Risco RK66S Manuale utente

SEISMIC DETECTOR

MODEL: RK66S

INSTALLATION INSTRUCTIONS

INTRODUCTION

The RISCO Seismic Detector is used for the protection against break-in attempts of

vaults, safes, reinforced concrete walls, steel armored cabinets and doors. The

seismic detector monitors the vibration and temperature of a specific surface and

will react to all known types of intruder attacks, such as sledge hammers, diamond

head drills, explosives, hydraulic pressure tools and thermal tools.

The detector can operate both as a regular relay detector connected to any control

panel, or as a BUS accessory when connected to RISCO Group's control panels

via the RS485 BUS, empowering it with unique remote control and diagnostic

capabilities.

The instructions set forth below describe the RISCO seismic detector in Stand

Alone & BUS mode. For BUS installation programming, see RISCO System

installation manuals

Main Features:

•Piezo sensor

•Low/High temperature detection

•Detection range up to 5 meters (16 feet) radius

•Tamper protection

•Anti drilling shield

•Remote sensitivity control

•Analogue signal output

•Bar graph LED indicator

•Remote self test

•Stand-alone or RISCO BUS connection

INSTALLATION KIT

Each kit includes:

Wall structure fastening sets:

Expanding plugs M6 x 16

Flat head machining screw M6 X 16

Metallic structure fastening sets:

Inner Tooth Washer M4

Pan Head Machining Screw M4 X 10

External Test Generator

Detector Mounting Plate

(Mandatory

for surfaces

like concrete)

PCB LAYOUT

Bar Graph LEDs Dipswitches

(default state) Terminal Blocks

Tamper EOL

Jumper Alarm EOL

Jumper Stand

Alone/BUS

Jumper

Tamper (Front ) External Test

Generator

Connector

Tamper (Back)

1 2 3 4

+ 12V - YEL GRN NO C NC TAMPER SENSA.OUT TEST

Tamper EOL

AlarmEOL

S. A/ B us

Ext . Test

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

J15

J13

J12

SW1

SW2

SW6

SW7

SW8

SW10

SW11

SW12

1 2 3

4 5 6

7 8

(not visible)

MOUNTING THE DETECTOR

•Determine the mounting position. Potential false alarm sources must be

accounted for when installing RK66S, Therefore:

•Attach the sensor to a surface as isolated as possible from extraneous

vibrations, with close contact between the concrete surface and the detector.

For metallic surfaces, remove residual paint from sensor installation site. Do

not use silicon grease between sensor and object!

•For maximum vibration detection, the concrete surface should be smooth.

Use the mounting plate (see Figure 2) when mounting on drill-resistant steel,

brick or concrete surfaces. The plate can also be welded onto metallic

surfaces.

•Adjust dipswitch settings for sensitivity; time and other parameters (see

Dipswitch settings, below) for background vibration – bearing in mind the

inverse relation between detection range and sensitivity and the construction

material of the object to be monitored. Detectors with high sensitivity can be

spaced up to 5m apart on secure protected surfaces (for example, steel),

confirmed by hammer or scratch tests.

•Hinged doors, such as those on safes or ATM, and other attachments without

continuous acoustic transmission paths, should be protected with their own

detectors.

•Remove the cover fixing screws to separate the cover from the base, see

Figure 1(A) / 2(B).

•Drill holes on the mounting surface, using the detector base or mounting

plate as a guide, as follows:

Figure 1: Mounting the detector directly onto a metallic surface

Direct mounting on a metallic surface (Figure. 1)

a. Ensure that the mounting surface is level to within 1/128”

(0.1mm).

b. Use the detector base as a drilling template for the three holes

(3.2 mm dia.) and tap M4 thread at least ¼” (6 mm) deep.

Deburr threaded holes in metal.

c. Fit the detector using the supplied fixing screws, see Figure 1(B).

Figure 2: Mounting the detector using the mounting plate. (Note: Affix the mounting

plate using fixing screws or optionally, by welding the plate to a metallic surface.)

Installation using mounting plate (Figure 2):

a. (Optional metal welding) Weld the mounting plate along the two

provided vertical oblong cutout surfaces. Tap off slag and

remove weld splatter from the plate surface.

b. (On concrete) :

Never install the detector directly on a bare or plastered concrete

surface, since bending forces may cause damage to the seismic

sensor. Plaster of less than 10mm need not be removed.

i. Drill four holes for mounting plate (8 mm dia, min 35

mm depth for anchor; using a sintered carbide bit.

ii. Also, use the mounting plate as a drilling template

for the three threaded detector holes (5 mm dia) at

least 3 mm deep.

iii. Insert supplied metal plugs into drilled hole flush

with the concrete surface

iv. Ensure that the mounting plate is correctly

positioned. Press the mounting plate onto surface,

knock in screw with plug and tighten well. The plate

should not be capable of rotation.

v. Fit the detector using the supplied fixing screws, see

Figure 2(C).

c. (On metal) :

i. Use the mounting plate as a drilling template for the

four holes (5 mm dia.) and tap M6 thread at least 10

mm deep. Deburr threaded holes in metal.

ii. Also, use the mounting plate as a drilling template

for the three threaded detector holes (5 mm dia) at

least 3 mm deep.

iii. Affix the mounting plate with the supplied screws.

The plate should not be capable of rotation

iv. Fit the detector using the supplied fixing screws, see

Figure 2(C).

•Connect wiring; Refer to Terminal Blocks section.

•Set Jumpers; Refer to Jumper Selection section.

•Set Dipswitches; Refer to Dipswitch Settings section.

•To verify detector operation, perform:

a. A self test (See Testing the Detector section).

b. Sensitivity calibration using an external test generator (See

External Test Generator section).

•Replace the cover and tighten the cover fixing screws; See Figure 1(A) / 2(B).

TERMINAL BLOCK LAYOUT

Figure 3: Terminal Block Layout

Terminal

Block Description

+12V (RED) Power supply positive (+) input voltage

- (BLK) Power supply negative (-) input voltage

YEL Used for data communication with RISCO panels (only for

BUS connection)

GRN Used for data communication with RISCO panels (only for

BUS connection)

NO Alarm Normally Opened relay output, 24VDC.0.1A

C Alarm Common relay output

NC Alarm Normally Closed relay output, 24VDC.0.1A

TAMPER N.C. Tamper Switch, 24VDC.0.1A

SENS Remote sensitivity control for lowering vibration sensitivity for

ATM-type dispensers when cash is being disbursed and

internal vibration generated.

GND = Low sensitivity

Not Connected = Reguler sensitivity

A.OUT Analog signal output: Connect a multimeter/scope or an

analogic tester between the A.OUT and -12V terminals, to

view the noise and signal voltage levels (in parallel to the LED

bar representation). In the absence of vibrations, the voltage

signal is 0V, and it increases as it detects vibrations.

If the voltage measured (in absence of vibrations) doesn't

remain stable but continues to increase, it means that

environmental noise is being captured and therefore the

detector sensitivity must be reduced.

TEST A short between TEST and GND activates the Remote Test

(see Dipswitch Settings 8 and 9).

(Not relevant for BUS mode.)

LED DISPLAY DURING NORMAL MODE

LED ON Color Severity Description

LD1 Red Temperature alarm

detection

LD2 Red

Vibration alarm

detection: Bar graph

(from LED8–2) indicating

signal power.

LD3 Yellow

LD4-8 Green

LD9 Green Power On

NOTE:

During Test mode the LED displays have a different meaning. Refer to the section:

Testing the detector.

DIPSWITCH SETTINGS

STANDALONE MODE

Dipswitch Description (SW7 OFF)

SW1

SW2

SW3

Used to determine the detector's sensitivity. Sensitivity is a function

of coverage area and surface material.

SW1 SW2 SW3

*OFF *OFF *OFF

ON OFF OFF

OFF ON OFF

ON ON OFF

OFF OFF ON

ON OFF ON

OFF ON ON

ON ON ON

SW4 Used to detect single and extremely brief and intense signals

(including explosions and sledge hammers).

ON: Enable

*OFF: Disable

SW5

SW6

Used to adjust the integration time. In combination with SW1-3 they

establish a threshold value; SW5-6 establishes a cumulative alarm

signal value which, when exceeding the threshold value, triggers

an alarm event.

SW5 SW6 Duration (in sec.)

*OFF *OFF 10 (example: vending machine)

ON OFF 26

OFF ON 46

ON ON 80 (example: bank vault)

SW7 Used to determine Stand Alone or BUS mode (Ensure that the J12

position (as below) matches the SW7 spec. )

ON: BUS

*OFF: Stand Alone

SW8

Used to determine Local or Remote Test

ON: Local. An internal self test is performed every 24 hours from

power-up. Test failure lights up the LEDs (see the Testing the

Detector section) and the LEDs remain lit until the next self test.

*OFF: Remote. A test is activated whenever the TEST input is

connected to GND. If the test passes, the alarm relay opens for

three seconds.

SW9

External test generator

ON: Enable External Test Generator

*OFF: Disable (internal test)

High

Sensitivity

High

Sensitivity

Dipswitch Description (SW7 OFF)

SW10

Used to enable the temperature sensor (alarm temperature

threshold of +85°C (+185°F))

ON: Enable *OFF: Disable (No temp. threshold is set)

SW11 Used to determine LEDs operation

ON: Enable *OFF: Disable

SW12 Not used

BUS MODE

Dipswitch Description

SW1-5 BUS Address

SW7 ON: BUS

SW6,8-12 Not Applicable

Indice

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