones...

Page 5: ...er Valid Pin 01 Bus Module Enrollment Examples of Data Bus Address Settings Conflicts can exist if a group of hardwired zones are allowed to overlap or intrude where wireless sensors zones exist Wirel...

Page 6: ...seful to the receiver in providing a relative signal strength as a reference of the acceptable reliability of the sensor and it s mounting orientation and or location When the Receiver hears a wireles...

Page 7: ...tery is good Following an alarm the zone will remain violated Police Trouble until transmitter sends hourly check in OR until User manually resets zone by pressing and holding the button a second time...

Page 8: ...not send restores Control automatically assumes restoral 8 seconds after violation Enroll Process Remove back cover to activate tamper switch Options Set Opt1 Opt2 to 0 no Loop Set as 2 PIR Motion De...

Page 9: ...rminals DO NOT USE BOTH REED AND EXT SWITCH AT SAME TIME PIR Motion Detector Part 60 703 95 or equivalent Notes Transmitter does not send restores Control automatically assumes restoral 8 seconds afte...

Page 10: ...r selections R02 and R03 for supervision time values Valid values are 0 1 or 3 Factory default setting is 1 Normal Supervision Option for certain types of Transmitters See list of compatible Transmitt...

Page 11: ...event Key 2 Evt 0000 r name of event Key 3 Evt 0000 r name of event Key 4 Evt 0000 r name of event Key 5 Evt 0000 r name of event Key 6 Evt 0000r name of event Key 7 Evt 0000 r name of event Key 8 Evt...

Page 12: ...or RRF H or RRF H or RRF Data Bus Addr 2 Zn 17 32 Data Bus Addr 3 Zn 33 48 Starting Zn ID 49 Data Bus Addr 4 Zn 49 64 M1XRF Cells marked indicate a Reserved Address which can only be used for wireless...

Page 13: ...Addr 11 Zn 161 176 M1XRF Data Bus Addr 2 Zn 17 32 Data Bus Addr 3 Zn 33 48 Data Bus Addr 4 Zn 49 64 Data Bus Addr 5 Zn 65 80 Data Bus Addr 6 Zn 81 96 Data Bus Addr 7 Zn 97 112 Data Bus Addr 8 Zn 113 1...

Page 14: ...97 112 Zones 113 128 Zones 129 144 Zones 145 160 Zones 161 176 Zones 177 192 Zones 193 208 Bus Addr x Bus Addr 2 Bus Addr 3 Bus Addr 4 Bus Addr 5 Bus Addr 6 Bus Addr 7 Bus Addr 8 Bus Addr 9 Bus Addr 1...

Page 15: ...in center is assigned as Address 2 The additional Receivers are Addresses 3 and 4 In theory it is possible to install up to 9 total Wireless Receivers on a single M1 Control provided none of those ad...

Page 16: ...Page 16 ELK M1XRF319 Installation Manual PO Box 100 3266 US Hwy 70 West Hildebran NC 28637 828 397 4200 828 397 4415 Fax http www elkproducts com...

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