TMAELK-6022TRANSCEIVER

APPLICA TION The ELK-6022 Sensor is compatible with Wireless Receiversand Controls that accept Elk’ s ‘RFTW’ two-way technology; such as, the ELK-M1XRFTW. The 6022 is capable of securingup to 3 doors or windows. It has 1 built-in reed switch plus 2external closed circuit zone inputs (IN1 & IN3). When the 6022transmits to the receiver it sends a unique TXID identifier and aLoop number belonging to each input zone. The Loop numberis used by the Control to determine which input is assigned towhich wireless zone.The 6022 features Elk’s Industry Leading Two-Way Technology, capable of on-demand status updates as well as extendedrange and extremely long battery life. SPECIFICATIONS:Frequency: 902 Mhz - 928 Mhz frequency hoppingZones: Built-in Reed, IN1, and IN3 (Closed circuit terminals)Tamper: Front and back provided by a single flex plungerDimensions: 1.5”W x 3”L x .9”D Mag: .57”W x 1.5L x .6DMaximum Operating Gap of Reed: 1/2”Operating Temperature: 32° to 120° F (0° to 49° Degrees C)Relative Humidity: 5-95% Non-CondensingBattery: 3V Lithium - See Battery Installation & ReplacementUnique TXID Code: Over 1 million combinationsEnrolling from M1 Keypad Installer Programming1. Enter M1 Keypad Installer Programming and scroll or navigate to Menu: 14-Wireless Setup 2. Press right arrow and scroll up to Sub-Menu: 3:Learn Sel 3. Press right arrow and pick a WZone (wireless zone) number. 4. Press right arrow to Lrn (Enroll) a new sensor. 5. Insert the Battery into the 6022 as soon as the keypad displays Push Transmitter Button . Elk’s RFTW sensors utilize a unique battery insertion signal for enrollment.NOTE: If battery happens to be already inserted, removeit and wait 5 seconds before re-inserting. 6. If enrollment is successful the M1 Keypad will ding-dong and briefly display the 6 digit TXID code attached to thesensor. For Dr/Wnd sensors the 1st digit is “A” followed by5 digits (0 to F). e.g. A9AB4C. If enrollment fails and aTXID does not display; remove the battery, wait 5 seconds,then re-insert. It may be necessary to repeat steps 3 - 6. To use the 2nd or 3rd zone of the 6022 each must be enrolledseparately as another M1 Wireless Zone. We suggest theybe enrolled in sequence with the 1st zone. See Step 7. 7. The M1 Rapid-Enroll feature advances to the next zone in sequence and waits for a battery insert signal. Just repeatstep 5 for each additional wireless sensor. The M1G voicewill speak; “Press Transmitter button for zone xx” (next zone).To use the 2nd Zone (IN1) of the 6022, enroll it again as thenext wireless zone in sequence by removing the battery, waiting 10 seconds, and re-inserting. The 6022 will beenrolled again as the next sequential wireless zone. Repeatif using the 3rd zone of the 6022. 8. To end Rapid-Enroll press the ELK key one time AFTER all wireless zones (sensors) have been enrolled. 9. Set the Loop Number - VER Y IMPOR T ANT for the 6022. Scroll up or down to the desired M1 wireless zone and pressthe left arrow. The screen will display a 9 digit number (theTXID in decimal) followed by Loop= . Press the right arrow and move cursor over to Loop= . Set the Loop to 1, 2, or 3 depending on the input of the 6022 being used for thisparticular wireless zone. Loop 2 is for the built-in reed, Loop1 is for external IN1, and Loop 3 is for external IN3. ELK-6022 Wireless Universal 3-Zone Door/Window Sensor Battery Installation and ReplacementA Low Battery signal will be reported to the Control when thesensor battery needs to be replaced.1. Remove sensor cover by grasping the sides and inserting the tip of a small flat screwdriver in the end slot. 2. Observe correct polarity when installing the new battery (see Fig 2). Be careful to not bend or damage the metalcontact leafs holding the battery.Approved Batteries: 3V Lithium - Panasonic CR123A,Duracell DL123A, Varta CR123A, Sanyo CR123A 3. Test sensor operation with panel. Operational TestingA two color LED is functional for 10 minutes after installation ofthe Battery. The LED may be re-activated for service ordiagnostics by removing and reinstalling the battery, OR byactivating the Walk Test Area menu on the M1 Keypad. NOTE: The LED may be difficult to see under direct sunlight.GOOD = GREEN blink This indicates Sensor transmitted a signal and was received and acknowledged by the Receiver. CAUTION = RED blink(s) following by a GREEN This indicates Sensor is experience difficulty reaching theReceiver. The first RED occurs after sensor has failed 4times. Each additional RED blink indicates another attempt(up to 16) to reach the receiver. After a 16 failed attemptsthe sensor will timeout and go idle for 5 minutes. A GREENblink anytime prior to 16 attempts indicates sensor was finallysuccessful. During each check-in request or supervisorycheck-in interval the sensor will update or report the currentstate of it’s input to the receiver. BAD = RED blinks with no GREEN This may indicate that either: Receiver and Sensor are out of range, Receiver isnot working, or Sensor is not transmitting. * The two color LED will remain active throughout the WalkTest process OR for 10 minutes after battery insertion and theenrollment has ended.A complete system test and Walk Test of all wireless zonesusing the prescribed M1 Keypad Menu 3 - Walktest Area feature should be performed a least once a year. Printed In USA 12/1/2011 Front Page W ARNING! Do not reverse polarity of the battery! PO Box 100 3266 US Hwy 70 WestHildebran, NC 28637Ph 828-397-4200 Fax 828-397-4415 http://www.elkproducts.com + - Press the ELK key twice to return to the Zone select display.Scroll to each of the other wireless zones and set or verifytheir Loop number. NOTE: A sensor will not operate if the Loop number is not set correctly. Loop=2 is alwaysthe setting for the built-in reed input. IMPORTANT! Once all wireless zones have been enrolled thenext step is to exit Menu 14 and proceed to Menu: 5 - Zone Definitions to program their name, zone type, and options. Enrolling from ElkRP Software1. …

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The status LED consists of a Red and Green LED. Upon initial powerup the status LED will operate for 10 minutes unless signaled to extend the LED operation from the M1XRFTW. A Green blip indicates the transmission was successful while a Red blip indicates the transmission required a retry with no acknowledgement. ELK-6022 Front /Back Case View With FCC Label:

The status LED consists of a Red and Green LED. Upon initial powerup the status LED will operate for 10 minutes unless signaled to extend the LED operation from the M1XRFTW. A Green blip indicates the transmission was successful while a Red blip indicates the transmission required a retry with no acknowledgement. ELK-6022 Front /Back Case View With FCC Label:

ELK-6022 Inside PCB Back: ELK-6022 PCB Top View:

FCC PART 15.249 TEST REPORT UNLICENSED INTENTIONAL RADIATOR Applicant ELK PRODUCTS, INC. Address 3266 HIGHWAY 70 WEST HILDEBRAN NC 28637 USA FCC ID TMAELK-6022 Product Description TRANSCEIVER Date Sample Received 12/12/2011 Date Tested 12/13/2011 Tested By Nam Nguyen Approved By Mario de Aranzeta Report Number 2914AT11TestReport.doc Test Results PASS FAIL THE ATTACHED REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL WITHOUT THE WRITTEN APPROVAL OF TIMCO ENGINEERING, INC. 849 NW State Road 45 Newberry, FL 32669 USA Ph: 888.472.2424 or 352.472.5500 Fax: 352.472.2030 Email: [email protected] Website: www.timcoengr.com Certificate # 0955-01 APPLICANT: ELK PRODUCTS, INC. FCC ID: TMAELK-6022 REPORT #: E\ELK_TMA\2914AT11\2914AT11TestReport.doc Page 2 of 14 Mdea 9.20.2007 TABLE OF CONTENT GENERAL REMARKS ..................................................................................................................... 3 GENERAL INFORMATION .............................................................................................................. 4 EMC EQUIPMENT LIST.................................................................................................................. 5 TEST PROCEDURES ...................................................................................................................... 6 RADIATION INTERFERENCE ......................................................................................................... 7 OCCUPIED BANDWIDTH ............................................................................................................... 9 BAND EDGE COMPLIANCE ......................................................................................................... 11 DUTY CYCLE ............................................................................................................................... 13 POWER LINE CONDUCTED INTERFERENCE .............................................................................. 14 APPLICANT: ELK PRODUCTS, INC. FCC ID: TMAELK-6022 REPORT #: E\ELK_TMA\2914AT11\2914AT11TestReport.doc Page 3 of 14 Mdea 9.20.2007 GENERAL REMARKS The attached report shall not be reproduced except in full without the written permission of Timco Engineering Inc. Summary The device under test does: fulfill the general approval requirements as identified in this test report not fulfill the general approval requirements as identified in this test report Attestations This equipment has been tested in accordance with the standards identified in this test report. To the best of my knowledge and belief, these tests were performed