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SETTING THE SITE ID
Some wireless devices (e.g., 5827, 5804BD) use a programmed
house ID to help avoid communication conflicts with nearby
installations. The 5800RP automatically passes all house ID
information to the appropriate receiver.
Certain wireless devices, such as the 5883, use a "Site ID" instead
of a House ID. The Site ID is a factory-assigned, unique serial
number built into each 5883 transceiver and must be entered into
each device that uses it. The Site ID provides many more
combinations than a House ID, and therefore is less likely to have
conflicts with nearby installations.
When using the 5800RP with wireless devices that use a Site ID,
follow the steps below to enter the Site ID in the 5800RP. This
procedure assumes that all such devices have been successfully
set-up and tested with the 5883, although they may not yet be
mounted in their final locations.
1. Put the control (and the 5883) in the Go/No Go Test mode.
2. Remove the 5800RP's cover by inserting and twisting a
screwdriver blade in the slot at the center of the cover's lower
edge. Note that removing the cover also places the 5800RP in
the Go/No Go Test mode. This decreases its range during
installation to insure an adequate margin during normal
operation.
3. Temporarily disconnect the power source and battery from the
5800RP. Refer to Figure 2.
4. Place DIP switch 1 in the ON position.
5. Reconnect the power source to the 5800RP. Observe that the
red LED on the 5800RP turns on and remains on. This
indicates that the 5800RP is ready to set the Site ID.
6. Push, release, then hold down the tamper switch on the
5800RP until the red LED turns off.
7. The red LED turning off indicates that the Site ID has been
saved in the 5800RP. If the LED does not turn off, repeat the
previous step until it does.
NOTE: If the tamper switch is not pushed for 1 minute or if
DIP switch 1 is turned off, the red LED turns off. This
indicates the 5800RP will no longer accept the Site ID.
8. Place DIP switch 1 in the OFF position.
9. Replace the cover on the 5800RP.
10. Take the control out of the Go/No Go Test mode.
11. If needed locate the other wireless devices in their final
locations.
12. Test all wireless devices.
ON
1
SW-1
USED WHEN
ENROLLING
MUST BE OFF
SITE ID;
FOR NON - UL;
OTHERWISE
MUST BE ON
MUST BE OFF
FOR UL
Figure 3 5800RP DIP Switch
LED FUNCTIONS
LED
Activates Upon
Green
Normally on (lighted) when power (AC or battery) is
present. Flickering indicates RF is being processed.
Yellow
Normally off. Blinks to indicate that an RF message
is being sent by the 5800RP.
Red
Normally off. Turns on (lighted) when setting Site
ID. See the Setting the Site ID section for details.
Red
Lights when RF activity is present.
RF Interference
2
3
4
5
6
7
8
3 - 8
NOT USED
MUST BE OFF
PROGRAMMING AND OPERATIONAL NOTES
Programming for Combined Trouble Reporting
†
(Check-in, low battery
, AC loss, and RF jam messages all report on
one zone.)
1. Set DIP switch 2 to OFF (keep switch 2 in the OFF position when
enrolling is complete).
2. Assign the 5800RP to a zone for sending check-in, low battery
AC loss, and RF jam messages, and enroll its serial number. When
prompted, toggle the tamper switch to enroll the serial number.
The yellow LED should blink on when messages are sent.
Program the zone as follows:
Zone Type
8
3
(24-hour aux)
• AC loss and RF jam conditions report as "low battery" status,
which is also displayed on the control's keypads. This prevents
either condition from causing an alarm when the control is armed.
• Tamper conditions report according to the zone type response for
which the trouble zone is programmed (ex. ZT 8, 24-hr Aux).
• The 5800RP will not repeat a message that has already been
repeated.
Programming for Individual Trouble Reporting
†
(Check-in/low battery
, AC loss, tamper, and RF jam messages
report on 4 individual zones.)
1. Assign 4 zones and enroll the module's two serial numbers as
follows:
– Assign the first serial number to a zone for sending low
†
battery
and supervision check-in messages.
– Assign the second serial number to 3 zones for sending
tamper, AC loss, and RF jam messages.
When prompted, toggle the tamper switch to enroll the serial
numbers.
Program the zones as follows:
First Serial Number
Set DIP switch 2 to OFF, then enroll as follows:
Zone
Zone Type
Low Battery/
Check-in Zone
(24-hour aux)
Second Serial Number
Set DIP switch 2 to ON, then enroll as follows:
(keep switch 2 in the ON position when enrolling is complete)
Zone
Zone Type
Tamper Zone
(trouble by day /
alarm by night)
AC Loss Zone
8
(24-hour aux)
RF Jam Zone
8
(24-hour aux)
For easy identification of these messages, program alpha
descriptors at the control for each zone, using words such as
"REPEATER LOW BATTERY, REPEATER AC LOSS, etc.
† If an actual low battery condition is reported, it takes up to 24
hours after AC power is restored for the low battery restore
message to be sent.
Note for Control Panel's Current Drain Calculation: When
choosing the backup battery capacity for systems using a 5800RP,
use the connected keypad's maximum alarm (sounder on) current
rating, not the keypad's standby current rating, when calculating
the control panel's total current drain. This is necessary because AC
loss at the 5800RP causes the keypad to beep.
SPECIFICATIONS
Dimensions:
7-3/8" W x 4-3/8" (10-7/8" w/antenna) H x 2-1/8" D
188mm W x 112mm H (277mm w/antenna) x 54mm D
Input Voltage: 9VAC, 15VA (PN 300-07753 sold separately).
Current:
80mA
Battery Pack: Rechargeable, PN: 300-03865; NiMH Rechargeable
Range:
200ft (60m) nominal indoors from wireless devices
(the actual range to be determined with the
security system in the TEST mode).
– 2 –
Input Type
Loop
1
(supervised RF)
Input Type
8
3 - RF
(supervised RF)
Input Type
5
4 - UR
(unsupervised
RF)
4
- UR
4 - UR
†
,
Loop
1
Loop
1
2
3
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