GSN PATROL 501 Installation Instructions Manual

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PATROL – 501

DIGITAL

ACOUSTIC GLASS

BREAK DETECTOR

INSTALLATION

INSTRUCTIONS

www.gsncompany.com

For creating an alarm, both a
low-frequency sound of the glass
impact and a high-frequency glass
breakage sound must be registered

ithin a predetermined time frame.

Since both detector channels
must register the actual glass
breakage, false alarms are
practically excluded.

The program of microcontroller,
based on the mathematical
algorithm, analyzes signals
and detects only the actual
breakage of all standard framed
glass types.

PROTECTED GLASS TYPES.

Glass

Type

Plate 2 mm 10 mm

Tempered 3 mm 8.4 mm

Patterned 3 mm 10 mm

Laminated ¹ 3.2 mm 14.3 mm

Wired 5 mm 6.4 mm
Coated ²
(Triplex)

Sealed

Insulating ¹

Min.

Thickness

2,5 mm 8.4 mm

3.2 mm 6.4 mm

¹ Laminated and sealed insulating
glass types are protected only
if both glass plates are broken.

² For glass coated with plastic film
on the inner surface, effective range
is reduced to 6m.

Max.

Thickness

INTRODUCTION.

The PATROL-501 recognizes
particular sound patterns emitted
by glass breakage.

The PATROL-501 provides
complete protection of all known
framed glass types.

The PATROL-501 uses unique
algorithm, based on two-channel
recognition analysis of the
characteristic frequencies and
signal sequence of framed pane
glass breakage.

The LED will light continuously
for 3 seconds and the alarm relay
will be open on alarm.

PATROL-501 RELIABILITY.

Due to the unique program and
perfectly adjusted filters the
PATROL-501 provides excellent
protection from false alarms in
extremely harsh environments.

Highly selective sensitivity of the
high frequency channel enables the
PATROL-501 to detect real glass
breakage with high accuracy among
a variety of background noises.

The above features enable the
PATROL-501 to be used in
extremely harsh environments,
such as airports, industrial plants
as well as in the vicinity of noisy
restaurants, bars, etc.

SELECTING MOUNTING
LOCATION. MOUNTING ON
SWIVEL BRACKET.

V – Correct installation.

X – Incorrect installation.

DESCRIPTION.

Low-frequency sound occurs upon
the impact on the glass.

High-frequency sound occurs upon
the glass breakage.

HIGH-FREQUENCY LOW-FREQUENCY
SOUND SOUND

High RFI and EMI immunity allows
the detector to be mounted next to
radio and electromagnetic emission
sources.

PATROL-501 COVERAGE
RANGE.

Maximum detection range:
12 meters X 170º.

1

2

m

e

o

t

e

170

r

s

(

M

A

X

)

o

45

A) B)

o

30

C)

) Vertical mounting.

B) Corner mounting.

C) Surface mounting - 30º.

D)

o

45

D) Ceiling mounting - 45º.

r

w

SELECTING GLASS TYPE
AND COVERAGE RANGE.

Set the jumper W1 according to the
distance to the protected glass.

Set the jumper W2 according to the
protected glass type (see the figure).

W2

PL

TM

LW

GLASS TYPE

RANGE ADJUSTMENT

M

6

M

9

M

12

W1

TM position – for most glass types.

- PLATE

PL

*

TM

- TEMPERED

- PATTERNED

LW - LAMINATED

- WIRED

- COATED

- SEALED INSULATING

*

(TRIPLEX)

GLASS BREAK
SIMULATION TEST.

1. Set jumper S2 to “ON” position.
The yellow LED will be ON – the
detector is in the “TEST” mode.

2. Replace the cover.

3. Use “FG-701” or “RG-65” Glass
Break simulator or any other models
to simulate the high frequency signal
of the glass breakage. The

ed LED

ill flash on each simulator

activation.

S2

OFF

ON

GLASS TEST

TECHNICAL SPECIFICATIONS.

Power input:.…...………..9 - 16VDC

Current consumption
In stand-by mode:...………..17.8mA
In alarm mode:...…………...18.7mA

Alarm period:...…..………….…3sec.

Warm up period: ………………2sec.

Detection range:...……..12m x 170º

Relay output:………….……………..
……………..N.C; 60V; 120mA; 16

Tamper:…..........................N.C.10

RELAY

J1

OFF

ON

GLASS TEST

ON

OFF

MEMORY

DIGITAL

ACOUSTIC

GLASS BREAK

DETECTOR

BUTTON

OF START

CS

S2

S3

W2

GLASS TYPE
RANGE ADJUSTMENT

W1

ATTENTION!

TAMPER

+ 12V

S1

PATROL-501

YELLOW RED

PL

TM

LW

6m

9m

GREEN

12m

HIGH FREQUENCY TEST

NO MORE THAN 12 METERS

GLASS BREAK SIMULATOR

ACTIVATE TEST FLEX MAN

G.S.N.
ELECTRONIC
COMPANY LTD.

– MODEL FG-701

During the “Glass Break Test” the
alarm relay is opened. After the
“Glass Break Test” set jumper S2
to “OFF” position (operating mode).

Microphone type:…...………………..
omnidirectional electret microphone

Operating temperature
range:……………..…– 30°C + 50°C

Storage temperature
range:………….…….– 40°C + 80°C

RFI immunity:…………..30 V/m at a
frequency range 10MHz-1000MHz

EMI immunity:.……………..50 000V

Dimensions:…….…….87x52x24mm

Weight:…………………………..58gr.

LAST EVENT MEMORY.

Set the jumper S3 to “ON” position

for LED to provide indication of event
memory function for last 30 minutes.

LED starts blinking on alarm.

After the period of 30 minutes the

memory is automatically erased.

ON

OFF

MEMORY

S3

SHOCK & GLASS BREAK
SIMULATION TEST.

The test is conducted in operating
mode (“OFF” position).

OFF

ON

GLASS TEST

S2

Replace the cover. Tap gently the
protected glass and activate the
simulator at the same time.
The red LED will be ON for 3 sec.

WARRANTY.

GSN Electronic Company Ltd.

warrants the product to be free
from defects in materials and
workmanship under condition of
observance of service regulations
and to be repaired or replaced
under absence of mechanical
damages for a limited period of
five years from the date of sale.

P/N: USM0E501 REV.A PRINTED IN ISRAEL