AES 7058E RF Subscriber Unit -- Installation and Operation Manual
AES Corporation
2
P/N 40-7058E Rev 2.1 11/11/2014
► Installation
Installation Guidelines. Refer to Diagram on previous and
next pages for typical component installation locations.
The 7058E Subscriber Unit should be mounted inside the
secured area of the protected premises.
Avoid extremes of heat, cold, humidity, dust.
The supplied tamper resistant Flexible 2.5db antenna can
be mounted on the Subscriber’s enclosure as shown in
the diagram in this document. A remote external antenna
can also be purchased separately and installed.
Avoid installing the antenna in very close proximity to
other metal surfaces, as they may severely impact the
performance of the radio communications.
Secure enclosure to wall or other appropriate surface,
using suitable screws/anchors.
When needed, use higher gain antenna with rated cable
and connectors. Mount antenna as high as possible -
attics can be ideal. (See “UHF ANTENNA OPTIONS”
listed on page 1)
Avoid tightly coiled or bunched coax as this could affect
RF performance. Use Coax length that best fits the
installation.
NOTE:
During installation, the subscriber unit attempts
to enroll itself into an available AES-IntelliNet network
and if successful, generates signals at the central station.
Central station operators must be forewarned to avoid a
false alarm.
► IMPORTANT:
FOR ALARM PANELS WITH VOLTAGE OUTPUTS: The
7058E supports direct voltage connections from alarm panels
between 12VDC and 30VDC
For latest information, installation tips and suggestions,
check the AES Knowledge Base section of our website at
http://www.aes-intellinet.com/knowledgebase.html
► User Connections (see diagram on pg. 3)
J1 – Programmer / External Module connector.
Plug programmer’s cable into this jack to perform
programming functions. The internal supply voltage
of the 7058E will power programmer. The AES
IntelliPro or IntelliTap or other supported
accessories are connected and powered by this jack.
Any attached module must be disconnected to
connect the programmer and the programmer must
be disconnected to use an accessory.
J2 - Zone Connection Block
. Connect zone wiring
to this terminal block. Zone wiring examples
follow.
J4 (Trouble) – Antenna Cut / Trouble output
Local.
This is for local reporting or annunciating of
antenna cut or communication troubles. It is a 12V
open collector output. The pin closest to heatsink
grounds on activation; 200ma max. The pin closest
to the Red LED is +12V. Use AES part number
7210 (12-0388-J4 internal p/n) for mating connector.
J5 – Battery Leads Input.
Attach external 12 VDC,
battery (15 AH Max lead acid gel type.) to Red
(+12), and Black (-12) wires observing polarity.
J6 – Power Input.
Connect 16.5VAC 40VA /
18-20 VDC, 2 Amp
▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬
► Zone Wiring and Programming.
NOTE: To enable full Trouble Reporting of Zones, you
must answer (Y) Yes to Zone Programming for
Fire and/or Inverted Fire (Ctrl+F3).
► Wiring - Zone Inputs
Refer to illustration on page 2 for Zone Terminals.
Zone inputs may be programmed for use with various
types of outputs used in alarm panels. Options are:
B =
Bypassed - Zone status is ignored
C =
Normally Closed - Closed=Normal / Open=Alarm
O =
Normally Open - Open=Normal / Closed=Alarm
S =
Supervised - EOL Resistor; 2.2K ohm = Normal /
Open = Alarm / Short = Alarm
F =
Fire - EOL Resistor; 2.2K ohm = Normal / Open =
Trouble** / Short = Alarm
I =
Inverted Fire - Use not recommended
.
- EOL Resistor;
2.2K ohm = Normal / Open = Alarm / Short =
Trouble
**
** NOTES: ~ Reporting of “Trouble” messages requires a
Receiver manufactured or updated after July 1997.
If any Inputs are unused, it is best to NOT install a
resistor and program unused Zones as “B” for Bypass.