using the measurement procedures described in this report. All instrumentation and accessories used to test products for compliance to the indicated standards are calibrated regularly in accordance with ISO 17025 requirements. Certificate # 0955-01 I attest that the necessary measurements were made, under my supervision, at: Timco Engineering Inc. 849 NW State Road 45 Newberry, Fl 32669 Authorized Signatory Name: Mario de Aranzeta C.E.T. Compliance Engineer/ Lab. Supervisor Date: 12/14/11 APPLICANT: ELK PRODUCTS, INC. FCC ID: TMAELK-6022 REPORT #: E\ELK_TMA\2914AT11\2914AT11TestReport.doc Page 4 of 14 Mdea 9.20.2007 GENERAL INFORMATION DUT Specification The test results relate only to the items tested. Applicable Standard Part 15.249 DUT Description TRANSCEIVER FCC ID TMAELK-6022 Operating Frequency TX: (903 – 927) MHz RX: Same No. of Channels 25 Modulations GFSK DUT Power Source 110–120Vac/50– 60Hz DC Power Battery Operated Exclusively Test Item Prototype Pre-Production Production Type of Equipment Fixed Mobile Portable Antenna Connector FCC Rules require that the antenna connector be unique. Test Facility Timco Engineering Inc. located at 849 NW State Road 45 Newberry, FL 32669 USA. Test Conditions Temperature: 26ºC Relative humidity: 50% Test Exercise The DUT was placed in continuous transmit mode of operation. Modifications none Test Supporting Equipment Supporting Device Manufacturer Model / FCC ID Serial Number N/A APPLICANT: ELK PRODUCTS, INC. FCC ID: TMAELK-6022 REPORT #: E\ELK_TMA\2914AT11\2914AT11TestReport.doc Page 5 of 14 Mdea 9.20.2007 EMC EQUIPMENT LIST Device Manufacturer Model Serial Number Cal/Char Date Due Date 3-Meter Semi- Anechoic Chamber Panashield N/A N/A Listed 5/10/10 5/10/12 AC Voltmeter HP 400FL 2213A14499 CAL 6/12/11 6/12/13 Antenna: Active Loop ETS-Lindgren 6502 00062529 CAL 9/23/10 9/23/12 Frequency Counter HP 5385A 2730A03025 CAL 8/17/11 8/17/13 Hygro- Thermometer Extech 445703 0602 CAL 6/15/11 6/15/13 Modulation Analyzer HP 8901A 3435A06868 CAL 7/18/11 7/18/13 Digital Multimeter Fluke FLUKE-77 35053830 CAL 9/9/11 9/9/13 Analyzer Tan Tower Preamplifier HP 8449B-H02 3008A00372 CAL 10/28/11 10/28/13 Analyzer Tan Tower Quasi- Peak Adapter HP 85650A 3303A01690 CAL 10/28/11 10/28/13 Analyzer Tan Tower RF Preselector HP 85685A 3221A01400 CAL 10/28/11 10/28/13 Analyzer Tan Tower Spectrum Analyzer HP 8566B Opt 462 3138A07786 3144A20661 CAL 10/28/11 10/28/13 Temperature Chamber Tenney Engineering TTRC 11717-7 CHAR 4/25/10 4/25/12 Antenna ETS 3117 41534 9/22/2010 9/22/2012 Antenna Electro metrics LPA-25 1122 5/04/2011 5/04/2013 Antenna Electro metrics BIA-25 1171 1/15/2011 1/15/2013 APPLICANT: ELK PRODUCTS, INC. FCC ID: TMAELK-6022 REPORT #: E\ELK_TMA\2914AT11\2914AT11TestReport.doc Page 6 of 14 Mdea 9.20.2007 TEST PROCEDURES Radiation Interference: ANSI C63.4-2003 using a spectrum analyzer, a preselector, a quasi- peak adapter, and an appropriate antenna. The analyzer was calibrated in dB above a microvolt at the output of the antenna. The resolution bandwidth was 100 kHz with an appropriate sweep speed and the video bandwidth was 300 kHz up to 1 GHz and 1 MHz with a video BW of 3 MHz above 1 GHz. When an emission was found, the table was rotated to produce the maximum signal strength. The antenna was placed in both the horizontal and vertical planes and the worse case emissions were reported. The spectr…

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