ELK Products Inc. ELK-6020 用户手册

A Low Battery signal will be reported to the Control when the
sensor 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 metal
contact leafs holding the battery.
Approved Batteries: 3.6V Lithium - ER1450

3. Test sensor operation with panel.

1. Launch ElkRP and open the desired Customer Account file.
2. RP requires wireless zones to be defined in groups of 16.

Wireless can begin at Zone 17 (Group 2) but CANNOT go
beyond Zone 160 (Group 10).  In the Folders column right
click on > Zones (Inputs) to create a group of 16 wireless
zones.  Then click New Wireless Zones.  Place a check
mark in the box beside the desired group, then click OK.
Repeat if additional wireless groups are required.

3. With ElkRP it may be more efficient to program the Zone

Definitions (name, type, and options) before moving to the
Wireless Setup to enter the TXID and Loop number.  In the
Folders column click on > Wireless - Group X (the group
just added), then double click one zone at a time to define a
name, type, and options.  Repeat for each wireless zone.

4. From the Folders column click on > Wireless Setup to enroll

the wireless sensors by typing in their TXIDs.

4a. Click the > Transmitters tab, then double click a zone.
4b. Place a check mark in the Enabled box.
4c. Set Supervision type as: 0=Non Supervised (Keyfobs),

1=Normal “Burg” Supervision, or 2=Fire Supervision

4d. Skip to the TXID box and enter the Sensor TXID from the

label on the inside and outside of the sensor.

4e. Skip to the LOOP box and enter a 2.

4f. Click Save.  Repeat the entire step 4 for each additional

Wireless Sensor.

This device complies with Part 15 of the FCC Rules.  Operation is subject to the following two conditions:

(1) this device may not cause harmful interference, and

(2) this device must accept any interference received, including interference that may cause undesired operation.

ELK-6020

Wireless Slim-Line Door & Window Sensor

FCC ID: TMA ELK-6020

Printed In USA

12/1/2011

PO Box 100     3266 US Hwy 70 West

Hildebran, NC  28637

Ph 828-397-4200    Fax  828-397-4415    http://www.elkproducts.com

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Operational Testing

A two color LED is functional for 10 minutes after installation of
the Battery.  The LED may be re-activated for service or
diagnostics by removing and reinstalling the battery, OR by
activating 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 the
Receiver.  The first RED occurs after sensor has failed 4
times.  Each additional RED blink indicates another attempt
(up to 16) to reach the receiver.  After a 16 failed attempts
the sensor will timeout and go idle for 5 minutes.  A GREEN
blink anytime prior to 16 attempts indicates sensor was finally
successful.  During each check-in request or supervisory
check-in interval the sensor will update or report the current
state 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 is
not working, or Sensor is not transmitting.

*  The two color LED will remain active throughout the Walk
Test process OR for 10 minutes after battery insertion and the
enrollment has ended.

A complete system test and Walk Test of all wireless zones
using the prescribed M1 Keypad Menu 3 - Walktest Area
feature should be performed a least once a year.

Enroll sensors first, then temporarily attaching them at their
intended location and walk testing PRIOR TO PERMANENT
MOUNTING.  It may occasionally be necessary to re-orient the
sensor to improve the range and operation.

Mount sensor to a flat dry surface, NOT on a curved surface as
this could damage the sensor and void the warranty.  Sensor
and magnet can be oriented in many directions as long as the
align marks on the sensor and magnet face each other and are
closely aligned.  The maximum distance between the sensor
and magnet MUST NOT exceed the specified gap.  Follow
prescribed temperature and humidity specs.  Do not use in areas
with high moisture/humidity.

1. Remove sensor and magnet from their baseplates by

grasping the sides and inserting the tip of a small flat
screwdriver into the end slot(s).  Gently lift to separate.

2. Attach baseplates using the supplied double faced adhesive

pads or #4 flathead sheet metal screws.  The small raised
alignment marks on both backplates should face each other
and be aligned and the gap between MUST NOT EXCEED
the specified operating gap.

4. If the case and back Tamper are used, remove the  small

rubber tamper pill from the hardware bag and insert the
stem into the hollow post located in the center of the
baseplate.  Gently push until it is firmly on the post.

5. Attach the sensor and magnet to their baseplates.

The ELK-6020 is a slim and low profile Wireless Door & Window
Sensor ideal for door and window applications.  It is compatible
with Wireless Receivers and Controls that accept Elk’s ‘RFTW’
two-way technology; such as, the ELK-M1XRFTW.  The 6020
has 1 built-in reed switch and sends a unique TXID identifier
and Loop number when it transmits to the receiver.  The Loop
number should be programmed as a 2 for the wireless zone
where a 6020 is enrolled.

The 6020 features Elk’s Industry Leading Two-Way Technology,
capable of on-demand status updates as well as extended range
and extremely long battery life.

Frequency: 902 Mhz - 928 Mhz frequency hopping
Tamper: Front and back provided by a single flex plunger
Dimensions: .71”W x 3.4”L x .8”D    Mag: .57”W x 1.5L x .6D
Maximum Operating Gap of Reed: 1/2”
Operating Temperature: 32° to 120° F (0° to 49° Degrees C)
Relative Humidity:  5-95% Non-Condensing
Battery:3.6V Lithium See Battery Installation & Replacement
Unique TXID Code:  Over 1 million combinations

1. 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 6020 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, remove
it 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 the
sensor.  For Dr/Wnd sensors the 1st digit is “A” followed by
5 digits (0 to F).  e.g. A9AB4C.  If enrollment fails and a
TXID does not display; remove the battery, wait 5 seconds,
then re-insert.  It may be necessary to repeat steps 3 - 6.

7. The M1 Rapid-Enroll feature advances to the next zone in

sequence and waits for a battery insert signal.  Just repeat
step 5 for each additional wireless sensor.  The M1G voice
will speak; “Press Transmitter button for zone xx” (next zone).

8. To end Rapid-Enroll press the ELK key one time AFTER all

wireless zones (sensors) have been enrolled.

9. Set the Loop Number - VERY IMPORTANT.  Scroll up or

down to the desired M1 wireless zone and press the left
arrow.  The screen will display a 9 digit number (the TXID in
decimal) followed by Loop=.  Press the right arrow and move
cursor over to Loop=.  Set the Loop to 2.
Press the ELK key twice to return to the Zone select display.
Scroll to each of the other wireless zones and set or verify
their Loop number.  NOTE: A sensor will not operate if
the Loop number is not set correctly.  Loop=2 is always
the setting for the built-in reed input.

IMPORTANT!  Once all wireless zones have been enrolled the
next step is to exit Menu 14 and proceed to Menu: 5 - Zone
Definitions.  Locate each zone and program a name, zone
type, and any required options.  Repeat for each wireless zone
that was enrolled.