Honeywell International Inc. 8DL5819-1 Manuale Utente

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N7491V4  7/04  Rev. A 
 
ADEMCO 5819
 
SHOCK PROCESSOR TRANSMITTER 
INSTALLATION AND SETUP GUIDE 
 
A
+
B
A
TTER
Y
REED
SWITCH
(LOOP 2)
COVER PRY-0FF POINT
ALIGN MAGNET
WITH MARKS ON
CASE AND GUIDE
ON MTG. PLATE
MAGNET 
(OBTAIN 
SEPARATELY)
LOOP 1 TERMINALS
(See Detail “B”)
LOCKING TAB
RELEASE WINDOW
COVER
HOLDING
HOOKS (2)
COVER
TAMPER
SWITCH
HOLES “A” (2)
(SEE TEXT)
ANTENNA
DIP SWITCHES
See Detail “A”
DIP
SWITCHES
JUMPER PINS
See Detail “B”
SLOT FOR
CONCEALED
WIRING ACCESS
A
MA
GNET
Diagram 2: 5819 (SHOWN WITH COVER REMOVED)
12"
MAX
1
2
3
4
5
ON
TB2
TB1
MAGNETIC
ALIGNMENT
GUIDE
STRIP
RELEASE 
FOR
BRACKET
CASE
HOLDING
POSTS
(2)
SLOT 
FOR 
WIRE
SCREW
HOLES
Diagram 1:  MOUNTING PLATE
TABLE 1
SWITCH
RESPONSE TIME
SW1   (Most Sensitive)
1ms
SW2
2ms
SW3
5ms
SW4
10ms
SW5   (Least Sensitive)
20ms
JUMPER
PINS
SHOCK SENSOR
TERMINALS
(INPUT LOOP 1)
TABLE 2
JUMPER
COUNT
J1        (Most Sensitive)
1
J2
2
J3
4
J4
6
J5        (Least Sensitive)
8
J5 J4 J3 J2 J1
DETAIL B
DETAIL A
CONTACT
TERMINALS
(INPUT LOOP 3)
LOOP 3 TERMINALS
(See Detail “B”)
5819-001-V0
 
 
GENERAL INFORMATION 
The ADEMCO 5819 Shock Processor Transmitter connects to 
inertia type shock detectors that are mounted externally to the 
transmitter case (detector not supplied), and is intended for use 
only with a wireless alarm system that supports 5800 Series 
wireless receivers. 
The 5819 has three unique zones.  The first is for a wired, 
normally closed shock sensor loop (TB1), the second is for a 
closed contact loop using the unit's built-in magnetic reed switch 
in conjunction with a magnet, and the third is for a wired closed 
circuit contact loop (TB2).   
The 5819 has a built-in cover tamper switch that activates when 
the cover is removed. 
 
INSTALLATION 
Mounting 
For proper orientation of the unit in relation to the mounting plate, 
loop wiring, DIP switch adjustment, jumper positions, and/or 
magnet, read all of this section before installing the unit. 
The description that follows assumes that the unit will be mounted 
as shown in the diagrams, with the magnet (if used) located to the 
left of the unit.  The unit can be installed in any direction, as long 
as the relationship of the unit to its mounting plate and (if used) 
magnet is maintained. 
Although two holes are provided in the unit that would permit 
mounting directly to a surface (holes "A" in Diagram 2), it is 
recommended that the mounting plate be used as described 
below, for ease in removing the unit for servicing should it 
become necessary. 
Before mounting the transmitter permanently, conduct Go/No Go 
tests (see control's instructions) to verify adequate signal strength 
and reorient or relocate the transmitter if necessary. 
1. 
Remove transmitter's cover by inserting the flat blade of a 
small screwdriver into the pry-off slot nearest to the cover's 
decorative ribs, and twisting the blade. 
2.  Disengage the supplied mounting plate from the unit by 
inserting the blade of a small screwdriver into the locking tab 
release window (see Diagram 2) and pressing it against the 
locking tab  (see Diagram 1) while sliding the plate 
downward along the case back. 
3. 
If a shock processor or wired contact loop is to be used with 
concealed wiring, feed the wires through the concealed 
wiring entry hole at one corner of the plate. For surface 
wiring entry, a thin "breakout" area is provided in the case 
wall. 
4.  Install the mounting plate, with its case-holding posts 
pointing up (in this example), in the location selected. 
5. 
Attach the case back to the mounting plate by sliding the 
keyhole slots in the case back down onto the mounting 
plate's case-holding posts.  The locking tab will click as the 
case back locks in place. 
6. 
If the unit's REED SWITCH is to be used, mount a 5799 
Magnet (obtained separately) adjacent to the alignment 
marks on the case and the mounting plate's alignment strip 
(see Diagram 2). 
7. 
Set response time (from Table 1) using the DIP switches. 
SW1 sets a response time of 1mS. SW5 sets a response 
time of 20mS.  For a response time of 0.5mS, set all DIP 
switches to OFF (as shown in DETAIL A in Diagram 1 
above).   
8. 
Set the pulse count jumper (see Table 2).  The pulse count is 
reset 3-seconds after the first pulse is detected. There is an 
LED on the PCB that flashes rapidly on transmission. 
Note:  Make the device highly sensitive for the purpose 
of enrolling the shock sensor loop (TB1) into the system 
(turn SW1 on and put jumper on J1).  After the device 
has been enrolled, adjust settings as described in steps 
7 and 8 (above).