Honeywell 5819WHS Installation Instructions

®

N7491-1V1 5/98

5819WHS/5819BRS

SHOCK PROCESSOR

TRANSMITTER

INSTALLATION INSTRUCTIONS

For use with QED control panels ONLY!

GENERAL INFORMATION

The 5819WHS/5819BRS Shock Processor Transmitters

feature a built-in shock sensor and are intended for use

only with a wireless alarm system that supports Ademco

QED 5800 Series wireless receivers.

The built-in shock sensor is used to detect forcible attack

upon the surface to which it is mounted.

It is designed to

protect window and door surroundings.

The sensor is

electrically normally closed, but, under shock conditions,

goes open circuit momentarily.

The 5819 supports three unique zones, known as "loops":

Loop 1 = built-in shock sensor loop factory wired to

TB1 (normally closed)

Loop 2 =

built-in magnetic reed switch in conjunction

with a magnet (normally closed)

Loop 3 =

externally wired, closed circuit contact loop

connected to TB2

For U.L. installations, a contact may not be more than 3

feet from the transmitter.

The 5819 also has a built-in cover tamper switch which

activates when the cover is removed and sends a "check"

message to the control.

Area of Shock Protection

Typical area of coverage is 10 -12 feet (5-6 foot radius).

This can vary depending on the type of window or other

mounting surface to which the unit is mounted.

MOUNTING

The description that follows assumes that the unit will be

mounted as shown in the diagram, 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 the magnet is maintained. In addition, the arrow

embossed on the built-in shock sensor must face UP when

the unit is mounted.

To change the shock sensor's orientation, gently push the

sensor away from its mounting hole until it can rotate

freely. Twist the sensor until the arrow is pointing UP when

the detector is in the desired mounting position, then

gently push the sensor until it is fully seated in its mounting

hole.

Before mounting the transmitter permanently, conduct

Go/No Go tests (see QED 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.

If using a wired contact loop, cut the thin "breakout"

area provided at the lower edge in the case wall to

allow wire entry.

3.

Mount the case back to a solid surface using the two

holes provided in the unit (holes 'A" in Diagram 1).

4.

If using the unit's reed switch, mount a 5899 Magnet

(obtained separately) adjacent to the alignment marks

on the case (see Diagram 1).

5.

If using an external contact, remove the battery (if

installed) and connect a normally closed contact to

TB2.

NOTE:

If the contact loops are not used, make no

connection across the terminals.

A

+

–

BATTERY

REED

SWITCH

(LOOP 2)

COVER PRY-OFF POINT

ALIGN MAGNET

WITH MARKS

ON CASE

MAGNET

(OBTAIN

SEPARATELY)

LOOP 1 TERMINALS

(Built-in shock sensor)

See Detail “B”

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”

A

MAGNET

1

/

2

”

MAX

1

2

3

4

5

ON

TB2

TB1

TABLE 1

SWITCH

RESPONSE TIME

SW1

(Most Sensitive)

1ms

SW2

2ms

SW3

5ms

SW4

10ms

SW5

(Least Sensitive)

20ms

JUMPER

PINS

BUILT-IN

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

DET

AIL B

DET

AIL A

LOOP 3 TERMINALS

See Detail “B”

DET

AIL C

Embossed arrow on

shock sensor must

point UP when unit

is mounted.

“BREAKOUT” FOR

WIRE ENTRY

CONTACT

TERMINALS

(INPUT LOOP 3)

SHOCK SENSOR

See Detail “C”

Honeywell 5819WHS Installation Instructions

Honeywell 5819WHS - Ademco Wireless Shock Processor Manual

Honeywell 5819WHS manual content summary: