Ademco 8DL5800GDO Garage door opener receiver User Manual II with FCC info

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Document ID	141288
Application ID	A154J8ptRUcQN4XLtMWR9Q==
Document Description	II with FCC info
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	6.09kB (76097 bits)
Date Submitted	2001-03-22 00:00:00
Date Available	2001-03-22 00:00:00
Creation Date	2001-03-22 14:18:02
Producing Software	Acrobat Distiller 4.05 for Windows
Document Lastmod	2001-03-22 14:18:06
Document Title	II with FCC info

0ADEMBI:
(Draft 7/17/00)
7/1 mo
SBOOGDO
Wireless Garage Door Module
INSTALLA TION AND SETUP GUIDE
INTRODUCTION
The SBOOGDO Wireless Garage Door Module provides 1
form-C relays and operates in conjunction with 4-bllfi0l‘l 5800
Keytob transmitters such as the 5804 and 5804E. The
SSDOGDO allows up to 8 wireless keys to control a garage
door opener, When DlP switch 6 in the OFF position, the
relay momentarily changes state when an enrolled button is
decoded (pulsed relay mode). It DIP switch 6 is OFF when
power is applied, the relay is always lorced to the reset state
(NC and COM contacts connected). When DIP switch 6 in the
ON position, the relay changes state each time an enrolled
button is decoded (toggled relay mode). It DlP switch 6 is ON
when power is applied, the relay state is not changed. The
SBOOGDO is powered Irom a 12VDC or QVAC external power
source.
POWERING THE SWOGDO
The SBDOGDO can be powered lrom either an AC or 00
external power source rated and connected as follows (see
Figure 2 for connections):
Power Sou rces
Type nartng
Ac QVAC. t5vA
(e.g., ADEMCO 1332|
Dc tszc. toorrlA
Connection
terminals 7 and s
First cut the connector ctr the unll's cable.
then strip the wire ends and connect to
terminals 7 and 3.
NOTE: Use oi power sources with higher or lower voltages
may result in damage or a failure to operate properly.
RELAY and LED OPERATION
The SBOOGDO provides one, dry contact, torm-C relay
(SPDT, rated 2A, 28VACNDC). the yellow LED, located
above the DIP switch, monitor the relay activity as shown
below:
Flele and LED Functions
Relay LED Activam Upon...
A Yellow Ftolay state.
on a no contact connects to COM
OFF a NO comm connects to COM
When DIP switch 5 in the OFF positron, the relay
momentarily changes state when an enrolled button is
decoded. tr DIP swlch 5 ts OFF when power ls appm, the
relay is always lowed lo the reset state (NC and com
contacts connected}, When DIP switch 6 In the ON position,
the relay changes state each time an enroled button is
decoded. ti DIP switch 6 e on when power ls applied. the
relay slate is not changed.
Key enrollment/erase indicator (see swims tor Enmllng
RF Transmitters and Deleting All HP Transnlttersl
Nomtaliy on when power is applied, Flickering trtoicales FtF
decode acrwlty.
NIA Red
NIA
MOUNTING LOCATION GUIDELINES
Use the lollowing guidelines when selecting a mounting
location lor the SBOOGDO Garage Door Module:
0 Mount the SSOOGDO in a high location tor best wireless
reception.
0 Do not mount the SBOOGDO on or near metal objects. This
decreases range and/or blocks wireless transmissions.
o The SBOOGDO must be located at least 10 Ieet Irom any
remote keypads to avoid interference trom the
microprocessors in those units.
WIRING AND MOUNTING
IMPORTANT:Beiore permanently mounting the
SBOOGDO. you must perlorm the setup procedure
described in the Setting Up the 5817on section.
1, Remove the SSOOGDO‘s cover (insert the blade oi a small
screwdriver in the slot at the cover's top end and twist).
2. Disconnect any wiring already connected to the module.
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(Remove Tamper Switch and contacts tor Ftelay B. . ‘
Place downwards arrow to the right of DIP sw. 6)
Figure 2. Connection Diagram
3, Hold the module in the desired mounting position and
mark the mounting hole locations through the two
mounting holes in the base of the module,
Screws and plastic anchors are suitable tor a typical
installation. but any two suitable lasteners may be used
that secure the base firmly to the mounting surlace.
Note: The external power supply unit should be mounted
in close proximity to the 5800GDO. This avoids voltage
losses that occur on long power lines.
4. Connect relay and power wiring to the SBOOGDO’s
terminals. Refer Figure 2.
5. Place the iront cover over the module, position the wiring
in the exit slot, and snap the cover in place,
The SBOOGDO module should now be tested with the rest ol
the system.

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File Type Extension             : pdf
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PDF Version                     : 1.2
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Create Date                     : 2001:03:22 14:18:02
Producer                        : Acrobat Distiller 4.05 for Windows
Modify Date                     : 2001:03:22 14:18:06-05:00
Page Count                      : 1

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