background image

JSC

 

“Forteza”

 

 

“Forteza

 

Tribo

M”

 

operation

 

manual

 

4

 

 

1.

 

General information 

The

 

operation

 

manual

 

contains

 

information

 

about

 

the

 

construction,

 

technical

 

features,

 

operation

 

and

 

application

 

of

 

the

 

“Forteza

 

Tribo

M”

 

security

 

detector

 

system.

 

The

 

manual

 

also

 

contains

 

information,

 

necessary

 

for

 

the

 

proper

 

installation

 

and

 

use

 

of

 

the

 

device.

  

1.1.

 

Purpose

  

 

“Forteza

 

Tribo

M”

 

is

 

single

position

 

triboelectric,

 

passive

 

and

 

unmasked

 

guard

 

alarm

 

system

 

with

 

surface

 

detection

 

zone,

 

which

 

is

 

designed

 

for

 

extended

 

perimeter

 

areas

 

and

 

is

 

used

 

as

 

a

 

stationary

 

unit.

  

The

 

guard

 

alarm

 

system

 

for

 

perimeter

 

fences

 

is

 

meant

 

to

 

generate

 

alarm

 

signals

 

on

 

the

 

local

 

deformation

 

of

 

the

 

fence

 

and

 

the

 

sensor

 

fastened

 

to

 

it

 

in

 

unauthorized

 

penetration

 

by

 

getting

 

over

 

the

 

fence,

 

no

 

facilities

 

being

 

used,

 

and

 

as

 

a

 

result

 

of

 

damage

 

to

 

the

 

fence,

 

the

 

sensor,

 

and

 

its

 

fasteners.

  

The

 

guard

 

alarm

 

system

 

ensures

 

the

 

monitoring

 

of

 

the

 

sensor

 

integrity

 

(the

 

cable

 

of

 

triboelectric

 

effect),

 

the

 

connecting

 

cable

 

being

 

checked

 

as

 

well.

 

On

 

their

 

damage

 

(short

circuit

 

or

 

broken

 

cable)

 

the

 

guard

 

alarm

 

system

 

generates

 

an

 

alarm

 

signal

 

on

 

the

 

fault.

 

1.2.

 

Operating

 

conditions

 

 

The

 

guard

 

alarm

 

system

 

is

 

intended

 

for

 

continuous

 

round

the

clock

 

operation.

 

Its

 

performance

 

is

 

maintained

 

within

 

the

 

set

 

normal

 

values.

 

The

 

guard

 

alarm

 

does

 

not

 

generate

 

the

 

false

 

“Alarm”

 

signals

 

on

 

and

 

after

 

exposure

 

to

 

the

 

outdoor

 

environmental

 

factors

 

(OEF)

 

given

 

in

 

Table

 

1.1.

 

Table

 

1.1

 

 

 

OEF

 

Description

 

Value

 

Acoustic

 

noise

 

Is

 

not

 

regulated

 

Elevated

 

ambient

 

temperature

 

Elevated

 

operating

 

temperature

 

+

 

50

 

o

C

 

Low

 

ambient

 

temperature

 

Low

 

operating

 

temperature

 

‐ 

40

 

o

C

 

Elevated

 

humidity

 

Up

 

to

 

98%

 

at

 

a

 

temperature

 

of

 

+35

 

o

C

 

Is

 

not

 

regulated

 

with

 

a

 

signal

processing

 

unit

 

(SPU)installed

 

in

 

the

 

metal

 

alarm

 

cabinet

 

Low

 

humidity

 

Is

 

not

 

regulated

 

Rain

 

Is

 

not

 

regulated

 

Hoar

frost

 

and

 

ice

crusted

 

ground

 

Thickness

 

(at

 

wind

 

speed)

 

2

 

mm

  

(10

 

m/s)

 

Dew

 

Is

 

not

 

regulated

 

Blanket

 

of

 

snow

 

Is

 

not

 

regulated

 

Fog

 

Of

 

any

 

intensity

 

 

 
 

Summary of Contents for TRIBO-M

Page 1: ...TRIBOELECTRIC GUARD ALARM FOR PERIMETER AREAS FORTEZA TRIBO M Operation manual 2010 ...

Page 2: ...gid Continuous Fences Fig 2 9 3 1 7 Gate Wicket Fig 3 9 4 Serviceability check 10 4 1 Safety Precautions 10 4 2 Serviceability Check 10 5 Installation and preparation for use 11 5 1 General 11 5 2 SPU Installation 11 5 3 Sensor Laying 12 5 4 Splicing the Ends of the Tribocable and Connecting Cable 12 5 5 Cables Termination in Adapter Fig 8 13 5 5 1 To terminate the cables in the adapter proceed as...

Page 3: ...ature from 5 С to 40 С and relative air humidity up to 80 at 25 С 18 8 3 The storehouse rooms should be free of dust and vapour of corroding agents 18 8 4 Guard alarms may be transported at an ambient temperature from minus 40 С to 50 С and relative air humidity up to 100 at 25 С In transportation be sure to protect them against direct exposure to precipitation and dust 18 8 5 Guard alarms in stan...

Page 4: ...ures the monitoring of the sensor integrity the cable of triboelectric effect the connecting cable being checked as well On their damage short circuit or broken cable the guard alarm system generates an alarm signal on the fault 1 2 Operating conditions The guard alarm system is intended for continuous round the clock operation Its performance is maintained within the set normal values The guard a...

Page 5: ... people from 3 to 5 men and big animals Distance to the guarded zone 0 5 m Driving of wheeled full track and electric battery vehicles Distance to the guarded zone 1 5 m Railway freight and passenger transport Distance to the guarded zone 15 m Power lines up to 500kV Distance to the guarded zone 5 m Exposure to the radar electromagnetic field Is not regulated with a signal processing unit installe...

Page 6: ...e Alarm mod Minimal length of the sensor to be connected tribocable comes to 1 2 m Maximal length of the tribocable to be connected does not exceed 1000 m 4 zones each 250 m Maximal area of detection zone enclosed area depends on the fence type and the way of the sensor laying 1 4 Standard equipment The following equipment is included in the guard alarm delivery set signal processing unit adapter ...

Page 7: ...on SPU is designed in the metal case Located inside the case is an electronic board arranged around which are in circuit elements of the signal processing unit RS485 connection terminals for the external circuits connection and the guard alarm controls Provided on the SPU case are fasteners meant for its installation 2 1 3 Adapter and Coupling The adapter is meant for connecting the sensor togethe...

Page 8: ...ire of rust resistant steel bimetallic wire reinforced barbed tape etc The sensor is mounted directly on the fence flexible elements The supports enabling a violator to get over the fence without touching its flexible elements being available the sensor is mounted on the supports as well The Alarm signal is generated on the flexible fence under local deformation of the fence and the sensor fastene...

Page 9: ...be sure to lay the sensor according to the diagram with stress centers on every bar Fig 2 а To equip rigid fence of wooden materials solid metal plates and corrugated plates be sure to lay the sensor according to the diagram stress centers being made with clamps Figs 2b and 2c Note The stiffener being available at the top of the fence be sure to lay the sensor along this stiffener as well To equip...

Page 10: ...nd maintenance Make sure the measuring instruments switched into the AC circuit are reliably grounded 4 2 Serviceability Check The guard alarm is to be inspected for external defects on its receipt from the Manufacturer Check the guard alarm for serviceability in compliance with Table 4 1 Table 4 1 Description and procedure of check Technical requirements Check of completeness Correspondence with ...

Page 11: ...prove the guard alarm sabotage resistance and to allow for the additional equipment location an alarm button a network controller of the data acquisition and processing system etc Be sure to locate the cabinet and the signal processing unit in it so that the connecting cables of the sensor alarm stub remote monitoring stub and power leads are conveniently connected and the possibility of SPU perio...

Page 12: ...ocable sheath visible deformation without its integrity breaking Sensor cuttings being used interconnect them with a coupling 5 4 Splicing the Ends of the Tribocable and Connecting Cable Splice the ends of the tribocable and connecting non sensitive cable To prepare the tribocable proceed slip a seal over the tribocable remove the external insulation of the tribocable for a distance of 35 to 40 mm...

Page 13: ...e to insulate bare portions of the tribocable and non sensitive cable central conductors from accidental contact with the braided shield slip the braided shield over the cable connector and the bush so that the edges of the braided shield and the bush coincide In so doing make sure the tinned wire leads are arranged through the centre of the braided shield contact crimp the braided shield contacts...

Page 14: ...tact crimp the braided shield contacts together with the tinned wire Make sure the diameter is not in excess of 16 mm slip the terminal unit case over the braided shield put seal and a plug into the terminal unit case tighten the clamp screws so that the terminal unit case fits tightly against the cable Make sure the locations of clamps and gaskets coincide To prevent moisture ingress into the ter...

Page 15: ...on manual 15 6 Controls All controls and configurations can be done using PC program Connect SPU to PC via USB to RS485 connector Provided in standard equipment package Install provided Software For detailed configuration see Appendix 1 ...

Page 16: ...uld be intact 1 2 SPU check for reliable grounding Inspect the points of ground connection visually Tighten the screws up Screw joints should be tightened safely 1 3 Visual inspection of the sensor adapter coupling and terminal unit The sensor adapter coupling and terminal unit should be free of damages The fastening to the fence should be intact 1 4 Guard alarm check for serviceability with the r...

Page 17: ...fence stroke with a wooden stick branch stroke simulation The guard alarm being switched to the Alarm mode use the sensitivity controller to reduce the guard alarm sensitivity and proceed according to Items 2 2 and 2 3 The guard alarm should not go into the Alarm mode upon every check action 2 4 Grounding resistance measurement Use an ohmmeter to measure the grounding resistance R GR should not ex...

Page 18: ... water transport distance unlimited provided the shipping boxes are secured according to the regulations applied to the given transport means 8 2 Guard alarms in Manufacturer s transit packing should be stored in heated and ventilated storehouses with air conditioning located in any macroclimatic areas at an ambient temperature from 5 С to 40 С and relative air humidity up to 80 at 25 С 8 3 The st...

Page 19: ...anual 19 9 Repair and utilization 9 1 All types of the signal processing unit repair are to be performed by the Manufacturer 9 2 Utilization of the signal processing units that are not repairable is to be performed at enterprise JSC Forteza ...

Page 20: ...ters specified in the present Operation Manual use should be made of the following calibrated measuring instruments multimeter accuracy class 2 5 megohmmeter accuracy class 1 5 dynamometer accuracy class 2 Note Use may be made of similar measuring instruments with accuracy class not less than the aforesaid ones ...

Page 21: ...JSC Forteza Forteza Tribo M operation manual 21 Contacts JSC Forteza Tilzes str 38 LT 91112 Klaipeda Lithuania Phone 370 46 411353 Fax 370 46 412231 forteza forteza com www forteza com ...

Page 22: ...JSC Forteza Forteza Tribo M operation manual 22 ...

Page 23: ...JSC Forteza Forteza Tribo M operation manual 23 ...

Page 24: ...JSC Forteza Forteza Tribo M operation manual 24 ...

Page 25: ...JSC Forteza Forteza Tribo M operation manual 25 ...

Page 26: ...JSC Forteza Forteza Tribo M operation manual 26 ...

Page 27: ...JSC Forteza Forteza Tribo M operation manual 27 ...

Page 28: ...JSC Forteza Forteza Tribo M operation manual 28 ...

Page 29: ...JSC Forteza Forteza Tribo M operation manual 29 ...

Page 30: ...JSC Forteza Forteza Tribo M operation manual 30 ...

Page 31: ...JSC Forteza Forteza Tribo M operation manual 31 ...

Page 32: ...JSC Forteza Forteza Tribo M operation manual 32 ...

Page 33: ...JSC Forteza Forteza Tribo M operation manual 33 ...

Reviews: